Emerson X-web300 Bedienungsanleitung Seite 60
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1592015300 User manual iCHILL 200 L GB r1.3 09/09/2005
Pg.60/106
Par. ST04 Heat pump setpoint
It allows to set the Heat pump working temperature within the range ST05..ST06.
Par. ST05 Minimum setpoint limit in heat pump.
The user can not program a setpoint value lower than ST05, the range is –30 °C..ST04.
Par. ST06 Maximum setpoint limit in heat pump
The user can not program a setpoint value higher than ST06, the range is ST01..70°C.
Par. ST07 Regulation band width in chiller mode.
The configured resources are distributed inside the regulation band.
Example
Unit configured with 2 circuits, 3 compressors per circuit and thermoregulation controlled by the evaporator inlet NTC probe.
Chiller setpoint: evaporator inlet water = 12°C, evaporator outlet water 7°C: when the evaporator inlet water is 12°C all the compressor
outputs are on while when the evaporator inlet water is 7 °C all the compressors are OFF.
Thermoregulation parameters: Par. ST01 = 7 °C / Par. ST07 = 5 °C
Functioning: the regulation band ST07= 5 °C is divided by the number of resources 6 compressors therefore the step for each resource
is 0.8°C, each 0.8°C if the temperature is increasing or decreasing one of the resource is turned on or off.
Par. ST08 Regulation band in heat pump mode
The configured resources are distributed inside the regulation band.
Example
Unit configured with 2 circuits, 3 compressors per circuit and thermoregulation controlled by the evaporator outlet NTC probe.
Chiller setpoint: evaporator inlet water = 40°C, evaporator outlet water 45°C: when the evaporator outlet water is 40°C all the
compressor outputs are on while when the evaporator outlet water is 45 °C all the compressors are OFF.
Thermoregulation parameters: Par. ST04 = 40 °C / Par. ST08 = 5 °C
Functioning: the regulation band ST08=5 °C is divided by the number of resources 6 compressors therefore the step for each resource
is 0.8°C, each 0.8°C if the temperature is increasing or decreasing one of the resource is turned on or off.
Par. ST08 Regulation band in heat pump mode
The configured resources are distributed inside the regulation band.
Par. ST09 Defines the thermoregulation probe in chiller.
0= NTC Temperature probe of the evaporator inlet
1= NTC Temperature probe of the evaporator circuit #1
2= NTC Temperature probe of the evaporator circuit #2
3= NTC Temperature probe of the common evaporator
4= Probe temperature of the remote front panel #1.
5= Probe temperature of the remote front panel #2.
The ST10 parameter defines the thermoregulation probe of the unit with heat pump control
0= NTC probe temperature of the evaporator inlet
1= NTC probe temperature of the evaporator #1 outlet
2= NTC probe temperature of the evaporator #2 outlet
3= NTC probe temperature of the evaporator common outlet
4= Remote terminal # 1 probe
5= Remote terminal # 1 probe
6= NTC probe temperature of the condenser common inlet
7= NTC probe temperature of the condenser # 1 inlet
8= NTC probe temperature of the condenser # 2 inlet
9= NTC probe temperature of the condenser # 1 outlet
10= NTC probe temperature of the condenser # 2 outlet
11= NTC probe temperature of the condenser common outlet
ATTENTION
To have the same regulation both for chiller and heat pump set the parameters ST09 and ST10 with the same value
22 SELECTION OF THE KIND OF THERMOREGULATION
Par. ST11 determines the type of regulation
0= Proportional
1= Neutral zone
2= Proportional integral
22.1 GRAPH OF THE COMPRESSOR THERMOREGULATION IN CHILLER
- 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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