Code Description Def Min Max UOM User
User
terminal
DOG Assign defrost digital output - see DOA 1 0 4 - S NO
DOH Assign auxiliary evaporator defrost digital output - see DOA 0 0 4 - S NO
DOI Assign evaporator fan digital output - see DOA 2 0 4 - M NO
DOo Assign timed digital output - see DOA 0 0 4 - M NO
DOP Assign drain heater digital output - see DOA 0 0 4 - M NO
DOQ Assign anti-sweat heater digital output - see DOA 0 0 4 - S NO
rOA
Solenoid/compressor digital output logic
0/1 = direct/reverse
0 0 1 - M NO
rOb Alarm digital output logic - see rOA 0 0 1 - M NO
rOc Auxiliary digital output logic - see rOA 0 0 1 - M NO
rOd Auxiliary serving the Master on the Slaves digital output logic - see rOA 0 0 1 - M NO
rOE Light digital output logic - see rOA 0 0 1 - S NO
rOF Light serving the Master on the Slaves digital output logic - see rOA 0 0 1 - S NO
rOG Defrost digital output logic - see rOA 0 0 1 - S NO
rOH Auxiliary evaporator defrost digital output logic - see rOA 0 0 1 - S NO
rOI Evaporator fan digital output logic - see rOA 0 0 1 - S NO
rOo Timed digital output logic - see rOA 0 0 1 - M NO
rOP Drain heater digital output logic - see rOA 0 0 1 - M NO
H9
Output switched with time bands
0 = Light
1 = AUX
0 0 1 - S NO
Analogue outputs NO
/AA
Assign analogue output for modulating fans
0 = not configured
1 = analogue output 1 (Y1)
2 = analogue output 2 (Y2)
0 0 2 - M NO
/Ab Assign analogue output for modulating valve - see /AA 0 0 2 - M NO
/Ac Assign analogue output for modulating anti-sweat heaters - see /AA 0 0 2 - M NO
Control
ON
ON/OFF control
0/1: OFF/ON
0 0 1 - S YES
/4
Virtual probe composition
0 = Air off probe Sm
100 = Air on probe Sr
0 0 100 % S NO
r1 Minimum set point -50 -50 r2 °C/°F M NO
r2 Maximum set point 50 r1 50 °C/°F M NO
r4 Automatic night set point variation 0 -50 50 °C/°F S NO
r6
Probe for night-time control
0/1 = virtual probe Sv/air on probe Sr
0 0 1 - S NO
ro Control offset with probe error 0 0 20 °C/°F S NO
r7
Master solenoid valve configuration
0/1 = local valve/network valve (connected to Master)
0 0 1 - S NO
St Set point 50 r1 r2 °C/°F U YES
St2 Air on probe set point with double thermostat 50 r1 r2 °C/°F S NO
rd Differential 2 0.1 20 °C/°F U YES
rd2
Set point St2 differential with double thermostat
0.0 = function disabled
0 0 20 °C/°F S NO
rHS
Virtual probe composition for glass temp. probe estimate
0 = Air off probe Sm
100 = Air on probe Sr
20 0 100 % S NO
rHA Coeff. A for glass temp. probe estimate 2 -20 20 °C/°F S NO
rHb Coeff. B for glass temp. probe estimate 22 0 100 - S NO
rHo Offset for anti-sweat modulation 2 -20 20 °C/°F S NO
rHd Differential for anti-sweat heater modulation 0 0 20 °C/°F S NO
rHu
Manual anti-sweat heater activation percentage (of period ‘rHt’)
70 0 100 % S NO
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