Carel pCO1 Series Manual page 27

DESCRIPTION OF THE PARAMETER
Type of signal from humidity probe (No pCO1xs)
Minimum and maximum value measured by the humidity probe (No
pCO1xs)
Type of signal from room temperature probe
Enable outlet probe
Type of signal from outlet temperature probe
Enable outside temperature probe
Type of signal from outside temperature probe
pLAN connection class for boards 1 – 3
pLAN connection class for boards 4 – 6
pLAN connection class for boards 7 – 8
PARAMETERS
Enable FIFO rotation between compressors
Type of temperature control
Percentage of the proportional band for minimum freecooling opening
Percentage of the proportional band for maximum freecooling opening
Minimum freecooling opening
Minimum and maximum modulating outlet fan speed
Outlet fan speed during dehumidification
Temperature differential to stop dehumidification
Temperature offset to restart dehumidification
High pressure alarm set point
High pressure alarm differential
Condensing (pressure) set point
Condensing (pressure) differential
Modulating condenser fan Speed-up time
Condensing (temperature) set point
Condensing (temperature) differential
Minimum and maximum modulating condenser fan speed
Enable high pressure alarm Prevent function
Prevent function set point (pressure)
Prevent function differential (pressure)
Prevent function set point (temperature)
Prevent function differential (temperature)
Number of units set in Standby mode
Automatic rotation interval for units in pLAN network
Enable cooling/heating Support function for units in pLAN network
Forcing delays for low and high ambient temperature
Low ambient temperature differential to force unit in network
Low ambient temperature offset to force unit in network
High ambient temperature differential to force unit in network
High ambient temperature offset to force unit in network
CAREL EXV DRIVERS
Number of drivers connected
Enable backup battery driver 1
Enable backup battery driver 2
Type of valve circuit 1
Superheating set point circuit 1
Dead band circuit 1
Type of valve circuit 2
Superheating set point circuit 2
Dead band circuit 2
PID control – proportional gain circuit 1
PID control – integration time circuit 1
PID control – derivative time circuit 1
PID control – proportional gain circuit 2
PID control – integration time circuit 2
PID control – derivative time circuit 2
Threshold for low superheat protection circuit 1
Prot. threshold integration time, low superheat circuit 1
Threshold for low superheat protection circuit 2
Prot. threshold integration time, low superheat circuit 2
Percentage ratio between cooling capacity and Driver capacity C 1
Percentage ratio between cooling capacity and Driver capacity C 2
LOP threshold
LOP threshold integration time
Cod. +030221471 – Rel. 2.0 – April 01, 2003
→
→
SCREEN DEFAULT
VALUE
Cc 0-1V
Cc 0.0 / 100.0
Cd NTC
Cd No
Cd NTC
Ce No
Ce NTC
Cf Present-no rot.
Cg
Not present
Ch
Not present
G1 No
G1 Proportional
G2 0.0%
G2 50.0%
G2 2.0
G3 5.0 / 10.0
G3 5.0
G4 5.0
G4 4.0
G5 23.5
G5 1.0
G6 14.0
G6 2.0
G6/G7 2
G7 55.0
G7 1.0
G8 0.0 / 10.0
G9/Ga No
G9 20.0
G9 2.0
Ga 70.0
Ga 1.0
Gb 0
Gb 24
Gc No
Gc 3 / 3
Gd 8
Gd 4
Ge 8
Ge 4
F0 0
F0 No
F0 No
F1 10 (Carel)
F1 6.0
F1 0
F2 10 (Carel)
F2 6.0
F2 0
F3 2.5
F3 25
F3 5.0
F4 2.5
F4 25
F4 5.0
F5 4.0
F5 10
F6 4.0
F6 10
F7 60
F7 60
F8 -40.0
F8 40
23
Standard Shelter
RANGE UOM
0-1V,0-10V,
current
0-100.0 %RH
NTC-PT1000
No-Yes
NTC-PT1000
No-Yes
NTC-PT1000
Present-rot.,
Present-no rot.,
Not present
Present-rot.,
Present-no rot.,
Not present
Present-rot.,
Present-no rot.,
Not present
No-Yes
Prop.-P+I
0.0-100.0
0.0-100.0
0.0-10.0 Volt
0.0-10.0 Volt
0.0-10.0 Volt
0.0-99.9 ºC / ºF
0.0-99.9 ºC / ºF
-99.9 - 99.9 bar
-99.9 - 99.9 bar
-99.9 - 99.9 bar
-99.9 - 99.9 bar
0-999 seconds
-99.9 - 99.9 ºC / ºF
-99.9 - 99.9 ºC / ºF
0-10.0 Volt
No-Yes bar
-99.9 - 99.9 bar
-99.9 - 99.9 bar
-99.9 - 99.9 ºC / ºF
-99.9 - 99.9 ºC / ºF
0-1
1-240 Hours
No-Yes
0-999 minutes
0-99.9 ºC / ºF
0-99.9 ºC / ºF
0-99.9 ºC / ºF
0-99.9 ºC / ºF
0-2
No-Yes
No-Yes
0-11 (see 1.5)
2.0-50.0 ºC
0-9.9 ºC
0-11 (see 1.5)
2.0-50.0 ºC
0-9.9 ºC
0.0-99.9
0-999 seconds
0.0-99.9 seconds
0.0-99.9
0-999 seconds
0.0-99.9 seconds
-4.0 - 10.0 ºC
0-255 seconds
-4.0 - 10.0 ºC
0-255 seconds
0-100 %
0-100 %
-70.0 - 50.0 ºC
0-255 seconds