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1592015300 User manual iCHILL 200 L GB r1.3 09/09/2005
37.1 OUTPUT STEP RELE’ CONDENSER FAN
Par FA01 = 2 ON/OFF step regulation
N° 1 circuit with 4 step of ventilation
Step regulation
OUT relè step n° 1 step n° 2 step n° 3 step n° 4
Out relè step n° 1 step N° 1 ON step N° 1 OFF step N° 1 OFF step N° 1 OFF
Out relè step n° 2 step N° 2 OFF step N° 2 ON step N° 2 OFF step N° 2 OFF
Out relè step n° 3 step N° 3 OFF step N° 3 OFF step N° 3 ON step N° 3 OFF
Out relè step n° 4 step N° 4 OFF step N° 4 OFF step N° 4 OFF step N° 4 ON
Par FA01 = 3 ON/OFF continuous step regulation
N° 1 circuito con quattro gradini di ventilazione
Continuous step regulation
OUT relè Gradino n° 1 Gradino n° 2 Gradino n° 3 Gradino n° 4
Out relè step n° 1 step N° 1 ON step N° 1 ON step N° 1 ON step N° 1 ON
Out relè step n° 2 step N° 2 OFF step N° 2 ON step N° 2 ON step N° 2 ON
Out relè step n° 3 step N° 3 OFF step N° 3 OFF step N° 3 ON step N° 3 ON
Out relè step n° 4 step N° 4 OFF step N° 4 OFF step N° 4 OFF step N° 4 ON
37.2 PWM OUTPUT FOR FAN CONTROL
If FA01=3 and the fan control boards are connected to the PWM outputs (TF1 and2) take note of the FA03 ,FA04 parameters.
The fan start-up is always made at the maximum speed for the time set in FA03, then the speed follows the probe value.
The F04 delay, in micro – seconds, allows to adjust the output for each kind of the fan motor.
If FA01=3, when the compressor starts-up and the proportional regulation requires to turn off the fan (cut-off), if FA14≠0 the fan is forced
at the minimum speed for the time set in FA14 itself. if FA14=0 the function is disabled.
37.3 CONDENSING UNIT: COMMON OR SEPARATE
FA05 defines the condenser unit
Par. FA05 type of condenser
0= Common condenser unit.
1= Separate condenser units.
If Pa FA05= 0 the outputs, configured as condensing fan control, will follow the same regulation algorithm.
The regulation includes:
• CHILLER mode: the maximum probe value compared between the temperature/pressure probe of the two circuits.
• HEAT PUMP (no evaporator probe configured) the minimum probe value compared between the condenser
temperature/pressure probe of the two circuits.
• HEAT PUMP (evaporator probe configured) the minimum probe value compared between the evaporator
temperature/pressure probe of the two circuits.
If par. FA05 = 1 and if the evaporating pressure probe are not configured, the fan output controls are separated and are controlled by
the condenser temperature/pressure probes. When the evaporator probes are configured, in heat pump the ventilation is controlled by
these transducers.
37.4 GRAPH: PROPORZIONAL REGULATION OF CONDENSER FANS
- DIXELL 1
- INDEX 2
- 4
- 1 GENERAL ADVICE 7
- 2 GENERAL FEATURES 8
- 2.1 MAIN FUNCTION 8
- Pg.10/106 10
- 4 USER INTERFACE 11
- Pg.12/106 12
- 4.4 KEY FUNCTION 14
- 4.5 KEY COMBINANTION 15
- 4.6 LED AND ICONS 15
- 4.7 DISPLAY AND ICONS 16
- 5 REMOTE TERMINAL 17
- 6 FIRST INSTALLING 17
- 6.2 RTC SETUP 17
- 7 WIRING CONNECTIONS 18
- 7.4 DIGITAL INPUTS 19
- Pg.20/106 20
- Pg.22/106 22
- 7.12 HOT KEY 64 CONNECTION 23
- 7.13 XJ485 CONNECTION 23
- Pg.24/106 24
- Pg.26/106 26
- 8.7 OTHER OUTPUTS 27
- 9 TABLE OF THE PARAMETERS 28
- Pg.30/106 30
- Pg.32/106 32
- Pg.34/106 34
- Pg.36/106 36
- Pg.38/106 38
- Pg.40/106 40
- Pg.42/106 42
- Enter the programming 42
- Pg.44/106 44
- Pg.46/106 46
- GRAPH: AUTOMATIC CHANGE OVER 46
- HOW THE CIRCUIT 1 OR 2 47
- 15 CUSTOM DISPLAY 48
- Pg.50/106 50
- HOW THE SET POINT VALUE 51
- ODIFY THE SET POINT 51
- 16.4 DISPLAY IN REMOTE OFF 52
- 17 FUNCTION MENU “ M” KEY 52
- 18 ENERGY SAVING 56
- 19 DYNAMIC SETPOINT 57
- 19.1 DYNAMIC SETPOINT GRAPH 58
- 20 AUXILIARY RELAYS 59
- Pg.60/106 60
- /RECOVERY 62
- 27 COMPRESSORS 64
- 27.1 COMPRESSORS START- UP 64
- 27.2 DIRECT START- UP 64
- 27.4 PART WINDING 65
- 27.7 STAR - DELTA START 65
- 28 CAPACITY CONTROL 66
- 28.1 MINIMUM LOAD START- UP 67
- 29 PUMP DOWN 68
- ACTIVATION 69
- UMP DOWN INFORMATION 70
- NLOADING DESCRIPTION 70
- NLOADING INFORMATION 70
- Pg.72/106 72
- FA26 Hot start differential 73
- 36 LOAD MAINTENANCE 74
- 37 CONDENSER FAN REGULATION 74
- OUTPUT FOR FAN CONTROL 75
- Pg.76/106 76
- 38 DEFROST CYCLE 77
- 38.1 FORCED DEFROST 77
- 38.2 COMBINED DEFROST 77
- 38.3 MANUAL DEFROST 78
- EFROST PARAMETER DESCRIPTION 79
- Pg.80/106 80
- 39 RECOVERY 81
- THE RECOVERY CYCLE 82
- 40.1 RECOVERY DISABLED 82
- AEFL evaporator flow alarm 83
- NOTE ABOUT THE FLOW ALARM 83
- 41.7 AEE EEPROM ALARM 84
- Significato label display 85
- 41.11 ARTF CLOCK FAILURE 86
- 41.12 ARTC CLOCK ALARM 87
- Pg.88/106 88
- Pg.90/106 90
- - PRESSURE SWITCH ALARM / 90
- Pg.92/106 92
- 41.38 ALARM RELAY AND BUZZER 94
- 41.39 KEYABOARD ALARM 94
- Pg.96/106 96
- Alarm description 96
- 44 BLACK-OUT 98
- 45 INSTALLING AND MOUNTING 98
- 45.1 PANEL CUT- OUT 98
- 45.4 METAL FRONT FRAME 99
- 46 ELECTRICAL CONNECTIONS 100
- 47 ACCESSORIES 100
- 47.3 TRANSFORMER 101
- 48 TECHNICAL DATA 102
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