MICS-N Commercial Air Source Heat Pumps HEATING
COOLING
UNIT SUMMARY
Unit Description
MICS-N Units: AWR Capacity: 20kW-50kW (modular parallel systems) Power Supply: Three Phase models
The MICS-N range provides a fully optimised Air Source Heat Pump installation with the capability to provide a modular system 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.
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.
HIGH EFFICIENCY & PERFORMANCE:
COP 3.85 (385% efficient) *Average coefficient of performance (COP) for the MICS-N range based on EN14511 conditions i.e. ambient temperature of 7ºC and 35ºC flow temperature.
FEATURES & OPERATIONAL BENEFITS: • MCS accredited Heat Pumps, certificate HP0005** • Provides heating & air conditioning 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
HEATING
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.
MICS-N
• 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. • Hot Water combine the MICS-N unit with a secondary Air Source Heat pump for hot water production to provide a system which will meet both space heating and hot water demands. • 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.
• • • •
Available Models
• A high COP is achieved at nominal conditions with a high performance and specification.
• The units also incorporate a vertical discharge system which allows for compact positioning of single or multiple units to fit into restricted locations.
COOLING
• These DeLonghi-Climaveneta 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-Climaveneta 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. • Microgeneration scheme accreditation allows access to grant funding and also guarantees performance and manufacturing quality. **Accreditation scheduled for this range July 09 *(COP shown is without full circulation pump input power, note that these units incorporate built in circulation pumps unlike most other Air Source units, therefore to discount the circulation pump input power provides a direction performance comparison with other units)
The Heat Pump Specialists
Certificate Number MCS HP0005 Heat Pumps
Main Components
Greater & Greater Efficiency The possibility to manage up to four different units as one system allows the MICS-N range to increase the number of modular partialisation steps which enables correct application to match the capacity required for each particular installation.
• Modular designed to minimise required installation space • A Keyboard Master Control (KMC) is the central control for modules 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
Keyboard Master Control KMC is the centralised control when multiple units are working as a single package. The primary function controls the operation and performance of each module to ensure a balanced output in relation to demand and ambient temperature. The user display provides a graphic interface showing the operational parameters of the system and provides a single point of control for the package. This hub can be expanded to control other components such as zone valves, pumps and fan coils/air handling units.
• Electronic thermostatic valve • 20-50kW modules • 200kW-1000kW packaged systems • Twin compressor system per module • Compact footprint • Vertical discharge fans • The hydraulic unit comes complete with: - variable delivery pump - expansion tank - filling unit - discharge valve - air valve
Maximum Modulation The unique planning logic of the MICS-N units means that the efficiency of every single machine is increased when more than one unit begin working together. The design of the MICS-N units allows heat pumps with varying capacities to be connected in parallel providing the most precise response possible to meet the needs of every type of application.
0072
0092
0122
0152
Heating capacity at full load
(1)
kW
20.7
26.2
34.5
43.6
48.9
Absorbed power at full load
(1)
kW
5.3
6.8
9.2
11.3
12.5
3.9
3.85
3.75
3.86
3.91
20.2
26.1
33.9
42.6
47.9
MICS-N
COP at full load
(1)
Heating power at full load
(2)
kW
Absorbed power at full load
(2)
kW
COP at full load
(2)
Heating power at partial load
(3)
Absorbed power at partial load
(3)
COP at partial load
(3)
Cooling capacity at full load
(4)
Absorbed pwer at full load
(4)
E.E.R at full load
(4)
6.5
8.6
11.2
14.0
15.4
3.11
3.03
3.03
3.04
3.11
kW
11.3
15.0
18.8
23.9
26.9
kW
3.1
3.9
5.7
6.8
7.4
3.65
3.85
3.33
3.52
3.66
kW
17.3
21.8
30.3
37.4
42.5
kW
6.5
9.3
10.7
13.4
15.5
2.66
2.34
2.83
2.79
2.74
0072
0092
0122
0152
0182
51
51
Common Data Type of compressor
scroll
Number of compressors
2
Partialisation steps
Nº
2
Refrigerant gas R-410A
R-410A
Power supply Sound pressure
0182
400V-3Ph-50Hz (5)
dB(A)
48
48
51
Note MICS-N (1) Outdoor air temperature +7ºC CBS, 85% RH, water inlet temperature +30ºC, outlet +35ºC. Compressors in operation: A+B (2) Outdoor air temperature +7ºC CBS, 85% RH, water inlet temperature +40ºC, outlet +45ºC. Compressors in operation: A+B (3) Outdoor air temperature +7ºC CBS, 85% RH, water inlet temperature +40ºC, outlet +45ºC. Compressors in operation: A or B
Certificate Number MCS HP0005 Heat Pumps
(4) Outdoor air temperature +35ºC, water inlet temperature +12ºC, outlet +7ºC. Compressors in operation: A+B (5) Average sound pressure value measured in free field or reflecting surface (direction factor Q=2) at 10 meters from the unit’s exterior surface * according to Eurovent
Call us now on: 08452 417 617 or email enquiries@icsheatpumps.co.uk www.icsheatpumps.co.uk 3A Trident Business Park, Amy Johnson Way, Blackpool, FY4 2RP Telephone: 01253 685100 Fax: 01253 685101 ICS Renewable Energy Ltd reserve the right to change update or alter the specification and details of any item shown without prior notice in the interests of product development.