DeDietrich AWHP-2 MIT-IN-2 iSystem Installation And Service Manual page 128

8. Troubleshooting
After Sales level - Menu #PARAMETERS
Parameter
(1)
PERMUT
(1)
STAGE
(1)
NB.CASC.
(1)
NB. VM:
(2)
OUTPUT SOL P.
(2)
MEAN OUTSIDE T
(1)
CALC T SYST
CALC.T.MIT
(3) (2)
TEMP.SYSTEM
TEMP MIT MEAN
MIT TEMP.
CALCULATED T.A
(2)
CALCULATED T. B
(2)
CALCULATED T. C
DHW SETP.CORRECT
(2)
(3) (2)
OUTLET TEMP.B
SWIMMING P.T.B
(3) (2)
OUTLET TEMP.C
SWIMMING P.T.C
(3)
OUTSIDE TEMP.
MEDIUM COP
THRESHOLD COP
(3)
ROOMTEMP.A
(3) (2)
ROOMTEMP.B
(3) (2)
ROOMTEMP.C
(3) (2)
DHW TEMP.
(3) (2)
IN 0-10V
(3)
PRESSURE
(3)
STOR.TANK.TEMP
(2)
(3) (2)
T.DHW BOTTOM
(3) (2)
DHW A TEMP.
(3) (2)
TEMP.TANK AUX
KNOB A
(2)
KNOB B
(2)
KNOB C
OFFSET ADAP A
(2)
OFFSET ADAP B
(2)
OFFSET ADAP C
(1) The parameter is only displayed if CASCADE is set to ON
(2) The parameter is only displayed for the options, circuits or sensors actually connected
(3) The parameter can be displayed by pressing key f.
126
Description
Master generator active
Number of generators requiring heating
Number of generators recognised in the cascade
Number of DIEMATIC VM control systems recognised in the cascade
Solar pump command
Average outside temperature
System flow temperature calculated by the control system
Calculated temperature of the MIT
Temperature of the system flow water if multi-generator
Average MIT temperature
Instantaneous MIT temperature
Calculated temperature for circuit A
Calculated temperature for circuit B
Calculated temperature for circuit C
DHW set point used by the boiler bearing solar back-up in mind
Temperature of the flow water in circuit B
Temperature of the swimming pool water sensor on circuit B
Temperature of the flow water in circuit C
Temperature of the swimming pool water sensor on circuit C
Outside temperature
Coefficient of performance calculated by the inside module
Coefficient of performance as of which heat pump running is enabled
Room temperature of circuit A
Room temperature of circuit B
Room temperature of circuit C
Water temperature in the DHW tank
Voltage at input 0-10 V
Water pressure in the installation
Water temperature in the storage tank
Water temperature in the bottom of the DHW tank
Water temperature in the second DHW tank connected to circuit A
Water temperature in the second DHW tank connected to the AUX circuit
Position of temperature setting button on room sensor A
Position of temperature setting button on room sensor B
Position of temperature setting button on room sensor C
Parallel trigger calculated for circuit A
Parallel trigger calculated for circuit B
Parallel trigger calculated for circuit C
AWHP-2 MIT-IN-2 iSystem
25/06/2014 - 7616371-001-04