Flexmatic Catalogue by EKA Group

CAM-C / CAM-V Flexface E / Flexmatic E

Flexmatic Manual Nov 2010

021076

INDEX 1 1.1 2 2.1 2.1.1 2.1.2 2.2 2.3 2.4 2.5 2.6 2.7 2.7.1 2.7.2 2.7.3 2.8 2.8.1 2.8.2 2.9 2.9.1 2.10 2.11 3 3.1 3.1.1 3.1.2 3.1.3 3.2 3.3 4

Introduction ........................................................................................................................................... 2 Foreword ............................................................................................................................................... 2 Hardware .............................................................................................................................................. 3 Flexface Evolution 24V AC ................................................................................................................... 3 Flexface Evolution 24V AC ................................................................................................................... 3 Networking between Units .................................................................................................................... 4 Eprom / Flash memory ......................................................................................................................... 6 Humitemp and Humitemp Evolution ..................................................................................................... 6 PTC Temperature Sensor .................................................................................................................... 7 PTC Airflow Sensor / Differential pressure switch ................................................................................ 7 I-Board / TAM Module........................................................................................................................... 7 Flexmatic E ........................................................................................................................................... 8 Flexmatic E direct Connection to Flexface ........................................................................................... 8 How to connect several Flexmatics to the network .............................................................................. 8 Flexmatic Evolution Rear View, jumpers and Eprom Position ............................................................. 9 Power Supply Module for Flexmatic E................................................................................................ 10 PSM Hardware ................................................................................................................................... 10 PSM Connection ................................................................................................................................. 10 Flexbus Cables and other Connection Cables ................................................................................... 11 Addressing ......................................................................................................................................... 12 Hardware, Technical Specification ..................................................................................................... 12 Spare Parts List .................................................................................................................................. 13 Software .............................................................................................................................................. 14 Flexmatic E ......................................................................................................................................... 14 Flexmatic E Layout ............................................................................................................................. 14 How to Move in the Flexmatic Windows ............................................................................................. 16 The Menus .......................................................................................................................................... 16 Flexmatic Parameter List .................................................................................................................... 32 Messages / Warnings / Alarms ........................................................................................................... 38 Connection Guide ............................................................................................................................. 400

1 1.1

Introduction Foreword

This User Manual describes the Flexface E Control System for FSS. It contains information concerning the architecture of the control systems as well as the settings required to obtain the desired behaviour of the unit. The Flexface Control System will effectively manage all the different functions of air conditioning units, depending on the Eprom Program (Eprom explanation see: Chapter 2.2,Eprom). In the following sections, the hardware and later, the software (firmware) are explained in detail.

Hardware

2.1

Flexface Evolution 24V AC

The Flexface Evolution is a microprocessor-based electronic card, which is able to manage the devices and the sensors installed in the unit. The Flexface E is installed in the electrical panel. NB: To access / set timer & some other functions, a Flexmatic E is required.

2.1.1

Flexface Evolution 24V AC

As the Flexface E is the “Heart” of the System which controls all functions of the unit, some jumpers have to be set in order to tailor the control board. Most of these jumpers are already correctly set in the factory, only the jumper for the unit’s address (“A”) has to be set in the field, during start-up of the unit.

Never add / remove jumpers when Flexface is under power

EWE

FLEXFACE E

AI +

E/F

Backup battery

EPROM

SG HM

quick plug-in connector to "local" LCD display.

I-Board

RS485 for Communication to Flexlink.

quick plug-in connector to connect additional Room-sensors and/or TU’s.

FLEXBUS quick plug-in connector to Flexmatic E or next/previous Flexface. FLEXBUS quick plug-in connector to next/previous Flexface.

JUMPERS: EWE: EPROM write enable. Always set this jumper. A: Address setting. See chapter “Networking” for Details. Units, not connected to others: NO Jumper. AI: Analogue Inputs selection. Set indicated jumper only if “PTC Airflow” is used. Do not set any jumper E/F:

if differential pressure sensor is used for airflow detection. EPROM / Flash memory selection jumper. Set the jumper when EPROM is installed. Do not set this

SG: HM: ES:

jumper when Flash memory is installed. Subgroup ID setting. Do not set these Jumpers. Comb connector for I-Module (present when humidifier is installed). EPROM /Flash memory size selection jumper. Set jumper between middle and right pins for 1 or 2 Mbit size memory devices. Set jumper between middle and left pins for 4 Mbit size memory devices.

Figure 1 – Flexface E 24V AC with connectors and jumpers.

2.1.2

Networking between Units

2.1.2.1 How to connect the Flexfaces Up to 16 units may be connected together via Flexbus, to be finally connected to one or more Flexmatic E. The Flexmatic E offers easy access to all unit’s data, as well as other features like graphic data records, timer settings etc. Please note that a poor connection could cause serious problems to the electronic devices (Flexface and Flexmatic); for this reason we strongly recommend you to use only first quality products or to buy the cables directly from your FSS supplier. Before connecting the cables to the Flexface, check with a cable-tester (see Spare Parts List, Chapter 2.11).

EPROM

FLEXFACE E

TO NEXT FLEXFACE

EPROM

FLEXFACE E

FLEXBUS: 6 wires flat screened cable, 8 pole connector

TO FLEXMATIC E (if installed) 8 wires flat cable. The cable must be screened if Hiromatic is not installed on the door of the unit.

NOTE : CONNECT THE SCREEN OF THE FLAT CABLE TO THE CLOSEST "PE" (EARTH) OF THE EL. PANEL ON BOTH SIDE OF THE CABLE. FLEXBUS CABLES MUST BE INSTALLED SUITABLY SEGREGATED FROM POWER TRANSMISSION CABLES.

Figure 2 connecting Flexfaces. Cables to be used: see Figure 17 on page 11.

The bus-cable must be wired from 1 unit to the 2 , from 2 “Star” or “Ring” connections are not allowed.

to the 3 etc.

The maximum length of the Flexbus-cable is 300 metres, counting all connection cables together. The single distances are not significant, as long as the total length of all cables together doesn’t exceed 300 metres.

2.1.2.2 Note:

Typical network with Flexfaces, Terminal Units and external sensors Length of Flexbus, connecting the Flexfaces, must not exceed 300 metres in total. Length of Flexbus, connecting the Sensors and the TUs, must not exceed 300 metres in total. Note: Sensors must be connected first to the Flexface (max. distance 25 metres to the Flexface), with TUs “behind” the sensors, using “T” connectors. All Bus-cables, going out from the CAM-C / CAM-V unit must be screened and earthed. In total 24 Master TU are addressable. Including Slave TUs, the number must not exceed 32 TUs in total, connected to one Flexface. Unit 1 (A)

Unit 2 (B)

6 wires

To next Unit

8 wires

6 wires

Master xTU B1/0

Slave xTU B1/1

Master xTU B2/0

22,5

22,5 8 wires

6 or 8 wires

To next xTU

Additional Room Sensor A1

Additional Room Sensor A2

T-connector B1

T-connector B2

6 or 8 wires

8 wires

6 or 8 wires

Master xTU A1/0

Slave xTU A1/1

22,5

Master xTU A2/0

22,5

6 or 8 wires

Additional Room Sensor A2

T-connector A1

T-connector A2

max. 3m

Additional Room Sensor A1

6 or 8 wires

To next xTU

Up to the last sensor: max. Hirobus length: 25 m

Figure 3; Network with Flexfaces and TUs

2.2

Eprom / Flash memory

The eprom / flash is the device which stores the program the Flexface or Flexmatic E has to work with. It 2 doesn’t store any user-settings - this is done by the device itself (in the RAM and the E Prom). The version name and the number are printed on the eprom / flash label. The following eproms / flashes are currently used for FSS units (the xxx is a placeholder for the actual version): HVM 1.00.xxx ......................................................................................................................................... Eprom 2 MBit, ....................................................................................................for Flexface E 24V AC. HVE 1.00.xxx Flash, 4 MBit, for Flexmatic E.

Figure 4 - Eprom Power-off the device before mounting/dismounting the eprom. Remove eprom only with a special tool; never use a screwdriver. For correct installation direction, please refer to Figure 1 in Chapter “Flexface Evolution” for Flexface, and to Figure 13 in Chapter “Flexmatic Evolution Rear View, Jumpers and Eprom Position” for Flexmatic. Compare the mark on the eprom with the direction in the drawing.

2.3

Humitemp and Humitemp Evolution

The Humitemp is a combined Temperature / Humidity Sensor. If connected, the Flexface will use the values of the Humitemp for control according the sensor priority settings. It is connected to the Flexface through Flexbus-Cable (max. length: 25 m). 2 sensors can be connected to one Flexface (= to one air handling unit).

Humitemp, Humitemp E Front View

Temperature Reading

Humidity Reading

Humitemp open, Rear View

Flexbus

Address Switch

Humitemp Evolution open, Rear View

Flexbus

Figure 5 – Humitemp The Address-Switches / jumpers inside the Humitemp allow the following setting:

Sensor 1 Sensor 2

Figure 6 – Address switches / jumpers

Address Jumpers

2.4

PTC Temperature Sensor

The PTC Sensors are used to read return air and supply air temperatures as well as outdoor temperature. There are different types available: please refer to Chapter 2.11, Spare Parts List. PTC Sensors are temperature-sensors, changing the resistance according to the temperature (positive temperature coefficient). The connection is 2 poles. The max. cable length is 10 metres. Measuring Element Cable

Figure 7 – PTC Sensor

2.5

PTC Airflow Sensor / Differential pressure switch

The PTC Airflow Sensor measures airspeed in the same way as the one used for Anemometers. There is an automated setup-procedure in the software to assist in setting-up. The PTC Airflow is supplied with 24V, and gives back a signal of 0-10V DC, according the airspeed measured. It must be connected to an analogue input. The connection is 3 poles. The length of the cable for the sensor is 2 metres. The adjustment is done by software. Note: depending on the unit’s configuration, a differential pressure switch could be an alternative. It would need mechanical adjustment. Measuring and Heating Element Cable

Figure 8 – PTC Airflow

2.6

Figure 9 – Differential pressure switch

I-Board / TAM Module

The I-Board for CAM-C / CAM-V Units is the current transformer for the humidifier (cylinder type). The I-Board consists of one current transformer-coil (one phase of the power supply for the humidifier must be wired through the hole); and 1 output relay (to start humidifier, The I-Board is simply plugged onto the Flexface, see Chapter 2.1.1 on page 3 for the position).

Figure 10 – I-Board

2.7

Flexmatic E

Flexmatic E is a microprocessor-based electronic device, which makes it possible to control the functions of one or more Flexface devices. Flexmatic E offers numerous advantages in programming the units as well as optimising their operation. See Chapter 3, Software.

2.7.1

Flexmatic E direct Connection to Flexface

Flexmatic E can be fixed on the front panel of the unit. Connect the FLEXBUS cable as shown in Figure 11:

Figure 11 â&#x20AC;&#x201C; Direct connection between Flexface and Flexmatic E

2.7.2

How to connect more than one Flexmatic to the network

More than one Flexmatic E may be connected to a network. All Flexmatics will show the same values (as they are reading out the data from the Flexfaces), changes of parameters can be done from any place â&#x20AC;&#x201C; the last set of information sent to the Flexfaces through a Flexmatic is valid. The only limitation (despite of the total Flexbus cable length of max. 300 metres) is the power supply of the Flexmatics: 1 Flexface can supply 1 only Flexmatic E. If more Flexmatics are connected, PSM modules (see 2.8.2, PSM Connection).

Figure 12, Example how to connect two Flexmatic Es to the network

2.7.3

Flexmatic Evolution Rear View, Jumpers and Eprom Position

Figure 13â&#x20AC;&#x201C; Flexmatic Evolution Rear Description of the jumpers: Eprom (2M) / Flash Size (4M): Middle + Upper Jumper: 2 or 4 MBit (std. setting) Middle + Lower Jumper: not used.

Please take special care regarding the jumpers when installing a replacement Flexmatic.

2.8 Power Supply Module for Flexmatic E 2.8.1 PSM Hardware Flexmatic E may be supplied mounted in an independent electrical panel containing a power supply module as well (PSM Power Supply Module) if the distance to the next Flexface is more than 10 metres. The PSM Module itself needs a power of 24V AC / 30 VA. Input 24VAC / 24VDC+ 24VAC / DC GND not used

Figure 14 â&#x20AC;&#x201C; PSM Module

Output Do not use

2.8.2

PSM Connection

The connection between Flexmatic E and the PSM is carried out in the factory by means of an eight wire Flexbus cable. The PSM should be connected to Flexface through a to Flexmatic six wire, screened Flexbus cable; the screen needs to be earthed in both terminals. When the system consists of more than one unit, a Flexmatic can be connected to any unit where Flexface has a free Flexbus connector (usually either the first or the last one of the Flexface chain). Fuse 8x20mm, 250V, T1.6A

from Flexface

Figure 15 : Connection of Flexface LAN to Flexmatic E with PSM.

2.9

Flexbus Cables and other Connection Cables

The connections between various Flexfaces, Flexmatic display and sensors are carried out with cables having a different number of wires and different connectors. To see how these cables have to be configured, see below. For the type of cable and connectors refer to the Spare Parts List included in this manual. Please note that a poor connection could cause serious problems to the electronic devices (Flexface and Flexmatic); for this reason we strongly recommend you to use only first quality products or to buy the cables directly from your FSS supplier. Before connecting the cables to the Flexface, check with a cable-tester (see Spare Parts List, Chapter 2.11). EIGHT POLES MODULAR JACK

Figure 16

EIGHT WIRES FLAT CABLE. USE SCREENED CABLE WHEN CABLE IS RUNNING OUTSIDE THE UNIT.

Eight-wire; eight pole connector Flexbus cable, for Flexmatic, Humitemp and TU connections. EIGHT POLES MODULAR JACK (USE ONLY THE CENTRAL SIX POLES)

Figure 17

SIX WIRES FLAT CABLE. USE SCREENED CABLE WHEN CABLE IS RUNNING OUTSIDE THE UNIT.

Six-wire (Pin 1 and 8 not connected) Flexbus cable, for Flexface to Flexface connections, eight pole connectors. This cable must be screened. FOUR POLES MODULAR JACK

FOUR WIRES FLAT CABLE

Figure 18

4 wire flat cable for local LCD Display, four pole connectors.

2.9.1

Addressing

When Flexfaces are connected by Flexbus cables, it is necessary to assign a different address to each of them by means of a group of jumpers on the Flexface. The jumper position is described in Figure 19. The units must be addressed consecutively, starting from #1. The bus-cable doesn’t necessarily need to go in order of the addresses, it could also be wired 1-5-4-2-3, for example.

#13

#10

#14

#11

#15

#12

#16

Figure 19 – Address jumpers

2.10 Hardware, Technical Specification Flexface E 24V AC Power Supply Digital Out (Triac) Digital Out (Relay) Analogue Out (0-10V) Analogue In (resistive) Analogue In (resistive / 0-10VDC) Storage Temperature Operating Temperature Range

24VAC,

10%; 50 Hz 7 2 (max. 24V – 1A) 2 8 3 -10 (not condensing) to +65°C 0 (not condensing) to +55°C

Humitemp Power Supply Temperature range Humidity range Minimum airspeed required Temperature precision Humidity precision (@25°C)

10VDC (from Flexbus) 0 to 50°C 20 to 90% 0,5 m/s 0,5°C 40 to 65%: 2 %r.H. 20 to 90%: 4 %r.H.

PTC Temperature sensor Cable length Temperature range Point of calibration

10m -28 to 100°C 2000 at 25.0°C

Flexmatic E Power Supply Graphic Display Mounting hole Power Supply Module (PSM) Power supply Output

10VDC (from Flexbus) Backlit, 200 x 64 pixels 175 x 150mm 24VAC, 10%; 24VDC, 20% 10VDC (Flexbus, stabilised); 24VAC, 10%; 24VDC, 20% (filtered)

I-Board (Current transformer) Current Range Digital Out (Relay)

0 – 30A 1 (max. 24V – 1A) 12

2.11 Spare Parts List

DESCRIPTION

CODE Flexface E user manual FSS

021 076

Flexface E (Evolution) 24 AC board

275 29701

I-Board / TAM Module

275 099

Alarm Board 24VAC

275 148

Heaters Board

275 366

Probe PTC 2 kohm L = 10 m (outdoor temperature)

275 155

Probe PTC 2 kohm L = 10 m (supply temperature)

275 262

Probe PTC 2 kohm L = 10 m (return temperature)

275 263

Probe Temp. + Hum. Humitemp

275 181

Probe airflow PTC

275 184

EPROM Flexface HVM 100***

275 877

FLASH Flexmatic HVE L1 100*** (Language Pack 1: English, German, Italian, Polish, Spanish) FLASH Flexmatic HVE L2 100*** (Language Pack 2: English, Portuguese, Swedish, French)) Flexmatic Evolution Classic

275 876

275 69102

Kit Liquistat

482 979

LWD (Leakage Water Detector)

275 353

276 230

Flat cable 8 way M-M L = 1 m

275 607

Flat cable 8 way M-M L = 10 m

275 610

Flat cable 6 way screened (specify length)

275 625

Flat cable 8 way screened (specify length)

275 626

Module PSM 24/24-10 for Flexmatic

275 316

"T" adapter for Flexbus

275 652

Spacer Set for Flexface Board 4#

035 107

Digital Expansion Board

275 365

Flexbus / Flexnet Cable Tester

480 061

Flexbus / Flexnet Interface Tester

480 060

Software

3.1 3.1.1

Flexmatic E Flexmatic E Layout

The front panel of Flexmatic E for CAM-C/CAM-V units consists of a backlit graphic LCD, with eight push buttons that permit input function and two LEDs (see Figure 20).

Figure 20 - Flexmatic E for FSS Front View

3.1.1.1

Meaning of the Symbols in the Main Window Return Air Temperature, composed according the “Sensor Priority” settings. The priority percentage of the sensors (return air sensor, 2 additional room and TU temperatures) may be set as required. The small number above the read value indicates the derived zone setpoint (read only). This setpoint (=actual zone setpoint) is the calculated average from all xtu’s which are not set as “ignored”. The control opens / closes the valve(s) according this value compared with the return air temperature reading. Return Air Humidity. The value is read from the 2 additional room sensors (Humitemp) composed according the “Sensor Priority” settings. The small number above the read value indicates the actual humidity setpoint (read only). If the humidity compensation is enabled, the actual humidity setpoint is recalculated according to the temperature deviation: every 1°C of temperature deviation from the humidity setpoint is modified by 3%rH. It will be increased by this number if the return air temperature is lower than the actual setpoint and will be decreased by this number if the return air temperature is higher than the actual setpoint. Supply Air Temperature. The small number above the read value indicates the derived setpoint (read only). The supply setpoint is calculated from the deviation of the return air temperature from its setpoint, multiplied by the supply compensation factor. ...................................................................This graph shows the fanspeed of the CAM-C/CAM-V unit.

..................................................... This graph shows the actual status of the chilled water valve. This graph gives information about the actual status of the water valve.

hot

This graph gives information about the actual status of the electrical heaters. Usually 3 steps are used: 33 / 66 / 100%. This graph gives information about the actual dehumidification stages in operation. This graph gives information about the actual humidification output. This field of the window shows time, date and status of the unit. Status indicated ALARM OFF

Status Type Off

REM OFF

Off

TIMER OFF SYS OFF BMS OFF RECOVERY ALARM ON

Off Off Off On On

MANUAL TIMER ON OVERRIDE

On On On

SYS ON

WARNING ON

SETBACK

FAN ONLY

Description the Unit has an Alarm, and is stopped because of the Alarm the Unit is stopped by Remote On/Off Input the Unit is in Timer Mode Unit is stopped by Flexmatic button Unit stopped from BMS Through User Input or BMS the Unit has an Alarm, but is working the Unit is in Manual Mode. the Unit is in Timer Mode if OFF Status was cancelled using the digital input or through Supervision if the Unit is working in normal Mode if the Unit is working in normal Mode, with active Warning. Low Zone temperature, unit restarted to heat up Only the fan is operating, no control of cooling, heating, hum or dehum

Command to Override TU possible Off No Off

Yes

Off Off Off Off On

Yes Yes Yes No -

On On On

No -

Yes

3.1.2

How to Move in the Flexmatic Windows



to next unit



User menus:   to select the menu, “Enter“ to enter the menus,



 (2 sec) to go back to previous screen or to un-mark the selected icon.

Service menus:   to select the menu, “Enter“ to enter the menus,  (2 sec) to go back to previous screen or to un-mark the selected icon.

NOTE: changing from one window to the next is possible only with un-marked icons.

3.1.3

The Menus

The menus are divided in two groups: User and Service menus. User menus contain parameters for the daily operation (like setpoints, timer settings etc.) ; Service menus contain parameters for setup, troubleshooting and manual operating mode. 3.1.3.1

User menus

This Window contains the following Menus (from top left to bottom right): Readable w/o Password Write Access Level STATUS REPORT YES read only GRAPHIC DATA RECORD YES (LEVEL 0) HM (FLEXMATIC) SETUP YES (LEVEL 1) UNIT SETUP YES (LEVEL 1) WARNINGS / ALARMS YES (LEVEL 1) WORKING HOURS YES (LEVEL 1) TIMER SETTINGS YES (LEVEL 1)

Status Report The status report contains the last 200 events (for each individual unit), which occurred to the unit, in order of appearance. Each unit contains its own collection of 66 pages. Use  and  button to move from one unit to the next. Left () from unit no. 1 there is the so called “System report”, a summary of all events of all connected units. NOTE: The status report can be entered by pressing “Enter” from a unit’s main screen.

STATUS REPORT PAGE 66 21.02.2001 20:10 RESET 21.02.2001 20:10

UNIT1

ACKNOWLEDGE

20.02.2001 16:45 WARNING HIGH ZONE TEMPERATURE

Graphic Data Records For each single unit,an 8-day graphic data record as well as a 24-hour record for return air temperature, supply air temperature and return humidity is available. The temperature/humidity scale can be adjusted (Enter- UP/DOWN). The records are stored after power off.

HM Setup This window allows some customer specific settings for the Flexmatic E:

000 001 002 003 004 005 006 007

Flexmatic Set-up 1 of 1 PASSWORD (LEVEL0) LANGUAGE : TIME : DATE : TEMP. INDICATION CONTRAST : BUZZER FRQ:

???? ENGLISH 22:12 TH 22/06/2002 째C 74 OFF / 0.6

001 Help: PASSWORD

002 Help: Flexmatic Set-up 1 of 1

for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

002: Flexmatic language selection 003, 004: time / date to be entered. 006: Increase / decrease value to optimise the contrast of the Flexmatic display

Unit Setup This window sets the basic operating mode of the CAM-C / CAM-V unit

110 111 112 113 114 115 116 117

UNIT SETUP 1 of 1 PASSWORD (LEVEL0) ZONE SETPOINT TU SETP. RANGE HUMIDITY SETPOINT AUTORESTART FANSPEED OVERRIDE TIME

???? 23,7 째C +/- 2 째C 50 %rH 23 sec MED 27 min

001 Help: PASSWORD

003 Help: ZONE SETPOINT

for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

Setpoint valid during automatic operation.

005 Help: HUMIDITY SETPOINT

006 Help: AUTORESTART After power on the unit will start its fan after the selected time (+ app. 20 seconds time the control needs to boot). 2 min. later the control starts to work.

For units equipped with humidity control. To be set to NO if no humidity control is requested.

008 Help: OVERRIDE TIME If the CAM-C / CAM-V unit is stopped (by timer, for example), a simple push button, connected to digital input PTC3B (see el. Diagram) starts the unit again for the selected time. Override is possible also from BMS or HV IP.

004 Help: TU SETp.RANGE The maximum allowed difference between the TU setpoint and the zone setpoint set in line 112. If TU setpoint was set higher / lower than allowed, it will jump back automatically to the highest / lowest possible setpoint. 007 Help: FANSPEED

Fanspeed selection during normal operation. Can be set Low, Medium or High.

Alarms

120 121 122 123 124 125 126 127

WARNINGS / ALARMS 1 of 2 PASSWORD (LEVEL0) HIGH ZONE TEMP. SET BACK AVERAGE HIGH ZONE HUM. LOW ZONE HUM. HIGH SUPPLY TEMP. LOW SUPPLY TEMP.

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

011 Help: SET BACK a Warning “Low Zone Temperature” appears. If the CAM-C / CAM-V is not in operation,and the calculated zone temp. (with setting AVERAGE) or one of the connected sensors or values of TU (with setting PEAK) is lower than the 014 Help: LOW ZONE HUM. Gives a warning if the zone humidity is lower than the setting. Note: there is a time delay of 30 min. after unit on. Value may be set to NO

130 131 132 133 134 135 136 137

WARNINGS / ALARMS 2 of 2 PASSWORD (LEVEL0) USER INPUT1 USER INPUT2

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

019 Help: USER INPUT1 LSI: Level sensor isolator: for overfilling protection of the humidifier. As soon a humidifier is selected, automatically user input 2 sets to “LSI”. Recovery: starts the recovery mode: all Tus off, unit on with fan only

???? 28 °C 14 °C 75 %rH 35 %rH 47 °C 12 °C 009 Help: HIGH ZONE TEMP. Gives a warning if the zone temperature is higher than the setting. Note: there is a time delay of 30 min. after unit on. Value may be set to NO

Value may be set to NO.

010 Help: SET BACK If the CAM-C/CAM-V is in operation and the calculated zone temperature (with setting AVERAGE) or one of the connected sensors or TU values (with setting PEAK) is lower than the selected temperature for more than 2 min 013 Help: HIGH ZONE HUM. Gives a warning if the zone humidity is higher than the setting. Note: there is a time delay of 30 min. after unit on. Value may be set to NO

015 Help: HIGH SUPPLY TEMP. Gives a warning if the supply temperature is higher than the setting. Note: there is a time delay of 30 min. after unit on. Value may be set to NO.

016 Help: LOW SUPPLY TEMP. Gives a warning if the supply temp is lower than the setting. Note: there is a time delay of 30 min. after unit on. Value may be set to NO

012 Help: SET BACK selected temperature for more than 2 min the CAM-C / CAM-V starts in automatic Mode, and continues operation until the temp. will increase +3K (fixed).

???? WARNING ALARM

017 Help: USER INPUT1 User inputs are digital inputs, which can influence the operating mode of the unit. The possible settings are: WARNING: if the input opens, a warning appears. 020 Help: USER INPUT2 See above: User Input 1

018 Help: USER INPUT1 ALARM: if the input opens, an alarm appears and the unit stops. NHumi: if the input opens, the el.heater and the humidifier will be switched off. NotUsed: user input is not used. No physical cable-bridge necessary.

Working Hours 140 141 142 143 144 145 146 147

WORKING HOURS 1/2 PASSWORD (LEVEL0) HOURS FAN 123 CW HW

456 789

150 151 152 153 154 155 156 157

???? LIMIT 32100

START 1

32000 32000

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

WORKING HOURS 2 of 2 PASSWORD (LEVEL0) HOURS HE1 333 HE2 456 HUM 789 DEH 222

021 Help: WORKING HOURS The actual hours can be read in the column “HOURS”. For all components indiv. thresholds can be set (“LIMIT”). If surpassed, a warning will be generated.For better overview about the unit’s operation a counter (“START”),

???? LIMIT 32000 32000 32000 32000

START 2 3 4 6

022 Help: WORKING HOURS which counts the starts of the individual components, is implemented. Working hours are counted for : Fan (FAN) Chilled water valve (CW) Hot water valve (HW)

023 Help: WORKING HOURS Electrical heaters step 1 (HE1) Electrical heaters step 2 (HE2) Humidifier (HUM) Dehumidification (DEH)

Run Timer 500 501 502 503 504 505 506 507

STANDARD DAYS ENABLED PASSWORD (LEVEL0) ???? DAY MO TU WE TH FR SA SU TIME MODE SPEED SETP 07:00 ON LOW 22.2 °C 08:00 OFF MED 20.0 °C 09:00 REC HIGH 22.9 °C 10:00 FAN LOW 30.1 °C

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

026 Help: TIMER SETTINGS SPEED defines the fanspeed during the timer mode, SETP (Setpoint) sets the setpoint during the timer mode. NOTE 1: if days are not selected, the unit will remain off (timer off).

024 Help: TIMER SETTINGS For the Timer 3 windows are available. First window sets the general settings: 500:To enable or disable the timer mode, set in this window. 502:Selection of the days, on which the time-settings will be performed.

027 Help: TIMER SETTINGS NOTE 2: before to change any settings, disable the timer first, set your settings, and then re-enable the timer again. NOTE 3: If the timer is used just to start and stop the units (always keeping

025 Help: TIMER SETTINGS 503-507:TIME defines the starting point of the timer mode. MODE: ON = Unit ON, OFF = Unit OFF, REC = Recovery, FAN = Fan only mode. (If set to 'OFF', SPEED and SETPOINT are ingnored, but the unit may run when in 'override' mode. 028 Help: TIMER SETTINGS the same setpoint), 'private' setpoints on the TUs remain unchanged If different setpoints are used during timer mode, the TUs setpoints are equalised any time the timer setpoint changes.

510 511 512 513 514 515 516 517

EXCEPTION DAYS ENABLED PASSWORD (LEVEL0) ???? DAY MO TU WE TH FR SA SU TIME MODE SPEED SETP 07:00 ON LOW 22.2 째C 08:00 OFF MED 20.0 째C 09:00 REC HIGH 22.9 째C 10:00 FAN LOW 30.1 째C

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

520 YEARLY EXCEPT. 521 PASSWORD (LEVEL0) 522 DAY 523 D1: 01.01. 524 D2: 31.03. 525 D3: 22.05. 526 D4: 26.06. 527

029 Help: EXCEPTION DAYS The Exception Days override the DAY SETTINGS (if day settings are enabled). Exception days are active only on the selected days, unselected days operate either in std. timer mode or in standard mode.

D5: D6: D7: D8:

ENABLED ???? DAY 13.07. 00.00. 00.00. 00.00.

030 Help: YEARLY EXCEPT. Yearly Exception Days have the highest priority inside the timer hierarchy. It overrides the Day Settings as well as the Exception Days. 8 days of the year are selectable (Christmas etc.). On those days the unit goes off.

3.1.3.2

Service menus

This Window contains the following Menus (from top left to bottom right): Readable w/o Password Write Access Level NETWORK SETUP YES (LEVEL 5) SERVICE YES (LEVEL 5) UNIT CONFIGURATION YES (LEVEL 5) SENSOR PRIORITY YES (LEVEL 5) CALIBRATION YES (LEVEL 4) TU YES (LEVEL 5) PASSWORDS NO (LEVEL 3)

Network Setup 020 021 022 023 024 025 026 027

COMMUNICATIONS 1 of 2 PASSWORD (LEVEL0) NUMBER OF UNITS FLEXNET ID NUMBER COMMUNICATION

???? 4 1 READ/WRITE

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

031 Help: NETWORK SETUP 022 defines the number of Flexfaces (= number of CAM-C / CAM-V) within the Flexbus-network. 023 defines the Flexnet ID number. 024 defines if commands from Flexlink will be accepted (read/write) or not (read).

System Setup 032 Help: NETWORK SETUP In this window all connected units are listed with their status. Note: there is an auto-detection of new units, the string “UNIT” appears for the configured number of units only, the status appears for connected units only.

033 Help: NETWORK SETUP The number beside the status shows the number of connected TUs. (Masters and Slaves together).

Service 200 201 202 203 204 205 206 207

SERVICE 1 of 3 PASSWORD (LEVEL0) MANUAL: ON FAN : ON 3P.CW : 67% 3P.HW : 0% HEAT 1: OFF HEAT 2: OFF

HUM : DRAIN : DEHUM : AL.REL: ANA 1 : SPC :

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

210 211 212 213 214 215 216 217

???? ON ON ON ON 14% 73%

034 Help: SERVICE The manual mode allows to run all components in manual mode (= override of control) with safety devices active. Before starting any component it is necessary to set the unit in manual mode (202) and to start the fan (203).

SERVICE 2 of 3 REMOTE FIRE ALARM FILTER USER INPUT1 USER INPUT2 LSI

o-o o-o o-o o-o o-o o-o

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

220 221 222 223 224 225 226 227

ON OK WA ACT AL ACT

SERVICE 3 of 3 OVERRIDE HW OK TSR RECOVERY

035 Help: SERVICE Window 2 and 3 give an overview about the digital inputs: there is a graphical symbol about the electrical contact of the input and a description which gives info about the status of the input:

o-o o-o o-o o-o

036 Help: SERVICE OK: contact closed, no action WA: input in warning position AL: input in alarm position ACT: input active ON: input function active

OK ON ON ON

Unit Configuration There are 8 windows, which define the optional devices as well as the control parameters of the unit. Settings in this menu must be done from qualified personnel only.

300 301 302 303 304 305 306 307

UNIT CONFIGURATION 1 of 8 PASSWORD (LEVEL0) ???? UNIT TYPE: SINGLE COIL STD. SETTINGS YES HM ON/OFF ENABLED NO CW/HW ACT.RUNTIME 170 sec 170 sec EL. HEATING STEPS 3 HW + EL HEATERS YES

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

039 Help: HM ON/OFF ENABLED Defines if the unit can be switched on or off from the Flexmatic

310 311 312 313 314 315 316 317

037 Help: UNIT TYPE: Single or double coil, to be set according the unitâ&#x20AC;&#x2122;s configuration.

038 Help: STD. SETTINGS See parameter list in the manual. After changing the Flexface for any reason the standard settings should be loaded at the very beginning. It sets all parameters to pre-defined values.

040 Help: CW/HW ACT.RUNTIME The time needed from the actuators to move from closed to fully open.

041 Help: EL. HEATING STEPS 306:Defines number of heating steps. 307:If set yes, both the el. Heaters and the hotwater valve may work at the same time, if the control requests. If set to no, el. Heaters will work only if hot water is not available.

UNIT CONFIGURATION 2 of 8 PASSWORD (LEVEL0) FANSPEED LOW FANSPEED MED FANSPEED HIGH

???? 33 66 100

HUMIDITY P-BAND HUM COMPENSATION

15 YES

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

% % % %rH

042 Help: FANSPEED Sets the output voltage (0-100%) for the different fanspeed levels: low, medium and high.

044 Help: HUM COMPENSATION If enabled, the control recalculates the humidity setpoint according the actual return temperature. 1 'C deviation from the temp.setpoint changes the hum setpoint with 4%rH. (indirect proportional function)

043 Help: HUMIDITY P-BAND The selected bandwidth divides in two equal parts: one for humidification, the other one for dehumidification. Both functions start at their end of the proportional band and stop at the setpoint.

320 321 322 323 324 325 326 327

UNIT CONFIGURATION 3 of 8 PASSWORD (LEVEL0) RET. INTEGRATION SUP.COMPENS.FACTOR SUP MIN/MAX SUPPLY P/I SUPPLY DEADBAND OPP. FUNCT. DELAY

???? 123 sec 3.2 K 10 C / 30 C 4.0 K / 123 sec 3 K 10 min

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

047 Help: SUP MIN/MAX 324: highest / lowest allowed supply air temperature. 325: Proportional / Integral settings for the supply air control. 326: Defines a “dead zone” (no control operation) around the setpoint.

330 331 332 333 334 335 336 337

UNIT CONFIGURATION 4 of 8 PASSWORD (LEVEL0) OUTDOOR COMPENS. ACT.OUTDOOR TEMP. SU COMP. STARTS AT WI COMP. STARTS AT SU / WI FACTOR MAX K+ SU / WI

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

051Help: SU / WI FACTOR The zone setpoint will be slightly increased (Summer) or decreased (Winter) according the calculation: outdoor deviation from “compensation starts at” point multiplied by factor.

045 Help: RET. INTEGRATION Integration factor (PI control) for return air control.

046 Help: SUP.COMPENS.FACTOR This factor is multiplied with the actual return deviation, and the supply air setpoint is modified accordingly.

048 Help: OPP. FUNCT. DELAY A delay between cooling and heating and vice versa.

???? ENABLED 22.2 25 10 0.1 / 0.2 3/4

C C C K K

049 Help: OUTDOOR COMPENS. To enable or disable the outdoor compensation. (= Increase zone temp. in Summer, decrease in Winter).

052 Help: MAX K+ SU / WI limits the compensation to a maximum / minimum change of the actual zone setpoint.

050 Help: ACT.OUTDOOR TEMP. 333: read-only value 334, 335: Outdoor temperature, on which the compensation starts

340 341 342 343 344 345 346 347

UNIT CONFIGURATION 5 of 8 PASSWORD (LEVEL0) HUMIDIFIER ENABLE MODEL / SUP VOLT STEAM RATE CONTROL AMPS NOM/ACT DEADBAND

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

055 Help: AMPS NOM/ACT Read only value of the current to be reached (nominal), and the actual current (act).

350 351 352 353 354 355 356 357

UNIT CONFIGURATION 6 of 8 PASSWORD (LEVEL0) DEHUM ENABLE DEADBAND LWD / LWD INPUT ANALOG OUTPUT 1 ANALOG OUTPUT 2

001 Help: PASSWORD

???? NO 53H/ 400 V 100 % ON/OFF 5.2 / 3.2 A 10 %rH 053 Help: HUMIDIFIER ENABLE 342: to enable or disable the humidifier 343: according the steam cylinder mounted in the unit. 344: selectable to NO (Humidifier off), or from 30 – 100%. 056 Help: DEADBAND Humidity control deadband. Defines a “dead zone” (no control operation) around the setpoint.

???? NO 20 NO / 1,5 COOLING 0

%rH V

057 Help: DEHUM ENABLE 352: to enable/disable dehumidification.

for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

059 Help: ANALOG OUTPUT 1 Analogue Output 1: can be used for several functions: COOLING gives the cooling deviation (0-100% = 0-10V) HEATING gives the heating deviation (0-100% = 0-10V)

054 Help: CONTROL ON-OFF: Humidifier starts at the end of the proportional band, and operates with the selected steamrate until humidity reaches the setpoint. Proportional: Steamrate is modulated acc. the deviation from the setpoint.

060 Help: ANALOG OUTPUT 1 ALARMB. (Alarmboard) drives an add. card to get voltfree alarm contacts HUMID. gives the humidifier deviation (0-100% = 0-10V) NOT USED = nothing connected

058 Help: LWD / LWD INPUT Shows the values of the Leakage Water Detector. NO = No sensor connected, Warning = warning at water detection, Alarm = stops unit at water detection. The value informs about the act. Status: dry sensors: around 1.4 and 1.6 volts. 061 Help: ANALOG OUTPUT 1 RET.TEMP gives the actual zone temp. (0-50°C = 0-10V)S SUP.TEMP gives the actual supply air temperature (0-50°C = 0-10V) HEATERB. drives an add. board (Heaterboard) to ctrl. the el. heater steps

360 361 362 363 364 365 366 367

UNIT CONFIGURATION 7 of 8 PASSWORD (LEVEL0) LOW AIRFLOW AT AUTOSET AIRFLOW AIRFLOW VALUE FAN FAILURE MIN. FRESH AIR MAX. FRESH AIR

???? SWI YES 44 WARNING 0 3

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

065 Help: AIRFLOW VALUE Read only feedback from the airflow device.

370 371 372 373 374 375 376 377

063 Help: LOW AIRFLOW AT To detect low airflow warning / alarm. Shall be set to “SWI” if differential pressure switches are used, shall be set to a value in % if the PTC-airflow sensor is used. The value will be found automatically with parameter 373. 066 Help: FAN FAILURE If set to warning, the unit continues to operate in case of fan failure (without el. Heaters and humidifier), if set to alarm the units shuts down on fan failure.

064 Help: AUTOSET AIRFLOW Stop Unit first. Set Parameter to 'YES'. Unit will start the fan for 30 seconds, and then wait 30 seconds with fan off. After that the value will be set automatically. If a warning appears, there was no reaction from the airflow device. 064 Help: AUTOSET AIRFLOW Stop Unit first. Set Parameter to 'YES'. Unit will start the fan for 30 seconds, and then wait 30 seconds with fan off. After that the value will be set automatically. If a warning appears, there was no reaction from the airflow device.

001 Help: PASSWORD

UNIT CONFIGURATION 8 of 8 PASSWORD (LEVEL0) AIR VOL.RED.EN. TU GR.A NA/KPA TU GR. B NB/KPB TU GR. C NC/KPC TU GR. D ND/KPD SPEED AT BUS INT.

???? NO 3 / 0.7 3 / 0.8 3 / 0.9 3 / 1.0 MED

for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

067 Help: AIR VOL.RED.EN. For CAM-V units only. 372:enable/disable the airflow reduction NA,NB,NC,ND: no. of TUs in Group A-D KPA - KPD: speed reduction factor for the 4 Groups (use std. settings) 377: fanspeed if TUs are disconnected.

Sensor Priority

600 601 602 603 604 605 606 607

SENSOR PRIORITY PW ???? (L0) PTC SENSOR 1 SENSOR 2 TU PEAK TUs RESULT

1 of 1 TEMP 23,4 22,1 34,2 22,2 22,9 25.4 C

PRI 50 100 90 100 10

HUM

PRI

40 30

100 100

0 0 35 %rH 068 Help: SENSOR PRIORITY This window allows to give different priority to the various sensor values. The calculation is based on relation: If all priorities are set to 100%, the calculation will perform just the mathematical average.

069 Help: SENSOR PRIORITY If one of the sensors has lower priority, its value will have less impact on the calculation. If priority was set to 0%, the value of the specific sensor is ignored. NOTE if only TU temps are used for the calculation,

070 Help: SENSOR PRIORITY PTC sensor will be used in case of Bus interruption. PTC: the return sensor of the unit. Sensor 1/2 : additional T/H sensor 1/2. TU Peak: shows the temp. Of the TU with the highest dev. from the setpoint.

071 Help: SENSOR PRIORITY TUs which are ignored are not included in the peak value. TUs: the average of all TUs which are not ignored due to the ignore strategy.

Sensor Calibration 240 241 242 243 244 245 246 247

CALIBRATION 1 of 2 PASSWORD (LEVEL0) RET TEMP. SUP TEMP. MODE: TU MID: TU SID:

ACTUAL 20.0 21.0 1/1 RT 0/0 UT

23.1 11.1

062 Help: PASSWORD for read/write access password level 4 needs to be entered.

075 Help: CALIBRATION UT = Underfloor Temperature) of the selected TU including the calibration will appear. To calibrate overwrite the RIGHT hand calibration values, go to MODE (in line 245) and set it to SET. Continue with next ID if requested,

250 251 252 253 254 255 256 257

073 Help: CALIBRATION RET.TEMP. = Return Air Temperature: SUP.TEMP. = Supply Air Temperature ACTUAL shows the read value (already including the offset), on the OFFSET parameter a value can be entered, which changes the actual value of the sensor. 076 Help: CALIBRATION starting from setting the LEFT hand values to the requested ID, going to MODE (in line 245) and setting to READ.

CALIBRATION 2 of 2 PASSWORD (LEVEL0) SENSOR 1T SENSOR 1H SENSOR 2T SENSOR 2H OUT TEMP.

ACTUAL 24.1 52.6 22.2 49.7 22.0

062 Help: PASSWORD for read/write access password level 4 needs to be entered.

???? OFFSET - 2.2 1.1 NO 11 / 11 33 / 33

???? OFFSET 0.0 0.1 0.2 0.3 0.0

077 Help: CALIBRATION Sensor 1/2T: The temperature of the additional room-sensor 1/2. Sensor 1/2H: The humidity of the additional room-sensor 1/2. OUT.TEMP. = Outdoor Air Temperature

074 Help: CALIBRATION TU MID = TU Master ID TU SID = TU Slave ID To read the value of a TU, set the left hand values to the requested ID, go to MODE (in line 245) and set it to READ. The sensor values (RT = Room temp.)

072 Help: SENS RESULT: shows value for tempe which is used to

340 341 342 343 344 345 346 347

TU CONFIGURATION PASSWORD (LEVEL0) MASTER TU CONNECT AUTO-IGNORED TUs TU OFF DELAY

???? 12 1 15

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

080 Help: AUTO IGNORED TUS highest temperature, during heating the TUs with the lowest temperature will be ignored.

min

078 Help: MASTER TU CONNECT To be set carefully: it is the number of how many master TUs are connected Setting a wrong value here will corrupt the reading of the temperatures. NOTE: Master TUs must be numbered starting from 1 consecutively (1,2,3,…). 081 Help: TU OFF DELAY after stopping the CAM-C / CAM-V the tus will continue to operate for the selected time.

()

TU OVERVIEW PASSWORD (LEVEL0) XTU 1/ 7/13/19: XTU 2/ 8/14/20: XTU 3/ 9/15/21: XTU 4/10/16/22: XTU 5/11/17/23: XTU 6/12/18/24:

???? 10 / 12 / 00 / 00 10 / 00 / 00 / 00 10 / 00 / 00 / 00 10 / 00 / 00 / 00 10 / 00 / 00 / 00 10 / 00 / 00 / 00

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

082 Help: xTU OVERVIEW The xTU overview informs about all connected TUs, Masters & Slaves In the first line masters and slaves with ID 01/07/13/and 19 are listed: The first number stands for the master, the second for the number of slaves.

()

1: 2: 3: 4: 5: 6:

TU SUMMARY RT UT 22.1 21.9 22.2 21.4 22.3 21.4 21.8 21.1 23.4 22.1 24.8 21.9

SET 23.0 23.0 23.0 23.0 23.0 23.0

FAN 67 68 69 40 55 44

IG N N Y Y A A

079 Help: AUTO IGNORED TUs The number of most demanding TUs which should not be included in the calculation of the zone temperature. The ignore function will be adapted according to the function of the CAM-C CAM-V unit: during cooling TUs with the

001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

083 Help: xTU SUMMARY RT (room temperature) and UT (underfloor temperature) are read values. Setpoint (SET) and Fanspeed (FAN) can be set in these windows. IG means ignore: N for Never, A for Automatic, Y for YES (=always).

()

IG:

xTU 1 AUTO

RT/UT:

25.8 / 25.2 C

24h

12h

+6 SP: 26.5 C -6 FS: 23% 001 Help: PASSWORD for read/write access password level 1 needs to be entered for USER windows, password level 5 for SERVICE windows.

13:22 084 Help: xTU 1 This window is read only. It informs about room temperature (RT), underfloor temperature (UT) and actual TU setpoint (SP). FS (Fanspeed) is shown in % The room temperature draws a graphic of the last 24 hours.

()

xTU STATUS ADR / MOD DM: STB: SYS: DAM: HEA:

1/ YES OFF ON OFF OFF

NO RT SL 0 / 4 RT SL 1 / 5 RT SL 2 / 6 RT SL 3 / 7

085 Help: xTU STATUS To read data the command MOD = READ must be performed first. ADR: to select the address of the TU MOD: NO = no action, READ = read values, SET = set values.

23.3 / 25.9 23.3 / 25.9 23.3 / 25.9 23.3 / 25.9

086 Help: xTU STATUS DM: for double sensor xTU: for indication only. YES =Heating, NO =Cooling. For single sensor xTU: to be set to YES for heating operation, NO for cooling operation.

088 Help: xTU STATUS RT: the room temperatures of the master (ID 0) and of all possible connected slaves (ID 1-7) are shown.

087 Help: xTU STATUS STB: xTU in standby. Not used read only. SYS: xTU in operation (SYS ON) or off (SYS OFF). (read only) DAM: position of the damper: on = open, off = closed. HEA:status of the el. heater: on or off.

()

XTU CONFIGURATION MODE: READ MA ID: 1/1 SL ID: 0/0 FSC: Y/Y TYPE: O/O SW CO 3/3 HTR D: 0/0

RTOFF: UTOFF: FSMIN: FANSP: XTU T: R.INT: C.TIM:

089 Help: XTU CONFIGURATION MODE: NO = no action, READ = read values, SET = set values. MA ID: Master ID (select the left hand number to read data, select the right hand number to write). SL ID: Slave ID (select the left hand 092 Help: XTU CONFIGURATION SET S: Summer / Winter setpoint shifting. Set from 0 – 4 K. HTR D: Electrical heaters delay. Set from 0,10 .. 310 (0-31 minutes), 320 means heater excluded. RT OF:offset of room temperature sensor.

20 / 20 24 / 24 0/0 0/0 NO / NO X/X X/X 090 Help: XTU CONFIGURATION number to read data, select the right hand number to write). NOTE: Changing the address of a xTU: never change both addresses at the same time. If a xTU needs to be changed from master to a slave of a different address 093 Help: XTU CONFIGURATION UT OF:offset of underfloor temp. sensor. FA OF: Slave speed offset. FAN R: Fanspeed 0 - 58 = 0 - 100%. XTU T: BLACK = Black TU, STD. = Fatronic EVOL. = Fatronic Evolution

091 Help: XTU CONFIGURATION group, do it in to steps: change master (or slave) id first, afterwards set the slave (or master) id. FAN L: Local fanspeed management: Y (Master), N (Slave) or D (Default). M TYP: Mounting: U (CTU) / O (FTU) 094 Help: XTU CONFIGURATION R.INT: Read interval Black TU: 0-60 min. C.TIM: Read time Black TU, 0-200 sec.

Access This window allows to change the passwords. It is protected by a special password. Please contact your local dealer / service department if you want to have the passwords changed. Actually following passwords are in use (to be filled in manually): Level Level 1 Level 5 Level 4

Access rights User Level Service Level Sensor calibration

Password:

3.2

Flexmatic Parameter List

Parameter Name

Nr.

UNIT MAIN WINDOW ZONE TEMPERATURE ZONE SETPOINT ZONE HUMIDiTY HUMIDITY SETPOINT SUPPLY TEMPERATURE SUPPLY SETPOINT FANSPEED COOLING OUTPUT LPHW OUTPUT EL. HEATING OUTPUT HUM OUTPUT DEHUM OUTPUT FLEXMATIC SETTINGS 1 OF 1 PASSWORD (LEVEL0) LANGUAGE : TIME : DATE : FLEXNET : CONTRAST : BUZZER FRQ: USER SETTINGS 1 of 1 PASSWORD (LEVEL0)

000 001 002 003 004 005 006 007 110 111

ZONE SETPOINT TU SETPOINT RANGE HUMIDITY SETPOINT AUTORESTART FANSPEED OVERRIDE TIME WARNINGS / ALARMS 1 of 2 PASSWORD (LEVEL0) HIGH ZONE TEMP. SET BACK SET BACK HIGH ZONE HUM. LOW ZONE HUM. HIGH SUPPLY TEMP. LOW SUPPLY TEMP. WARNINGS / ALARMS 2 of 2 PASSWORD (LEVEL0)

Read Write

HM (Flexmatic) Range

R R R R R R R R R R R R

-28.0 - 100 0 - 100 -28.0 - 100 0 - 100 0 - 100 0 - 100 0 - 100 0 - 100 0 - 100

W W W W W W W

Res.

Init Value

°C °C %rH sec °C °C % % % % % %

0.1 0.1 1 1 0.1 0.1 1 1 1 1 1 1

ENGLISH hh:mm dd:mm:yy RW, RO 170 – 255 0.1 – 2.0

1 0.1

ENGLISH °C 200 0.5

112

18.0 - 28.0

°C

0.1

23.0

113 114 115 116 117 120 121 122 123 123 124 125 126 127 130 131

W W W W W

0 - 10 NO , 20 - 80 0 - 999 LOW ,MED ,HIGH 0 - 60

K %rH sec min

1 1 1 1

0. NO 1 MED 30

W W W W W W W W

NO , 1 - 99 NO , 1 - 99 AVERAGE , PEAK NO , 1 - 99 NO , 1 - 99 NO , 1 - 99 NO , 1 - 99

°C °C %rH %rH °C °C

1 1 1 1 1 1

NO NO NO NO NO NO NO

USER INPUT1

133

WARNING

USER INPUT2

134

WARNING , ALARM , NHumi , NotUsed , LSI , Recover WARNING , ALARM , NHumi , NotUsed , LSI , Recover

LSI

WORKING HOURS 1 of 2 PASSWORD (LEVEL0) FAN HOURS FAN LIMIT FAN START CW HOURS CW LIMIT CW HW HOURS HW LIMIT HW

140 141 143 143 143 145 145 145 146 146 146

W R W R R W R R W R

0 - 32000 0 - 32000 0 - 32000 0 - 32000 0 - 32000 0 - 32000 0 - 32000 0 - 32000 0 - 32000

Hrs Hrs Hrs Hrs Hrs Hrs -

1 1 1 1 1 1 1 1 1

20800 10400 10400 -

Std. Set.

Parameter Name

Nr.

WORKING HOURS 2 of 2 PASSWORD (LEVEL0) HE1 HOURS HE1 LIMIT HE1 START HE2 HOURS HE2 LIMIT HE2 START HUM HOURS HUM LIMIT HUM START DEH HOURS DEH LIMIT DEH START DAY SETTINGS DAY SETTINGS PASSWORD (LEVEL0) DAY

150 151 153 153 153 154 154 154 155 155 155 156 156 156 500 500 501 502

Read Write

HM (Flexmatic) Range

W R W R R W R R W R R W R

0 0 0 0 0 0 0 0 0 0 0 0

- 32000 - 32000 - 32000 - 32000 - 32000 - 32000 - 32000 - 32000 - 32000 - 32000 - 32000 - 32000

Res.

Init Value

Std. Set.

Hrs Hrs Hrs Hrs Hrs Hrs Hrs Hrs -

1 1 1 1 1 1 1 1 1 1 1 1

10400 10400 1000 500 -

10400 10400 1000 500 DISABLED Mo - Fr

W W W

ENABLED , DISABLED MO TU WE TH FR SA SU

DISABLED Mo - Fr

8:00 - 18:00 8:00 - 18:00

TIME

504 - 507

4 x hh:mm

MODE SPEED SETP EXCEPTION DAYS EXCEPTION DAYS PASSWORD (LEVEL0) DAY

504 - 507 504 - 507 504 - 507 510 510 511 512

W W W

ON , OFF LOW ,MED ,HIGH 5.0 - 40.0

째C

0.1

ON MED 23.0

DISABLED Sa, Su

TIME

514 - 517

4 x hh:mm

8:00 - 12:00 8:00 - 12:00

MODE SPEED SETP YEARLY EXCEPT. YEARLY EXCEPT. PASSWORD (LEVEL0) DAY NETWORK SETUP 1 of 2 PASSWORD (LEVEL0) NUMBER OF UNITS MIC ID NUMBER COMMUNICATION

514 - 517 514 - 517 514 - 517 520 520 521 523 - 526 020 021 022 023 024

W W W

ON , OFF LOW ,MED ,HIGH 5.0 - 40.0

ON MED 23.0

W W W

ENABLED , DISABLED 8 x dd:mm

#REF! -

DISABLED 00.00

W W W W

1 - 16 1 - 99 READ/WRITE

1 1 -

NETWORK SETUP 2 of 2 STATUS UNIT 01 - 16 NUMBER TUs 01 - 16 SERVICE 1 of 3 PASSWORD (LEVEL0) MANUAL: FAN : 3P.CW : 3P.HW : HEAT 1: HEAT 2: HUM : DRAIN : DEHUM : AL.REL: ANA 1 : SPC :

200 201 202 203 204 205 206 207 202 203 204 205 206 207

R R

W W W W W W W W W W W W W

ON , OFF 0 - 100 0 - 100 0 - 100 ON , OFF ON , OFF ON , OFF ON , OFF ON , OFF ON , OFF 0 - 100 0 - 100

% % % % %

1 1 1 1 1

W W W

ENABLED , DISABLED MO TU WE TH FR SA SU

Parameter Name

Nr.

SERVICE 2 of 3 REMOTE FIRE ALARM FILTER USER INPUT1 USER INPUT2 LSI SERVICE 3 of 3 OVERRIDE HW OK TSR RECOVERY UNIT CONFIGURATION 1 of 8 PASSWORD (LEVEL0)

210 212 213 214 215 216 217 220 222 223 224 225 300 301

UNIT TYPE:

302

STD. SETTINGS HM ON/OFF ENABLED CW/HW ACT.RUNTIME CW/HW ACT.RUNTIME EL. HEATING STEPS HW + EL HEATERS UNIT CONFIGURATION 2 of 8 PASSWORD (LEVEL0) FANSPEED LOW FANSPEED MED FANSPEED HIGH HUMIDITY P-BAND HUM COMPENSATION UNIT CONFIGURATION 3 of 8 PASSWORD (LEVEL0) RET. INTEGRATION

Read Write

Flexmatic Range

R R R R R R

ON , OFF OK , AL OK , WA OK , ACT , WA , AL OK , ACT , WA , AL OK , ACT

R R R R

Res.

Init Value

Std. Set.

ON , OFF OK , OFF OK , AL ON , OFF

SINGLE COIL , DOUBLE COIL

303 304 305 305 306 307 310 311 312 313 314 316 317 320 321 322

W W W W W W

YES , NO YES , NO 30 - 500 30 - 500 0, 1, 2, 3 YES , NO

sec sec -

1 1 -

DOUBLE COIL YES 170 170 0. NO

170 170 -

W W W W W W

0 - 100 0 - 100 0 - 100 2 - 60 YES , NO

% % % %rH -

1 1 1 1 -

0. 70 100 10 YES

W W

NO , 60 - 900

sec

300

600

SUP.COMPENS.FACTOR

323

1.0 - 10.0

0.1

4.0

3.7

SUP MIN/MAX SUP MIN/MAX SUPPLY P/I SUPPLY P/I SUPPLY DEADBAND OPP. FUNCT. DELAY UNIT CONFIGURATION 4 of 8 PASSWORD (LEVEL0) OUTDOOR COMPENS.

324 324 325 325 326 327 330 331 332

W W W W W W

0 - 50 0 - 50 1 - 30 NO , 60 - 900 0 - 10 0 - 30

°C °C K sec K min

0.1 0.1 1 1 1 1

10.0 30.0 4 180 2 3

13 32 10 22 1 5

W W

ENABLED , DISABLED

DISABLED

ACT.OUTDOOR TEMP.

333

-28.0 - 100.0

°C

0.1

SU COMP. STARTS AT WI COMP. STARTS AT SU / WI FACTOR SU / WI FACTOR MAX K+ SU / WI MAX K+ SU / WI UNIT CONFIGURATION 5 of 8 PASSWORD (LEVEL0) HUMIDIFIER ENABLE

334 335 336 336 337 337 340 341 342

W W W W W W

0 - 40 0 - 40 0.0 - 5.0 0.0 - 5.0 0 - 10 0 - 10

°C °C K K K K

1 1 0.1 0.1 1 1

32 16 2.0 2.0 3 3

W W

YES , NO

MODEL / SUP VOLT

343

21L, 53L, 53H, 93L, 93H,

53H

MODEL / SUP VOLT

343

230, 400, 460, 575

400

STEAM RATE CONTROL AMPS NOM/ACT AMPS NOM/ACT DEADBAND

344 345 346 346 347

W R R W W

NO , 30 - 100 ON/OFF , PROP 0.0 - 40.0 0.0 - 40.0 0 - 50

% A A %rH

10 0.1 0.1 1

NO ON/OFF 0.

NO ON/OFF -

User Set

Read Write

Flexmatic Range

350 351 352

W W

YES , NO

DEADBAND LWD / LWD INPUT LWD / LWD INPUT

354 355 355

W W R

0 - 50 NO , WARNING , ALARM 0 - 2.5

ANALOG OUTPUT 1

356

COOLING , ALARMB. , HEATING , HUMID. , RET.TEMP , SUP.TEMP , HEATERB. , SUPERS.

HEATERB. HEATERB.

ANALOG OUTPUT 2 UNIT CONFIGURATION 7 of 8 PASSWORD (LEVEL0) LOW AIRFLOW AT AUTOSET AIRFLOW AIRFLOW VALUE FAN FAILURE MIN. FRESH AIR MAX. FRESH AIR UNIT CONFIGURATION 8 of 8 PASSWORD (LEVEL0) AIR VOL.RED.EN. xTU GR. A NA/KPA xTU GR. A NA/KPA xTU GR. B NB/KPB xTU GR. B NB/KPB xTU GR. C NC/KPC xTU GR. C NC/KPC xTU GR. D ND/KPD xTU GR. D ND/KPD SPEED AT BUS INT. SENSORS PRIORITY 1 of 1 PW PTC TEMP PRI SENSOR 1 TEMP PRI SENSOR 1 HUM PRI SENSOR 2 TEMP PRI SENSOR 2 HUM PRI xTU PEAK TEMP PRI xTU's TEMP PRI RESULT TEMP RESULT HUM CALIBRATION 1 of 2 PASSWORD (LEVEL0) RET TEMP. SUP TEMP. MODE: TU MID: RT TU MID: UT CALIBRATION 2 of 2 PASSWORD (LEVEL0) SENSOR 1T SENSOR 1H SENSOR 2T SENSOR 2H EXT.TEMP. xTU CONNECTIONS PASSWORD (LEVEL0) xTU SUMMARY AUTO IGNORED xTUS xTU OFF DELAY

357 360 361 362 363 364 365 366 367 370 371 372 373 373 374 374 375 375 376 376 377 600 601 602 603 603 604 604 605 606 607 607 240 241 243 244 245 246 246 250 251 253 254 255 256 257 340 341 343 344

COOLHEAT , FANSPEED

FANSPEED FANSPEED

W W W R W W W

SWI , 0 100 YES , NO 0 - 100 WARNING , ALARM 0-3 0-3

% % -

1 1 1 1

00:00 NO WARNING -

28 -

W W W W W W W W W W W

YES , NO 0 - 24 0.1 - 10 0 - 24 0.1 - 10 0 - 24 0.1 - 10 0 - 24 0.1 - 10 LOW ,MED ,HIGH

1 0.1 1 0.1 1 0.1 1 0.1 -

NO 0. 0.5 0. 0.8 0. 0.9 0. 1.0 LOW

W W W W W W W W R R

0 - 100 0 - 100 0 - 100 0 - 100 0 - 100 0 - 100 0 - 100 -

% % % % % % % °C %rH

1 1 1 1 1 1 1 0.1 1

0. 0. 0. 0. 0. 0. 100 -

W W W W W W

+/- 9.9 +/- 9.9 +/- 9.9 0 - 99 0 - 99

°C °C °C °C °C

0.1 0.1 0.1 1 1

0. 0. 0. 0. 0.

W W W W W W

+/- 9.9 +/- 9.9 +/- 9.9 +/- 9.9 +/- 9.9

°C %rH °C %rH %rH

0.1 0.1 0.1 0.1 0.1

0. 0. 0. 0. 0.

W W W W

0 - 24 0 - 23 0 - 60

min

1 1 1

24 0. 0.

Parameter Name

Nr.

UNIT CONFIGURATION 6 of 8 PASSWORD (LEVEL0) DEHUM ENABLE

Res.

Init Value

Std. Set.

%rH V

1 0.1

NO -

User Set

Parameter Name

Nr.

Read Write

Flexmatic Range

#REF!

Res.

Init Value

Std. Set.

xTU SUMMARY

1 : SET

18.0 - 28.0

°C

0.1

1 : FAN 1 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

2 : SET

18.0 - 28.0

°C

0.1

2 : FAN 2 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

3 : SET

18.0 - 28.0

°C

0.1

3 : FAN 3 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

4 : SET

18.0 - 28.0

°C

0.1

4 : FAN 4 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

5 : SET

18.0 - 28.0

°C

0.1

5 : FAN 5 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

6 : SET

18.0 - 28.0

°C

0.1

6 : FAN 6 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

7 : SET

18.0 - 28.0

°C

0.1

7 : FAN 7 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

8 : SET

18.0 - 28.0

°C

0.1

8 : FAN 8 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

9 : SET

18.0 - 28.0

°C

0.1

9 : FAN 9 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

10 : SET

18.0 - 28.0

°C

0.1

10 : FAN 10 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

11 : SET

18.0 - 28.0

°C

0.1

11 : FAN 11 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

12 : SET

18.0 - 28.0

°C

0.1

12 : FAN 12 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

13 : SET

18.0 - 28.0

°C

0.1

13 : FAN 13 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

14 : SET

18.0 - 28.0

°C

0.1

14 : FAN 14 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

15 : SET

18.0 - 28.0

°C

0.1

15 : FAN 15 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

16 : SET

18.0 - 28.0

°C

0.1

16 : FAN 16 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

17 : SET

18.0 - 28.0

°C

0.1

17 : FAN 17 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

18 : SET

18.0 - 28.0

°C

0.1

18 : FAN 18 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

19 : SET

18.0 - 28.0

°C

0.1

19 : FAN 19 : IG

W W

0 - 100 NO , YES 36, AUTO

% -

1 -

AUTO

User Set :

Nr.

Read Write

Flexmatic Range

20 : SET

18.0 - 28.0

20 : FAN 20 : IG

W W

21 : SET

21 : FAN 21 : IG

22 : SET 22 : FAN 22 : IG

Parameter Name

Res.

Init Value

Std. Set.

°C

0.1

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

18.0 - 28.0

°C

0.1

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

18.0 - 28.0

°C

0.1

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

23 : SET

18.0 - 28.0

°C

0.1

23 : FAN 23 : IG

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

24 : SET

18.0 - 28.0

°C

0.1

24 : FAN 24 : IG xTU STATUS ADR / MOD ADR / MOD DM: STB: SYS: DAM: HEA: TU CONFIGURATION MODE: MA ID: SL ID: FAN L: M TYP: SET S: HTR D: RT OF: UT OF: FA OF: FAN R: BLACK: R.INT: C.TIM:

W W

0 - 100 NO , YES , AUTO

% -

1 -

AUTO

W W W W W R R

1 - 24 NO , READ , SET YES , NO ON , OFF ON , OFF ON , OFF ON , OFF

W W W W W W W W W W W W W W

NO , READ , SET 1 - 24 0-7 D, N, Y O, U 0-4 0 - 32 0 - 99 0 - 99 1-9 0 - 58 YES , NO 0 - 60 0 - 200

min -

1 1 1 1 1 1 1 1 1 1

User Set

3.3

Messages / Warnings / Alarms

GENERAL ALARM nu nu nu nu ELECTRICAL HEATERS OVERHEATED FAN FAILURE FAN FAILURE CLOGGED FILTERS WATER LEAKAGE WATER LEAKAGE USER INPUT 1 TRIGGERED USER INPUT 1 TRIGGERED HUMIDIFIER FAILURE HUMIDIFIER HIGH CURRENT HUMIDIFIER FAILURE HUMIDIFIER FAILURE HUMIDIFIER CYLINDER WORN HIGH ZONE TEMPERATURE LOW ZONE TEMPERATURE HIGH ZONE HUMIDITY LOW ZONE HUMIDITY HIGH SUPPLY TEMPERATURE LOW SUPPLY TEMPERATURE nu nu CONDITIONER WORKING HOURS EXCEEDED nu HUMIDIFIER WORKING HOURS EXCEEDED PTC SENSOR FAILURE ROOM SENSOR FAILURE ROOM SENSOR FAILURE T+H SENSOR 2 FAILURE WATER PRESENCE SENSOR FAILURE NETWORK FAILURE OUT OF MEMORY UNIT ON UNIT OFF TIMER MODE STANDBY MODE POWER ON UNIT LOGIN POWER OFF Unit 1 disconnected Unit 2 disconnected Unit 3 disconnected Unit 4 disconnected Unit 5 disconnected Unit 6 disconnected Unit 7 disconnected

RESET, ACKNOWLEDGE

WARNING WARNING ALARM WARNING WARNING ALARM WARNING ALARM WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING

Warning only, stops humidifier + el. Heaters Stops the whole unit Warning only Stops the whole unit Warning only Stops the whole unit

30 minutes delayed after start 30 minutes delayed after start 30 minutes delayed after start 30 minutes delayed after start 30 minutes delayed after start 30 minutes delayed after start

WARNING

WARNING WARNING WARNING ALARM WARNING WARNING WARNING WARNING MESSAGE MESSAGE MESSAGE MESSAGE MESSAGE MESSAGE WARNING WARNING WARNING WARNING WARNING WARNING WARNING

Warning only Stops the whole unit

Double Flexbus addresses (Sensors) Hardware defective

Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing

49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85

Unit 8 disconnected Unit 9 disconnected Unit 10 disconnected Unit 11 disconnected Unit 12 disconnected Unit 13 disconnected Unit 14 disconnected Unit 15 disconnected Unit 16 disconnected nu nu nu OUTDOOR TEMP. SENSOR FAILURE nu nu ON-OFF BY FLEXMATIC NOT ENABLED nu nu nu USER INPUT 2 TRIGGERED USER INPUT 2 TRIGGERED NO CONNECTION TO UNIT 1 nu nu FIRE ALARM OUT OF MEMORY nu nu NETWORK PING nu nu nu nu nu nu nu UNIT SYNCHRONISATION

86 87 88 89 90

WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING

Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing Flexbus connection missing

WARNING

MESSAGE

WARNING ALARM WARNING

unit #1 not reachable from other units

ALARM WARNING

Flexmatic memory overflow.

WARNING

Flexbus error. 2 sensors with same address.

MESSAGE

unit comes back to the Flexbus network happens after power off)

WARNING

no reaction of airflow device during selfsetting of threshold.

91 92 93

nu nu nu nu AIRFLOW DEVICE NOT READY, PLS. CHECK CW WORKING HOURS EXCEEDED HW WORKING HOURS EXCEEDED HEATER 1 WORKING HOURS EXCEEDED

HEATER 2 WORKING HOURS EXCEEDED

WARNING

DEHUMIDIFICATION WORKING HOURS EXCEEDED nu nu LOC OFF REM OFF nu nu TIMER OFF BMS OFF RECOVERY MANUAL OVERRIDE SETBACK

WARNING

96 97 98 99 100 101 102 103 104 105 106 107

WARNING WARNING WARNING

MESSAGE MESSAGE

MESSAGE MESSAGE MESSAGE MESSAGE MESSAGE MESSAGE

not used switched off from remote or from unit switch

Connection Guide

The following gives Information about the Inputs and Outputs of the Flexface. It is not an electrical drawing, but general information about how the Inputs and Outputs have to be used. For detailed information please refer to the electric diagram of the unit.

Inputs Inputs

Description

Function

PTC 0 PTC 1

Remote On/Off Fire Alarm (2400 User Input 1

PTC 2

Clogged Filter

1 = Ok, 0 = Clogged Filter

PTC 3

Local Override Electrical Heaters Overheated

3300 = Normal operation 0 = Override (Push Button) 2300 = El. Heaters overheated

PTC 4

Changeover Cycle Recovery Mode

3300 2300 2800 1800

PTC 5

Outdoor Sensor

PTC 6

Room Sensor / Return Sensor

PTC 7

Supply Air Sensor

ANA In 0

Airflow Sensor 0-10V / Airflow Pressure switch On/Off / Pressure Control 0-10V

ANA In 1

LSI / User Input 2

ANA In 2

Water Leakage Detector

0 = Remote On 2400 = Fire Alarm = Remote Off

)

1 = Ok, 0 = UI active

= No HW, no Rec.M. = HW OK, no Rec.M. = No HW, Rec.M. on = HW OK, Rec.M. on

Outputs Outputs

Description

Function

Out 0

Warning

Out 1

Open Chilled water Valve (changes to Heater 1 if 0-10V CW Output was selected on PWM 0)

Out 2

Close Chilled Water Valve (changes to Heater 1 if 0-10V CW Output was selected on PWM 0)

Out 3

Open Hot Water Valve

Out 4

Close Hot Water Valve

Out 5

Fill Humidifier

Out 6

Drain Humidifier

Out 7

Alarm

Out 8

Fan

Out 9

Humidifier (on I-Module)

PWM 0

Alarm Board or Heater Board or CW Valve

PWM 1

Fanspeed

Power supply and PTC temperature sensors

Flexface PTC 5

PTC 6

GND P5

24 0

Outdoor sensor

Power Supply 24VAC

PTC 7

GND P6

GND P7

Room (Return) sensor

Warning, Alarm, fan output

Flexface DIG Out 8

DIG Out 7 Co

DIG Out 0

AC2

Out8

24V AC

0V AC

Warning (max.24VAC)

Alarm (max.24VAC)

Fan Contactor

Supply Air sensor

Chilled water + hot water actuator + el. heater alternative

Flexface DIG Out 1 1

DIG Out 2 2 G

DIG Out 3 4

open

DIG Out 1 2

open

PC1

Heater 1

Chilled Water actuator

Safety Thermostat

PC2

Heater 2

NOTE: This alternative can be used only if The chilled-water actuator was selected as 0-10V by software (Parameter 366, analogue out 1 set to “cooling)..

Hot Water actuator

Analogue outputs

Flexface ANA Out 0 G0 G 0

ANA Out 1 G0 G 1

on off

Aux. contact from Fan Contactor C2 R2

PC2

PC1

0 – 10VDC

24V AC

OV AC

G0 G

Safety Thermostat

Alternatives for Analog Out 0, if not used for Heater Board: •Digital Expansion Board

Heater 1

•CW Valve 0-10V

Heater 2

0 – 10VDC for fanspeed device

Humidifier control

Flexface DIG Out 5

DIG Out 6

DIG Out 9

Fill Valve

Drain Valve

Humidifier Contactor

Digital inputs (1)

Flexface PTC 1 GND P1

PTC 2 GND P2

PTC 3 GND P3

PTC 4 GND P4

PTC 0 GND P0

GND

Digital Expansion Board

User Input 1

PC 24 0

Power Supply 24VAC

Clogged Filter

Digital inputs (2)

Flexface

Digital Expansion Board A1 C

A2 C

PC1

Local override

A3 C

B2 C

B3 C

C1 C

C2 C

HWthermostat

Recovery mode

Remote On / Off

Fire Alarm

C3 C

PC2

Heaters feedback

Airflow device, user input 2 and LWD alternative

ANA IN 1 (Jumper not set) GND 1

ANA IN 2 (Jumper not set) GND

red

ANA IN 0 (Jumper set) G G0 0

black

ANA IN 0 (Jumper not set) GND 0

blue

Flexface

Open : UI active Closed : UI inactive in case of LSI: Open : Cylinder empty Closed : Cylinder full

Open : OK Closed : Fan Failure

Airflow switch

Airflow Sensor

LSI User Input 2

Water Leak Detector

AET Manufacturing Ltd Unit 2707 The Center 99 Queens Road Central Hong Kong

Distributed in the UK by Advanced Ergonomic Technologies Ltd The Center 201-203 London Road East Grinstead West Sussex RH19 1HA Tel: +44 (0) 1342 310400 Fax: +44 (0) 1342 310401

aet@flexiblespace.com www.flexiblespace.com