Rivacold XM670K - Parameters; Parameter List

EN
5. Parameters
XM670K
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Instructions for useRev.v. 01 | 9600- 0099 | © 2022 RIVACOLD srl
5. Parameters
5.1 Parameter list
IMPORTANT: all parameter changes must only be carried out by qualified technicians after consultation
with Rivacold personnel.
ATTENTION: Incorrect modification of even a single parameter may lead to malfunctioning of the unit.
5.1.1 Adjustment
Parameter
Description
Range
Hy
Differential: always positive. Activation occurs when the Set Point+Hy temperature is
reached. Deactivation occurs when the temperature is less than or equal to the set point.
0.1...25.5°C
1...45°F
odS
Output activation delay at switch-on: at switch-on, activation of any load is inhibited for
the set time.
0...255 min
AC
Anti-fluctuation delay: minimum interval between switching off the compressor and the
subsequent restart.
0...60 min
5.1.2 Display
Parameter
Description
Range
dLy
Display delay: When the temperature of the thermostat probe rises, the display is updated by
1 °C/ after the time set for this parameter.
0 . 24.0 m
resolution
10 s
rPA
Adjustment probe A: first probe used for adjustment. If rPA=nP adjustment is carried out via
the actual value of the rPb probe.
nP, P1, P2,
P3
rPb
Adjustment probe B: second probe used for adjustment. If rPb=nP adjustment is carried out
with the value detected by the rPA probe
nP, P1, P2,
P3
rPE
Virtual probe percentage: defines the percentage use of the rPA probe in relation to the rPb
probe. The value used for adjustment is obtained from: value for adjustment=(rPA*rPE+
rPb*(100- rPE))/100
0...100%
5.1.3 Defrosting
Parameter
Description
Values/Range
dPA
Defrosting probe A: first defrosting probe. If rPA=nP defrosting is managed via the dPb
probe.
nP, P1, P2, P3
dPb
Defrosting probe B: first defrosting probe. If rPb=nP defrosting is managed via the dPA
probe.
nP, P1, P2, P3
dPE
Virtual defrosting probe percentage: defines the percentage of dPA with respect to
dPb. The value used for defrosting management is the value for defrosting= (dPA*dPE
+ dPb*(100- dPE))/100.
0...100%
tdF
Defrosting type: EL= heaters. in= cycle inversion, hot gas.
EL, in
EdF
Defrosting activation mode: (only if RTC is present) rtc= activation via RTC. in=
activation on expiry of defrosting interval idF.
rtc, in
Srt
Heater set point during defrosting: if tdF=EL during defrosting, the defrosting relay
makes an ON/OFF adjustment with set point Srt. By setting Srt=150.0°C/302°F the
relay remains always switched on without any adjustment.
-
55.0...150.0°C
- 67...302°F