Carel ?C2SE User Manual page 33

- Controls from the UAD:
bit0= terminal status (0= not connected; 1= available)
bit2; bit1= mode set from μAD (00= AUTO; 01= cooling;
10= heating)
bit3= enable dehumidifi cation
bit4= enable humidifi cation
bit5= terminal probe alarm
bit6= activate boiler output
bit7= 0= process mode active; 1= process mode
disabled
- Signals to the μAD
bit0= cool/heat request from uAD in progress
bit1= cool/heat request accepted from μAD (1= cooling;
0= heating)
bit2= start fans
bit3= alarm active on μCH
bit4= RTC available on μCH2 SE
- DTE value saved in EEPROM
- Internal set point compensated in the event of
autotuning
- Ambient set point (from μAD)
- Set point variation from μAM (μedronic)
- Diff erential for the ambient set point
- Controls by the μAD from save
- "Active alarm signal:
bit0= probe alarm (E1,E2,E,E4,E5,E6,E7,E8)
bit1= high pressure alarm (HP1, HP2)
bit2= low pressure alarm (LP1, LP2)
bit3= fl ow switch alarm (FL)
bit4= expansion communication alarm (ESP)
bit5= EE2PROM alarm (EPB)
bit6= antifreeze alarm (A1, A2)
bit7= thermal overload alarm (TP, TP1, TP2)
bit8= hour counter alarm (H1, H2, H, H4)"
- Terminal humidity probe (per terminal μAD)
- Reset alarms
- Digital input B
4.3.13 Supervisor-only variables
display parameter and description
indicat.
- Indicates the unit parameter (Carel SV communication)
- Gain constant for pressure probe calibration
- Off set constant for pressure probe calibration
- Compressor 1 operating hours
- Compressor 2 operating hours
- Compressor 3 operating hours
- Compressor 4 operating hours
- Compressor pump operating hours
- Evaporator pump operating hours
- Alarms/warnings for EVD1:
bit0= low superheat alarm
bit1= EEPROM alarm
bit2= probe alarm
bit3= MOP warning
bit4= LOP warning
bit5= high suction temperature warning
bit6= valve open after power failure alarm
bit7= fl at battery alarm
- Controls/status indicators for EVD1:
bit0; bit1= comp. load step (0= 0%; 1= 50%; 2= 100%)
bit2= standby circuit 2 (0= ON; 1= standby)
bit3= chiller/pump circuit 2 (0= chiller; 1= pump)
bit4= defrost circuit 2 (0= no defrost; 1= defrost)
bit5= forced valve closing (for pump down)
bit6= enable smart defrost
bit7= enable low noise
bit8= type of condenser probe (0= temp/1= press)
bit9= condenser temp/press probe available
bit10= restart unit after valve open alarm (set in reset_
alarms)
bit11= enable control for driver 2
- Communication of the logical status of the digital outputs
to expansion:
bit0= compressor
bit1= compressor 4
bit2= heater 2
bit3= reversing valve
bit4= warning
bit5= condenser pump
bit6= fans in alarm status
bit7= fan status in alarm (ON= 1; ofF= 0)
bit8= speed to be set (100%= 1; speed from probe= 0)
bit9= indicates fans 2 for defrost circuit 2
bit10= heater 1
bit11= open damper
bit12= close damper
bit13= humidifi er
μC 2 SE - +030220426 - rel. 2.1 - 09.06.2010
D 0 1023 1
D 0 255 -
D 0 0 -
D 0 0 -
D -400 1760 0,1
D -100 100 0,1
D -100 100 0,1
D 0 32767 1
D 0 32767 1
D 0 1000 % 0,1
D 0 1 1
D 0 1 -
default min. max. U.O.M. variat.
level
F 0 250 -
F 0 16000 -
F -8000 8000 -
D 0 8000 -
D 0 8000 -
D 0 8000 -
D 0 8000 -
D 0 8000 -
D 0 8000 -
D 0 0 -
D 0 0 -
D 0 4200 -
33
0 135 (R/W) 342
0 136 (R) 343
0 98 (R) 98
0 97 (R) 97
0 95 (R/W) 95
0 96 (R/W) 96
0 94 (R/W) 94
0 - 137 (R/W) 344
0 - 128 (R/W) 335
0 129 (R/W) 129
0 78 (R/W) 78
0 79 (R) 79
def. visibility supervis. Modbus variable
variable
108 (R) 207
1000 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
0 (R) 207
Integer
Integer
Analog
Analog
Analog
Analog
Analog
Integer
Integer
Analog
Digital
Digital
Table 4.m
type
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer