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4
Planning table
The table helps you establish whether there are enough inputs
and outputs on the basic controller.
If there are not enough of them, the controllers must be
extended by one or more of the mentioned extension
modules.
Note down the connections you will require and add them
up
Analog inputs
Temperature sensors, S2, S3, S4, S5
Extra temperature sensor / Separate thermostats
Pressure transmitter , P0, Pc, Separate pressostats
Voltage signal from an other regualtion, separate signals
Displacement of reference with analog signal
On/off inputs
External start/stop (Main switch)
Case cleaning (pulse pressure). Shutdown
Switch between two temperature references
Inject ON
Start of defrost (pulse pressure)
Door contact
Night setback
General DI alarm inputs (1-10)
Open/ close Night blind (pulse pressure)
On/off outputs
AKV valves
Solenoid valves in liquid line
Fans
Defrost (electric or hot gas valves)
Drain valve, suction line valve
Rail heat
Light
Night blind
Drip tray heat
Compressor
Alarm
General: Thermostat1-5, Pressostat 1-5, Voltage.1-5
Analog control signal, 0-10 V
External valve regulation / EC motor
Valves with stepmotor
Sum of connections for the regulation
Number of connections on a controller module
5
Missing connections, if applicable
6
The missing connections to be updated from one or more extension modules:
AK-XM 101A (8 analog inputs)
AK-XM 102A (8 digital low voltage inputs)
AK-XM 102B (8 digital high voltage inputs)
AK-XM 103A (4 analog inputs, 4 analog outputs)
AK-XM 204A / B (8 relay outputs)
AK-XM 205A / B (8 analog inputs + 8 relay outputs)
AK-XM 208C (8 analog inputs + 4 stepper outputs)
AK-OB 110 (2 analog outputs)
AK-CC 750A
Kontakt
11
RS8HP102 © Danfoss 2018-09
12
0
1
24 V
230 V
1
1
15
11
0
0
0
0
8
4
1
7
P = Max. 5 / module
3
1
3
1
Sum = max. 80
8
8
0
0
0
-
Sum of power
___ pcs. á 2 VA = __
___ pcs. á 2 VA = __
___ pcs. á 2 VA = __
___ pcs. á 2 VA = __
___ pcs. á 2 VA = __
___ pcs. á 5 VA = __
___ pcs. á 5 VA = __
___ pcs. á 0 VA = 0
1 pcs. á 8 VA = 8
Sum =
Sum = max. 32 VA
35
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