HQ brochure by iPrintPhoto

Tempair units Tempair is a low energy, air source, heat pump system providing heating, cooling and recovery for occupancy fresh air control. Energy for heating or cooing is provided by the combined operation of a recovery wheel and a variable capacity air source heat pump.

System applications VARV (variable air and refrigerant volume) Variable volume of supply and extract fans controlled from a discharge air pressure sensor. Single zone Temperature control from a return air sensor. Variable volume control of fans from a return CO2 sensor, to suit occupancy. Zone heating Will operate on recirculation to enable room temperature to rise with zone heaters prior to fresh air operation. Temperature control from return air. Reduced airflow available with zone isolation. Tempered air Temperature control from supply air sensor to give tempered air supply to all zones.

Operation A rotating recovery wheel transfers 70% of the energy from the room exhaust air to the supply air. The heat pump absorbs the energy from the exhaust air to the refrigerant in the outdoor coil, which is then compressed by the compressor, causing its temperature to rise. The indoor coil then transfers the heat to the supply air. The combined output to input power ratio (KW), for the heating provided by the recovery wheel and compressor is 10:1 (this includes the power consumption for air pressure added by the wheel and heat pump system).

System benefits • Savings in LPHW, DX or CW pipework cost, space and time • Utilises renewable energy for air source heat pump. • Reduced plant space having heating and cooling integral to the unit. • Variable capacity scroll compressors. • All controls prewired in units. • Compressors available with refrigerant pump down to reduce possibility of gas escape. • Reduced peristaltic loads.

AirSource Ventilation Ltd

Unit B1 Lyntown Trading Estate, Lynwell Road, Eccles, Manchester, M30 9QG

Tel: 0161 425 8553 Fax: 0161 637 0232 www.air-source.net

Manufacturers of Heat Pumps, Heating, Cooling & Ventilation Equipment

Engineered solutions

Classair units

AirSource Ventilation manufacture a range of products for commercial and industrial heating and air conditioning. Working closely with customers, we have developed products to offer the right solution to meet their specific needs.

Situated in the ceiling void or exposed in the ceiling, the unit is specifically designed for classroom full fresh air ventilation. Complete with packaged controls, LPHW coil with valve, DX Heat Pump Coil (optional), start up recirculation dampers, heat recovery heat exchanger, noise attenuation and variable volume fans controlled on CO2. The unit controls temperature as well as fresh air supply to suit occupancy demand. Free cooling and summer boost operates when cooling is required.

Our knowledge base includes: • Application of products into systems • Design of refrigeration systems for air cooling or heat pumps with integral digital scroll compressors.

Energy Efficiency The unit is designed to meet the requirements of BB101 and L2A. The SFP is 0.74w/l/s with a power consumption of 200w at 0.27m3/s.

• Packaged units with inbuilt controls

• Full fresh air Heat recovery and recirculation mode.

• Producing system controls philosophies

• Start up just prior to occupancy. • Quick response to occupancy and temperature changes. • Low fan power consumption (variable volume backward curved EC fans). • Unoccupied, reduced set point and switch off.

ASV units A range of Air Handling Units built to client specification to suit any application. Offering choices of casing, fan type, recovery equipment, heating and cooling media. Available with controls and remote condensing units.

• Night pre cooling of thermal mass. • Occupancy sensors.

Controls Effective control of all the components is key to low energy in ventilation systems. The unit is pre-wired with all sensors and controlled from an internal building management system.

Engineered solutions

Classair units

Our knowledge base includes: • Application of products into systems • Design of refrigeration systems for air cooling or heat pumps with integral digital scroll compressors.

Energy Efficiency The unit is designed to meet the requirements of BB101 and L2A. The SFP is 0.74w/l/s with a power consumption of 200w at 0.27m3/s.

• Packaged units with inbuilt controls

• Full fresh air Heat recovery and recirculation mode.

• Producing system controls philosophies

• Night pre cooling of thermal mass. • Occupancy sensors.

Controls Effective control of all the components is key to low energy in ventilation systems. The unit is pre-wired with all sensors and controlled from an internal building management system.

AirSource Ventilation Ltd

Unit B1 Lyntown Trading Estate, Lynwell Road, Eccles, Manchester, M30 9QG

Tel: 0161 425 8553 Fax: 0161 637 0232 www.air-source.net

Manufacturers of Heat Pumps, Heating, Cooling & Ventilation Equipment

natural ventilation products

tek intonat速 www.tekintonat.co.uk 0121 766 5005 Date: 01/08/12 Issue: 3

contents 3

Why choose natural ventilation?

Principles of natural ventilation

tek intonat®‑vent

tek intonat®‑dampers

tek intonat®‑stacks

tek intonat®‑fans

tek intonat®‑acoustics

tek intonat®‑revolution

tek intonat®‑controls

tek intonat®‑light

tek intonat®‑heat

tek intonat®‑louvres

tek intonat®‑grilles

tek intonat®‑shade

tek intonat®‑displacement

Projects

Contact details

Why choose natural ventilation?

Natural ventilation uses wind speed and temperature to achieve controlled ventilation, providing the beneﬁts of natural air with the security and control of HVAC systems. Natural ventilation is not a new concept. It has been part of Middle Eastern architecture for thousands of years, but became little used as air conditioning was introduced following World War II. However, as environmental concerns have increased and sustainable design has become more desirable, natural ventilation has

become the preferred system for schools and buildings.

Natural ventilation can also improve the health of the buildingʼs occupants, and has been proven to alleviate Sick Building Syndrome, improving concentration rates and reducing absenteeism.

far more eﬃcient than HVAC alone. It therefore gives considerable cost savings through reduced construction costs, as well as reduced maintenance and running costs and free night‑time cooling.

The energy used by natural ventilation is minimal, with the motors used to power the dampers the only draw on natural resources.

The ethos of a natural ventilation system is one that fully encompasses the occupantsʼ requirements, the design and construction as well as the costs and beneﬁts.

Even hybrid systems, which are a combination of passive ventilation and fan assistance, are

Flexibility and variation in design lead to an individual solution for each unique building.

Principles of natural ventilation... The Stack Effect Stack effect is temperature induced. When there is a temperature difference between two adjoining volumes of air, the warmer air will have lower density and be more buoyant, thus will rise above the cold air creating an upward air stream. In order for a building to be ventilated adequately via stack effect, the inside and

outside temperatures must be different so that warmer indoor air rises and escapes the building at higher apertures, while colder, denser air from the exterior enters the building through lower level openings. Stack effect increases with greater temperature difference and increased height between the higher and lower apertures.

tek intonat® oﬀers a number of natural ventilation strategies depending on your aesthetic and ventilation requirements.

Single‑side ventilation: w Predominantly driven by wind pressure and can adequately ventilate smaller rooms with average occupancies. w Uses wall units. w Achieves penetration depths of up to 2.5 times the room height.

Cross ventilation: w Driven by wind pressure and can be aided by the Stack Effect if there is a sufficient difference in heights between the two vents. w Uses wall units w Achieves penetration depths of up to 5 times the room height.

Passive stack ventilation: w Combines the Wind Effect and Stack Effect. Also offers night‑time cooling. w Uses Wall Unit + Stack Ventilator. w Will achieve up to double the penetration of cross ventilation.

Displacement Ventilation: w Uses a single roof stack unit which lets in high density cool air on the windward side and expels warmer, more buoyant exhaust air on the leeward side. w Useful for exhausting stale air from multiple classrooms and night‑time cooling.

tek intonat®‑vent

tek intonat®‑vent units are a range of controllable natural ventilation wall units. w The standard unit comprises of an external louvre, a high speciﬁcation insulated damper, an actuator and an internal grille. w These units can be manufactured to any size and to suit either vertical or horizontal conﬁguration.

w The units are also available with a choice of internal grilles, including heavy duty grilles for Sports Hall use. w The wall units are available with acoustic treatment and pre‑heating. w Our units are acoustically tested by SRL (Sound Research Laboratory Ltd). Please see the Acoustic and Radiator sections for more information.

tek intonat®‑dampers tek intonat® now oﬀer aluminium insulated and thermally broken damper able to provide a class‑leading minimum leakage rate combined with a ʻUʼ value of 0.581W/m²K.

w Square to round drive shafts and air tight bearings,

This provides the highest rate of insulation and shut oﬀ and conforms to all new regulations from November 2010.

w An internal centre brace to prevent bowing of the case,

How this is possible is by attention to detail and careful assembly allowing class‑leading results to be achieved:

w Opposed or parallel blade conﬁguration.

w A 50mm ﬂange on roomside to seal against,

w Motor mounting bracket, factory ﬁtted and adjusted to provide tight shut‑oﬀ,

Opposed Blades minum minum

Thermally broken blades Thermally Broken Blades

Thermally Broken Frame Thermally broken frame

Damper Test Results Maximum leakage at 50Pa per m² over a 10 minute period. Both tests are less than the current regulation of 5m³/hour per m².

Atmosphere Side

olyurethane

Width (mm)

Height (mm)

Pressure (Pa)

Leakage (l/s/m²)

1400

450

0.2

0.679

1400

450

0.2

0.679

1400

450

0.2

0.459

1400

450

0.2

0.495

Frame

1400

450

0.2

0.789

Blade

Width

Height

Pressure (Pa)

Leakage (l/s/m²)

1400

450

0.2

1.046

1400

450

0.2

1.229

1400

450

0.2

1.119

1400

450

0.2

1.009

1400

450

0.2

0.789

OPPOSED BLADE (OB)

w The case has double thermal breaks and highly insulated and thermally broken blades with a ʻUʼ value of 0.581W/m²K,

w An accurate length of blade to ensure perfect seal deformation,

sulation Thermally Broken Frame Thermally broken frame

Room Side

Blade seals Axles Jamb seals Blade insulation

Frame insulation

Parallel Blades

tek intonat®‑stacks tek intonat®‑stacks tek intonat®‑stacks are a range of controllable natural ventilation roof terminals. w The stacks can be manufactured to any size and are available in various shapes including square, rectangular, circular, triangular, and also bespoke designs can be supplied in wood, copper, stainless steel and other specialist ﬁnishes. w Units can be manufactured from extruded aluminium or GRP. w The units are usually ﬁxed to a builderʼs curb.

Passive Stacks The tek intonat®‑passive stacks consist of an insulated roof louvred unit, a high Detail Figure 1 ‑ Damper position options

Access from roof side only

Access from room side only

Access from roof side only

Detail A ‑ In the vertical

Detail B ‑ Fixed to end of duct

Detail C ‑ Fixed to kerb

speciﬁcation insulated damper, an actuator and an internal grille. w The units are usually used in conjunction with low level tek intonat®‑wall units or opening windows with the warm, stale air leaving the stacks. w The passive stack can be manufactured with remov able panels to gain access to a motor or to the inside of the shaft itself.

Damper positions ‑ The damper for the tek intonat®‑ passive stack can be positioned in a number of places (see Detail Figure 1), attached to the duct in the ceiling void for easy motor access, attached to the upstand to keep the shaft dry when the damper is closed, or ﬁtted behind the louvres to prevent any water ingress or to allow a clear roof to be ﬁtted for natural light to below.

Active Stacks The tek intonat®‑active stacks consist of a louvred roof unit, a high speciﬁcation insulated damper, an actuator and an internal grille. w The units can be used on their own with fresh air entering and stale air leaving through diﬀerent compartments within the same duct, or it can be used in conjunction with tek intonat®‑low level louvres or opening windows.

tek intonat®‑fans Fan positions

High level extract Passive & Active roof units

tek intonatʼs super quiet hybrid fan system

Wall units

Classroom transfer

Acoustic Performance NR level at 1 metre

1 Intake 1 Discharge

25 25

2 Intake 2 Discharge

29 27

3 Intake 3 Discharge

28 29

4 Intake 4 Discharge

30 30

5 Intake 5 Discharge

34 30

6 Intake 6 Discharge

36 35

Volume and Power Consumption

NB The background noise level was NR25

Fan speed

Speed

l/s

Amps

Watts input

180

0.75

180

210

0.65

156

260

0.58

139

280

0.55

132

310

0.48

115

345

0.43

103

tek intonat® have developed a range of fans which can be used in conjunction with many of our natural ventilation products.

tek intonat® ʼs hybrid fan sys‑ tem has been developed for underﬂoor or ceiling void mounting to provide a boost to natural ventilation.

Electric or solar powered fans can be used with tek intonat® ‑ passive and ‑active stacks, tek intonat® ‑wall units, or as stand alone items like the super quiet hybrid fan shown below.

This combines full room purge volume with extremely low regenerated noise and power consumption. A valuable addition when the route to corridor becomes congested.

The units are fully speed controllable and can provide a volume from 180l/s up to 345l/s. Even on high speed the Noise Rating level for the room does not exceed NR35. Access to the fan motor is provided for maintenance and a range of casing conﬁgurations provide ﬂexibility.

tek intonat®‑acoustics Attenuators for Natural Ventilation Systems

Our natural ventilation units can include an attenuation section to reduce the ingress of noise from sources such as road, air traﬃc and pedestrian including noise from playing areas.

DE P

The acoustic performance of the attenuators when incorporated into the ventilation units would be:

HEIGHT

WIDT H

Width

Height

Length

Free Area

Dnew

1100mm

450mm

None

50%

1100mm

450mm

100mm

50%

1100mm

450mm

200mm

50%

1100mm

450mm

250mm

50%

1100mm

450mm

400mm

50%

1100mm

45mm

600mm

50%

Straight through attenuation The attenuators would comprise an outer skin of galvanised steel with an internal media consisting of splitters and/or linings constructed from ﬁre retardent acoustic insulation.

As independently tested by Sound Research Laboratories Ltd

In some units the insulation would be retained behind perforated or expanded galvanised steel.

Width

Height

Depth

Free Area

Dnew

1400mm

800mm

80mm

0.095

1400mm

800mm

80mm

0.078

1400mm

800mm

80mm

0.042

1400mm

800mm

160mm

0.207

1400mm

800mm

160mm

0.190

1400mm

800mm

160mm

0.154

1400mm

800mm

240mm

0.319

1400mm

800mm

240mm

0.302

1400mm

800mm

240mm

0.266

As independently tested by Sound Research Laboratories Ltd

The acoustic performance of the attenuators when incorporated into the ventilation units would be:

S‑type attenuators

The S‑type attenuators would comprise an outer skin of galvanised skin with internal insulation of ﬁre retardent acoustic insulation. The insulation also has excellent thermal insulation to minimise cold bridging across the unit.

Attenuators for Roof Terminals

Width

Height

Length

Dnew

1000mm

750mm

1000mm

250mm

1000mm

750mm

1000mm

800mm

750mm

800mm

750mm

800mm

The acoustic performance of the attenuators when incorporated into the ventilation units would be:

Lining only

Passive Unit

Attenuators would comprise an outer skin of galvanised sheet with an internal lining of acoustic thermal insulation.

Lining only

As independently tested by Sound Research Laboratories Ltd

The attenuators may also contain acoustic splitters comprising rockwool acoustic insulation retained behind perforated or explanded galvanised steel.

The acoustic performance of the attenuators when incorporated into the ventilation units would be: Width

Height

Length

Dnew

1000mm

750mm

1000mm

250mm

1000mm

750mm

1000mm

800mm

750mm

800mm

750mm

800mm

Lining only

As independently tested by Sound Research Laboratories Ltd

Active Unit

tek intonat®‑acoustics Attenuated Natural Ventilation Units tek intonat® have designed a selection of attenuators incorporated into natural ventilation units. One system incorporates an inline attenuator between the thermally insulated motorised damper and the internal face of the unit. The acoustic loss of the inline attenuator is dependent on the free area and length of the attenuated section. Z‑shaped attenuator

Attenuator Louvre

Internal grille

Louvre

Insulated damper

Attenuator

Attenuated wall unit

In order to save space we have developed a range of Z‑shaped attenuators to enable the acoustic section of the natural ventilation unit to be accommodate within the depth of the wall. We can engineer and individually test your requirements providing an acoustic reduction of up to Dnew 37. Attenuators can also be ﬁtted to our active and passive roof units if additional attenuation is required.

Insulated damper

tek also design and manufacture attenuators for use when transferring air between spaces such as classrooms and corridors.

Passive & Active roof units

These can be designed to suit individual sizes and free areas. Our attenuators have been tested by Sound Research Laboratories Ltd (SRL) to produce the element normalised level diﬀerence (Dnew) ratings for our units.

Wall units

Attenuator positions

Classroom transfer

tek intonat®‑revolution A unique product allowing tek intonat® to heat, ventilate, light and service any space. These fully‑assembled units are completely factury assembled for minimum installation time.

Adjustable support system supplied. Various widths, lengths and ﬁnishes.

Both perforated and plain, make this product cost eﬀective and a true revolution for single‑source room services.

Each unit is purpose designed to provide: w Radiant heating of space. w Tempered fresh air supply, pre‑balanced providing up to 10 ltr/person/second. w Pre‑attenuated crosstalk incorporated. w Lighting to your required speciﬁcation. w Speakers, sprinklers and alarms.

tek intonat®‑controls

Option 1 Hand Operation Quadrant Handle Pros:

Cons:

w Cost eﬀective w Easy to see damper status w Easy to replace

w Most ﬁx to casing side w Who opens? w Who closes?

Option 3 Teleﬂex Pros: Pros: w Concealed behind radiator casing

Cons: w Who opens? w Who closes?

Option 2

Oﬀset Handle

Cons:

w Robust

w Who opens?

w Can be sited anywhere

w Who closes?

Option 5 Stand Alone Room Controller (incorporating C02 detection, adjustable set point and manual override)

Pros:

Cons:

w Automatic

w Who opens?

w Clear status

w Who closes?

Option 4

Pros:

w Summer/Winter control

w Fire alarm and heating interlock time clock for day/night purge

w Classroom purge

w Intelligent control

w None

Manual Positioning Unit

Cons:

Option 6 Multi Zone Control Package Pros:

w Status feedback

w Fan boost control w Each classroom can be monitored and controlled w Fire alarm and at separate conditions heater interlock w Fan boost control w Seasonal adjustment w CO2 control

w Room purge w Adjustable set points w Data collection

w Quick intelligent control

Cons: w None

tek intonat®‑controls

Manual Positioning Unit w Low voltage 24V AC/DC operation, 0‑10VDC signal w Louvres/Dampers can be manually positioned to one of six positions at anytime, including fully open and fully closed. w Optional auto close energy saving feature. w LED feedback display of louvre/damper position selected. w Wall/Control panel mountable. w Optional rain sensor to automatically close louvres/ dampers where necessary. w Can operate multiple louvres/dampers depending on power supply unit rating.

Standard Power Supply Unit sizes: w PSU8 up to 8 Actuators w PSU30 up to 30 Actuators Other sizes available on request

Standalone Controllers Our unique range of standalone controllers can control ventilation dampers or automated windows together with localised heating, via on board, temperature or optional CO2 sensors to suit the requirements of each speciﬁc application. w 0/10 VDC heating signal w 0/10 VDC cooling/ventilation signal w Frost protection w Room temp set point adjustable 19° C to 26° C w Room CO2 set point adjustable 900ppm to 1600ppm

CTCml: Temperature and CO2 sensor controller with manual override and CO2 Level Indicator CT:

Temperature room controller

CTC:

Temperature and CO2 room controller

CTm:

Temperature room controller with manual override

CTCm: Temperature room and CO2 controller with manual override CTCI:

Temperature and CO2 controller with CO2 level indication

C: Controller, T: Temperature, C: Carbon Dioxide, m: Manual Push Buttons, I: CO2 Indication

w Pre‑wireable base and plug‑on fascia plate assists in easy, time saving installation.

These controllers can be linked to either a time clock or receive a time signal from a BMS to activate the optional night cooling programme (night cooling only available with the manual override options).

Temperature Control: The room set point for the control of the ventilation dampers/automated windows can be adjusted in 1° C increments between 21° C and 26° C with a seasonal change over and a night cooling option if a time clock or BMS time signal is available.

CO2 Indication (optional): Each room device can also be ﬁtted with a further 3 LEDs to identify the level of CO2 within the space; these are green, amber and red. With green being healthy and red being high levels of CO2 ppm`s.

Localised heating can also be controlled and is set 2° C below the room set point.

Night Cooling: To enable the Night cooling pre‑programmed software, the device needs to be in (Night Mode) and the night cooling enabled, this then cools the building to just below the room set point. When the time switch is in (Night Mode), by holding down the open/close buttons this will enable this mode to be turned on/oﬀ. (Indicated by the Auto LED ON or OFF).

Manual Override (optional): Each room device has manual override capabilities which give the end user control of the ventilation strategy to suit the room application. The device consists of two push buttons and three LED lights, the push buttons enable the end user to open or close the ventilation as required, the LEDs give an indication that the system has either been overridden or is in Auto mode. Once the system has been overridden it will stay in that mode for 30 minutes, after this time the system will revert back to Auto mode.

Summer/Winter: The Summer set point can be selected to be below the Winter set point, this is 2C below that set value on the dip switches. To select Summer mode, in (Day Mode) hold both the open/close buttons down for 5 seconds, lights ﬂash, push the open button for Summer mode, or close button for Winter mode.

tek intonat®‑controls Four Zone Power Supply Unit (PSU) + Time Switch (TS) Interface Unit This interface unit comprises of a power supply, coded terminals, frost protection feature, optional digital time switch and night cooling (operated by the time switch or external VFC).

Window Control The Window Control Module contains a 24v DC Power Supply and an iWAC module per Window Actuator that controls via a 0/10 VDC positioning signal from a suitable controller. The WCM features an intelligent ʻself strokingʼ operation and controls the 24v DC window actuator in steps to prevent noise disturbance to end users. The Window Control Module allows only one window to operate at time.

This saves the expense and space in only needing a DC power supply rated for the largest actuator (maximum 3 Amp per controller) to be operated.

tek intonat®‑light tekʼs intonat®‑light range bring light to any enclosed space, either roof‑mounted or incorporated into a passive or active stack. w Our range of circular light tubes carries free lighting to where it is needed. w We can incorporate a solar‑powered fan to aid ventilation and the combination of light and ventilation has no running cost and only minimal maintenance.

w We are developing even more sizes and variations to ensure tekʼs intonat®‑light range expands for schools and commercial building throughout the UK. w All units are fully tested. w We oﬀer a full design and installation service, and when combined with our other products we oﬀer a full range of natural ventilation equipment to enhance your project.

tek intonat®‑heat

Following extensive internal and external testing with full validation on results, tek have developed a full wall‑mounted ventilation and heating system which can be self‑powered on fan‑boosted. We provide a bespoke wall unit for incorporation in any wall, window or curtain walling. Each unit comprises: w Small format triple turnback tested louvre with a full range of installation frames. w An insulated case. w Inline attenuation from a SRL tested and veriﬁed design with up to Dnew 37.

w Class‑leading insulated and thermally broken damper, with a ʻUʼ value of 0.581W/m²K. Shut oﬀ better than 4m³/hour per m². w Choice of heat output coils and mounting brackets. Bespoke range of casings from light, medium and heavy thickness, to deal with the toughest of installation, and ease of removal with the correct tools provided for maintenance and access. Choice of colours for all components. One source with a complete product:

AIR‑HEAT‑ATTENUATION 21

tek intonat®‑louvres tekʼs intonat®‑louvre range has over 30 years of continuous development. w Our all‑weather louvres are designed and tested to todayʼs rigorous standard for water retention and pressure drop.

w Single, double and triple blade systems including a site assembly system are available. w Frame styles replace glass or can be incorporated into curtain walling to provide an inlet to any of our ZT range of natural ventilation units.

w Free‑standing louvre screens and doors in a variety of materials and ﬁnishes allow tek intonat® to provide a made‑to‑order product to suit any installation. w We can design, manufacture and install. Acoustic louvres are also available.

tek intonat®‑grilles

A full range of internal grilles to compliment our natural ventilation terminals featuring: w Type DFZR ‑ A range of ceiling return air grilles with hinged removable cores

w Diplatek displacement units for performance spaces and dance studios w Slot diﬀusers w Sidewall grilles w Extract grilles

w Type KID ‑ Acoustic transfer grilles to corridor

w Swirl diﬀusers

w Type FDU ‑ Displacement ﬂoor units for lecture theatres

w Louvre faced diﬀusers

w Motorised diﬀusers w Circular diﬀusers

tek intonat®‑shade

tek intonat®‑shade is a comprehen‑ sive range of brise soleil and solar shading from simple horizontal sec‑ tions, through various sizes of hori‑ zontal and vertical elliptical louvres, to bespoke ﬁbreglass colour panels and motorised systems that track the sun.

tekʼs intonat®‑shade range enhances our product range to cut down on heat gain and lower nbuilding cooling requirements. Our systems include all brackets, ﬁxings and installation if required. We design and manufacture in‑house and are available to install.

tek intonat®‑displacement tekʼs intonat®‑displacement range oﬀer a freedom of design for ﬂoor, ceiling and wall‑based displacement units.

w Wall‑mounted units can be provided for drama and dance studios.

w We can provide laser cut customised designs speciﬁc to an individual school.

w Ceiling‑hung terminals can be supplied for design & technology, woodwork and metalwork spaces to provide cooled or heated air exactly where required.

w We have no limit on size or material and regularly feature stainless steel, wood and aluminium.

w Floor units for raised ﬂoors in stainless steel or plastic, in 150Ø and 200Ø are ex‑stock.

tek intonat®‑acoustic rafts With the current trend to omit lay in grid ceilings and to provide a concrete slab to aid night cooling, tek intonat® have developed a range of horizontal and vertical acoustic rafts.

Sound Absorption Coeﬃcient for the Acoustic Rafts 125 250 500 1K

0.30

1.00 1.00

0.80

1.00 1.00

Tested by Sound Research Laboratories Ltd in accordance with BS EN ISO 354:2003

tek intonat®‑acoustic rafts enable our engineer to tailor the room acoustics so that speech can be more intelligible in a reverberant space. Each project is sized and calculated to provide a bespoke solution.

tek nationwide projects Area Balsall Common Barnsley Barnsley Basildon, Essex Bedfordshire Bedfordshire Bexhill‑on‑Sea Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Birmingham Bradford Brent Brent Brentwood Bromsgrove Bushey Cambridge Cambridge Cardiﬀ Cardiﬀ Cleobury Mortimer Corby Coventry Coventry Coventry Coventry Coventry Crewe Derby Derby East Barnett

Projects Heart of England School Kirk Balk School Carlton Primary School Pioneer School Alban Middle School Redbourne Upper School Bexhill High School Slade School Inverness Nansen School Hodge Hill Junior School Hodge Hill Infant School Nelson Mandela Primary School Featherstone Primary School Ward End Primary School St. Maryʼs Primary School Dundee Audley Primary School Colmore School Stechford School Clifton Primary School Edinburgh Yardley School Chad Vale Primary School Glasgow The Oval Primary School

Area Evesham Exeter Faversham Gloucester Hackney Hackney Hackney Hackney Harlow, Essex Hinckley Ipswich Keele Kent Kettering Leamington Leamington Lincoln London Loughborough Luton Mansﬁeld Middlesbrough Middlesex Much Wenlock

Projects Bengeworth First School Exeter Primary School West Faversham Community Centre Whitecross School New Horizon Academy Thomas Fairchild School Hackney Free Parochial School Skinners Academy Royden Primary School North Warwickshire & Hinckley College Royal Hospital School Keele University Wyvern School Lattimer School Myton School North Leamington School Lincoln College Heathcote School & Science College St Bartholomews Primary School Lea Manor High School Samworth Academy Teeside University Greenford High School William Brookes School

Robin Hood Primary School Park Hill School Greet Primary School Summerfield School Newcastle upon Tyne Regents Park Community Primary School Birmingham Museum Art Gallery Heartlands Academy King Edwardʼs School Middlesborough Westgate School Aston University Birmingham Library York Barnes Library Thornton School Leeds Bradford Northfield Manor J&I School Fox Hollies School Manchester Rotherham Archbishop Grimshaw School Sheffield Liverpool Kingshurst School Victoria School Chester Lincoln St Bedeʼs Catholic Grammar School Nottingham Derby Newfield Primary School Brentfield Primary School Shrewsbury Norwich Leicester Brentwood School Bromsgrove School Birmingham Coventry Highwood School Comberton Primary School Cambridge Worcester Warwick Ipswich Northampton Longsands Academy Hereford Hywell Dda Primary School Gloucester Luton Chelmsford Hawthorn Nursing Home Oxford Lacon Childe School Swansea The Kingswood School Reading LONDON Cardiff Bristol Sidney Stringer Academy Maidstone Stivichal Primary School Blue Coat Church of England School Castle Wood School Southampton Taunton Brighton Courthouse Green School Sir William Stanier Community School Bournemouth Exeter Melbourne Junior School Clay Cross Secondary School East Barnett School

tek limited offer a nationwide coverage to supply and install our intonat® range of products. Whether it is a visit from a member of our Sales team, a Contracts Engineer or utilising our full fitting service, we offer

a full range of services to the whole of the UK. All of our ﬁtting teams carry CSCS cards, as well as an ECITB Passport to Safety our engineers have also been trained in MEWP equipment.

Area Newbury Northampton Northampton Norwich Norwich Norwich Norwich Norwich Nottingham Nottingham Nottingham Oxford Oxford Peterborough Peterborough Rugby Sandiacre Sandwell Sandwell Sandwell Sedgley Shrewsbury Shropshire Birmingham Solihull Solihull Solihull Solihull Somerset Stamford Stevenage Stourbridge Stratford‑upon‑Avon Sutton Coldfield Sutton Coldfield Tamworth Tamworth Bromsgrove Telford Telford Tettenhall Tipton Uxbridge Merthyr Tydfil, Wales Walsall Warrington Warwick Warwick Warwick Wednesbury Wembley Wexham Wokingham Wolverhampton Wolverhampton Wolverhampton Wolverhampton Worcester Worcester Worcester York

Projects Trinity School Malcolm Arnold Academy Unity College Lakenham Primary School Colbourne College Taverham School Norman First School Thorpe Hamlet First School Nethergate School John Port School The Nottingham Emmanuel School Jericho Health Centre Didcot Girlsʼ School The Kingʼs School Stamford School Harris School Friesland School Tipton Green Junior School Yew Tree Primary School Haden Hill Leisure Centre Dormston School Royal Shrewsbury Cancer Care Church Stretton School Colbourne & Beaufort School Smiths Wood School Lanchester School Park Hall Academy St Anneʼs Catholic Primary School Churchfield School Stamford School The Nobel School Stourbridge College Bridgetown School Coppice & Langley School Langley School Shelfield Community Academy Torc High School Sidemoor High School Telford College Madeley Academy The Kingʼs CE School RSA Academy Brooklands College Merthyr Tydfil Health Park Walsall College Culcheth High School Warwick Library Warwick Studentsʼ Union Warwick University Sports Centre Wood Green School Ark Academy Wexham Girls School Addington School Coppice Performing Arts School Highfields & Penn Fields School Wolverhampton Grammar School Walnut School Tudor Grange Academy Riverside School Birchen Coppice Primary School St Olaveʼs School

Many are IPAF and PASMA trained whilst others have attended supervisor training courses with major builders. tek has an expanding range of clients throughout the UK, backed by a national network of ﬁtters local to your projects.

contacts

Manufacturers:

tek intonat速 14 Seeleys Road, Greet, Birmingham B11 2LQ T: 0121 766 5005 F: 0121 766 5010

Agents in the North of England:

Fred Hall M: 07527 988896 E: fred@hqbuildingservices.co.uk Scott Fulton M: 07788 713828 E: scott@hqbuildingservices.co.uk

E: sales@tek.ltd.uk W: www.tekintonat.co.uk

Jeremias UK Ltd Your installation partner Factories and offices

Commercial Offices

JEREMIAS UK Ltd. Unit 5 Acorn Way Oaktree Industrial Park NG 18 3 HD Mansfield Nottinghamshire T: 01623 889219 F: 01623 423733 info@jeremias-fluesystems.co.uk www.jeremias-fluesystems.com

www.jeremias-fluesystems.com

Jeremias Group: Strong Group with openness and internationality The Jeremias group has more than 40 years experience in the flue and chimney production. The headquarters are situated in Germany and during the last years, the Jeremias group has steadily expanded its activities in Europe being now the single stainless steel chimney manufacturer with 6 production locations in 5 different countries. Besides production and own sales offices, Jeremias has strong cooperation partnerships with chimney specialist companies all over Europe. Jeremias is one of the world`s leading manufacturers of flue and chimney systems for the exhaust of gases and ventilation, covering all kind of domestic, commercial and industrial applications. Jeremias product range includes 50 different CE certified systems covering commercial and domestic applications complimented by freestanding Industrial steel chimneys up to 3 meter diameter Jeremias offers its clients a wide range of high quality products, Technical support for Projects, chimney sizing software, European CE Certification in a modern and dynamic company able to satisfy a wide variety of the flue market requirements.

Flue size advice

Services

Quality

Quality and resources

Jeremias provides steady technical advice for system application and size calculation. All the flue size calculations done by our technicians are in accordance with the requirements defined at the EN 133841 (single appliances) and EN 13384-2 (multi appliances) standards. Jeremias provides the necessary reports for these calculations.

– Flexible production line. – Numerous individual special parts (customization). – Design of project drawings. – Chimney sizing. – Test-capable chimney static calculations. – Biggest product range in the market. – Development for market-focused system solutions. – Country specific certifications and installation advice.

– CNC Laser technology. – CNC stamping technology. – Sophisticated 3D design software. – Special stainless steel alloys. – 3D laser cutting.

Manufactured in accordance with the EN BS 1856-1 (performance requirements for metal chimney systems) and under Quality Assurance EN ISO 9001:2000.

Please take into account the flue height terminations depends on national, regional or even local authorities, therefore we recommend to contact jeremias at the specific country.

Innovation – System development with Boiler, CHP and Stove manufacturers. – Own specific machine development. – Own Test laboratory for acoustic R&I silencer development.

Jeremias Products have achieved designations for all normal applications, in domestic, commercial or industrial projects. Besides this compulsory CE Certification, Jeremias has also special certifications and listings needed in specific countries under i.e.; BS, Hetas, Swiss, Russian or US standards. For further information, Jeremias can supply technical guidance on various standards including the latest version of the European Standard 1856-1:2010. Please contact our certification department.

System Applications Chimney systems – – – – – – – – –

Heating and hot water. Chimney relining systems. Concentric balance flue systems. Shared collective chimney systems. Plastic relining systems. Fan dilution / fan assisted systems. Freestanding Chimneys. Mast Supported Chimneys. Windshield Chimneys.

Exhaust systems – – – –

Generator / turbine exhausts. Cogeneration / CHP. Incinerator exhausts. Industrial process exhausts.

– – – – –

Engine exhausts. Dry oven exhaust. Kitchen exhausts. Smoke extract systems. Fire rated smoke ducts to BS 476 pt 20 (4 hours). – Fire rated ventilation ducts. – Laundry/refuse chutes.

Ventilation – Free standing ventilation towers – Fire rated ventilation ducts – Mechanically controlled ventilation systems.

Flue size advice

Services

Quality

Quality and resources

– CNC Laser technology. – CNC stamping technology. – Sophisticated 3D design software. – Special stainless steel alloys. – 3D laser cutting.

Manufactured in accordance with the EN BS 1856-1 (performance requirements for metal chimney systems) and under Quality Assurance EN ISO 9001:2000.

Please take into account the flue height terminations depends on national, regional or even local authorities, therefore we recommend to contact jeremias at the specific country.

Innovation – System development with Boiler, CHP and Stove manufacturers. – Own specific machine development. – Own Test laboratory for acoustic R&I silencer development.

System Applications Chimney systems – – – – – – – – –

Exhaust systems – – – –

Generator / turbine exhausts. Cogeneration / CHP. Incinerator exhausts. Industrial process exhausts.

– – – – –

Engine exhausts. Dry oven exhaust. Kitchen exhausts. Smoke extract systems. Fire rated smoke ducts to BS 476 pt 20 (4 hours). – Fire rated ventilation ducts. – Laundry/refuse chutes.

Ventilation – Free standing ventilation towers – Fire rated ventilation ducts – Mechanically controlled ventilation systems.

Jeremias UK Ltd Your installation partner Factories and offices

Commercial Offices

JEREMIAS UK Ltd. Unit 5 Acorn Way Oaktree Industrial Park NG 18 3 HD Mansfield Nottinghamshire T: 01623 889219 F: 01623 423733 info@jeremias-fluesystems.co.uk www.jeremias-fluesystems.com

www.jeremias-fluesystems.com

HET HETAS

JEREMIAS GROUP Strong – Open - International

Jeremias Group

KEY FACTS •30 Years of Experience in the Flue Industry • 6 Production Sites • Own sales offices in 6 different Countries • More that 600 Employees • 75 Million Turnover in 2011 • Biggest Product Range on the Market • Domestic – Commercial – Industrial •Quality Assurance – Certification Testing

Jeremias Group

KEY FACTS •6 production sites •Germany Jeremias •Germany Jeremias Industrial SES •Poland •Spain •Russia •Czech Republic

•6 Own Sales Offices •United Kingdom •France •Hungary •Slovakia •Ukraine •Croatia

Jeremias Group

SERVICE •Flexible production line •Total flexibility for special parts (customization) •Design of project drawings •Chimney sizing •Test-capable chimney static calculations •Biggest product range in the market •Development for market-focused system solutions • Country specific certifications and installation advice

Jeremias Group

QUALITY • CNC Laser technology • CNC stamping technology • Modern 3D CAD software • Special stainless steel alloys • 3D laser cutting

Jeremias Group

INNOVATION • System development with Boiler, CHP and Stove manufacturers • Own specific machine development • Own Test laboratory for acoustic R&I silencer developement

Jeremias Group

TECHNICAL SUPPORT • Chimney sizing • Fire rating advice • Mechanically controlled ventilation calculation • Design and system recommendation • Structural design and test-capable chimney static calculations • Supply and install service (own installers, or via accredited specialists) • After sales service • Product Warranty

Jeremias Group

SYSTEM APPLICATIONS Chimney systems • Chimney relining systems • Concentric balance flue systems • Shared collective chimney systems CLV • Plastic relining systems • Fan dilution / fan assisted systems • Freestanding Chimneys • Mast Supported Chimneys • Windshield Chimneys

Smoke extract systems • Fire rated smoke ducts to BS 476 pt 20 (4 hours) • Fire rated ventilation ducts to UNE-EN 13501 • Laundry / refuse chutes

Exhaust systems • Generator / turbine exhausts • Cogeneration / CHP • Incinerator exhausts • Industrial process exhausts • Engine exhausts • Dry oven exhaust • Kitchen exhausts • Micro-cogeneration

ventilation

• Free standing ventilation towers • Fire rated ventilation ducts • Mechanically controlled ventilation systems

ISSUE 1

COMMERCIAL HEAT PUMPS RESIDENTIAL HEAT PUMPS

CONTENTS ICS DELONGHI PROFESSIONAL PARTNERSHIP ICS HEAT PUMP TECHNOLOGY ICS APPROVED PARTNER PROGRAMME DELONGHI PROFESSIONAL RESIDENTIAL CASE STUDIES COMMERCIAL CASE STUDIES

pg 2 pg 4 pg 5 pg 6-7 pg 8 pg 9

AIR SOURCE HEAT PUMPS INTRODUCTION MEDIUM TEMPERATURE HEAT PUMPS

pg 10-11 pg 12-15

• AWR DHW 2 Medium Temperature Air Source Heat Pump • MICS-N Medium Temperature Air Source Heat Pump

pg 12-13 pg 14-15

HIGH TEMPERATURE HEAT PUMPS

pg 16-23

• • • • •

pg 16-17 pg 18-19 pg 20-21 pg 22-23 pg 24-25

i-KI High Temperature Air Source Heat Pump AW HT 65ºC High Temperature Air Source Heat Pump i-NRG High Temperature Air Source Heat Pump Prana HT High Temperature Air Source Heat Pump enEX CO2 High Temperature Air Source Heat Pump

GROUND SOURCE & GEOTHERMAL HEAT PUMPS INTRODUCTION

pg 26-27

• • • •

pg 28-29 pg 30-31 pg 32-33 pg 34-35

BWR MTD2 Ground Source & Geothermal Heat Pump BWR DHW2 Ground Source & Geothermal Heat Pump Prana MTD Ground Source & Geothermal Heat Pump Prana DHW Ground Source & Geothermal Heat Pump

BUFFER TANKS DHW CYLINDERS FAN COILS & HYDRONICS ECOAMP Modulating In-line Electric Boost Heater ACCESSORIES APPLICATION & SPECIFICATION SUPPORT CPD & TRAINING TECHNICAL SERVICE SUPPORT

pg 36 pg 37 pg 38-39 pg 40 pg 41 pg 41 PG 42 pg 43

ICS HEAT PUMP TECHNOLOGY

ESTABLISHED ICS Heat Pump Technology provides a complete service offering design/specification support, supply/commissioning services and after sales support for air source heat pumps, ground source heat pumps and geothermal heat pumps within both the commercial and residential sectors. ICS has been providing temperature control systems and heat transfer equipment for an extensive range of applications and users since 1988. Twenty years of experience has resulted in an extremely well established business operating throughout the UK, Germany and Ireland employing over 200 people with a combined group turnover of circa £30m.

PROVEN TECHNOLOGY Massive reductions in carbon emissions can be achieved by using heat pumps and significant cost savings are possible by increasing the efficiency of a property when a heat pump system is installed. Ground source or geothermal heat pumps along with air source heat pumps take low grade energy from the earth or atmosphere and convert it into high grade heat energy to be used within the property Whether a new build project or a retrofit application, the range of heat pumps provided by ICS Heat Pump Technology is able to provide a practical and cost effective solution to heating and sanitary hot water requirements from 5kW to over 2,000kW.

A COMPANY YOU CAN TRUST • An ICS group company • Established over 20 years • £30m turnover throughout UK and Europe • Over 200 specialised and highly skilled employees • Excellent reputation in climate control services • Provides a complete service • Implements a “best advice” policy to all customers

SPECIFIER & INSTALLER

SUPPORT ICS Heat Pump Technology provides a specialist support service to their customer base, which is designed to assist the heat pump specifier or installer in maximising the fast developing opportunity within the renewable heating sector by specifying the most suitable and efficient system to match project demands.

HEAT PUMP

APPROVED PARTNER PROGRAMME

We understand that providing high quality equipment is only half of the package which is why the ICS Specifier Support Service and Approved Partner programmes (APP) has been developed in order to provide the specifier or installer with the complete heat pump support service to accompany the various ranges of air and ground source/geothermal heat pumps provided by ICS Heat Pump Technology. The ICS Heat Pump Technology support service is split into four main elements each of which provides the specifier or installer with a range of specialist areas to support their business.

apptraining app training • CONSIDERATIONS TRAINING APP • PRODUCT DAY APP • IN COMPANY SALES & TECHNICAL APP • FIELD SUPPORT APP

£££

• • • •

apptechnical app technical

appmarketing app marketing

PARTNER BRANDED WEBSITE APP SALES/PRODUCT SUPPORT LITERATURE APP ICS-DELONGHI NATIONAL MARKETING APP DIRECT MARKETING/EXHIBITION SUPPORT APP

• • • •

TECHNICAL SUPPORT DESK APP FIELD BASED TECHNICAL SUPPORT APP FACTORY SUPPORT APP INSTALLER/SPECIFIER INTERNET BASED PARTNER HUB APP

appinfocentre app infocentre • • • •

CPD - WEB & IN COMPANY APP INDUSTRY NEWS APP MCS ASSISTANCE APP LEGISLATION APP

DeLonghi Professional PRODUCT INNOVATION

RESEARCH & DEVELOPMENT HEAT PUMP FOCUS 40 YEARS EXPERIENCE ICS-EXCLUSIVE UK PARTNER DeLonghi-Professional is the leading refrigeration manufacturer in Europe and has a worldwide reputation for product reliability and quality with over 40 years of market leading experience. The company has 7 key manufacturing facilities occupying some 75,000 square meters of production space worldwide and achieves a turnover level in excess of 230 million Euros worldwide. ICS Heat Pump Technology is the exclusive UK partner for the DeLonghi-Professional Prana range of fully optimised residential & commercial/industrial heat pumps within the UK & Ireland.

A COMPLETE RANGE OF HEAT PUMPS FROM 5KW TO 400KW,

A BRAND THAT IS SYNONYMOUS WITH RELIABILITY & QUALITY, WITH ALL THE ADVANTAGES THAT ONLY

A LEADING MANUFACTURER CAN OFFER.

With more than 40 years of experience in air conditioning, DeLonghi Professional is truly a leading organisation in the expanding domestic, commercial and industrial heat pump market.

1ST IN EUROPE & 5TH IN THE WORLD The mission and values that have guided us for 40 years have enabled us to become the number one manufacturer in Europe and the fifth in the world within the temperature control sector. + 90,000m² of productive area

+ Optimised heat pumps from 5kW to 400kW (modular)

+ 5 specialist focused manufacturing plants, 4 located in Italy and 1 located in Shanghai China

+ First heat pump manufactured in 1979

+ Complete range of products from 1kW to 2400kW

+ Residential and commercial equipment

+ Now 12 ranges of air source and ground source/geothermal

The ICS range now includes Air & Ground/Water Source CO2 Heat Pumps Working on an exclusive basis with the well established manufacturer enex, ics now provide this new market leading range. The CPD covers heat pump applications ranging from 20kW to 2400kW applied to a variety of applications: • Space heating - new build and retrofit oil/LPG boiler replacement • Sanitary/domestic hot water production - conventional prioritised basis and bulk low tariff thermal storage • Heat recovery - recycle waste heat from production or process areas via air or water

CASE STUDIES RESIDENTIAL CASE STUDY NEW BUILD WITH SUBSTANTIAL REFURBISHMENT Property: Application: Locations: Accreditations: Installation: Equipment:

5 bedroom 400sq/m high specification low energy house New build with substantial refurbishment North West Coast MSC Accredited equipment used ICS Heat Pump Technology Approved Partner 1 x DeLonghi Professional i-NRG 16.3kW Inverter Air Source Heat Pump 1 x 200L Buffer Tank 1 x 300L Optimised unvented cylinder 1 x 35L Inertia tank 5 x DeLonghi Professional i-life fan coil terminals 4 x DeLonghi Professional system/room controllers

RESIDENTIAL CASE STUDY BBC DIY SOS LOW COST HOUSING Property: Application: Locations: Accreditations: Installation: Equipment:

Affordable Housing Refurbishment & New Build Wales MSC Accredited equipment used ICS Heat Pump Technology Approved Partner 1 x De-Longhi Professional 6kW Air Source Heat Pump 1 x Optimised DHW Cylinder 1 x Installation Kit

RESIDENTIAL CASE STUDY LARGE NEW BUILD Property: Application: Locations: Accreditations: Installation: Equipment:

5 Bedroom Country House New Build Midlands MSC Accredited equipment used ICS Heat Pump Technology Approved Partner 1 x De-Longhi Professional BWR MTD Ground Source Heat Pump 800m PEX-A Pipework in Horizontal Straight Formation 1 x 300L Twin Coil Heat Pump Cylinder 1 x 100L Buffer Tank

COMMERCIAL CASE STUDY NEW BUILD SCHOOL Property: Application: Location: Installer: Equipment:

School New Build School 90kW Rural Lancashire Town North West based - ICS Approved Partner Installer 1 x BWR DHW 0101 1 x BWR MTD 0101, 2 x 400L Buffer Tank

COMMERCIAL CASE STUDY SUPERSTORE HEATING PROJECT Property: Application: Locations: Accreditations: Installation: Equipment:

Superstore Space heating - Mono-valent system 360kW Scotland MSC Accredited equipment used ICS Heat Pump Technology Approved Partner ICS-Delonghi professional 8 x MICS N 0182 Air Source Heat Pumps & 2 x Buffer Tanks

COMMERCIAL CASE STUDY AMBULANCE STATION RETROFIT Property: Application: Locations: Equipment:

Emitter:

NHS Ambulance Station Retrofit ‘Off Gas’ Boiler Replacement 20kW South West England 1 x 20kW high temperature 65ºC DeLonghi Professional AW HT Air Source Heat Pump Radiators

COMMERCIAL CASE STUDY SPACE HEATING & COOLING Property: Application: Locations: Accreditations: Installation: Equipment:

Office & Warehousing Refurbishment 120kW North West England MSC Accredited equipment used ICS Heat Pump Technology Approved Partner 2 x De-Longhi Professional DHW Air Source Heat Pumps 1 x De-Longhi Professional MICS-N Air Source Heat Pump 2 x ICS HTP Buffer Tanks Various DeLonghi Professional Fan Coils Various DeLonghi Professional Air Handling Units

AIR SOURCE MEDIUM & HIGH TEMPERATURE HEAT PUMPS MEDIUM TEMPERATURE AIR SOURCE HEAT PUMPS Unit & Capacity

Hot Water

Heating

HOT WATER

HEATING

Simultaneous Heating/ Hot Water

Cooling (Optional)

Simultaneous Cooling, Hot Water/ Heating

Heat Recovery

Reduced Carbon Emissions

Lower Heating Costs

Modular

AWR DHW2 XE SL 20-33kW

HEATING

HEATING + HOT WATER

COOLING

COOLING + HOT WATER

pg 12 - 13 Commercial

MICS N 20-50kW pg 14 - 15

HEATING

COOLING

MODULAR

Commercial

MCS*

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality.

MCS ACCREDITATION*

Certificate Number MSC HP0005 Heat Pumps

* Please contact ICS Technical Support for the current status of MCS ranges as certain models may have MCS Accreditation pending.

Please check prior to specification or selection

Our air source heat pumps provide a very efficient means of utilising renewable energy whilst being very straightforward in their installation. The ICS Heat Pump Technology range of air source heat pumps provides units with capacities from 5kW to 200kW which are suitable for a wide range of applications. Single phase 240v powered air source heat pump units are available up to a capacity of 14kW and three phase 415v units complete the range for larger residential heat pump and commercial applications. Modular capability allows for the multiple connection of up to six units operating as one single package, hence large capacity projects can be specified by utilising this modular configuration approach. The single controller ensures that running hours are equalised & maintained across the various heat pumps whilst also ensuring that the system operates with maximum modular part load efficiency at all times.

AIR SOURCE HEAT PUMPS Heat energy is collected from the external ambient air using the heat pumps integral evaporator coil. This energy is then transferred as high grade heat into the building.

HIGH TEMPERATURE HEAT PUMP DESIGNATION MEANS THE UNIT IS DESIGNED TO DELIVER A 60ยบC OUTPUT TEMPERATURE AT A -5ยบC AMBIENT CONDITION

HIGH TEMPERATURE AIR SOURCE HEAT PUMPS Unit & Capacity

Hot Water

Heating

Simultaneous Heating/ Hot Water

Cooling (Optional)

Simultaneous Cooling, Hot Water/ Heating

Heat Recovery (Optional)

Reduced Carbon Emissions

Lower Heating Costs

Modular

i-KI 9.5kW pg 16 - 17

HOT WATER

MODULAR

COOLING

HEATING

Residential

MCS*

AW HT 65ยบC 10-27kW

HOT WATER

MODULAR

HEATING

pg 18 - 19 Residential & Commercial

MCS*

i-NRG 16.3kW pg 20 - 21

HOT WATER

HEATING

HEATING + HOT WATER

COOLING

Residential

PRANA AW HT

COOLING

COOLING + HOT WATER

MODULAR

MCS*

HOT WATER

HEATING

COOLING

MODULAR

40-100kW pg 22 - 23

MCS*

Commercial

enEX CO2 25-100kW pg 24-25 Commercial

HOT WATER

HEATING

MODULAR

MCS*

AWR DHW2 XE SL Unit Description HEATING

COOLING

HOT WATER

HEATING + HOT WATER

COOLING + HOT WATER

The DeLonghi Prana AWR DHW2 XE SL are a unique range of commercial air source heat pumps which are capable of providing a high efficiency combination of output conditions: • Heating only • Simultaneous heating and hot water to 55ºC** • Hot water only • Cooling only • Simultaneous cooling and hot water with up to 100% heat recovery*** • Simultaneous cooling and heating with up to 100% heat recovery*** These units can be specified to suit a particular application and due to their ability in being able to provide two simultaneous outputs they are able to provide real benefits on both large residential and commercial applications. Within the commercial sector the AWR DHW range provides flexibility and real environmental benefits. These Heat Pumps will provide up to 100% heat recovery which then benefits the user with free heating or hot water. A growing demand for energy and heat recovery has created a highly efficient requirement to use these units to recover waste energy from waste water or fluid flows, recovering energy from cooling towers or waste water flows is easily achievable when utilising these units in heat recovery specification.

Unit Summary AWR DHW2 XE SL UNITS: AWR CAPACITY: 20kW-33kW POWER SUPPLY: Single Phase & Three Phase models These units provide simultaneous supplies of domestic hot water and heating/air conditioning. HIGH EFFICIENCY & PERFORMANCE: COP 3.87 (387% efficient) *Average coefficient of performance (COP) for the AWR DHW2 XE SL range based on an ambient temperature of 7ºC and 35ºC flow temperature

Also these heat pump units will provide up to 100% duty on either primary or secondary heat exchangers along with the ability to provide a combination of heating and hot water simultaneously or heating and cooling simultaneously with up to 100% heat recovery. This allows these heat pump units to provide this simultaneous output feature to manage seasonal heating and cooling loads from the same heat pump unit***. These DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer.

NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance. AXIAL

FEATURES & OPERATIONAL BENEFITS: • MSC accredited heat pumps, certificate HP0005 • Fully self-contained unit – no external refrigerant pipes • Standard pipe work installation to suit a plumber or heating engineer • Highly efficient and flexible design with easy to use controls • Heating, cooling and domestic hot water provided • Suitable for large capacity hot water users and simultaneous heating & air conditioning applications

*(COP is shown without circulation pump input power. Please note that unlike most other heat pumps these units incorporate built in circulation pumps, therefore by not including the circulation pump input power we are able to provide a direct performance comparison with other units). **A higher temperature DHW output is available when the unit is operating in heating mode. The actual available capacity of DHW is dependent on the heating output being provided at any time. The available part load DHW capacity will vary dependant on the part load capacity available in-line with the above. ***The AWR DHW2 XE SL range of units are designed to provide simultaneous heating/DHW and cooling only when operating in ambient temperatures above 10˚C OR unless operating with a year round cooling load equivalent to 100% duty. This 100% cooling load must be constantly available 365 days per year to match the heating/DHW heat recovery demands of the unit & system.Please contact ICS Heat Pump Technology Technical Support to confirm the suitability of this range of equipment for each application.

AWR DHW2 XE SL Air Source Medium Temperature Heat Pumps Main Components • Housing and base are made from hot-galvanized epoxy powder coated sheet metal • Hermetic scroll type compressors, equipped with the crankcase heater and thermal protection • Condensers finned tubes with copper and aluminium fins high exchange surface (100% fully quality tested); sub cooling circuit to prevent the icing at the base

• Secondary stainless steel plate heat exchanger providing an output kW capacity up to 100% of the heat pump duty with high efficiency and low pressure drop provides the supply of both hot or cold water for the application with or without any hot water or heating production on the primary heat exchanger.

• Primary stainless steel (AISI 316) plate heat exchanger with high efficiency and low pressure drop (providing domestic hot water or heating) positioned directly after the compressor which gives an efficient high temperature output providing an output kW capacity up to 100% of the Heat Pump duty.

• The water circuit comes complete with: - primary circuit water pump for domestic hot water or heating circuit - secondary circuit plant side water pump for heating or cooling circuit - differential pressure switch on plant side - expansion vessel Heat Pump circuit only - safety valve (6 bar) - manual filling assembly - Pressure gauge - venting and draining valve

• When combined with the secondary heat exchanger (cooling duty) these units will provide either full or partial heat recovery which is constantly optimised via the advanced logic adjusting controller.

NB: Optional equipment includes a range of tanks & cylinders plus standard installation packs, see current price list or contact ICS HPT or your distributor for details.

• Axial electric fans, external rotor, electric motor with a 6-pole fitted with thermal protection, housed in aerodynamic profile with safety grill. - continuous fan speed regulation with pressure switch for modulating load management

AWR DHW2 XE SL Nominal Heating power

(1) kW

Total absorbed power

(2) kW

COP COP EN14511 Cooling capacity

(3) kW

Total absorbed power

(2) kW

• Soft start for 230V/1/50Hz units AWR DHW/S

0065t

0101t

0065ts

0101ts

19,4

29,3

19,4

29,3

4,70

7,10

4,70

7,10

4,13

4,11

4,16

4,11

4,16

20,9

31,4

20,9

31,4

5,60

8,40

5,60

8,40

EER

3,73

3,74

3,73

3,74

EER EN14511

3,84

3,82

3,84

3,82

(4) kW

19,2

28,8

19,2

28,8

Total absorbed power

Cooling capacity with total recovery

5,20

7,70

5,20

7,70

Recovery heating capacity

24,1

28,8

Heating capacity

(5)

Total absorbed power

(2) kW

COP

5,90

8,80

5,90

8,80

3,22

3,27

3,22

3,27

Cooling capacity

(6) kW

15,1

22,8

15,1

22,8

Total absorbed power

(2) kW

5,10

7,80

5,10

7,80

EER

2,96

2,92

2,96

2,92

Compressor type

SCROLL

No. Compressors

Refrigerant No. fans

Plant side pump type

(7)

Recovery side pump type

(7)

Electrical power supply Start-up current

R407C

400-3N~50

V-Ph~Hz 400-3N~50 A

101

Sound power

(8) dB(A) 73

Sound pressure level

(9) dB(A) 57

118

LxHxW

1700x1700x650

Operational weight

348

390

348

390

Note: 1. 2. 3. 4. 5. *

Heating mode: external air temperature 7°C b.s.- 6°C b.u.,inlet water at 30°C and outlet at 35°C Heating mode: external air temperature 7°C b.s.- 6°C b.u.,inlet water at 45°C and outlet at 50°C Cooling mode: external air temperature 35°C b.s., inlet water at 23°C and outlet at 18°C Cooling mode: external air temperature 35°C b.s., inlet water at 12°C and outlet at 7°C Sound pressure at 1 meter distance from the external surface of the unit, free field. According to the Eurovent standard without circulation pump input power.

ICS Renewable Energy Ltd (T/A ICS Heat Pump Technology) and/or DeLonghi Professional (DeLonghi) reserve the right to change update or alter the specification & details of any item shown with or without prior notice for whatever reason. The information provided within the product guide and/or data sheets is intended for guidance purposes only, please confirm actual current specification and equipment details at point of quotation and/or order.

MICS-N Unit Description

HEATING

COOLING

MODULAR

SUITABLE FOR SWIMMING POOLS

The DeLonghi Professional MICS-N commercial heat pump range provides a fully optimised Air Source Heat Pump installation with the capability to provide a modular package in excess of 200kW in capacity which operates as a single unit. This provides a very high specification air source installation for both large residential and commercial applications. • A high COP is achieved at nominal conditions with a high performance and specification designed for medium temperature heating only. • These units have twin compressors for maximum efficiency when operating on partial load duty. They also have the ability to operate with four heat pumps acting as a single unit i.e. three slaves and one master where the lead unit will interface with a BMS system or equivalent. • These units are reversible and provide heating or cooling to match the demands of the project.

***modular capability

Unit Summary MICS-N UNITS: AWR

• Each MICS-N single unit incorporates a twin compressor design which provides a highly efficient output when operating under part load conditions i.e. in modular multi unit/multi compressor configuration. • Circulation pumps are incorporated within the unit to give a complete installed solution with a high specification and highly efficient system. The full floating control and modulating performance of the system provides a highly intelligent control function to give maximum performance and efficiency.

CAPACITY: 20kW-50kW (modular parallel systems) POWER SUPPLY: Three Phase models These units provide medium to large capacity installations with a high efficiency modular system which can provide heating and air conditioning from 20kW to 1000kW (modular). HIGH EFFICIENCY & PERFORMANCE: COP 3.85 (385% efficient) *Average coefficient of performance (COP) for the MICS-N range based on an ambient temperature of 7ºC and 35ºC flow temperature.

COP 3.77 (377% efficient @ 2ºC ambient & 35ºC flow temp) NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

FEATURES & OPERATIONAL BENEFITS: • • • • • •

MSC accredited heat pumps, certificate HP0005 Provides heating & cooling with a number of control options Full BMS compatability with single control function for multiple units Modular system which provides flexibility and ease of installation Vertical discharge fan with compact footprint for ease of positioning Very efficient twin compressor design provides high part load efficiency when providing heating and cooling on an annual basis • Fully self-contained unit – no external refrigerant pipes • Water based system which allows the heating and A/C installation to be carried out by a mechanical contractor • Highly efficient and flexible design which can be specified as a package with fan coils/internal air handlers

• The units also incorporate a vertical air discharge system which allows for compact positioning of single or multiple units to fit into restricted locations. • These DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer. NB: Optional equipment includes a range of tanks & cylinders plus standard installation packs, see current price list or contact ICS HPT or your distributor for details.

AXIAL

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. Certificate Number MSC HP0005 Heat Pumps

MICS-N Air Source Medium Temperature Heat Pumps

Main Components • Modular designed to minimise required installation space • A Keyboard Master Control (KMPH) is the central control for multiple Units connected together with a primary function of supervising The operation of all the modules in synergy together. • Flex Energy technology for automatic air flow, water flow and water temperature control • Electronic thermostatic valve • 20-50kW single units • 50kW-1000kW packaged systems • Twin compressor system per unit, maximum part load efficiency • Compact footprint • Vertical discharge fans • The hydraulic unit comes complete with: - variable delivery pump - expansion tank - filling unit - discharge valve - air valve

***modular capability

MICS-N Heating capacity at full load Absorbed power at full load COP at full load Nominal Cooling capacity Total absorbed power EER ESEER Nominal water flow Nominal Heating power Total absorbed power COP Absorbed current Nominal water flow Hydraulic connections Operational weight No. fans Airflow Compressor type Refrigerant Sound pressure level Sound power Electrical power supply Length Height Width

(1) kW (1) kW (1) (1) kW (1) kW (1) (1) (1) m3/h (2) kW (2) kW (2) (3) A (3) m3/h (3) inches (3) kg (3) N. (3) m3/h

(3) dB(A) dB(A) V-Ph~Hz mm mm mm

0072

0092

20.7 5.3 3.9 17.3 6.50 2.66 3.86 3 20.2 6.50 3.11 14 3.50 1”1/4 310 1 9000

26.2 6.8 3.85 21.8 9.30 2.34 3.75 3.80 26.1 8.60 3.02 17.7 4.50 1”1/4 330 1 9000

0122

34.5 9.2 3.75 30.3 10.7 2.83 3.78 5.20 33.9 11.2 3.03 23.9 5.90 1”1/4 410 2 18000 SCROLL R410A 68 68 71 80 80 83 400V-3N~50Hz 400V-3N~50Hz 400V-3N~50Hz 1040 1040 1630 1630 1630 1630 790 790 790

0152

0182

43.6 11.3 3.86 37.4 13.4 2.79 3.92 6.40 42.6 14 3.04 29.3 7.40 1”1/4 450 2 18000

48.9 12.5 3.91 42.5 15.5 2.74 3.96 7.30 47.9 15.4 3.11 31.3 8.30 1”1/4 480 2 18000

71 83 400V-3N~50Hz 1630 1630 790

MODULAR CAPABILITY MODULAR

The MICS-N range is designed for modular application to accommodate multi unit larger capacity requirements***.

INTERNAL VERSION • • • •

MICS-CN ducted unit 20kW- 50kW capacity Modular capability Provides specification flexibility

Note: 1. 1. Evaporator water (in/out) 12/7°C, condenser air (in) 35°C and (in/out) condenser water 30/35°C, outdoor air temperature +7ºC based on Eurovent standard

2. Outdoor air temperature +7ºC CBS, 85% RH, water inlet temperature +40ºC, outlet +45ºC. Compressors in operation: A+B 3. Noise level measured at 1 m in open field conditions 4. Outdoor air temperature +35ºC, water inlet temperature +12ºC, outlet +7ºC. Compressors in operation: A+B

i-KI HEATING

HOT WATER

COOLING

MODULAR

SUITABLE FOR SWIMMING POOLS

BI-VALENT

Unit Description • The 60ºC DeLonghi Professional i-KI 9.5kW Inverter driven air source heat pump is suitable for either new build or retrofit applications with efficient performance and a low noise level of 50dB(A) at 1m. A circulation pump is incorporated within the unit for ease of installation and a remote weather sensor is provided which will allow the unit to be positioned in any location whilst operating with a high performance weather compensated heating output. • The integrated controller accurately follows the actual load of the building utilising a modulating DC inverter source fan and modulating circulation pumps in order to maximise performance. • The i-KI incorporates the new DeLonghi Professional integrated heating zone + DHW + solar controller as standard specification. This allows the specifier to incorporate all the required elements of system control with complete flexibility within the single i-KI heat pump controller.

Unit Summary i-KI UNITS: Inverter Air Source CAPACITY: 9.5kW POWER SUPPLY: Single Phase models This compact and high performing air source heat pump provides a high temperature 60ºC output temperature in ambients as low as -5ºC and a 55ºC output temperature when operating in a -20ºC ambient condition. The unit provides a low noise level of 50dB(A) at 1 meter and is complete with circulation pump, remote weather sensor plus integrated heating zone control and solar thermal control*. High performance, high specification and high value. HIGH EFFICIENCY & PERFORMANCE: COP 4.02 (402% efficient)** Coefficient of performance (COP) for the 9kW i-KI based on an ambient temperature of 7ºC and 35ºC flow temperature NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

FEATURES & OPERATIONAL BENEFITS: • • • • • • • •

60ºC output temperature at -5ºC ambient Low noise level of 50dB(A) at 1m Freeze prevention drain pan heating included as standard High performance, delivers 55ºC at -20ºC ambient temperature Integrated NADI control for heat pump, heating zones* and solar thermal* Inverter driven providing flexibility in application and performance Remote weather sensor provides flexibility in positioning and location Built in circulation pump allows for simple installation

* standard unit controller for single heating zone control, optional extension modules allow further heating zone control and solar thermal control

• The 50dba low noise performance of this unit allows for flexibility in positioning and location and the in-built modulating circulation pump provides the installer with a unit which is very straightforward to install and commission. The NADI integrated controller also provides full domestic hot water prioritisation controlling the system three port valve (optional, not supplied as standard), in addition the i-KI is fully weather compensated for efficient operation and performance via the remote wired weather sensor. • The modulating circulation pump ensures that energy usage and output are matched to meet demand ensuring that maximum performance and control is maintained at all times, a suitably rated buffer tank should be incorporated within the system design to ensure efficient dedicated system volume is provided. • The new DeLonghi Professional NADI integrated electronic controller provides a high level of application flexibility and functionality. The remote keyboard kit with wired indoor and outdoor weather sensors allows dynamic control of delivered water temperature. The controller ensures full optimisation of comfort within the property and increases overall energy efficiency, providing the following functions: + + + + + + +

Single heating zone control for radiator, underfloor or fan coil Multiple heating zone control available via optional expansion module Solar thermal control via optional extension module Remote weather sensor for accurate weather compensated performance Anti-legionella cycle control for DHW cylinder Bi-valent control for additional heat source Modulating circulation pump and source fan provide maximum efficiency r HFC R-410A AXIAL

**(COP is shown without circulation pump input power. Please note that unlike most other heat pumps these units incorporate built in circulation pumps, therefore by not including the circulation pump input power we are able to provide a direct performance comparison with other units).

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. Certificate Number MSC HP0005 Heat Pumps

i-KI Air Source High Temperature Heat Pumps HIGH TEMPERATURE HEAT PUMP DESIGNATION MEANS THE UNIT IS DESIGNED TO DELIVER A 60ºC OUTPUT TEMPERATURE AT A -5ºC AMBIENT CONDITION

Main Components • • • • • • • •

Condensate drain pan kit. Condensing coil protection grills Housing and base are made from hot-galvanized epoxy powder coated sheet metal High efficiency and low pressure drop stainless steel (AISI 316) water exchangers and differential pressure switch Rotary DC inverter compressor, equipped with the crankcase heater and thermal protection Condensers finned tubes with copper and aluminium fins high exchange surface (100% fully quality tested). Axial variable speed fan, electric motor, housed in an aerodynamic profile with safety grill Remotely positioned low external air temperature device - fan speed regulation which maximises efficiency at part load

• The NADI electronic controller menu allows management of: - circulation pump on the system side - domestic hot water production via control of the external three-way valve (not supplied) - 24 hour timer operation for a cylinder heater - control of supplementary heating element - outdoor temperature sensor for modulating set point weather compensation - heating zone control, single as standard with multiple zone option - solar thermal control via optional extension module • The water circuit comes complete with: - variable flow circulation pump for all models - differential pressure switch on plant side - expansion vessel (Heat Pump circuit only) - safety valve - manual filling assembly- pressure gauge- manual air vent valve

NB: Optional equipment includes a range of tanks & cylinders plus standard installation packs, see current price list or contact ICS HPT or your distributor for details.

i-KI

0031m

Nominal Heating power Total absorbed power COP** Compressor type No. Compressors Refrigerant No. fans Fan type Plant pump type Heat pump circuit expansion vessel Electrical power supply Sound power dB(A) Sound pressure level dB(A)

kW kW

1 2

V-Ph~Hz 4-5 4-5

9.55 2.31 4.02 SCROLL INVERTER DC 1 R410A 1 i-Ci i-Ci Included 230-1~50 64 50

mm mm mm kg

850 882 330 85

N. N. 3 3

Dimensions L H D Operational weight

0031m

BI-VALENT INTEGRATED CONTROL BI-VALENT

Integrated bi-valent systems are now becoming more relevant, a heat pump operating with a secondary heat source is a practical option should the application demand this type of system. The integrated controller will provide an interface between the heat pump and the secondary heat source subject to appropriate system design.

MODULAR CAPABILITY MODULAR

The i-KI range is designed for modular application to accommodate multi unit larger capacity requirements***.

1. 2. 3. 4. 5.

Water in-out 30/35°C (plant side), outdoor air temperature 7°C b.s./ 6°C Total input is obtained from compressor input and fan input. i-Ci= Brushless DC motor Sound Pressure level according to ISO 9614 and Eurovent 8/1 Average Sound Pressure level above one reflecting surface (Q=2) at 1 metre

882

Note:

330

850

AW HT 65ºC Unit Description

HEATING

HOT WATER

MODULAR

The DeLonghi AW HT represents the next generation of air source heat pumps with an output temperature of 65ºC. Unlike medium temperature heat pumps these units are able to provide an output of 65ºC in ambient temperatures as low as -12ºC with a minimum operating temperature of -20ºC. • This DeLonghi AW HT range of air source heat pumps provides an extremely high level of performance and a high level of specification which makes them ideal for retrofit applications for both the residential and commercial sectors. • The fact that the installer has to only provide minimal modifications to the existing heating distribution system and hot water cylinder/tank (due to the 65ºC output temperature of the unit) provides significant installation benefits in terms of cost & time on a retrofit or boiler replacement application**. • The nominal refrigeration COP* (efficiency) of these units is very high averaging over 4.15 but importantly the performance of these units in reducing ambient temperatures is also at an extremely high level.

***modular capability

Unit Summary HT UNITS: AW HT CAPACITY: 10kW-27kW POWER SUPPLY: Single Phase & Three Phase models These units provide an output temperature of 65ºC for either heating or DHW production. HIGH EFFICIENCY & PERFORMANCE: COP 4.15 (415% efficient) *Average coefficient of performance (COP) for the AW HT range based on an ambient temperature of 7ºC and 35ºC flow temperature

• These units incorporate a built in heating system circulation pump, control for hot water production including Y Plan valve (optional, not supplied as standard) operation along with full weather compensation and sophisticated controls. • This advanced control means that these units are able to operate with a minimum dedicated system volume of 14 litres per nominal kW of Heat Pump capacity. A buffer tank is required to achieve maximum operational efficiency in order to provide thermal mass and efficient defrost capability (buffer tank capacity to reflect the minimum dedicated system volume requirement of the heat pump specified). If in doubt please confirm actual buffer tank requirements with ICS HPT technical support. • DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer.

FEATURES & OPERATIONAL BENEFITS: • • • • • • •

MSC accredited heat pumps, certificate HP0005 Full DHW and heating control Built in circulation pump High COP 4.22 Pro extended control for high efficiency Minimum defrost time with a minimum operating temperature of -20°C 65°C operation at -12°C ambient temperature

**Please note that this unit is capable of providing a maximum output temp of 65°C, the unit will provide this output temperature for heating only at the times of year where it is necessary. ie: The weather compensation control incorporated within the unit will provide correspondingly lower output temperatures to match external ambient temperatures, therefore providing a high seasonally corrected Coefficient of Performance.

AXIAL

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. Certificate Number MSC HP0005 Heat Pumps

HT 65ºC Air Source High Temperature Heat Pumps HIGH TEMPERATURE HEAT PUMP DESIGNATION MEANS THE UNIT IS DESIGNED TO DELIVER A 60ºC OUTPUT TEMPERATURE AT A -5ºC AMBIENT CONDITION

Main Components • Housing and base are made from hot-galvanized epoxy powder coated sheet metal • High efficiency and low pressure drop stainless steel (AISI 316) water exchangers, with anti-freeze heating element and differential pressure switch • High efficiency cycle EVI Hermetic Scroll Compressor (with hot gas direct injection into the compressor) to reach 65°C, with the crankcase heater and thermal protection • Condensers finned tubes with copper and aluminium fins high exchange surface (100% fully quality tested); sub cooling circuit to prevent the icing at the basement • Axial electric fans, external rotor, electric motor with a 6-pole fitted with thermal protection, housed in aerodynamic conveyor profile with safety grill • A condense collecting tray within water discharge • Condensing coil protection grills

• Soft start for 230V/1/50Hz units (45 amps) • The water circuit comes complete with: - circulation pump for all models - differential pressure switch on plant side - expansion vessel – Heat Pump circuit only - safety valve - manual filling assembly - pressure gauge • Remote outside air sensor (wired) • Remote internal keyboard kit (wired) • The electronic board PRO EXTENDED allows for control of: - circulation pump on system side - domestic hot water control by external Y Plan three-way valve (accessory) - outdoor temperature sensor for modulating set point weather compensation

NB: Optional equipment includes a range of tanks & cylinders plus standard installation packs, see current price list or contact ICS HPT or your supplier for details.

AW HT Nominal heating power Total absorbed power COP Heating capacity Total absorbed power COP Heating capacity Total absorbed power COP Heating capacity Total absorbed power COP Compressor type N. Compressors Refrigerant N. fans Plant side pump type Electrical power supply Start-up current Sound power Sound pressure Length Height Width Operational weight

0031MS

0041MS

0041T

10.4 2.50 4.10 10.4 3 3.30 9.10 2.50 3.44 7.80 3.80 1.97

14.9 3.50 4.12 14.3 4 4.48 12.5 3.30 3.66 11.4 5.40 2.06

14.1 3.30 4.14 14.3 4 3.48 12.5 3.30 3.66 11.4 5.40 2.06

V-Ph~Hz A dB(A) dB(A) mm mm mm kg

230-1~50 44 70 55 900 1240 420 150

230-1~50 45 70 55 900 1390 420 160

(1) (2)

kW kW

(3) (2)

kW kW

(4) (2)

kW kW

(5) (2)

kW kW

(6)

(7) (8)

0061T

19.7 4.70 4.12 19.7 5.60 3.45 17.5 4.60 3.72 14.8 7.60 1.91 SCROLL EVI 1 R407C 2 2 Ci 400-3N~50 400-3N~50 64 101 70 71 55 56 900 900 1390 1390 420 420 160 170

0071T

0041TS

0061TS

0071TS

26.6 6.1 4.26 27.1 7.4 3.58 23.5 5.9 3.88 21.2 10.4 1.99

14.1 3.30 4.14 14.3 4 3.48 12.5 3.30 3.66 11.4 5.40 2.06

19.7 4.70 4.12 19.7 5.60 3.45 17.5 4.60 3.72 14.8 7.60 1.91

26.6 6.1 4.26 27.1 7.4 3.58 23.5 5.9 3.88 21.2 10.4 1.99

400-3N~50 99 74 59 1470 1700 570 320

400-3N~50 35 70 55 900 1390 420 160

400-3N~50 55 71 56 900 1390 420 170

400-3N~50 55 74 59 1470 1700 570 320

BI-VALENT INTEGRATED CONTROL BI-VALENT

MODULAR CAPABILITY MODULAR

The AW HT range is designed for modular application to accommodate multi unit larger capacity requirements***. L

Note: 1. 2. 3. 4. 5. 6. 7. 8.

Water in-out 30/35°C (plant side), outdoor air temperature 7°C b.s./ 6°C b.u. Total input is obtained from compressor input and fan input Water in-out 40/45°C (plant side), outdoor air temperature 7°C b.s./ 6°C b.u. Water in-out 30/35°C (plant side), outdoor air temperature 2°C b.s./ 1°C b.u. Water 65°C, outdoor air temperature -7°C b.s./ 1°C b.u. Ci=Circulator; Ce=Centrifugal Sound power level according to ISO 9614 and Eurovent 8/1 Average sound pressure level above one reflecting surface (Q=2) at 1 meter from the outside dimensions of the unit

i-NRG HEATING

HOT WATER

COOLING

HEATING + HOT WATER

COOLING + HOT WATER

Unit Description • The new 60ºC DeLonghi Professional i-NRG Inverter air source heat pump provides exactly the energy required by the distribution system within the property at any time. • The integrated controller accurately follows the actual load of the building utilising a modulating DC inverter source fan and modulating circulation pumps in order to maximise performance. • i-NRG is the new generation heat pump for all year round operation in any operating mode: single cycle (air conditioning, heating, domestic hot water) as well as combined cycle (simultaneous heating or DHW and cooling). • Domestic hot water production is provided by a dedicated heat exchanger for high temperature heat recovery providing partial or 100% free domestic hot water production. The unit can be installed internally (ducted) or externally, ensuring complete flexibility to match the demands of each application. • Designed to operate in ambient temperatures as low as -20ºC the i-NRG range is more than capable of operating with high efficiency in UK & Irish winter temperatures. • The new DeLonghi Professional NADI integrated electronic controller provides a high level of application flexibility and functionality. • The remote keyboard kit with wired indoor and outdoor temperature sensors allows dynamic control of delivered water temperature, this ensures full optimisation of comfort within the property and increases overall energy efficiency.

external

internal

Unit Summary i-NRG UNITS: Inverter Air Source External or Internal Positioning CAPACITY: 16.3kW POWER SUPPLY: Single & Three Phase models This new generation low noise air source heat pump allows for complete flexibility in terms of location (internal or external) and application providing heating, cooling and domestic hot water with full heat recovery, providing a 60ºC output temperature when operating in -10ºC ambients. HIGH EFFICIENCY & PERFORMANCE: COP 3.9 (390% efficient) Coefficient of performance (COP) for the i-NRG range based on an ambient temperature of 7ºC and 35ºC flow temperature. NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

FEATURES & OPERATIONAL BENEFITS: • • • • •

60ºC output temperature for heating and/or domestic hot water Low noise 52dBA, when positioned externally or internally Optional ducting kit for internal positioning Twin circuit providing heating or cooling and also DHW outputs Simultaneous heating and cooling outputs with 100% heat recovery • Inverter driven providing flexibility in application and performance

+ + + + + +

Single heating zone control for radiator, underfloor or fan coil Multiple heating zone control available via optional expansion module Solar thermal control via optional extension module Remote temperature sensor for accurate weather compensated performance Anti-legionella cycle control for DHW cylinder Bi-valent control for additional heat source

• DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer.

Main Accessories • • • •

Expansion module for additional heating circuits Additional heating zone controllers Expansion module for solar thermal collector Ducting kit for Internal Positioning r HFC R-410A AXIAL

***The AWR DHW range of units are designed to provide simultaneous heating/DHW and cooling only when operating in ambient temperatures above 10˚̊C OR unless operating with a year round cooling load equivalent to 100% duty. This 100% cooling load must be constantly available 365 days per year to match the heating/DHW heat recovery demands of the unit & system.Please contact ICS Heat Pump Technology Technical Support to confirm the suitability of this range of equipment for each application.

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. Certificate Number MSC HP0005 Heat Pumps

i-NRG Air Source High Temperature Heat Pumps HIGH TEMPERATURE HEAT PUMP DESIGNATION MEANS THE UNIT IS DESIGNED TO DELIVER A 60ºC OUTPUT TEMPERATURE AT A -5ºC AMBIENT CONDITION

Features • Structure and base coated in hot galvanised epoxy powder coated steel

• Axial DC Inverter Source Fan housed in aerodynamic conveyor profile with safety grill

• DC Inverter Scroll Compressor • Stainless steel (AISI 316) with high efficiency and low pressure drop plate to plate exchanger (domestic hot water side), positioned directly after the compressor ensuring efficient domestic hot water production, operating in either full recovery or partial heat recovery.

• Low external air temperature device provides continuous fan speed regulation via the pressure switch • The water circuit is provided complete with: + Variable flow circulating pump plant side

• Plant side plate heat exchanger stainless steel AISI 316 with high efficiency and low pressure drop meets the supply of both hot or cold water for the property. Regardless of the domestic hot water demand the DC inverter scroll compressor will adjust to meet demand.

+ Variable flow circulating pump domestic hot water side

• Electronic expansion valve and NADI controller

+ Pressure gauge

• Finned coils made with copper pipes and aluminium fins with large exchange surface area (100% fully quality tested)

Nominal Heating power Total absorbed power COP Cooling capacity Total absorbed power EER Cooling capacity with total recovery Total absorbed power Recovery heating capacity Compressor type No. Compressors Refrigerant R410A No. fans Air Flow Useful head Plant side pump type Recovery side pump type Max system and DHW pressure water side System and DHW safety valve Heat pump circuit expansion vessel Electrical power supply Sound power Sound pressure level Length Length Height Width System hydraulic connections DHW hydraulic connections Operational weight

kW kW

1 2

kW kW

3 2

kW kW kW

4 4 4

N. kg N. m3/h Pa 5 5 kPa kPa l V-Ph~Hz dB(A) 6-9 dB(A) 7-9 mm 8 mm 9 mm mm inch inch kg

+ Safety valve + Manual filling assembly

0061 Single Phase

0061 Three Phase

16.3 4 3.91 19.6 5.4 3.62 17.9 4.9 22.6 SCROLL INVERTER DC 1 6.55 1 8000 60 i-Ci i-Ci 250 300 10 230-1~50 68 52 750 1535 1600 1050 1"1/4 1"1/4 260

16.3 4 3.94 19.7 5.4 3.66 18 4.9 22.6 1 6.55 1 8000 60 i-Ci i-Ci 250 300 10 400-3N~50 68 52 750 1535 1600 1050 1"1/4 1"1/4 260

1600

i-NRG

+ Expansion tank

1050 750

1535

BI-VALENT INTEGRATED CONTROL BI-VALENT

MODULAR CAPABILITY MODULAR

The i-NRG range is designed for modular application to accommodate multi unit larger capacity requirements***.

Note: 1. 2. 3. 4.

Water in-out 30/35°C (plant side), outdoor air temperature 7°C b.s./ 6°C Total input is obtained from compressor input and fan input. Water in-out 23/18°C (plant side), outdoor air temperature 35°C b.s. Water in-out 23/18°C (plant side), water in-out 45/50°C (total recovery side)

5. 6. 7 8 9

i-Ci= Brushless DC pump Sound Pressure level according to ISO 9614 and Eurovent 8/1 Average Sound Pressure level above one reflecting surface (Q=2) at 1 metre Indoor Installation Outdoor Installation

Prana AW HT Unit Description

HEATING

COOLING

HOT WATER

MODULAR

The DeLonghi Professional Prana AW HT range represents the next generation of commercial air source heat pumps with an output temperature of 65ºC. Unlike medium temperature heat pumps these units are able to provide an output of 65ºC in ambient temperatures as low as -12ºC with a minimum operating temperature of -20ºC. • This DeLonghi Professional Prana HT range of air source heat pumps provides an extremely high level of performance and a high level of specification which makes them ideal for either new build or retrofit applications within the commercial sector. • The specifier can choose to carry out a minimal amount of modifications to an existing heating system when applying a 65°C Prana HT to a retrofit application and as a result can potentially achieve significant installation benefits in terms of cost & time savings when replacing existing Oil or Gas fired boilers.

***modular capability

Unit Summary PRANA AW HT UNITS: AW HT CAPACITY: 40kW-100kW POWER SUPPLY: Three Phase models These units provide heating and hot water up to 65ºC output temperatures with a reversible cooling option also available. HIGH EFFICIENCY & PERFORMANCE: COP 4.2 (420% efficient) *Average coefficient of performance (COP) for the Prana AW HT range (LN-CA) based on EN14511 conditions. Average COP 3.6 (360% efficient) @ 7ºC ambient & 45ºC flow temp. NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

FEATURES & OPERATIONAL BENEFITS: • • • • • • • • •

65°C operation at -12°C ambient temperature Prioritised 65ºC sanitary hot water production (100% duty) Weather compensated heating control (max 65ºC output) Reversible unit also available Multiple unit capability for parallel operation High COP 4.20 MSC accredited heat pumps (relevant models) Maximum defrost efficiency Minimum design operating temperature -20°C

*Please note that this unit is capable of providing a maximum output temp of 65°C, the unit will provide this output temperature for heating only at the times of year where it is necessary. ie: The weather compensation control incorporated within the unit will provide correspondingly lower output temperatures to match external ambient temperatures, therefore providing a high seasonally corrected Coefficient of Performance.

• The nominal refrigeration COP* (efficiency) of these units is very high averaging over 4.2 but importantly the performance of these units in reducing ambient temperatures is also at an extremely high level. • Designed to operate in ambient temperatures as low as -20ºC the Prana HT range is more than capable of operating with high efficiency in UK & Irish winter temperatures. • These units incorporate a complete control system for prioritised sanitary hot water production along with full weather compensated heating controls. This allows the unit to function efficiently as either a medium or high temperature heat pump with prioritised 65ºC sanitary hot water production (a reversible option for chilled water production is also available). • This advanced control means that these units are able to operate with very low system volumes which reduces buffer tank size and can considerably reduce installation costs. • These DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer.

AXIAL

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. Certificate Number MSC HP0005 Heat Pumps

Prana HT Commercial Air Source High Temperature Heat Pumps HIGH TEMPERATURE HEAT PUMP DESIGNATION MEANS THE UNIT IS DESIGNED TO DELIVER A 60ºC OUTPUT TEMPERATURE AT A -5ºC AMBIENT CONDITION

• Axial electric fans, external rotor, electric motor with a 6-pole fitted with thermal protection, housed in aerodynamic conveyor profile with safety grill • A condense collecting tray within water discharge • Outside air sensor wired • Remote internal keyboard kit wired (optional) • The electronic board PRO EXTENDED allows for control of: - circulation pump on system side - domestic hot water control by external Y Plan three-way valve (accessory) - outdoor temperature sensor for modulating set point weather compensation

NB: Optional equipment includes a range of tanks & cylinders plus hydronic kits, see current price list or contact ICS HPT or your distributor for details.

Prana AW HT Pt Pa COP COP EN14511:3 Pt Pa COP Pf Pa EER Sound Power level Sound Pressure Level Circuits Length Width Height

0122CA (1) (1) (1) (1) (2) (2) (2) (3) (3) (3)

(kW) (kW)

37.6 8.9 4.22 4.21 (kW) 38.0 (kW) 10.7 3.55 (kW) 34.1 (kW) 11.5 2.97 dB(A) 84 dB(A) 52 2 1695 1120 1450

0122LN-CA

0152CA

0152LN-CA

0202CA

0202LN-CA

0262CA

0262LN-CA 0302CA

0302LN-CA

38.0 8.9 4.27 4.25 38.4 10.7 3.59 34.0 11.6 2.93 80 49 2 1695 1120 1450

50.6 12.2 4.15 4.13 51.3 14.4 3.57 43.8 14.7 2.98 86 54 2 2195 1120 1450

50.2 12.1 4.14 4.12 51.0 14.3 3.56 43.8 15.0 2.93 82 51 2 2195 1120 1450

67.9 16.3 4.17 4.14 68.8 19.4 3.55 60.3 20.4 2.96 87 55 2 2745 1120 1450

68.5 16.4 4.18 4.15 69.4 19.4 3.58 60.2 20.5 2.94 83 51 2 2745 1120 1450

83.7 19.9 4.21 4.17 84.9 23.6 3.60 76.4 25.9 2.95 87 55 2 2745 1120 1650

84.7 20.0 4.24 4.20 85.8 23.7 3.62 76.2 26.1 2.92 83 51 2 2745 1120 1650

99.0 23.0 4.30 4.27 100.3 27.6 3.63 90.3 32.9 2.74 84 52 2 2745 1120 1650

100.7 23.2 4.34 4.30 102.0 27.7 3.68 91.6 31.3 2.93 87 55 2 2745 1120 1650

MODULAR CAPABILITY MODULAR

The Prana AW HT range is designed for modular application to accommodate multi unit larger capacity requirements***.

W3000 The W3000 controller offers the latest control and operating functions developed directly by DeLonghi Professional utilising their experience gained within the field of heat pump design and related plant engineering. The keypad is generously sized with a full operating status display, the controls and detailed LCD make access to machine settings easy and safe. Temperature regulation with a proportional logic capability is related to the return water temperature which provides the ability to satisfy simultaneously heating, sanitary hot water and cooling requests with no need for mode changeover. The diagnostics include full management of alarms with black box function and an alarm recorder for analysis of unit performance. Monitoring is achieved through either DeLonghi Professional devices or with various options for interfacing to ModBus, Bacnet or Echelon & LonTalk protocols. The controller has the compatibility to operate with a remote keyboard (single controller management of up to 10 modular units) along with a full time clock function for efficient programming of operation (standard 4 days and 10 time bands). Exclusive self-adaptive defrost logic, monitoring multiple operational and ambient parameters are incorporated which allow the unit to reduce the number and duration of the defrost cycles with the benefit of increased overall energy efficiency.

Note: 1. Heating 35ºC flow/7ºC ambient 2. Heating 45ºC flow/7ºC ambient 3. Cooling 12ºC/7ºC 35ºC ambient

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GROUND SOURCE & GEOTHERMAL HEAT PUMPS GROUND SOURCE/GEOTHERMAL HEAT PUMPS Unit & Capacity

Hot Water

Heating

Simultaneous Heating/ Hot Water

Cooling (Optional)

Simultaneous Cooling, Hot Water/ Heating

Heat Recovery

Reduced Carbon Emissions

Lower Heating Costs

Modular

BWR MTD2 5-43kW pg 28-29

HOT WATER

COOLING

HEATING

MCS*

Residential

BWR DHW2 5-40kW pg 30-31

HOT WATER

HEATING

HOT WATER

HEATING

HEATING + HOT WATER

COOLING

COOLING + HOT WATER

Residential & Commercial

Prana MTD 40-360kW

MODULAR

pg 32-33

MCS*

Commercial

Prana DHW & TR 40-360kW

HOT WATER

HEATING

HEATING + HOT WATER

COOLING

COOLING + HOT WATER

MODULAR

pg 34-35 Commercial

enEX CO2 25-100kW pg 24-25

HOT WATER

MODULAR

Commercial

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality.

MCS ACCREDITATION*

Certificate Number MSC HP0005 Heat Pumps

* Please contact ICS Technical Support for the current status of MCS ranges as certain models may have MCS Accreditation pending.

Please check prior to specification or selection

GROUND SOURCE HEAT PUMPS ICS Heat Pump Technology provides the complete range of ground source heat pumps. This range of units allows the selection of the most efficient ground source heat pump to match the requirements of each project. GROUND SOURCE HEAT PUMPS Heat energy is collected from the ground at a depth of 1.2 metres using horizontal collectors and is transferred via the heat pump as high grade heat into the building.

GEOTHERMAL HEAT PUMPS ICS Heat Pump Technology provides the complete range of geothermal heat pumps. This range of units allows the selection of the most efficient geothermal heat pump to match the requirements of each project. GEOTHERMAL HEAT PUMPS This range of units allows the selection of the most efficient geothermal heat pump to match the requirements of each project. Co-efficientâ&#x20AC;&#x2122;s of performance in excess of 4.5 (1kW of electrical power gives 4.5kW of heat energy out) can be achieved in the operating conditions experienced within the UK & Ireland.

GROUND COLLECTORS/GEOTHERMAL SERVICES A full range of ground collectors, manifolds and geothermal services are available to support each ICS Heat Pump Technology ground source/geothermal and water source heat pump range. The various types of ground source/geothermal equipment and services available can be provided by strategic partner companies associated with ICS Heat Pump Technology*. Please contact ICS Technical Sales Support for details of ground source/geothermal partner companies and service providers.

1. PE or PEX geothermal pipe work 2. A complete selection of manifolds 3. Ground loop Thermal Fluids incorporating inhibitor & glycol protection 4. Ancillary ground source/geothermal equipment & sundry items 5. Geothermal consultancy and support 6. Turnkey project delivery via the ICS Partner Network

*ICS Heat Pump Technology are able provide introductions to various organisations/companies and as such offer no guarantee or warranty whatsoever with regard to the suitability or otherwise of these various organisations/companies concerning the provision, supply or delivery of any equipment or services provided regardless of circumstances whatsoever.

BWR-MTD2 Unit Description

HEATING

COOLING

HOT WATER

The DeLonghi Professional BWR MTD2 ground source & geothermal heat pump ranges are able to provide heating or cooling and domestic hot water whilst providing a high level of specification with the benefit of value and efficiency. • These units incorporate a built in heating system circulation pump, a built in source pump to function with horizontal or vertical collectors. Full control for hot water production including Y Plan valve operation is also incorporated along with full weather compensation options, also the units are able to function with any Heat Pump optimised thermal store or cylinder. • The modulating source pump controls efficiency and maximises the performance on part loads by drawing the correct amount of source water through the unit to match the load requirement of the property at any time.

Unit Summary MTD2 UNITS: WW/WWR & BW/BWR CAPACITY: 5kW-43kW POWER SUPPLY: Single Phase & Three Phase models These units provide heating and hot water up to 55°C with the option to also provide heating and cooling. HIGH EFFICIENCY & PERFORMANCE: COP 4.28 (428% efficient) BWR MTD2 source flow temperature 0ºC/-3ºC & output flow temp 35ºC*

• This advanced control means that these units are able to operate with very low system volumes, a minimum open circuit volume of 3.5 litres per nominal kW of Heat Pump capacity is required which can remove the need for buffer tanks and secondary pumps hence reducing installation costs considerably. • The high specification standard of the BWR/WWR MTD2 range provides a high specification unit with efficient performance in a practical and cost effective functional package. • These DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer.

COP 5.52 (552% efficient) WWR MTD2 source flow temperature 5ºC/10ºC & output flow temp 35ºC* *Average COP for the BWR & WWR MTD2 ranges NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

AXIAL

FEATURES & OPERATIONAL BENEFITS: • • • • • •

MSC accredited heat pumps, certificate HP0005 Full DHW and heating control Heating only or reversible Heat Pump Built in plant and circulation pump High value and high performance 55ºC output temperature

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. Certificate Number MSC HP0005 Heat Pumps

BWR-MTD2 Ground Source & Geothermal Heat Pumps Main Components • Housing and base are made from hot-galvanized epoxy powder coated sheet metal • Case panels are insulated within low noise material for further improvement of silence • Hermetic scroll compressors with oil sump heater and electronic overheating protection with centralised manual reset • The water circuit is complete with: - variable flow water pump (system side) & variable flow source pump - source side modulating valve for models WWR (water source units), this will switch off the water flow whenever the compressor is not in operation. - differential pressure switch on source side and system side - expansion vessel (Heat Pump circuit only) - safety valve - manual filling assembly

- pressure gauge - manual air vent valve • Heat exchangers on the system and source side are brazed plate models in AISI 316 stainless steel providing high efficiency and a low pressure drop, complete with vapour barrier closed-cell heat insulation • Soft start for 230V/1/50Hz (45 amps) • The electronic menu allows control of: - plant and Geothermal ground circuits (BWR) / modulating valve (WWR) - domestic hot water production by control of an external three-way valve (Y Plan) - a zone of direct heating - external heating source - weather compensation (sensor is accessory)

NB: Optional equipment includes a range of tanks & cylinders plus standard installation packs, see current price list or contact ICS HPT or your distributor for details. BWR MTD2 Nominal Heating power Total absorbed power COP Eurovent Cooling capacity Total absorbed power EER Eurovent Heating capacity Total absorbed power COP Eurovent Cooling capacity Total absorbed power EER Eurovent ESEER Compressor type No. Compressors Refrigerant Plant side pump type Source side pump type Electrical power supply Start-up current Sound power Sound pressure level D H W Operational weight

0011ms 0025ms 0031ms 0041ms 0025t (1) kW (2) kW

5.40 1.34 4.03 (3) kW 7.10 (2) kW 1.60 4.44 (4) 5.20 (2) kW 1.70 3.06 (5) kW 5.20 (2) kW 1.53 3.40 4.03 SCROLL N. 1 R410A (6) Ci (6) Ci V-Ph~Hz 230-1~50 A 26 (7) dB(A) 52 (8) dB(A) 38 mm 680 mm 1105 mm 845 kg 188

7.30 1.82 4 9.80 1.96 5 7.10 2.30 3.09 7.20 2 3.60 4.26 SCROLL 1 R410A Ci Ci 230-1~50 37 53 39 680 1105 845 190

9.20 2.35 3.92 12 2.53 4.74 9 3 3 8.80 2.60 3.38 3.95 SCROLL 1 R410A Ci Ci 230-1~50 44 53 39 680 1105 845 195

11.7 2.80 4.18 15.1 3.27 4.62 11.3 3.60 3.14 11.3 3.20 3.53 3.90 SCROLL 1 R410A Ci Ce 230-1~50 59 58 44 680 1105 845 210

7.50 1.74 4.31 9.50 1.84 5.16 7 2.20 3.18 7.30 1.90 3.84 4.54 SCROLL 1 R410A Ci Ci 400-3N~50 35 52 38 680 1105 845 190

0031t

0041t

0061t

0071t

0091t

0101t

0121t

9.10 2.10 4.33 12 2.50 4.80 8.70 2.70 3.22 8.90 2.41 3.69 4.33 SCROLL 1 R410A Ci Ci 400-3N~50 48 52 38 680 1105 845 195

12.2 2.80 4.36 15.7 3.30 4.76 11.8 3.70 3.19 11.8 3.19 3.70 4.08 SCROLL 1 R410A Ci Ce 400-3N~50 64 58 44 680 1105 845 210

16 3.50 4.57 21.3 4.10 5.20 15.2 4.40 3.45 15.7 4 3.93 4.51 SCROLL 1 R410A Ci Ce 400-3N~50 75 59 45 680 1105 845 225

19.8 4.40 4.50 26.9 5.15 5.22 18.8 5.60 3.36 19.8 5.10 3.88 4.40 SCROLL 1 R410A Ce Ce 400-3N~50 95 66 51 680 1105 845 240

23 4.90 4.69 30.7 5.95 5.16 21.8 6.20 3.52 22.9 5.80 3.95 4.61 SCROLL 1 R410A Ce Ce 400-3N~50 111 66 51 680 1105 845 245

26.5 5.80 4.57 34.8 7 4.97 25.1 7.40 3.39 26 6.80 3.82 4.33 SCROLL 1 R410A Ce Ce 400-3N~50 118 70 55 680 1105 845 250

33.3 7.30 4.56 44.8 8.80 5.09 31.9 9 3.54 33.4 8.40 3.98 4.37 SCROLL 1 R410A Ce Ce 400-3N~50 140 70 55 680 1105 845 270

WWR MTD2

0011ms 0025ms 0031ms 0041ms 0025t

0031t

0041t

0061t

0071t

0091t

0101t

0121t

Nominal Heating power (1) kW Total absorbed power (2) kW COP Eurovent Cooling capacity (3) kW Total absorbed power (2) kW EER Eurovent Heating capacity (4) Total absorbed power (2) kW COP Eurovent Cooling capacity (5) kW Total absorbed power (2) kW EER Eurovent ESEER Compressor type No. Compressors N. Refrigerant Plant side pump type (6) Electrical power supply V-Ph~Hz Start-up current A Sound power (7) dB(A) Sound pressure level (8) dB(A) D mm H mm W mm Operational weight kg

7.20 1.40 5.14 7.10 1.60 4.44 6.80 1.70 4 5.20 1.53 3.40 4.03 SCROLL 1 R410A Ci 230-1~50 26 52 38 680 1105 845 188

12.1 2.17 5.58 12 2.50 4.80 11.4 2.70 4.22 8.90 2.40 3.71 4.33 SCROLL 1 R410A Ci 400-3N~50 48 52 38 680 1105 845 195

15.9 2.90 5.48 15.7 3.30 4.76 15.3 3.70 4.14 11.8 3.20 3.70 4.08 SCROLL 1 R410A Ci 400-3N~50 64 58 44 680 1105 845 210

21.1 3.70 5.70 21.3 4.10 5.20 20 4.60 4.35 15.7 4 3.93 4.51 SCROLL 1 R410A Ci 400-3N~50 75 59 45 680 1105 845 225

26.2 4.60 5.70 26.9 5.20 5.17 24.8 5.80 4.28 19.8 5.10 3.88 4.40 SCROLL 1 R410A Ce 400-3N~50 95 66 51 680 1105 845 240

30.5 5.20 5.87 30.7 6 5.12 28.8 6.40 4.50 22.9 5.80 3.95 4.61 SCROLL 1 R410A Ce 400-3N~50 111 66 51 680 1105 845 245

35 6 5.83 34.8 7 4.97 33 7.60 4.34 26 6.80 3.82 4.33 SCROLL 1 R410A Ce 400-3N~50 118 70 55 680 1105 845 250

43.8 7.60 5,76 44.8 8.80 5.09 41.7 9.50 4.39 33.4 8.39 3.98 4.37 SCROLL 1 R410A Ce 400-3N~50 140 70 55 680 1105 845 270

9.70 1.81 5.36 9.80 1.96 5 9.20 2.30 4 7.20 2 3.60 4.26 SCROLL 1 R410A Ci 230-1~50 37 53 39 680 1105 845 190

12.1 2.30 5.26 12 2.53 4.74 11.6 3 3.87 8.80 2.60 3.38 3.95 SCROLL 1 R410A Ci 230-1~50 44 53 39 680 1105 845 195

15.3 2.88 5.31 15.1 3.27 4.62 14.6 3.60 4.06 11.3 3.20 3.53 3.90 SCROLL 1 R410A Ci 230-1~50 59 58 44 680 1105 845 210

9.80 1.73 5.66 9.50 1.80 5.28 9.20 2.20 4.18 7.30 1.90 3.84 4.54 SCROLL 1 R410A Ci 400-3N~50 35 52 38 680 1105 845 190

Note: BWR MTD2

Note: WWR MTD2

1. 2. 3. 4. 5. 6. 7. 8.

1. Evaporator water (in/out) = 12/7°C, condenser water (in/out) = 30/35°C, based on Eurovent Standard 2. Evaporator water (in/out), 10/5°C, condenser water (in/out) 40/45°C, based on Eurovent standard 3. Sound pressure measured at 1 m in open field conditions

Condenser water in-out 30/35°C (plant side), Evaporator water in-out 0/-3°C (source side) According to Eurovent Evaporator water in-out 23/18°C (plant side), Condenser water in-out 30/35°C (source side) Condenser water in-out 40/45°C (plant side), Evaporator water in-out 0/-3°C (source side) Evaporator water in-out 12/7°C (plant side), Condenser water in-out 30/35°C (source side) Ci=Circulator; Ce=Centrifugal Sound power level according to ISO 9614 and Eurovent 8/1 Average sound pressure level above one reflecting surface (Q=2) at 1 meter from the outside dimensions of the unit. *According to the Eurovent standard without circulation pump input power.

D W

BWR DHW2 WITH HEAT RECOVERY HEATING

COOLING

HOT WATER

HEATING + HOT WATER

COOLING + HOT WATER

Unit Description The DeLonghi Professional BWR DHW2 are a unique range of commercial ground or water source heat pumps which are capable of providing a high efficiency combination of output conditions: • • • • • •

Heating only Simultaneous heating and hot water to 55ºC. Hot water only Cooling only Simultaneous cooling and hot water with up to 100% heat recovery Simultaneous cooling and heating with up to 100% heat recovery

• These units can be specified to suit a particular application and due to their ability to provide two simultaneous outputs they are able to provide real benefits on both residential and commercial applications. • Within the commercial sector these heat pumps provide flexibility and real environmental benefits. As an alternative to conventional VRF systems these units remove all of the refrigerant from within a building and therefore significantly remove the potential for refrigerant leakage therefore complying completely with the objectives of the F Gas regulations.

Unit Summary BWR DHW2 UNITS: WW/WWR & BW/BWR CAPACITY: 5kW-40kW POWER SUPPLY: Single Phase & Three Phase models These units provide simultaneous supplies of domestic hot water and heating/air conditioning. HIGH EFFICIENCY & PERFORMANCE: COP 3.56 (356% efficient) BWR DHW2 source flow temperature 0ºC/-3ºC & output flow temp 35ºC*

COP 4.57 (457% efficient) WWR DHW2 source flow temperature 5ºC/10ºC & output flow temp 35ºC*

*Average COP for the BWR & WWR DHW2 ranges NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

FEATURES & OPERATIONAL BENEFITS: • Fully self-contained unit – no external refrigerant pipes • Incorporates source and circulation pumps as standard • Highly efficient and flexible design with easy to use controls • Heating, cooling and domestic hot water provided • Suitable for large capacity hot water users and simultaneous heating & air conditioning applications

• Also when operating on a split heating/hot water and air conditioning load these heat pumps will provide up to 100% heat recovery which then benefits the user with free heating or hot water. • A growing demand for energy and heat recovery has created a highly efficient requirement to use these units to recover waste energy from waste water or fluid flows, recovering energy from cooling towers or waste water flows is easily achievable when utilising these units in heat recovery specification. • Also these heat pump units will provide up to 100% duty on either primary or secondary heat exchangers along with the ability to provide a combination of load capability heating and hot water simultaneously or heating and cooling simultaneously with up to 100% heat recovery. This allows the heat pump units to provide this simultaneous output feature to manage seasonal heating and cooling loads from the same heat pump unit. • These DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer.

AXIAL

Note: 1. Heating mode: Plant side inlet water temperature at 30°C and outlet at 35°C, Source side inlet water temperature at 10°C and outlet at 5°C 2. Operation recovery plant side inlet water temperature at 45°C and outlet at 50°C, Source side inlet water temperature at 10°C and outlet at 5°C 3. Cooling mode: Plant side inlet water temperature at 23°C and outlet at 18°C, Source side inlet water temperature at 30°C and outlet at 35°C 4. Cooling mode: Plant side inlet water temperature at 12°C and outlet at 7°C, Source side inlet water temperature at 30°C and outlet at 35°C 5. Heating mode: Plant side inlet water temperature at 30°C and outlet at 35°C, Source side inlet water temperature at 0°C and outlet at -3°C (Gly 25%) 6. Funzionamento in recupero: Plant side inlet water temperature at 45°C and outlet at 50°C, Source side inlet water temperature at 0°C and outlet at -3°C (Gly 25%) 7. Standard unit data - DHW/S model with soft starter for 230V/1/50Hz 8. Sound pressure at 1 meter distance from the external surface of the unit, free field. *According to the Eurovent standard without circulation pump input power.

D W

BWR DHW2 Ground Source & Geothermal Heat Pumps Main Components • Housing and base are made from hot-galvanized epoxy powder coated sheet metal

• The water circuit comes complete with:

• Case panels are insulated within low noise material for noise reduction • Hermetic scroll type compressors, equipped with the crankcase heater and thermal protection • Primary stainless steel (AISI 316) plate heat exchanger with high efficiency and low pressure drop (providing domestic hot water or heating) • When combined with the secondary heat exchanger (cooling duty) these units will provide either full or partial heat recovery • High efficiency and low pressure drop stainless steel (AISI 316) source side plate heat exchanger for efficient heat transfer and maximum performance. • Soft start for 230V/1/50Hz units - WWR BWR DHW/S

- Primary heat exchanger circulation pump for domestic hot water or heating circuit - Secondary heat exchanger circulation pump for heating or cooling circuit - Ground source/Geothermal pump for the BWR model - differential pressure switch on source side and system side - expansion vessel (Heat Pump circuit only) - safety valve (6 bar) - manual filling assembly - pressure gauge - venting and draining valve

NB: Optional equipment includes a range of tanks & cylinders plus standard installation packs, see current price list or contact ICS HPT or your distributor for details.packs, see current price list or contact ICS HPT or your distributor for details.

BWR DHW2 Nominal Heating power Total absorbed power COP Eurovent Cooling capacity Total absorbed power EER Eurovent Heating capacity Total absorbed power COP Eurovent Cooling capacity Total absorbed power EER Eurovent ESEER Compressor type No. Compressors Refrigerant Plant side pump type Source side pump type Electrical power supply Start-up current Sound power Sound pressure level D mm H mm W mm Operational weight

0011ms 0025ms 0031ms 0041ms 0025t (1) kW (2) kW (3) (2) (4) (2) (5) (2)

(6) (6)

(7) (8)

5.40 1.34 4.03 kW 7.10 kW 1.60 4.44 5.20 kW 1.70 3.06 kW 5.20 kW 1.53 3.40 4.03 SCROLL N. 1 R410A Ci Ci V-Ph~Hz 230-1~50 A 26 dB(A) 52 dB(A) 38 680 1105 845 kg 188

WWR MTD2 Nominal Heating power Total absorbed power COP Eurovent Cooling capacity Total absorbed power EER Eurovent Heating capacity Total absorbed power COP Eurovent Cooling capacity Total absorbed power EER Eurovent ESEER Compressor type No. Compressors Refrigerant Plant side pump type Electrical power supply Start-up current Sound power Sound pressure level D H W Operational weight

7.30 1.82 4 9.80 1.96 5 7.10 2.30 3.09 7.20 2 3.60 4.26 SCROLL 1 R410A Ci Ci 230-1~50 37 53 39 680 1105 845 190

9.20 2.35 3.92 12 2.53 4.74 9 3 3 8.80 2.60 3.38 3.95 SCROLL 1 R410A Ci Ci 230-1~50 44 53 39 680 1105 845 195

11.7 2.80 4.18 15.1 3.27 4.62 11.3 3.60 3.14 11.3 3.20 3.53 3.90 SCROLL 1 R410A Ci Ce 230-1~50 59 58 44 680 1105 845 210

7.50 1.74 4.31 9.50 1.84 5.16 7 2.20 3.18 7.30 1.90 3.84 4.54 SCROLL 1 R410A Ci Ci 400-3N~50 35 52 38 680 1105 845 190

0011ms 0025ms 0031ms 0041ms 0025t (1) kW (2) kW (3) (2) (4) (2) (5) (2)

(6)

(7) (8)

7.20 1.40 5.14 kW 7.10 kW 1.60 4.44 6.80 kW 1.70 4 kW 5.20 kW 1.53 3.40 4.03 SCROLL N. 1 R410A Ci V-Ph~Hz 230-1~50 A 26 dB(A) 52 dB(A) 38 mm 680 mm 1105 mm 845 kg 188

9.70 1.81 5.36 9.80 1.96 5 9.20 2.30 4 7.20 2 3.60 4.26 SCROLL 1 R410A Ci 230-1~50 37 53 39 680 1105 845 190

12.1 2.30 5.26 12 2.53 4.74 11.6 3 3.87 8.80 2.60 3.38 3.95 SCROLL 1 R410A Ci 230-1~50 44 53 39 680 1105 845 195

15.3 2.88 5.31 15.1 3.27 4.62 14.6 3.60 4.06 11.3 3.20 3.53 3.90 SCROLL 1 R410A Ci 230-1~50 59 58 44 680 1105 845 210

9.80 1.73 5.66 9.50 1.80 5.28 9.20 2.20 4.18 7.30 1.90 3.84 4.54 SCROLL 1 R410A Ci 400-3N~50 35 52 38 680 1105 845 190

0031t

0041t

0061t

0071t

0091t

0101t

0121t

9.10 2.10 4.33 12 2.50 4.80 8.70 2.70 3.22 8.90 2.41 3.69 4.33 SCROLL 1 R410A Ci Ci 400-3N~50 48 52 38 680 1105 845 195

12.2 2.80 4.36 15.7 3.30 4.76 11.8 3.70 3.19 11.8 1 3.19 3.70 4.08 SCROLL 1 R410A Ci Ce 400-3N~50 64 58 44 680 1105 845 210

16 3.50 4.57 21.3 4.10 5.20 15.2 4.40 3.45 5.7 4 3.93 4.51 SCROLL 1 R410A Ci Ce 400-3N~50 75 59 45 680 1105 845 225

19.8 4.40 4.50 26.9 5.15 5.22 18.8 5.60 3.36 19.8 5.10 3.88 4.40 SCROLL 1 R410A Ce Ce 400-3N~50 95 66 51 680 1105 845 240

23 4.90 4.69 30.7 5.95 5.16 21.8 6.20 3.52 22.9 5.80 3.95 4.61 SCROLL 1 R410A Ce Ce 400-3N~50 111 66 51 680 1105 845 245

26.5 5.80 4.57 34.8 7 4.97 25.1 7.40 3.39 26 6.80 3.82 4.33 SCROLL 1 R410A Ce Ce 400-3N~50 118 70 55 680 1105 845 250

33.3 7.30 4.56 44.8 8.80 5.09 31.9 9 3.54 33.4 8.40 3.98 4.37 SCROLL 1 R410A Ce Ce 400-3N~50 140 70 55 680 1105 845 270

0031t

0041t

0061t

0071t

0091t

0101t

0121t

12.1 2.17 5.58 12 2.50 4.80 11.4 2.70 4.22 8.90 2.40 3.71 4.33 SCROLL 1 R410A Ci 400-3N~50 48 52 38 680 1105 845 195

15.9 2.90 5.48 15.7 3.30 4.76 15.3 3.70 4.14 11.8 3.20 3.70 4.08 SCROLL 1 R410A Ci 400-3N~50 64 58 44 680 1105 845 210

21.1 3.70 5.70 21.3 4.10 5.20 20 4.60 4.35 15.7 4 3.93 4.51 SCROLL 1 R410A Ci 400-3N~50 75 59 45 680 1105 845 225

26.2 4.60 5.70 26.9 5.20 5.17 24.8 5.80 4.28 19.8 5.10 3.88 4.40 SCROLL 1 R410A Ce 400-3N~50 95 66 51 680 1105 845 240

30.5 5.20 5.87 30.7 6 5.12 28.8 6.40 4.50 22.9 5.80 3.95 4.61 SCROLL 1 R410A Ce 400-3N~50 111 66 51 680 1105 845 245

35 6 5.83 34.8 7 4.97 33 7.60 4.34 26 6.80 3.82 4.33 SCROLL 1 R410A Ce 400-3N~50 118 70 55 680 1105 845 250

43.8 7.60 5.76 44.8 8.80 5.09 41.7 9.50 4.39 33.4 8.39 3.98 4.37 SCROLL 1 R410A Ce 400-3N~50 140 70 55 680 1105 845 270

Prana BWR-MTD HEATING

COOLING

HOT WATER

MODULAR

REVERSIBLE HEAT PUMP FOR INDOOR INSTALLATION 40KW - 360KW Unit Description • Optimised internally positioned heat pump unit with optional chilled water production, a complete range is available from 40kW-360kW operating through varying source temperature ranges to facilitate either ground source or water source operation. • The range includes single-circuit/two-compressor versions and also twin circuit/four compressor versions for larger output capacity. This configuration provides excellent load management capability which gives high performance and efficiency along with associated contingency benefits and redundancy. • The use of R410A enables the unit to operate with high efficiency and performance whilst remaining flexible in operation.

***modular capability

Unit Summary PRANA BWR MTD UNITS: WW/WWR & BW/BWR CAPACITY: 40kW-360kW POWER SUPPLY: Three Phase models These units provide a heating output to 55°C with the option to also provide cooling with a reversible configuration. HIGH EFFICIENCY & PERFORMANCE: COP 4.1 (410% efficient)* *BWR MTD source flow temperature 0ºC/-3ºC & output flow temp 35ºC COP 5.06 (506% efficient)* *WWR MTD source flow temperature 5ºC/10ºC & output flow temp 35ºC *Average COP for the Prana BWR & WWR MTD ranges NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

FEATURES & OPERATIONAL BENEFITS: •Full DHW and heating control •Heating only or reversible heat pump •Built in plant and circulation pump •High value and high performance •55ºC output temperature •Modular control for multiple unit configuration •Compact footprint for plant room positioning

• DeLonghi Professional has designed the Prana BWR MTD 0152-1204 units to be configured with a range of optional accessories for ease of operation when specified across a range of differing applications from ground water source to higher temperature heat recovery from process or production waste water. • The built-in hydronic module includes the main water circuit components; it is available in various configurations with one or two pumps with high or low head both on the evaporator and the condenser side. The PRANA BWR dimensions and sizes provided within this guide are shown without any hydronic pump set options, these options may increase the size of the unit. Please contact ICS specification support for the final specification & dimensions of any unit selected with the hydronic pack. • The W3000 controller provides integrated single unit control but also allows parallel operation of up to 5 units of varying capacity. This allows a completely bespoke system to be configured to match the demands of larger applications. • The Prana BWR range is also able to connect either singularly or a multi unit modular basis with ModBus/Echelon/Bacnet protocol cards for BMS compatability • These DeLonghi Professional units are high specification heat pumps which are built to exacting standards with regard to efficiency and functionality. All the units are European manufactured and benefit from the DeLonghi Professional approach to product development and quality management providing the complete package that would be expected from a premier manufacturer. • The Prana HT range is designed for modular application to accommodate larger capacity requirements***. W3000

Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. Certificate Number MSC HP0005 Heat Pumps

The W3000 controller offers the latest control and operating functions developed directly by DeLonghi Professional utilising their experience gained within the field of heat pump design and related plant engineering. The keypad is generously sized with a full operating status display, the controls and detailed LCD make access to machine settings easy and safe. Temperature regulation with a proportional logic capability is related to the return water temperature which provides the ability to satisfy simultaneously heating, sanitary hot water and cooling requests with no need for mode changeover. The diagnostics include full management of alarms with black box function and an alarm recorder for analysis of unit performance. Monitoring is achieved through either DeLonghi Professional devices or with various options for interfacing to ModBus, Bacnet or Echelon & LonTalk protocols. The controller has the compatibility to operate with a remote keyboard (single controller management of up to 10 modular units) along with a full time clock function for efficient programming of operation (standard 4 days and 10 time bands). Exclusive self-adaptive defrost logic, monitoring multiple operational- and ambient parameters are incorporated which allow the unit to reduce the number and duration of the defrost cycles with the benefit of increased overall energy efficiency.

Prana BWR-MTD Ground Source & Geothermal Heat Pumps

BWR-MTD

0152

0182

0202

0252

0262

0302

0352

0412

0452

0512

Cooling capacity

(1)

43.4

50.1

58.9

66.4

72.6

86.7

101

115

129

144

Total power input

(1)

10.0

11.3

13.0

15.2

16.6

19.5

22.7

25.9

28.9

32.2

Condenser heating capacity

(1)

5.8

60.7

71.2

80.7

88.2

105

123

139

156

174

4.34

4.43

4.53

4.37

4.45

4.46

4.43

4.45

4.46

EER ESEER

5.80

6.00

5.70

5.60

5.70

5.80

5.70

5.80

Heating capacity

(2)

50.5

58.2

68.0

77.0

85.0

101

117

132

148

165

Total power input

(2)

12.9

14.3

16.7

19.2

21.1

24.7

28.7

32.2

36.0

40.0

COP

(2)

3.91

4.07

4.01

4.03

4.09

4.07

4.10

4.12

4.14

2/1

78 1222

No. Compressors/No. Circuits N. Sound power

(3)

dB(A) 73

Sound pressure

(4)

dB(A)

Length

(5)

1055

1222

Width

(5)

649

843

Height

(5)

1255

1496

Operating weight

(5)

290

305

315

325

330

585

605

660

685

740

0552

0612

0604

0704

0804

0904

1004

1104

1204

BWR-MTD Cooling capacity

(1)

165

186

174

203

228

258

288

329

371

Total power input

(1)

36.9

41.6

38.9

45.2

51.6

58.0

64.0

74.0

83.5

Condenser heating capacity

(1)

200

225

211

245

276

312

348

398

450

EER

4.47

4.48

4.47

4.48

4.42

4.45

4.50

4.44

ESEER

5.90

5.80

5.90

5.80

5.90

6.00

5.90

Heating capacity

(2)

190

215

202

234

263

297

332

379

428

Total power input

(2)

45.9

51.8

49.2

56.6

64.1

72.1

79.5

91.9

104

COP

(2)

4.14

4.11

4.13

4.10

4.12

4.17

4.13

4.12

2/1

4/2

2227

No. Compressors/No. Circuits N. Sound power

(3)

dB(A) 79

Sound pressure

(4)

dB(A)

Length

(5)

1222

Width

(5)

873

877

Height

(5)

1496

1780

Operating weight

(5)

790

830

1090

1165

1245

1290

1395

1500

1585

The PRANA BWR dimensions and sizes provided within this guide are shown without any hydronic pump set options, these options may increase the size of the unit. Please contact ICS specification support for the final specification & dimensions of any unit selected with the hydronic pack.

MODULAR CAPABILITY The Prana BWR MTD range is designed for modular application to accommodate multi unit larger capacity requirements***.

MODULAR

AXIAL

Note: 1. Evaporator water (in/out) = 12/7째C, condenser water (in/out) = 30/35째C, based on Eurovent Standard.

2. Evaporator water (in/out) = 12/7째C; Condenser water (in/out) = 40/45째C. 3. Sound power on the basis of measurements made in compliance with ISO 9614 and Eurovent 8/1 for Eurovent certified units; in compliance with ISO 3744 for non-certified units. 4. Sound pressure in open field conditions on reflecting surface (directivity factor Q=2), average value on longest side, at 1 m from the outer surface and at 1 m height in relation to the unit supporting base. 5. Unit in standard configuration/execution, without optional accessories.

Prana BWR DHW & TR TOTAL RECOVERY VERSION - BWR TR • • • •

6 pipe system Simultaneous heating & cooling 100% water to water heat recovery Manage any percentage of heating or cooling load

• • • • •

Year round maximum performance No external controls required 100% energy efficiency Maximise ground collector energy Total system control

Completely flexible heating & cooling geothermal “solution in a box”

HEATING

COOLING

HOT WATER

MODULAR

REVERSIBLE HEAT PUMP WITH TOTAL HEAT RECOVERY 40KW - 360KW Unit Description The DeLonghi Prana BWR DHW & TR are a unique range of commercial ground or water source heat pumps which are capable of providing a high efficiency combination of output conditions:

***modular capability

Unit Summary PRANA BWR DHW & TR UNITS: WW/WWR & BW/BWR CAPACITY: 40kW-360kW POWER SUPPLY: Three Phase models These units provide simultaneous supplies of domestic hot water and heating/air conditioning. HIGH EFFICIENCY & PERFORMANCE: COP 4.1 (410% efficient)* *BWR DHW & TR source flow temperature 0ºC/-3ºC & output flow temp 35ºC COP 5.06 (506% efficient)* *WWR DHW source flow temperature 5ºC/10ºC & output flow temp 35ºC *Average COP for the BWR DHW & TR & WWR MTD ranges NOTE. Actual system efficiency (COP) and annual performance will depend on the distribution/emiiter system utilised. Care should be taken to ensure that the heat pump is installed in order to provide efficient operational performance.

FEATURES & OPERATIONAL BENEFITS: • Full DHW and heating control • Simultaneous heating and cooling outputs • Heating only or reversible heat pump • 100% heat recovery capability • Suitable for a 4 pipe distribution system • 55ºC output temperature • Modular control for multiple unit configuration • Compact footprint for plant room positioning

• • • • • •

• The range is very similar to the Prana BWR MTD in terms of features and control however the range allows these four pipe units to be applied on a wider range of applications. • The range includes single-circuit/two-compressor versions and also twin circuit/four compressor versions for larger output capacity. This configuration provides excellent load management capability which gives high performance and efficiency along with associated contingency benefits and redundancy. • These fully optimised water source heat pumps provide partial or total heat recovery for the simultaneous production of chilled/hot water with hermetic rotary scroll compressors operating with R410A, plate heat exchangers and thermostatically controlled expansion valve. • Also these heat pump units will provide up to 100% duty on either primary or secondary heat exchangers along with the ability to provide a combination of load capability heating and hot water simultaneously or heating and cooling simultaneously with up to 100% heat recovery. This allows the heat pump units to provide this simultaneous output feature to manage seasonal heating and cooling loads from the same heat pump unit. • Energy saving is achieved by the W3000 advanced control logic. The most efficient operational mode is set completely automatically and independently by the units controller, in order to minimize the absorbed energy whatever the cooling and/or heating demand might be. W3000 The W3000 controller offers the latest control and operating functions developed directly by DeLonghi Professional utilising their experience gained within the field of heat pump design and related plant engineering. The keypad is generously sized with a full operating status display, the controls and detailed LCD make access to machine settings easy and safe. Temperature regulation with a proportional logic capability is related to the return water temperature which provides the ability to satisfy simultaneously heating, sanitary hot water and cooling requests with no need for mode changeover. The diagnostics include full management of alarms with black box function and an alarm recorder for analysis of unit performance. Monitoring is achieved through either DeLonghi Professional devices or with various options for interfacing to ModBus, Bacnet or Echelon & LonTalk protocols. The controller has the compatibility to operate with a remote keyboard (single controller management of up to 10 modular units) along with a full time clock function for efficient programming of operation (standard 4 days and 10 time bands). Exclusive self-adaptive defrost logic, monitoring multiple operational- and ambient parameters are incorporated which allow the unit to reduce the number and duration of the defrost cycles with the benefit of increased overall energy efficiency.

Prana BWR DHW & TR Ground Source & Geothermal Heat Pumps BWR-DHW

0152

0182

0202

0252

0262

0302

0412

0512

0612

48.6 8.70 5.59 * 52.1 12.4 4.20 40.4 12.4 52.1 2/2

55.8 9.80 5.69 * 59.7 13.8 4.33 46.7 13.8 59.7 2/2

65 11.3 5.75 * 69.3 16.2 4.28 54.1 16.2 69.3 2/2

73.8 13.2 5.59 * 79 18.5 4.28 61.7 18.5 79 2/2

83.2 14.7 5.66 * 88.9 20.4 4.36 67.9 20.4 88.9 2/2

97.5 17.4 5.60 * 104 23.9 4.37 82 23.9 104 2/2

127 22.7 5.59 * 135 31 4.35 106 31 135 2/2

159 28.1 5.64 * 169 38.4 4.40 133 38.4 169 2/2

206 36.5 5.63 * 219 49.9 4.38 172 49.9 219 2/2

73 42 1222 893 1496 450

74 43 1222 893 1496 470

74 43 1222 893 1496 490

74 43 1222 893 1496 505

75 44 1222 893 1496 525

76 45 1222 893 1496 550

77 46 1222 893 1496 745

78 47 1222 893 1496 825

79 48 1222 893 1496 910

0604

0704

0804

0904

1004

1104

1204

1404

1604

194 34.8 5.58 * 208 47.7 4.36 163 47.7 208 4/2

225 40 5.63 * 240 54.7 4.38 188 54.7 240 4/2

255 45.3 5.62 * 270 61.8 4.37 212 61.8 270 4/2

285 50.8 5.61 * 303 69.2 4.38 238 69.2 303 4/2

317 56.3 5.63 * 338 76.8 4.40 266 76.8 338 4/2

365 64.8 5.63 * 388 88.4 4.39 305 88.4 388 4/2

413 73 5.66 * 440 99.6 4.41 346 99.6 440 4/2

468 84.1 5.56 * 498 113 4.41 392 113 498 4/2

522 95.1 5.49 * 557 126 4.42 438 126 557 4/2

86 54 2520 880 1810 975

87 55 2520 880 1810 1165

88 56 2520 880 1810 1365

89 57 2520 880 1810 1445

90 58 2520 880 1810 1610

91 59 2520 880 1810 1710

91 59 2520 880 1810 1810

91 59 2520 880 1810 1895

91 59 2520 880 1810 2000

Specification & performance shown below is for BWR DHW versions (TR also available)

Cooling capacity Total power input EER ESEER Heating capacity Total power input COP Cooling capacity Total power input Heat recovery capacity No. Compressors/No. Circuits N. Total power input kW Sound power Sound pressure Length Width Height Operating weight

(1) (1)

kW kW

(2) (2)

kW kW

(3) (3) (3)

kW kW kW

(4) (5) (6) (6) (6) (6)

dB(A) dB(A) mm mm mm kg

BWR-DHW Specification & performance shown below is for BWR DHW versions (TR also available)

(1) (1)

kW kW

(2) (2)

kW kW

(3) (3) (3)

kW kW kW

(4) (5) (6) (6) (6) (6)

dB(A) dB(A) mm mm mm kg

MODULAR CAPABILITY MODULAR

The Prana BWR DHW & TR range is designed for modular application to accommodate multi unit larger capacity requirements***.

AXIAL

Note: 1. 2. 3. 4.

Evaporator water (in/out) = 12/7°C; condenser water (in/out) = 14/30°C Condenser water (in/out) = 40/45°C; evaporator water (in/out) = 14/7°C Evaporator water (in/out) = 12/7°C; Recovery unit water (in/out) = 40/45°C Sound power on the basis of measurements made in compliance with ISO 9614 and Eurovent 8/1 for Eurovent certified units; in compliance with ISO 3744 for non-certified units. 5. Average sound pressure level, at 10m distance, unit in a free field on a reflective surface; nonbinding value obtained from the sound power level. 6. Unit in standard configuration/execution, without optional accessories.

Buffer Tanks Best practice standards require a buffer tank to be incorporated within any heat pump system. The buffer tank provides thermal mass and inertia to the system whilst providing a thermal buffer during the heat pumps defrost cycle. The buffer tank also provides an efficient means of incorporating any number of heat pumps or distribution circuits within a single system i.e. a standard multi tap buffer allows for 2 x heat pumps and 2 x output circuits to be easily connected. • Provide adequate thermal mass • Ensure system volume is maintained at all times (regardless of any zone control) • Provides thermal inertia during the defrost cycle The buffer tank also provides a thermal break between the heat pump and the distribution system, this allows both sides of the system (heat pump and property) to operate at the optimum temperature difference in order to achieve maximum efficiency. A heat pump will require a narrow temperature difference (typically 5ºC to 6ºC) where as the distribution system may require a wider temperature difference i.e. when specifying a retrofit installation or similar. Buffer Tanks (Stainless)

90L

120L

210L

300L

400L

Capacity

litres

120

210

300

TBA

Height

732

920

1483

2020

TBA

Diameter

550

TBA

Weight (empty)

TBA

Weight (full)

103

138

238

337

TBA

Standing losses

kWhr/24hr 0.80

1.00

1.60

1.93

TBA

Maximum working pressure - cylinder bar

3.5

TBA

Maximum working pressure - space heating bar

3.5

TBA

Input connections heat pump x2

TBA

Output connections heat pump x2

TBA

Heat pump input connection tapping height

464

652

1215

1752

TBA

Heat pump output connection tapping height

295

TBA

Input connections heating x2

TBA

Output connections heating x2

TBA

Heating input connection tapping height

295

TBA

Heating output connection tapping height

464

652

1215

1752

TBA

Immersion Boss

inch

1.75

TBA

Drain connection

inch

0.5

TBA

Drain connection tapping height

220

TBA

Fill connection

TBA

Buffer Tanks (Carbon Steel)

100 - 2000 litres capacity

ICS HPT also provide a range of carbon steel buffer tanks up to 2000 litres in capacity. Please contact technical sales support for details. Buffer vessels are a high quality duplex stainless steel tank that contains a volume of water as per the specification table shown above. The Buffer store is insulated to a very high standard using high density HCFC free foam cased in a steel shell and therefore has an ozone deletion potential (ODP) of zero and a global warming potential (GWP) of 1.

Example: 210 Litre

DHW Cylinders

Stainless Heat Pump Optimised DHW is a range of unvented hot water storage cylinders, manufactured in the latest high quality duplex stainless steel. They are designed to provide mains pressure hot water and are supplied as a package which complies with Section G3 of the Building Regulations. The appliance is extremely well insulated using high density HCFC free foam insulation with an ozone depleting potential (ODP) of zero and a global warming potential (GWP) of 1. It is fitted with all necessary safety devices and supplied with all the necessary control devices to make installation on site as easy as possible.

STAINLESS HEAT PUMP OPTIMISED (HP) The Stainless Heat Pump Optimised DHW is an unvented hot water storage cylinder fitted with two high efficiency internal primary heat exchangers especially designed for use with heat pump systems. These two heat exchangers can be connected in parallel to the heat pump circuit when a solar thermal system is not installed. When both heat pump and solar thermal systems are installed, the top heat exchanger is connected to the heat pump circuit and the bottom heat exchanger is connected to the solar circuit a shown below. All Stainless Heat Pump Optimised DHW models are fitted with 3kW (230Vac, 50Hz) immersion heater for raising the temperature of the stored water to about 60ยบC after the heat pump heating cycle if necessary.

DHW Cylinders (Stainless) Capacity - total volume Volume heated by IH Dedicated solar volume Standing heat loss rate Weight - empty Weight - full Pressure regulating valve setting Expansion relief valve setting Temperature setting (P&T valve) Pressure setting (P&T valve) Expansion vessel size (volume) Expansion vessel initial charge pressure Height A Diameter B 22mm secondary return C 22mm compression cold feed D P & T valve E 22mm solar return - bottom coil F 22mm solar fl ow - bottom coil G 28mm primary return - top coil H 28mm primary fl ow - top coil I Dual CT & OHT pocket - 1 top J Dual CT & OHT pocket - 2 bottom K Solar sensor pocket - 1 top L Solar sensor pocket - 2 bottom M 3kW immersion heater height N Surface area of solar heater coil Solar coil thermal rating @ 25 l/s Solar coil pressure loss @ 25 l/s Internal heat exchanger surface area Internal heat exchanger pressure loss series @ 25 l/s

litres litres litres kWh/24h kg kg bar bar ยบC bar litres bar mm mm mm mm mm mm mm mm mm mm mm mm mm mm m2 kW bar m2 bar

Sanitary hot water cylinders/stores

HP180IND HP210IND

HP250IND

HP300IND HP400IND

180 113 65 1.40 33 213 2.25 4.5 90 6.0 18 2.25 1295 550 442 1053 223 352 467 1072 732 419 882 203 457 0.68 0.191 1.36 0.356

250 160 90 1.75 43 293 2.25 4.5 90 6.0 24 2.25 1733 550 1377 522 1491 223 472 647 1467 962 539 1180 262 607 0.97 0.241 1.94 0.457

300 195 105 1.93 49 349 2.25 4.5 90 6.0 35 2.25 2020 550 1577 522 1777 223 472 742 1562 1092 539 1367 262 702 0.97 0.241 1.94 0.457

210 135 75 1.60 38 248 2.25 4.5 90 6.0 24 2.25 1483 550 1127 442 1241 223 352 542 1232 837 419 1000 203 522 0.68 0.191 1.56 0.382

400 270 130 3.33 61 461 2.25 4.5 90 6.0 2 x 24 2.25 2040 630 1592 557 1784 238 548 641 1791 1076 651 1382 334 640 1.27 0.31 2.72

1000 - 5000 litres capacity

ICS HPT also provide a range of sanitary hot water cylinders/stores for commercial use up to 5000 litres in capacity. Please contact technical sales support for details.

IMPORTANT NOTES:

NOTES

1. All Stainless Lite HP models are suitable for both open vented and sealed primary systems. 2. Stainless Lite HP models must not be used with solid fuel boilers or steam as the heat source. 3. Heat pumps will heat the domestic hot water to between 45ยบC - 55ยบC, therefore provision should be made to periodically heat the cylinder to about 65ยบC to prevent growth of legionella.

1. Not all models - see table 1 2. Recovery times based on Primary Coil/L.H Duty (i.e. assumes the boiler output is adequate) 3. All connections are supplied with compression fittings for direct connection to copper pipework

Fan Coils - Hydronic ICS Heat Pump Technology provide a complete range of DeLonghi-DeLonghi Professional Fan Coils and internal Air Handling Units to complement the Heat Pump range. This high quality range of Fan Coils and Air Handling Units allows a complete climate control system to be specified which can provide heating, air-conditioning and domestic hot water. The benefits of these water based cooling and heating systems can be significant, for example the amount of refrigerant within the system is reduced and the potential risk of refrigerant leaks is minimised when compared to refrigerant based direct expansion systems. Also system installation is simplified as no high pressure refrigerant pipework is required within the building as the refrigeration system is positioned externally within the fully packaged Air Source Heat Pump or within the Ground Source Heat Pump positioned within the plant area. These fan coils are ideal for use with either heating only or reversible heat pumps providing a very efficient and environmentally conscious heating and/or air-conditioning system. The DeLonghi Professional hydronic fan coil ranges encompass each key fan coil area of application: 1. 2. 3. 4.

High wall units Ceiling mounted cassettes (2 or 4 pipe) Floor/low wall mounted cased units (2 or 4 pipe) Ducted systems for residential or commercial specification (2 or 4 pipe)

In addition to the more traditional commercial applications, fan coils are gaining popularity within the commercial & residential retrofit markets as they are proving an ideal way to provide an increased kW capacity to existing radiator size restricted applications i.e. a significantly greater kW capacity from a compact controllable unit.

MHD. HIGH WALL MOUNTED FAN COILS Hi-wall type terminal 2.15 - 4.70kW MHD fan coil terminals are the premium high-wall hydronic fan-coil from DeLonghi Professional. The compact design and quality finish of this model coupled with the exclusive elegance soften the visual impact and make the units ideal for both office residential installations. These units provide all the standard befits of a high wall fan coil but with the added benefit of a water based system, so reducing refrigerant within the building in line with the F-Gas regulations.

CHD. CEILING MOUNTED CASSETTE Cassette type terminal 2.7-9.3kW The CHD hydronic fan-coil cassette from DeLonghi Professional is an electromechanical unit, available in two versions: For two pipe installation (unit with single coil) and for four pipe installation (unit with double coil). A wide range of sizes and easy installation make them suitable for various types of application. CHD units are registered within the EUROVENT certification programme. These units provide all the standard befits of a ceiling mounted cassette but with the added benefit of a water based system, so reducing refrigerant within the building in line with the F-Gas regulations. â&#x20AC;˘ â&#x20AC;˘

U-2T electromechanical version for 2-pipe system U-4T electromechanical version for 4-pipe system

Wall, Ceiling, Floor Mount & Ducted Fan Coils

I-LIFE. LOW WALL/FLOOR MOUNTED FAN COILS High efficiency fan-coil with synchronous motor electronic switches, with cabinet or built-in version 1.91 - 7.47kW i-LIFE fan-coils incorporate modulating speed low energy centrifugal fans. This new generation of fan-coil guarantees air flow regulation from 0% to 100% and energy consumption is reduced by more than 50% when compared to a traditional unit. In addition new commands & controls are available which manage all the functions offered by this range of high specification terminal units. Retrofit capability allows the i-life fan coil to provide an alternative to traditional radiators, offering significantly greater capacity in an extremely compact unit. • • • •

DFI built-in version, front air intake DFU version with cabinet, front air intake DLI built-in version, bottom air intake DLU version with cabinet, bottom air intake

IDEAL RADIATOR REPLACEMENT

TYPICAL UNIT CONTROLLER – IK UNIT SHOWN (contact technical support for specific controller configuration)

• • • •

Configurable control with LCD screen On-Off - modulating valve-unit Master/Slave multiple configuration network Quick installation with two wire connection

HWD. COMMERCIAL DUCTED/FREE BLOWING FAN COIL High head ducted type terminal 16.8 - 29.8kW The HWD HP belongs to the ducted fan-coil high head range from DeLonghi Professional. The units allow for vertical or horizontal installation with variable airflow adjustment, the modular configuration allows for ease of installation enabling the unit to adapt to a variety of applications. The unit can be mounted horizontally or vertically with a variable modular configuration to match the demands of a particular specification. High pressure fan capability allows the HWD range of terminals to provide the ideal internal air handling unit selection to operate with a medium or High temperature heat pump. • • • •

Base version Single or twin coil version Heating or cooling option Flexible plenum configuration

HWD. COMMERCIAL WALL/FLOOR MOUNT FAN COILS High Head free blowing wall or floor mount terminal 16.8 - 29.8kW As with the HWD HP ducted unit shown above, these wall or floor mounted versions will provide heating or cooling with the option of flexible installation and positioning. The units can be provided with either inlet and/or outlet plenum boxes which will allow specification either for new build or retrofit/refurbishment applications. • • • •

Base version Single or twin coil version Heating or cooling option Inlet and outlet plenum boxes available

Accessories - Ecoamp

Ecoamp Modulating In-line Electric Boost Heater

HEATING

HOT WATER

Unit Description This next generation electric heater, overcomes the normal inefficiencies of supplementary heater use: • • • • •

• • •

Provides the exact kW capacity required Only provides the energy required to boost the system Controls on heater output temperature Activated via a bi-valent control or ambient stat Ensures that the primary heating source i.e. heat pump or similar, will maintain operation whilst the Ecoamp provides only the additional capacity required at any time Ideal for low ambient support or auxillary boost Suitable for heating or DHW use Designed for in-line connection

The Ecoamp has been developed to meet growing industry demand for a controllable low energy supplementary electric heater. Ease of use, practical installation and low running costs means the Ecoamp fulfils all the requirements of a boost heater for the renewable industry. Unlike conventional electric heaters, the Ecoamp will maintain a defined output temperature which provides tremendous system benefits accurately matching the kW capacity required at any point and maintaining an accurate output temperature.

Potential Ecoamp System Configurations A. Heating B. DHW

The “Ecoamp” is an in-line water heater, designed to provide the exact amount of energy required by measuring the difference between the required water temperature and the “actual” temperature. Construction material and “WRAS” certification. The materials used in the wetted parts of the unit are as follows:Flow switch material: “Noryl” (WRAS approval No. 1108519) Thermocouple sealing ring material: “TPE” (WRAS approval No. 1008535) End caps/BSP 1 ½” threaded material: “Glass-filled Nylon” (WRAS approval No.0701523) Metal tube-to-nylon end-joint material: “EPDM” (WRAS approval No. 1003501)

UNIT SPECIFICATION Power supply:

Unit Summary ECOAMP UNITS: Modulating In-line Electric Boost Heater CAPACITY: 3kW/6kW/9kW variable/controllable output POWER SUPPLY: Single Phase models This unique in-line heater provides a variable output to match the demands of the application. Control is provided by the Ecoamp packaged driver which operates the in-line potable electric heater, the unit is set to the required output temperature and therefore provides the most efficient supplementary heating system available.

HIGH EFFICIENCY & PERFORMANCE: Infinitely variable output The Ecoamp is the next generation of supplementary boost heating for renewable energy systems providing the most efficient and practical bi-valent heating option to the installer.

FEATURES & OPERATIONAL BENEFITS: • • • • • • •

3kW, 6kW or 9kW capacity in a single unit Heating or domestic hot water compatability Easy installation New build or retrofit Variable output to efficiently match demand Operates down to 100 watts capacity Accurately maintains the required output temperature

Single phase (larger three phase units available through special order). Minimum flow (heating circuits): 3-kW & 6-kW = 1m3/h Minimum flow: 9 & 18-kw = 4m3/h Maximum flow 17m3/h Minimum flow: DHW applications confined to 6-kw unit 6 litres/min. *see special conditions of operation Heating Elements: Titanium or Incoloy 825, high MgO compaction. Flow tubes BS 316 Stainless Steel ITT controller temp range: 0ºC to 70ºC Safety thermal cut out: 80°C (manual reset) Flow switch: Gold tipped reed switch with Titanium fulcrum pin Seals: Special formula high temperature polymer Water connections: 1.5” BSP female thread Working pressure: 4 bar maximum Test pressure: 7bar Mounting: Floor or wall mounting Standards compliance: European Electromagnetic Compatibility directive 89/336/EEC and 93/068/EEC Harmonised Standards: EN 55014 – EN55104, EN 5501, EN 5502, CEI 801-4, CEI 801-2, CEI 801-3 The European Low Voltage Directive: 72/23/EEC The Harmonised Standard: EN 60335-2-35 Power Input: 1 Phase Load: Stainless Steel Flow Tube With Incoloy 825 Elements Product Code: 3-kW 13-Amp ITT 3 kw 6-kW 27-Amp ITT 6 kw 9-kW 40-Amp ITT 9 kw

Accessories - General

ICS Heat Pump Technology provide a range of accessories in order to simplify and enhance the heat pump package. This ancillary equipment is usually difficult for the installer/contractor to source on a local basis and hence there is a reason to source as a package with the heat pump to minimise installation time.

ENCLOSURES

ESSENTIAL COMPONENTS

Heat pumps can call for specific application demands in terms of either noise or aesthetic requirements. These are the applications where ICS Heat Pump Technology can provide a range of enclosures to match the on-site requirements relating to the majority of residential and commercial heat pump applications. These enclosure systems range from a standard security enclosure to a specific colour coordinated designed system or a low noise heat pump acoustic enclosure with a specified output rating.

A heat pump installation can be simplified with the addition of essential components which are provided to reduce the potential difficulty in sourcing specific items locally. ICS essential components are items that an onsite installation team may find difficulty in sourcing on a timely local basis. Importantly these essential components do not include any fittings or pipe work relating to the installation but are designed to provide the more specific heat pump related items:

ADDITIONAL ANCILLARY EQUIPMENT In addition to the above ICS HPT are also able to provide a range of ancillary equipment to compliment the heat pump installation/specification. This equipment includes the EcoAmp variable Inline Electric Heater which provides an ideal supplementary boost option for low ambient support or to supplement a single phase heat pump installation. Please contact technical sales support for details of the EcoAmp heater and the full range of ancillary equipment available

APPLICATION & SPECIFICATION SUPPORT Technical and application support is a critical element of the ICS Heat Pump Technology operation and is an area which is given the highest priority. The dedicated team of heat pump specialists provides both telephone and field base support as required. The majority of questions asked by ICS customers and partners can be dealt with via our technical support desk which is manned by experienced engineers who have hands on knowledge of both the equipment and applications. You can be sure that your enquiry or query will be dealt with as a priority until the correct solutions is highlighted and the situation is dealt with appropriately whether this be a new commercial specification or a technical/application question. ICS provide the award wining partner hub to all APP registered users. The partner hub provides a complete access point for all application, specification, equipment and associated information on a 24/7 basis. The hub will provide you with many standard technical and sales documents but importantly also providing you with application and specification tools to assist you in producing quotations and/or specifications within the residential and commercial markets. contact us for your unique password and log in details (activated when your APP card is registered).

HEAT PUMP SPECIFICATION AND INSTALLATION MADE EASY, WITH 24/7 ON-LINE, SUPPORT AND AN EXTENSIVE IN-HOUSE AND NATIONAL APPLICATION AND TECHNICAL SUPPORT STRUCTURE. • Internal application support engineers - specification advice, technical application support and equipment selection • Field based specification engineers - site survey/application support, client technical meetings and CPD service • Online specifier hub - 24/7 information availability, secure login, specifier information and technical details

THE COMPLETE SPECIFIER/INSTALLER SUPPORT SERVICE

CPD & Training

INDUSTRY LEADING CPD COMMERCIAL HEAT PUMP APPLICATION & SPECIFICATION The commercial heat pump application and specification CPD covers a variety of topics which wil provide the delegate with knowledge concerning existing technology and new heat pump development. ICS provide a complete range of air source ground source/geothermal heat pumps with output temperatures from 35ºC to 90ºC including their new commercial CO2 sanitary hot water/thermal storage production units. The CPD covers heat pump applications ranging from 20kW to 2400kW applied to a variety of applications: • Space heating - new build and retrofit oil/LPG boiler replacement • Sanitary/domestic hot water production - conventional prioritised basis and bulk low tariff thermal storage

NEW

CO2 90ºC

• Heat recovery - recycle waste heat from production or process areas via air or water

The CPD is designed to widen the scope of the specifiers application knowledge and provides valuable updates on the latest commercial heat pump technology.

WEB ACCESS CPD VIDEO The Continuing Professional Development (CPD) Certification process allows ICS Heat Pump Technology to provide information and training on heat pump technology to Specifiers, Consultants and Engineers. The ICS Heat Pump Technology CPD Accredited program helps keep construction & engineering professionals up-to-date with training support, new ideas and updates.

SPECIFICATION APPLICATION TRAINING The Air Source Specification and Application training module is intended to provide the air source heat pump specifier, system designer and installer with useful guidance and advice relating to the design, specification and installation of air source heat pump based heating and sanitary hot water systems. This new initiative for 2011/2012 takes heat pump training to the next level where the negative as well as the positive elements of heat pump application are considered, this provides attendees with the skills and knowledge to take their heat pump business forward in a profitable and efficient direction by working to best practice standards from design to completion.

PRACTICAL & USEFUL TRAINING PLEASE NOTE: This course is most suitable for experienced heat pump specifiers, system designers and installers, as the content is designed to improve existing knowledge rather than provide more basic entry level information.

ICS Renewable Energy Ltd (T/A ICS Heat Pump Technology) reserve the right to change update or alter the specification & details of any item shown with or without prior notice for whatever reason. The information provided within the product guide and/or data sheets is intended for guidance purposes only, please confirm actual current specification and equipment details at point of quotation and/or order.

Technical & Service Support COMPLETE TECHNICAL AND SERVICE SUPPORT WITH A SPECIALIST TEAM PROVIDING PRE INSTALLATION, COMMISSIONING AND AFTER SALES SUPPORT TO MATCH THE REQUIREMENTS OF EACH PARTICULAR PROJECT

• • • • • •

Glasgow*

Dublin

5 UK service centres nationwide Specialist heat pump service team Commissioning service Technical/Installation support Technical help desk service Direct manufacturer support

Blackpool Bradford

Birmingham Southampton * Regional Distributor, Thermsaver

3 24/7 Access to invaluable product and technical information

3 Direct access to the on-line Partner Marketing tools and support team

3 Direct contact to our in house dedicated technical and sales help desk

3 Latest product and technical document updates

3 Heat Pump selection and sizing tools

3 25+ field based service team

3 Latest Heat Pump News; company, product and industry; LCBP, RHI 3 Partner Hub password protected user access

electric underfloor heating solutions

www.devi.co.uk

over 40 years

DEVI is Europe’s leading electric underfloor heating

experience

manufacturer and the preferred partner of many of the

UK’s leading housebuilders and developers, with sales companies in thirty countries worldwide.

Established for over forty years, DEVI has designed and installed underfloor heating in the UK, in projects ranging from large apartment developments, to single house applications. Working closely with developers and architects, as well as builders and electricians, DEVI has demonstrated commitment to providing unrivalled project support from design through to installation and after-sales care.

global leader In January 2003, DEVI became a member of the Danfoss Group, the world’s leading manufacturer of heating, cooling and air conditioning products. With over 18,000 employees, the Danfoss group has 59 factories in 21 countries.

innovation

DEVI products are manufactured in two ISO9001

compliant factories in Veije, Denmark which also houses our IT, Marketing and R&D departments.

quality 2

DEVI

underfloor heating

Electric underfloor heating Your benefits A comfortable, efficient and economical alternative to conventional heating. DEVI systems are also invisible, providing total freedom when decorating and furnishing.

Heat rises Underfloor heating radiates heat evenly across the whole floor area, providing maximum comfort levels; warm feet and cooler at head height, whereas traditional systems provide heat by convection; the hot air rises and leaves a mass of warm air at ceiling level, where it cools and returns as a draught.

Your benefits

Invisible comfort

Economical Typically, electric underfloor heating makes it possible to lower the average room temperature by 2ยบC without affecting the level of comfort. This means that heating can be reduced by around 20%, which is both an economic and an environmental advantage.

Capital cost savings Once installed, there are no future maintenance costs or contracts to consider. There is also no need to channel emissions out of the building, which greatly simplifies the design process.

Health benefits With electric underfloor heating, there are no travelling dust particles and no moisture content to support dust mites, which greatly benefits those who suffer from dust allergies and asthma.

Total floor solutions DEVI strives to ensure that the installation process is as efficient as possible. Working closely with other organisations, we are able to offer a total solution for your project, encompassing the work of three trades; insulation, heating installation and screed. As well as providing one point of responsibility, this also means that the build programme can be streamlined in order to achieve the highest levels of efficiency. As an example; for a large project, in a typical week DEVI would prepare the floor on a Monday and Tuesday, install the heating cables on Wednesday and Thursday and screed on a Friday.

DEVI underfloor heating 3

Product range Cable systems deviflex heating cables • DSIG - single conductor cable, two cold tails with screen. • DTIP - twin conductor cable, one cold tail with screen. • Cables can be cast within a screeded floor or installed between timber joists. • Cable type will be specified according to floor construction. • Applications - total underfloor heating solutions for new builds, ice and snow melting, frost protection.

devicell dry insulation plates • Provides the perfect solution for quick and easy installation of deviflex cables under wooden floors - no screed or additional preparation required. • Consists of a 12mm polystyrene plate covered with a 1mm aluminium plate. • The combination of an insulating sub-floor and a heatconducting surface ensures optimum heat reflection upwards. • A relatively low amount of power is required to provide the desired temperature. • Applications - total underfloor heating solutions beneath wooden floors.

devimat • Provides warm, comfortable floors • A self-adhesive mesh with ultra-thin heating cable preattached. • Twin conductor heating cable; no second tail to return to the thermostat, saving installation time and cost. • Can be installed within the thickness of the tile adhesive, which is ideal where floor height is a consideration. • Can be installed on top of the exisiting floor, or onto wood (100W/m2) or concrete (150Wm2). Typical applications - kitchens and bathrooms.

1 DEVI

underfloor heating

Thermostats - individual room control Product range

devireg 550 • Combined 7-day thermostat and timer, can be set to monitor floor temperature, room temperature or a combination of the two. • Intelligent pre-heat function enables the controller to calculate exactly what time the system should be switched on to achieve the required temperature, set by the user. • Continually learns from its environment and automatically adjusts heating to meet comfort levels regardless of changing weather conditions. • This accurate control ensures an exceptionally high level of energy efficiency and minimal running costs.

devireg 535 • Combined 7-day thermostat and timer; can be set to monitor floor temperature, room temperature or a combination of the two. • Can be locked to both minimum and maximum temperatures; well-suited to wooden floor applications. • Lowest standby consumption on the market, max 0.30W. • Additional feature - child lock safety function.

devireg 130 • Basic surface mounted thermostat, well-suited to floor warming applications. • Uses a floor sensor to monitor the floor temperature, but with no timer. • The single dial on the 130 is used to control the temperature of the floor and also switch the system off.

For technical specifications, please see page 8. DEVI

underfloor

Floor constructions Loose-laid cable systems deviflex installed onto concrete floors deviflex can be installed into floors utilising both on or offpeak tariffs. The system can be used as a direct acting system using on-peak electricity tariffs, available 24 hours a day and utilising electricity directly when you need it. Alternatively, DEVIâ&#x20AC;&#x2122;s off-peak heating system is designed to utilise electricity during low tariff periods.

Floor finish - can be tiles, wood, carpet, laminate (see below) Adhesive (if applicable) Screed Floor sensor deviflex cable Fixing strip

Here, the cables are attached to either a foil-faced insulation, sound resiliant layer or polythene. A screed is then applied. If required, DEVI can work to Robust Standard Detail floor constructions.

Insulation

Base-floor

deviflex installed within wooden floors DEVI systems can be installed in all types of wooden floor constructions and beneath wooden floorcoverings. The precise control ensures that the temperature in the floor construction always corresponds to the tolerance level that the manufacturer of the floor surface has recommended. This floor construction shows cables installed in between timber joists. The insulation is laid between the joists and then the heating cables are fixed to the insulation. The joists are notched or left short of the wall to allow the cables to pass from one joist to another.

devicell DRY insulation plates devicell DRY insulation plates are ideal for quick and simple installation of underfloor heating beneath wooden floors. devicell can be laid onto both concrete and timber floor. In this case, the devicell plates are covered by an acoustic underlay and then the chosen floor covering.

Floor surfaces DEVI underfloor heating systems are suitable for use with most types of floorcovering, including wood, laminate, ceramic tiles, natural stone and vinyl. The cable systems are also suitable for areas that are carpeted.

6 DEVI

underfloor heating

Timber floor

Floor sensor deviflex cable Insulation Fixing strip

Notches in joists, metal lined and capped

Wooden floor covering Underlay Floor sensor deviflex cable devicell DRY insulation plates Plywood Wooden joists

Matting systems devimat installed onto concrete floors The devimat system is a floor warming system used in conjunction with a primary heat source. In some applications, the output of the system is able to provide comfort temperatures depending on the heat loss of the building. In this floor construction (opposite) the mat is installed onto either a new screeded floor or an existing sub-floor, then the tile adhesive and floorcovering applied.

Adhesive/self levelling compound Floor sensor devimat Existing new or screeded floor Insulation Base-floor

Heating output - devimat 150 W/m2 suitable for installation onto concrete floors. Floor covering can be tiles, wood laminate or vinyl Adhesive/self levelling compound Floor sensor

devimat installed onto timber floors devimat can also be installed directly onto a suitably rigid timber floor construction. The adhesives and floor coverings are then laid as normal. Heating output - devimat 100 W/m2 suitable for installation onto timber floors.

devimat Plywood

Wooden joists

Floor constructions a n d f i n i s h e s

Floor covering can be tiles, wood, laminate, vinyl

Floor covering can be tiles, wood, laminate or vinyl

devimat onto tile backer board If the devimat is installed onto a tile-backer insulation board, onto timber floors, a higher output can be installed.

Adhesive Floor sensor devimat

Heating output - devimat 100/150 W/m2, suitable for installation onto a tile backer board.

Tile backer insulation board Wooden joists

• The supplier of the floor surface should always be consulted with regard to the adhesives that are used. • The floor manufacturers instructions on maximum temperatures should always be followed. • If the floor surface consists of wood or plastic, the cables must be covered with a suitable screed thickness, according to British Standards BS8204. DEVI

underfloor heating

Total floor solutions Design DEVI is commited to providing unrivalled project support, designing specific underfloor heating systems to match your application and floor construction. DEVI manages the project from design through to supply and installation and also provides complete after-sales care and technical guidance. Designers at DEVI work with Auto-CAD to provide the relevant working drawings. DEVI strives to ensure that the installation process is as efficient as possible, working closely with other organisations to offer a total floor solution for projects; insulation, heating installation and screed. As well as providing one point of responsibility, this means that the build programme can be streamlined in order to achieve a high level of efficiency.

Insulate The need for acoustic and thermal insulation is now a requirement of Part E and Part L building regulations. DEVI offers an effective solution, in order to minimise heat loss and provides measurable sound proofing to meet these requirements. DEVI supply and install thermal and acoustic insulation to comply with specifications.

Install DEVI offers a full installation service and aim to work within the constraints of the agreed build programme in order to hand over a completed floor solution. Please see floor constructions on page 6 for details on how DEVI heating systems are installed.

Screed After installation of both the thermal/acoustic insulation and the underfloor heating, the floor screed is then laid, (depending on the floor construction). DEVI can specify the suitable screed for your application working in conjunction with a number of other companies. The completed floor is then ready for the laying of chosen floor finishes.

8 DEVI

underfloor heating

deviflex DSIG

deviflex DTIP

deviflex DSIA

deviflex DSVK

devimat

devicell DRY

Product Features Single conductor

Twin conductor

Single conductor

Twin conductor

Rated voltage

230/400V

400V

230V

Watts per meter

20W/m

8, 10, 18 W/m

25 W/m

100 and 150 W/m2

Diameter

5.5mm

7.0mm

6.0mm

8.10mm

3.0-3.5mm

Conductor insulation

PEX

FEP, teflon

Sheath

PVC 90º

XPVC 90º

PVDF 120º

Rated temperature

65ºC

120ºC

Approval

IEC 800/CE

IEC 800

IEC 335-2-96/SEMKO

Warranty

10 years

2 years

10 years

DTIP-10 cables used

Plate size

50 x 100 cm

Insulation value (U)

Thickness

13mm including 12mm flame retardent EPS and 1mm aluminium

Deformation strength

3.67 tonnes/m2

Accessories in box

locking bushells

devireg 130

devireg 550

devireg 535

devireg 330

devireg 850

Rated voltage

180 -250V~50Hz

180-250V~50/60Hz

180-250 V~50/60 Hz

Warranty

2 years

Temperature range room sensor

5ºC to 45ºC or off

5ºC to 35ºC or off

TEMP. SETTING-10ºC to +10ºC or off

TEMP. SETTING-9.9ºC to +-0.1ºC

Temperature range floor sensor only

20º to 50ºC

20º to 50º C

5º to 45º or off

Resistive Load

16A/3600W

16 A / 3600W

Inductive Load

cos= 0,3 max. 4A

cos= 0,3 max.1A

Product Features

230V~15A/3450W

MELTING TEMP. SETTING+1ºC to +9.9ºC 250V~16A/10A

cos= 0,3 max. 4A

1A THERMOSTAT - IP30 SENSOR - IP67

IP30

IP31

IP20

Sensing Unit

NTC;15Ohm/25ºC

NTC;15kOhm/25ºC

deviflex DSIG

New build screeded floor

√

deviflex DTIP

deviflex DSIA

deviflex DSVK

devimat

devicell

250V~3 x16A

IP Class

Product Application

devireg 535/550

devireg 130

devireg 850

devireg 330

√

New build timber floor

√

Renovation

√

Frost Protection Ice and snow melting

√

Technical specifications

Cable construction

√

DEVI

underfloor heating

Testimonials “We wanted a modern, high-tech heating system that fitted the clean and simple design principles of the product and gave homeowners ultimate flexibility to maximise their living space and furnish it as they wish. You can have space where and when you need it. Nothing could be simpler or more practical.”

Marc Carter, London Green Developments. Omega 3, Bow, London Green Developments

“The St James Group chose DEVI because of the company’s wellestablished reputation in the market place, the quality and efficiency of DEVI’s products and the company’s friendly and efficient approach.” Baber Malik, Project Manager, St James Homes.

Kew Riverside, London, St James Group.

“DEVI was chosen for Celtic Shores following our use of the product in previous developments where it has to be an economical, clean and controllable form of heating. Once again, the service provided was excellent and we are already using the system on another project.” Barry Evans, TP Estates. Celtic Shores, Whitsand Bay, Cornwall.

“We had a lot of technical questions which were all answered comprehensively and quickly. The installation was carried out professionally and efficiently and as a result we are now looking forward to working with DEVI on a second project.” Dave Skeet, Build Director, Thomas Homes.

Donnington Elms, Newbury, Thomas Homes.

DEVI

underfloor heating

Devi Hydronic underfloor heating A cost effective and comfortable underfloor heating system

Underfloor heating is a modern, cost effective option for heating commercial or domestic properties; it is simple and quick to install and energy efficient. The nature in which heat is radiated across the whole floor surface makes it a highly cost efficient and comfortable alternative. Devi Hydronic is a wet underfloor heating system that utilises water at low temperatures. The water is circulated through a series of continuous pipe loops laid within a screed or between timber joists beneath the floor surface. The pipe loops for each room (or zone) all run from, and back to the system manifold.

Your benefits • Economical and efficient- No wasted heat at ceiling level, accurate control • Comfort - High comfort levels at reduced overall temperatures • Capital cost savings – Reduced on-site maintenance, servicing of boilers/ pumps required only • Creates space – Provides complete design freedom • Hygienic - No travelling dust particles or moisture content to support dust mites • Longevity – Projected life span in excess of 50 years • Multi-layer oxygen proof pipe - Protection from corrosion and lime scale • Low noise transition - Low frictional resistance through pipe and fittings • High quality - All DEVI products are manufactured to ISO 9001 standard • Sophisticated controls – wired or wireless options

Why DEVI? Total floor solutions - DEVI can provide a total solution for your project encompassing, insulation, heating and screed.

DEVI will manage your project from design through to supply and installation giving you just one point of responsibility which greatly simplifies the design process.

A service that adds value- DEVI has a fully qualified in-house design and technical team who will work with your designated Account Manager to provide you with project specific solutions. DEVI products are manufactured to ISO9001 standard and are backed up by a ten year manufacturer’s warranty. Experience - Established for over 65 years, DEVI is the preferred partner of many of the UK’s leading house builders and developers. In January 2003, DEVI became a member of the Danfoss Group, the world’s leading manufacturer of heating, cooling and air conditioning products. Simple installation

www.devi.co.uk

Devi Hydronic - System elements 1. Devi-Hydronic Pipe and clamping track

4. Thermostat/Control options

Ultra-flexible and lightweight – can be

As with any heating system, the method of control is key. Devi can offer intuitive wired controls or the devilink wireless system ensuring maximum control and optimum efficiency.

simply unrolled and clipped into the clamping tracks by hand, without awkward springing back Blue plastic-metal compound pipe, oxygenproof – Protected from corrosion and lime scale. The pipe is completely covered with screed, resulting in high heat conduction and the energy efficiency. Insulation, durable and effective - DEVI compound insulation is installed along with the edge insulation strip. This forms a protective trough for support the screed. Clamping tracks – quick installation - Selfadhesive clamping tracks fix the compound pipes at defined spacing. Clamping tracks are applied on the compound insulation at intervals of 1 to 1.5m.

2. Devi-Hydronic Manifold Devi provides a manifold, consisting of a manifold, manufactured using high quality stainless steel. The system can also include a manifold cabinet (either flush mounted or surface mounted). Manifolds are available – 2 - 12 underfloor heating circuits.

devilink™ - wireless control • devilink™ enables control of the entire system via one central point. • The system consists of a simple colour touch screen panel which is used to control room sensors and floor thermostats throughout the building. • All thermostats are linked together wirelessly. • Periods of low temperature can be set, (i.e. at night or when going on holiday), thus saving energy.

5. Wired thermostats Features • Simple to use, equipped with maximum and minimum limitation of range • Thermal feedback function, improving accuracy • LED to indicate heat demand • Supplied for 24V or 230V power supply • Tamper proof – ideal for public environments • Manual night set-back feature available

The control units are complete with a 24V transformer for a wired system or 230V for wireless. 3. Actuators

Available in 24V/230V

Danfoss air/water and geothermal heat pumps An on-site renewable energy source Extremely high levels of efficiency are achieved when using a heat pump in conjunction with our DEVI Hydronic underfloor heating system. Danfoss Heat Pumps provide heat and hot water by using renewable stored energy from the air, water, bedrock and ground - an endless renewable and free energy source. Energy cost savings of up to 75% can be achieved when compared with conventional heating methods.

www.devi.co.uk

For further information, call our project sales team on 0845 434 9488, fax 0845 434 9489 email projects@devi.co.uk

Kingspan Powerpanel Integrated PV Solutions Cost-effective renewable energy solutions for all sectors from Kingspan Panels providing valuable inflation-proof electricity, reducing carbon emissions and improving energy efficiency.

Kingspan Powerpanel Solar Solutions for sustainable building Insulate and Generate Building Solutions In line with Kingspan’s ‘envelope first’ approach to sustainable building, Kingspan Powerpanel PV systems can make a valuable contribution to reducing the carbon emissions of a building, providing clean, inflation-proof electricity without the need for fossil, wind or nuclear fuels. Kingspan’s experienced design engineers work with building owners, architects, engineers and other building professionals to ensure that the right solution is found to meet BREEAM requirements, to satisfy 10% renewable energy targets or to meet Corporate Social Responsibility (CSR) needs.

Kingspan offers a single-source integrated roof, wall and solar provider Integrated, value-engineered PV systems designed to work with Kingspan roof and wall products to provide complete building solutions, backed up by Kingspan’s customer service and technical support.

Fixing Systems designed for Kingspan roofs The mechanical attachment mechanisms for our PV systems are specially designed for Kingspan roof profiles and Kingspan have carried out extensive structural and mechanical testing on all of our roof panel specific PV mounting solutions. Kingspan avoid going back to the main steel work or purlins, eliminating the problems associated with this type of protrusion and reducing site installation time.

Kingspan 25 Year Total Guarantee The Kingspan PowerPanel Total Guarantee warrants the thermal and structural performance of the complete system, including the insulated panels, the modules, mounting and fixings of the solar panels and the power output.

Lavenham Fen Farms Cambridgeshire

Morrisons Distribution Centre Bridgewater

Massive rises in energy bills over recent years have made the refrigeration and storage of produce an increasingly costly part of modern farming. The owners of Lavenham Fen Farms installed a kWp which is not only providing them with free electricity to the farm but also generating additional income from the government feed in tariff.

Innovative solar PV and insulation panel technology from Kingspan has been used at Morrisons South West Regional Distribution Centre to create one of the most energy efficient logistics facilities in Europe.

Client: Morrisons System Size: 503.5kWp Building Use: Distribution Centre Estimated Yield: 443,514kWh/yr

Client: Abbotts Ripton Farming System Size: 353kWp Building Use: Agricultural Estimated Yield: 307,585kWh/yr

In 2011 Kingspan Powerpanel installed over 6 megawatts of solar PV systems in the UK across a wide range of building sectors including commercial and retail, healthcare, hotel and leisure, manufacturing and agricultural. Stennack House St Austell Cornwall

Kingspan Insulation Pembridge Total building refurbishment by Kingspan which involved replacing the asbestos roof with BREEAM A+ rated Kingspan KS1000RW roof panels and fitting a kWp polycrystalline PV system, making the investment one that achieves not only a significant building fabric improvement but also carbon reduction, energy selfsufficiency and energy/ income generation.

Client: Ocean Housing System Size: 57kWp Building Use: Industrial Estimated Yield: 42,000kWh/yr

At 800kWp Pembridge is one of the largest rooftop PV installations in the UK and supplies a significant proportion of the siteâ&#x20AC;&#x2122;s lighting and manufacturing electricity needs.

Client: Kingspan Insulation System Size: 805kWp Building Use: Manufacturing Estimated Yield: 644,000kWh/yr

Brook House

New Car Showroom Manchester On this new build BREEAM project, a tilted PV system was patch welded to the roof membrane without the need for additional ballast, ensuring a fast installation. The complete installation and commissioning of the system took just one week.

Client: New Car Showroom System Size: 49kWp Building Use: Motor Retail Estimated Yield: 39,935 kWh/yr

When renewable energy advisors, Sustainable Energy Systems Ltd (SES) came to refurbish one of their own buildings it made sense for them to install a PowerPanel system together with the Kingspan roof to improve the energy efficiency of their own building.

Client: SCS Ltd Building Use: Offices

Further and more detailed case studies can be found on our website at www.kingspanpowerpanel.com

Kingspan Powerpanel is a fully integrated solar PV system. With Kingspanâ&#x20AC;&#x2122;s expertise in sustainable energy solutions customers can be assured that we not only have the expertise to design a solution that will suit your requirements but also the capacity to fulfil every aspect of your renewable energy project, from design and procurement to installation, commissioning and maintenance.

Kingspan have secured supply of a range of power-guaranteed solar technologies from industry leading solar manufacturers. Each supplier has been vetted in terms of health and safety, quality, technical and financial status to ensure they meet Kingspanâ&#x20AC;&#x2122;s bankability and financial fitness criteria and offer comprehensive guarantees. All our products are MCS accredited, which enables customers to fully utilise their PV installations and maximise returns from the Clean Energy Cashback scheme (Feed-in Tariffs).

Kingspan Powerpanel Maintenance and monitoring solutions In addition to Kingspanâ&#x20AC;&#x2122;s 25 year Total System Guarantee Kingspan offers a comprehensive post project install Operation and Maintenance (O&M) contract which will ensure that the PV system is running as efficiently as it should be at all times. We have designed our service to maintain the efficiency and performance of the PV system over time, and can offer varying levels of service to suit clientsâ&#x20AC;&#x2122; needs covering

Regular on-site technical checks Remote monitoring

Service level agreements and guaranteed system performance for managed installations

Whatever your photovoltaic requirements our technical advisors are able to offer technical support at every stage of your project

Customer Service and Technical Support Feasibility study Financial analysis Project planning Site installation Commissioning Maintenance For all enquiries telephone

01352 717323

Kingspan have a vision to be net zero across the Division and are aiming to reduce our reliance on fossil fuel based energy by 50% by 2015. At Holywell, our largest site, we have recently commissioned a 406kWp Powerpanel PV system designed to deliver 317,000kWh renewable electricity per annum.

The site now has zero waste to landfill. In 2011 Kingspan were awarded 1st in Wales in The Sunday Times Best Green Companies 2011.

About Ashwell Ashwell Biomass is a specialist in providing biomass boiler solutions for businesses, housing trusts, councils, schools, hospitals, farmers and landowners. Ashwell Biomass (formerly Engineering Services Limited) was established originally as a coal boiler manufacturer/installer and is now one of the UK’s leading biomass boiler manufacturers and installers of biomass heating and hot water solutions, with over 200 installations in the UK. Our products Ashwell Biomass offers a complete range of biomass boilers, for the domestic, industrial and commercial market: Ashwell GreenTec range – 15kW to 300kW D’Alessandro range – 20kW to 2MW Komforts range – 500kW to 8MW Accessories Ashwell Biomass also produces conversion kits for existing commercial and industrial coal fired boilers, enabling both new and existing clients to benefit from the biomass fuels available. The result is an improved efficiency in excess of 20% as well as lower carbon emissions. Our services Services offered by Ashwell include: Installation / Design Boiler House CAD Layouts Containerised Plant Rooms Bespoke Fuel Stores Full Engineering Facility Full B.M.S. Building Energy Management Unrivalled After Sales Service & Technical Support Service & Maintenance Contracts Our clients Our client/client sites include: Nottinghamshire County Council Rhondda Cynon Taff Council Leicester Housing Association National Trust Duchess of Somerset Hospital Makita Power Tools Harpers Environmental (UK Waste)

07/11

Tel: 0116 2604050

About Biomass Plant based biomass fuel is considered ‘carbon neutral’ – it takes carbon out of the atmosphere whilst it is growing and returns it as it is burned. On a sustainable basis, biomass is harvested as part of a constantly replenished crop, maintaining a closed carbon cycle with no net change in atmospheric CO2 levels. The most common fuel sources used in biomass boilers are: Wood chip Wood pellets Logs Firewood Why Choose Biomass Government subsidy available (see RHI scheme below) Significant savings on fuel costs compared to other sources e.g. oil, coal, gas and LPG combined with security of supply Reduced carbon footprint – lower CO2 emissions when compared with fossil fuels. Environmental benefits - burning waste wood that otherwise might be sent to a landfill site; Social benefits - local fuel source widely available resulting in local investment and employment. Renewable Heat Incentive (RHI) scheme *NEW* The UK government has introduced the RHI scheme to encourage the switch to heat generated by renewable sources. This subsidy applies to qualifying biomass installations:  Up to 7.9p paid per kWh of useful heat  Tariff is dependent on the size of boiler  Payable to owner of the equipment  Payable on a quarterly basis, guaranteed for 20 years.  Immediate eligibility See our website for full details www.ashwellbiomass.com

Containerised Bio Heat Cabins A cost effective boiler house and fuel store solution with shorter lead times and lower costs for planning. They are complete boiler houses incorporating boiler, pumps, pipework, fuel stores and electrical connections. Design and fabrication services Boiler house design - for a boiler house layout offering optimum performance Hydraulic design/ installation – design to ensure appropriate sizing of boiler and integration into new/existing system, crucial for an efficient system. Fabrication - in-house facilities to design and manufacture bespoke steel fuel bunkers and feeds.

Indicative Boiler Sizes Approximate boiler sizes for different projects or property types are as follows: Average 3 Bed House from 20kW Farms from 50kW Workshops from 60kW Primary School from 100kW Comprehensive School from 200kW Hospital from 300kW Accreditations

Boiler Ranges The GreenTec wood pellet boiler range is manufactured in-house in Leicester. The boilers are Clean Air certified (models 150kW and above) and, being of modular design, offer an extremely versatile configuration of fuel feeds along with a much reduced footprint compared to the majority of biomass boilers. These pellet boilers are available over a range of outputs from 15 kW to 300 kW Fuel Type

Example Uses

Wood Chip

Wood Pellets

√

Logs

Firewood

Small Commercial/ Industrial e.g. Farm/ School Domestic Medium Commercial/ Industrial e.g. Office Block, district heating schemes Large Commercial/ Industrial e.g. Factory, Hospital

√ √ √ X

Ashwell Biomass is the exclusive UK distributor of this comprehensive range of biomass boilers. The D’Alessandro boiler range is manufactured in Italy to ISO9001 quality standards and boilers are EN303/5 compliant where applicable. With boiler outputs ranging from 20kW to 2MW and versatility over a large range of fuel types, D’Alessandro boilers are suitable for most applications. Fuel Type Wood Chip Wood Pellets Logs Firewood Other

Example Uses

√ √ √ √ √

Small Commercial/ Industrial e.g. Farm/ School Domestic Medium Commercial/ Industrial e.g. Office Block, district heating schemes Large Commercial/ Industrial e.g. Factory, Hospital

√ √ √ √

Ashwell Biomass is the exclusive UK distributor and installer of the Komforts boiler range. Komforts provides a range of bespoke boilers and complete boiler house solutions to provide hot water, steam and CHP. The advanced systems are individually manufactured to ISO9001 quality standards and are more suited to medium and large scale industrial/commercial solutions. Available output range from 500kW to 8MW. Fuel Type Example Uses Small Commercial/ Industrial e.g. Farm/ School Domestic

Wood Pellets

√ √

Logs

Medium Commercial/ Industrial e.g. Office Block, district heating schemes Large Commercial/ Industrial e.g. Factory, Hospital

√ √

Wood Chip

Firewood Other

Tel: 0116 2604050

√

info@ashwellbiomass.com www.ashwellbiomass.com Unit 12, 35 Pinfold Road, Thurmaston, Leicester, LE4 8AT

Commercial Rainwater Harvesting Systems

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Rainwater Harvesting Introduction Water, or the lack of water, is becoming an ever increasing issue in the UK and needs to be addressed as a matter of urgency. Climate change, over extraction of water resources and population growth are largely to blame for the current and future areas of water stress in the UK. Indeed, we are seeing an increasing use of Hosepipe Bans being implemented by a number of Water Companies in the UK as part of the measures to combat this very real problem New technologies like rainwater harvesting and greywater recycling enable us to reduce the water consumption by using resources that are mostly available to all of us – coming from the roof or draining from our showers, baths and hand wash basins. Why not make use of them?

Great benefits with little effort:         

Saving mains water Flood reduction due to storage tanks and usage Combinable with our greywater recycling systems Compact system and easy to install components Adoptable to every type of building due to flexible above or below ground systems No use of chemicals Energy efficient system design Enhanced Capital Allowance applicable via Water Technology List Complies with BREEAM, LEED, CFSH & WRAS requirements

Best water quality due to simple three step filtration/separation Rainwater is collected from the roof and collected via the gutter or siphonic drainage system. Before entering the storage tank, the water is filtered. Large particles such as leaves, moss and twigs are separated. The filtered water is fed into the storage tank via a calmed inlet, thus ensuring that the water inside of the tank stays calm and small particles can settle to the bottom or float to the surface. The water is then pumped to the serviced appliances via a floating extraction which always takes the water below the surface and above the bottom of the tank. The floating extraction has another filter to avoid fine suspended matter entering the supply. Water quality If a rainwater harvesting system is professionally designed and installed, the water quality should be more than sufficient for non potable applications such as WC flushing, laundry etc. More details on the water quality are available in BS8515:2009. www.aqua-lity.co.uk

Floating layer

Floating extraction

Sediment

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System Components

High quality, compact & easy to install

4 1

5 3

Example: Filtertank, AC 1100 control unit with supply pump arrangement

1) Pre-Filtration

Filtering out larger debris such as leaves

2) Rainwater storage tank

collects and stores the incoming rainwater

3) Supply pump (optional)

supplies water from storage tank to control unit unless tank is close enough to tank to prime directly

4) Aqua-Control

Control unit with integrated booster pump set and mains water back-up according to BS8515

5) Expansion vessel

Reducing run time of pumps and protecting equipment against small leaks

Different systems for different requirements Aquality offers a wide range of systems for all types of buildings such as:

 Educational buildings e.g. schools, universities, colleges, student accommodations  Retail buildings e.g. supermarkets, warehouses, distribution centers’  Public buildings e.g. police, fire stations, prisons, council offices  Other commercial buildings Different types of buildings may require different types of systems, such as:  Above / below ground systems  Gravity / direct systems  Rainwater / Greywater  Attenuation / Combined systems

6) Soak away (optional)

Infiltration system with pre-sedimentation pit

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Pre-Filtration

Highly efficient, manual to self-cleaning, low invert levels Aquality offers a vast range of filters to suit from 150m² to 60,000m² roof area. They can be installed underground, indoors or factory installed in our storage tanks. Filters should be self-cleaning but reality shows that maintenance cannot be avoided unless the filters are equipped with a self-cleaning mechanism. These can be semi-automatic or fully automatic. The majority of our filters are prefitted with semi/fully automatic cleaning facilities.

Operation

The commercial filters have been developed for large rainwater harvesting systems to cope with flow rates up to 1800 l/s. The filters use a special, purpose designed stainless steel grid with a filter mesh size of 0.7mm. The filter grid elements are formed so that they make perfect use of the water molecule characteristics and therefore the water can pass to the storage tank at high collection efficiency of up to 99%. Dirt particles such as leaves, moss & twigs are separated out. This not only reduces the amount of organic load reaching the tank, but also reduces potential maintenance of the storage tank itself. Separating dirt particles while keeping high filter efficiency

Particles will get stuck in the filter grid over time, so filter eventually needs to be cleaned. Debris can be removed by simply flushing the filter grid, therefore access to the filter grids is essential. As most filters are underground installations, with potential confined space issues, a semi-automatic or even fully automatic cleaning system is recommended. The majority of our filters are either semi or fully automatic. Fully automatic filters work in conjunction with Aquality’s control units.

AWD filter – water diversion without mechanical moving parts:

In cases where the rainwater needs to be diverted away from the tank when it is full e.g. due to low drainage connections, the AWD filter is the perfect option. It diverts the rainwater away from the tank by itself when the tank is full using a patented air bubble effect.  Filter with high collection efficiency  Stainless steel grid  Water diversion without using moving mechanical parts  Ideal for combination with greywater systems to comply with BS8525

www.aqua-lity.co.uk

Semi-automatic filter arrangement Integrated Rainwater Filter

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Rainwater Storage tanks

Highly flexible range for every situation 500 â&#x20AC;&#x201C; 400,000 ltr capacity in a single tank

Aquality aims to provide a solution not a product. Therefore we offer a flexible product range including tanks in all sizes that will suit any requirement â&#x20AC;&#x201C; high loading, above or underground, modular & easy to transport. The tank material is chosen to suit site specific requirements. All tanks are equipped with calmed inlets and an overflow device as to BS8515. They can be factory fitted with a filter, thus easing installation. Integrated filters will reduce drainage fall through the system.

For underground installations, GRP, PE Concrete & plastic box (crate) systems are recommended.

For above ground installations, our large range of sectional/single piece GRP or PE-Tanks is the preferred choice.

Underground GRP Tanks are most commonly used for Rainwater Harvesting and can be supplied suitable for installation with either a pea gravel or concrete backfill. The site situation should be discussed at an early stage to assist in product selection, thus ensuring the most cost effective method of water storage is employed.

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Aqua-Control units

Compact booster pump set with integrated mains water back-up and controls The Aqua Control units have been developed to ensure a compact, easy to install product that can accommodates all necessary features of a modern rainwater / greywater control unit. They are purpose designed for the application to ensure integrated and external components will work as one.

Operation

The Aqua-Controls are fully equipped control units with integrated break tank, booster pump set and electronic control. The control unit monitors the water level in the rainwater tank as well as in the mains back up break tank. The selfpriming booster pump set supplies the water directly to the applications. In case of rain- or greywater shortage or manual setting, the Aqua-Control feeds mains water automatically and on demand, via an AA-type air gap, into the intermediate tank (in compliance with BS 8515 / BS 8525). As an automatic maintenance feature the solenoid valve of the mains water back-up system is regularly opened. If mains water has not been used for a certain time period the unit will flush the mains water pipe and thereby avoid stagnation. Preset standard settings can be adjusted to meet project specific needs. The units have a manual over-ride for maintenance and automatic switch over in case of supply pump failure from storage tank.

AC 5000 supplying xxx WCs

The Aqua Control units have been developed to cover all design led requirements of a commercial sized building including operating safety, reliability, and energy saving. The systems offer in-depth monitoring ability for modern facility management. These units are being used in all building types from schools, offices & supermarkets to airports and stadiums. The Aqua-Control 5000 is a unit that can be completely customised to all specific requirements. The units are very compact as the table below indicates. Technical data Height (mm) Width (mm) Depth (mm) Weight (kg empty) Mains water connection Pressure pipe connection Supply/Suction connection Emergency overflow (mm) Power supply Protection fuse (A) IP protection class

All given data is subject to change.

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AC 600 1080 800 400 65 1” 1 ¼” 1 ¼” 70 230V / 50Hz 20 44

AC 1100 S 1200 800 400 95 1 ¼” 1 ½” 1 ½” 110 230V / 50Hz 20 54

AC 1500 Eco 1200 800 400 95 1 ¼” 1 ½” 1 ½” 110 230V / 50Hz 20 54

AC 2100 S 1200 800 400 95 1 ¼” 1 ½” 1 ½” 110 400V / 50 Hz 16 54

AC 2500 Eco 1200 800 400 95 1 ¼” 1 ½” 1 ½” 110 400V / 50 Hz 16 54

AC 5000 Customised Customised Customised Customised Customised Customised Customised Customised On demand On demand On demand 6|Page

The following table shows the standard & optional features for each of the different unit models : Features

AC 600

AC 1100 S

AC 1500 Eco

AC 2100 S

AC 2500 Eco

AC 5000

Booster pumps Max. flow rate (m3/h) Max. pressure head (bar) Variable speed PERCS速 Pre-wired in steel housing Stabalisation feet Display panel Mains power switch Mains water back-up as to BS8515 / 8525 Fully automatic and manual switch over to mains water Operation with below and above ground tanks Storage tank level indicator Break tank level indicator Dry run protection Mains water fault alarm Pipe burst alarm function Leakage alarm function Pump run-time indicator UV-Disinfection Synchroniser Anti-MW-Stagnation control Dual storage tank control (Bas.) Dual storage tank control (Adv.) Second supply pump potential Educational panel connectable Data logger Water consumption indication Filter monitoring Automatic filter cleaning Automatic water drain down function Remote monitoring facility Voltfree contact for BMS Advanced BMS via protocols

2 10 5

2 14 7

2 30 6.65

Steel console X 4-line LCD X X

X X 4-line LCD X X

2 14 7 X X X X Touch screen X X

X X 4-line LCD X X

2 30 6.65 X X X X Touch screen X X

2-5 >30 customised O O X X Touch screen X X

X X X X X X X O X O

X X X X X X X X X O O O X O O O O O

X X X X X X X O X O

X X X X X X X X X O O O X O O O O O

X X X X X X X O X O O O X O O O O O

O X O

All given data is subject to change.

X X X X X

O X

O X O

O O

O X O

O X O O O

X = standard features; O = optional

The choices allow rainwater harvesting and greywater recycling systems to be designed to building type and customer requirements with maximal environmental consideration and the highest degree of maintenance reduction and facility management control possibilities. On the next page some of the features are described in more detail. www.aqua-lity.co.uk

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Pre-wired & fitted in a single, compact, steel housing Installation time & cost is reduced and the responsibility (warranty) to assemble the unit is taken away from the installer. The compact design will greatly reduce space requirement within the plant room. All connections are labeled for easy installation Booster pumps All units will be supplied with at least two duty/assist stainless steel multi stage pumps. Single pump failure will automatically operate the other pump to provide continuity of service and will operate alarm system to communicate the pump loss to the operator via BMS. PERCS The Pump Energy Reduction Control System not only reduces the energy for the pumping the non-potable water to its applications by using the used energy from supply to boost the water.

Unison HQ, London

Volt free contact for BMS connection The unit is pre-wired for connection to the clientâ&#x20AC;&#x2122;s Building Management System and will provide a common fault signal which can then be interpreted on the unitâ&#x20AC;&#x2122;s visual display

Advanced BMS via protocols The unit can communicate alarms via pre-wired connection to external building management systems. It will inform about alarm status and pinpoint specific faults. The following protocols can be used Ethernet, CanOpen and Profibus. Education/Corporate Panel connectable Pre-wired for quick and simple connection to the optional visual display panel. Unit will communicate tank water level, mains water and rainwater consumption and would be used for Educational or Corporate display to promote the buildingâ&#x20AC;&#x2122;s environmental credentials. Pipe burst alarm or leakage alarm function Unit will detect a major leakage / pipe burst in the pressure pipe serving the serviced appliances. In the event of pipe burst detection, the system will stop water supply to avoid potential flooding and consumption of water. This would then be signaled as an alarm status if connected to a BMS Mains water back-up fault alarm Unit will detect a fault in the mains water back up supply and communicate the problem by alarm www.aqua-lity.co.uk

8|Page

AC 5000 supplied 200 WCs at Westfield Shopping Centre, London

Remote monitoring facility Unit can be remotely monitored and will provide status / operational information, water consumption figures and the need for required maintenance thus minimizing the need to visit the system personally to check status. UV disinfection ECO-Synchronizer (patented) Unit will operate an optional UV Disinfection System in a way that will reduce run time and therefore significantly reduce energy consumption. The operation will reduce the need for consumable component replacement / maintenance and will greatly increase the life span of the Disinfection System Anti Stagnation control (programmable) Potential for stagnation of the incoming mains water supply due to infrequent use is eliminated by using the project programmable Anti Stagnation flush facility. Automatic water drain down system Unit can drain down tank on demand or automatically due to set schedule. This will enable easy maintenance on tanks or ensure water quality as required in the BS 8525 for greywater recycling systems. Function will only work in conjunction with “drain down package” (available as accessory). Dual supply tank control (basic and advanced) Unit can operate two independent rainwater holding tanks and will select water from tank holding the largest volume. The basic version will only transfer water to the second tank. The advanced version will allow the unit to decide from what tank to draw the water from first, dependant on water level. TESCO Supermarket, Berwick

Data read out function Operational information can be downloaded to external device Water consumption indication Unit can display the amount of rainwater and mains water being used to allow for performance measurment of the system. This option is mandatory with the choice of an “education panel” and water meters (available as accessory).

www.aqua-lity.co.uk

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References

Rainwater Harvesting can be used in many buildings… here is just a small collection. Westfield Shopping Centre, London Building type: Shopping Centre 2000m³ storage tank Rainwater is used for 200 WCs

Mariners Quay, Newport Building type: Residential 20,000l Filtertank Rainwater used for WCs

Student Accommodation, Listerhills Building type: Student Accommodation 2 x 40,000l storage tanks Rainwater used for WCs

SCRM, Edinburgh Building type: Office 20,000l storage tank Rainwater used for WCs and wash down points

Sainsbury’s, Exeter Building type: Supermarket 30,000l GRP tank with filter Rainwater used for WCs

Padiham Primary School, Burnley Building type: School 16,000l Filtertank Rainwater used for WC and irrigation

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10 | P a g e

Aqua-Recycling-Control Greywater Recycling System

www.aqua-lity.co.uk

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Greywater Recycling Introduction Water, or the lack of water, is becoming an ever increasing issue in the UK and needs to be addressed as a matter of urgency. Climate change, over extraction of water resources and population growth are largely to blame for the current and future areas of water stress in the UK. Indeed, we are seeing an increasing use of Hosepipe Bans being implemented by a number of Water Companies in the UK as part of the measures to combat this very real problem. We have a plentiful supply of water that could be used - from the roofs Great benefits with little effort: of our buildings or the waste from  Saving mains water and sewage charges our baths and showers  Mains water savings independent of the weather Why not make use of them?  Quick financial returns compared to other renewable technologies  Long storage periods of treated water  Combinable with rainwater harvesting  Little space requirements due to compact systems  Adoptable to every type of building due to modular based above or below ground systems  No use of chemicals  Enhanced Capital Allowance applicable via Water Technology List.  Complies to BREAAM, LEED, CFSH requirements

Best water quality due to most modern BioMembrane Technology The chemical free treatment process is using the latest technology and safest water treatment method for greywater recycling: Bio-Membrane-Technology (BMT). The membrane has a 38nm filter pore size. Every Membrane pore is 2.500 times finer than the human hair and therefore creates an impassable barrier for every particle and even bacteria. After treatment the water is available again as clean, clear, odorless and germfree non-potable water. The treated greywater complies with:  British Standard BS8525-1:2010  European Bathing Water Regulation 2006/7/EG

www.aqua-lity.co.uk

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Aqualityâ&#x20AC;&#x2122;s Aqua-Recycling-Control Space saving, highly efficient, modular system 1) Coarse filter

with back wash facility

2) Greywater buffer tank

collects the incoming water for treatment

1 6 2

3) Aerator

supplies water with oxygen and keeps membranes free from dirt deposits

5 3

4) Membrane filter

guarantees the high water quality

5) Clear water storage

keeps water available for use

6) Aqua Recycling-Control

monitors and controls the treatment process

7) Aqua-Control

booster pump set with mains water back-up facility and controls

8) Floor drain

is needed as a safety measure

Operation

The greywater is filtered/treated in three controlled stages in the Aqua-Recycling-Control (ARC) system. First the water passes a coarse filtration stage in order to separate larger dirt particles (hair etc). Then, the water enters the aerobic treatment buffer tank. Here, the incoming water is collected and aerated. Next, in the membrane tank the water is passes Low running cost and simple maintenance: through the BMT-Membrane and is lifted to the clear water storage tank. From The biomechanical Aqua-Recycling-Control only uses electricity to the clear water storage tank the water is operate its effective treatment process. No chemical additives, no pumped via the Aqua-Control booster refilling of expensive non environmental substances. pump set to the serviced appliances. If The only element that needs cleaning is the membrane. When the no treated greywater is available or the filtration rate is reduced, the system will automatically indicate the tanks are undergoing maintenance the need for maintenance - even remotely (maintenance on demand). Aqua-Control will change to mains water The membrane is simply exchanged for cleaning by our service team - Quick and without hassle or down time on site. back-up using a WRAS compliant air gap. www.aqua-lity.co.uk

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Installation examples Above ground system

The Aquality greywater systems are very flexible in design, due to their modular construction. Moreover, they use little space to treat significant amounts of water. Here are just two examples of possible plant room configurations. The table below states typical plant layouts which will help to get a first idea on space requirements. 6,000l/d treatment unit with AC 1100 control unit

14,000l/d treatment unit with AC 1100 control unit

Item number

Unit

G 17001 G 17200 G 17210 G 17220 G 17230 G 17234 G 17236 G 17240 G 17245

ARC 40 B+ ARC 80 B+ ARC 160 B+ ARC 240 B+ ARC 320 B+ ARC 400 B+ ARC 480 B+ ARC 560 B+ ARC 640 B+

Treatment Capacity in ltrs per day 1,000 2,000 4,000 6,000 8,000 10,000 12,000 14,000 16,000

Typical space Requirement* W x D x H in mm 1,500 x 2,000 x 2,200 3,000 x 2,100 x 2,200 3,500 x 2,300 x 2,200 4,300 x 3,300 x 2,200 7,000 x 2,800 x 2,200 9,000 x 2,700 x 2,200 9,000 x 2,900 x 2,200 10,500 x 3,200 x 2,200 12,500 x 3,200 x 2,200

*Based on typical greywater intake in a residential building. Other building types may vary. **Based on typical greywater intake in an office building. Other buildings types may vary. Allow for a minimum of 500mm working space around equipment and minimum of 500mm headroom. For more detailed design please contact our design team. We reserve the right for technical changes.

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Typical space Requirement** W x D x H in mm 1,500 x 2,000 x 2,200 3,000 x 2,500 x 2,200 5,500 x 2,500 x 2,200 6,500 x 3,100 x 2,200 8,000 x 2,900 x 2,200 11,300 x 2,900 x 2,200 11,500 x 2,900 x 2,200 13,500 x 3,200 x 2,200 15,000 x 3,200 x 2,200

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Below ground greywater recycling

No basement or plant room availableâ&#x20AC;Śno problem If there is no space within the building, the greywater recycling system can be installed underground. The different treatment processes stages, mirroring the above ground system, are carried out in either separate tanks or by using structural baffles in a single tank. Generally the control as well as the compressor units would be installed in a plant room. In case there is no plant room available these components can be housed in a weather proof housing/kiosk.

Waterproof cabinet for outdoor system

Tank design for large outdoor greywater recycling system with rainwater add-on

Combined systems

Why not use both sources â&#x20AC;&#x201C; greywater and rainwater? Greywater can be limited especially when looking at offices or other building types that do not include showers. All buildings will have some kind of roof which might not have been sufficient for rainwater harvesting but in combination with greywater becomes a viable option. Combining these systems also has the advantage that whenever the clear water storage tank is full, due to sufficient rain, the greywater recycling system stops treating any further greywater. This will not only reduce energy demand but also minimises maintenance for the greywater recycling system. The add-on costs are minimal. Only a rainwater filter and an enlarged clear water storage tank are needed to go from a greywater only system to a combined greywater & rainwater system.

www.aqua-lity.co.uk

Indoor combined rainwater harvesting and greywater recycling system in an office building

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Aqua-Control 1100S / 1500 Eco

Compact booster pump set with integrated mains water back-up and controls Features:

 Integrated self-priming double booster pump set with multiplestaged, horizontal centrifugal pumps, max. flow rate up to 14m3/h  Demand activated booster pump control (cascade principle)  Automatic, demand activated and water efficient mains water backup via integrated break tank and AA-type air gap (BS 8515 / BS 8525)  Dual storage tank control  Integrated touch screen (AC 1500 Eco) or 4-line LCD display (AC 1100 S) for indication of operation status, system pressure, level in rainwater holding tank, run time meter per pump, settings and detailed failure indication etc.  Automatic and manual changeover to mains water supply  Integrated dry run protection, mains water back-up fault alarm, switchable pipe burst and leakage alarm function  Fully adjustable stagnation prevention for mains water pipe  Volt free contact (3A @ 30VDC) for alarm signal or general fault message to building management systems.  Pressure and water level sensor included, control and all internal components pre-wired and preinstalled in a compact powder coated steel housing with isolation switch  Pre-wired for connection to monitoring unit “Educational/Corporate Panel”

Aqua-Control 1500 Eco only:

 Leading pump with variable speed control  Integrated UV-synchronizer control for low energy use of UV treatment system

Operation

The Aqua-Control is a fully equipped control unit with integrated break tank, double booster pump set and electronic control. The control unit monitors the water level in the greywater tank as well as in the mains back up break tank. The self-priming double booster pump set supplies the water directly to the applications. In case of greywater shortage or manual setting, the Aqua-Control feeds mains water automatically and according to demand into the intermediate tank (in compliance with BS 8515 / BS 8525 / WRAS). As an automatic maintenance feature the solenoid valve of the mains water back-up system is regularly opened. If mains water has not been used for a certain time period the unit will flush the mains water pipe and thereby avoid stagnation. Preset standard settings can be adjusted to meet project specific needs.

www.aqua-lity.co.uk

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Optional features:      

Control package for second storage tank – basic (G13342) Monitoring unit “Educational/Corporate Panel” (G15031) 1 ½“ Water meters for “Educational/Corporate Panel” (G15032) Water meter reading indicator in connection with G15032 Automatic tank drain down and replenish system (G13341) Filter cleaning - TF filters only (G13349)

These features are only available for 1500 Eco:

 BMS connection – Profibus, Ethernet, or CanOpen (G13345)  Control package for second storage tank – advanced (G13343)  Filter monitoring - AWD filters only (G13348)

Technical data: Width [mm]

800

Depth [mm[

400

Height [mm]

1,200

Weight empty [kg]

Weight max. [kg]

135

Integrated break tank [L]

Emergency overflow [mm]

110 OD

Pressure pipe connection

1½"

Suction pipe connection

1½"

Mains water connection

1¼"

Power supply (1~230 V / 50 Hz)

Max. flow rate [m³/h @ minimum head]

Max. head [m @ minimum flow rate ] Motor output [kW]

42.2 2 x 0.880

57.7 2 x 1.200

72 2 x 1.480

47.3 2 x 1.200

59 2 x 1.480

7.8 54

10.6 54

12.6 54

10.6 54

12.6 54

Item No Aqua-Control 1100 S

G 13320

G 13321

G 13322

G 13323

G 13324

Item No Aqua-Control 1500 Eco

G 13325

G 13326

G 13327

G 13328

G 13329

Max input current [A] IP rating control

There are units with higher flow rates and pressure supply available on request.

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Project References

Greywater recycling can be used in many buildingsâ&#x20AC;Ś here are a few examples. Severn Trent HQ, Coventry Building type: Office Combined rainwater harvesting (12m3 tank) with greywater recycling (500l/d) and bore hole water system

Scunthorpe Leisure Centre Building type: Leisure Centre 10,000l/d system. Treated greywater is used for WC flushing and pond top-up Mann Island, Liverpool Building type: Office Very compact 12,000l/d system built on two floors.

Watford Fire Station Building type: Fire Station 500l/d underground system

Commonwealth Pool, Edinburgh Building type: Leisure Centre 12,000l/d system installed under pool in two process strings

Mariners Quay, Newport Building type: Apartment Blocks System size: 3x 3,000l/d

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Aquality Trading & Consulting Ltd. Aquality Trading & Consulting Ltd is one of the longest established and leading suppliers of rainwater harvesting and greywater recycling systems in the UK and France. With decades of in-house experience in this market, we pride ourselves in offering a complete package to Designers, Consultants, Mechanical Contractors, Building Contractors, Civil Engineering Contractors and end users in both the Commercial and Domestic market. We offer: - free initial design assistance, - detailed design, - system supply, - installation, - maintenance and - a full after sales service package. We provide Rainwater Harvesting and Greywater Recycling Systems covering all project types, from a single domestic house to some of the largest ever projects in the UK, such as the Westfield Shopping Centre in London. We provide individual tailored solutions for stormwater and non potable water management, including sustainable urban drainage systems such as green roofs and attenuation systems. We offer Rainwater Harvesting and Greywater Recycling CPD presentations for industry professionals seeking to learn more about how this simple, yet effective, technology can enhance their building project. We are members of the UKRHA (UK Rainwater Harvesting Association), UKGBC (UK Green Building Council), FBR (German Rainwater Harvesting Association), ARCSA (American Rainwater Catchment Systems Association) as well as the CIPHE (Charted Institute of Plumbing and Heating Engineers). Our Managing Director, Lutz Johnen, is well respected in the industry and is the current chairman of the UK Rainwater Harvesting Association. Lutz is also a member of the British Standards Committee (dealing with BS 8515 Rainwater Harvesting and BS 8525 - Greywater Recycling).

www.aqua-lity.co.uk

Aquality Trading & Consulting Ltd. 35 Warple Way London W3 0RX Tel: 0208 746 4200 www.aqua-lity.co.uk

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