Parameters
EETc 11, 12, 21 and 22
Assignment
Table 4: Assignment
Sensor type (all sensors must be of same type)
NTC5K - NTC 5000 Ohm at 25 °C (Beta value=3980 @ 25/100 °C)
NTC10K - NTC 10000 Ohm at 25 °C (Beta Value 3980 @ 25/100 °C)
Desired conguration for S2 port
nC - Not used/congured
Con - Condenser Sensor
EuA - Defrost/evaporator Sensor
doC - Door Sensor (Normally closed type)
doo - Door Sensor (Normally open type)
ESP - Eco Switch - Push button type
ESt - ECO Switch - Toggle type
dES - Defrost switch - Push Button type only
Relay 2 Conguration
(applicable only for EETc 2x series)
Desired conguration for relay 2
nC - Not Connected
dEF - Congured for defrost heater or defrost valve
Fan - Congured for evaporator fan
Thermostat
Table 5: Thermostat
Lowest Temperature Limit (°C)
Cut-out temperature at coldest position of the spindle (thermostat knob)
Highest Temperature Limit (°C)
Cut-out temperature at warmest position of the spindle (thermostat knob)
Lowest Temperature
Dierential (K)
The
dierence between the cut-out and the cut-in at coldest position of the ther-
mostat.
Highest Temperature
Dierential (K)
The
dierence between the cut-out and the cut-in at warmest position of the ther-
mostat.
Initial Pull down
OFF - Disable
ON - Enable
Initial Pull Down (IPD) provides faster cooling when the cabinet is powered up with
warmer inside temperature. During IPD, defrost will be skipped until the cabinet air
temperature reaches the cut-out temperature or the IPD duration expires. IPD oper-
ates only during power-up and can be enabled/disabled using this parameter.
Initial Pull down duration (Hrs)
Maximum time initial pull down can run. Initial pull down will terminate as soon as
this time expires regardless of the cabinet air temperature
Initial pull down initiate tempera-
ture (°C)
It indicates the temperature at which initial pull down will be initiated.
• At Power-up: If the cabinet air temp. > Pit for more than 5 minutes, this will trig-
ger the Initial pull down.
Compressor
Table 6: Compressor
To prevent the compressor from frequent cut-outs, it ensures that the compressor
runs for at least the specied time. It overrides the cut-out temperature. (Tip: Setting
it too high could lead to unneccessary deep temperatures)
To prevent the compressor from frequent cut-ins, the parameter ensures that the
compressor remains o for at least the specied time under this parameter. It over-
rides the cut-in temperatures. (Tip: Setting it too high could lead to unneccessary
warm temperatures)
© Danfoss | Climate Solutions | 2023.07 BC320944106159en-000301 | 17
Refrigeration controller, type EET series