Parameter table
Menu
Parameter name
Menu
code Description
Def
Min
Max Unit Current
setting
Thermostat
tHE Main menu for thermostatic settings
Set point
SEt
Set point value
2.0
-100.0 200.0
°C
Set point adjustment ratio
SPr
Actual value of setpoint
adjustment = diF * SPr
0.5
0.0
1.0
Differential
diF
Thermostat differential for serving
2.0
0.0
20.0
K
High Set point
HSE High limitation of thermostat setpoint in position warm
50.0 -100.0 200.0
°C
Low Set point
LSE
Low limitation of thermostat setpoint in position cold
-35.0 -100.0 200.0
°C
Initial cut in
iCi
Comp relay action when Tair is between Cut-in and Cut-out at
power-up
yES: Cut in the compressor
no: Cut out the compressor
no
no
yES
Fan
FAn Main menu for fan settings
Fan control method
FCt
FAo: Fan always on
SEt: Fan follow compressor by manually settings
Aut: Automatical Fan control
FAo
FAo
Aut
Fan On Delay
Fod
Delay for fan start after compressor cutin
0
0
240
Sec
Fan Stop delay
FSd
Delay for fan stop after compressor cutout
0
0
240
Sec
Fan On Cycle
FoC On time for fan during compressor off period
0
0
960
Sec
Fan Stop Cycle
FSC
Stop time for fan during compressor off period
0
0
960
Sec
Fan Minimum Stop time
FSt
Minimum Stop time for fan protection
10
0
960
Sec
Δt for fan to cut in
FdC Delta T for fan to cut in which the temperature offset comparing
with thermostat cut in temperature
0.0
-10.0
10.0
K
Fan delay on door open
Fdt
0: Fan stop immediately when door open
1~998: delay for fan stop after door open
999: fan keep running all the time during door opening
0
0
999
Sec
Light
Lig
Main menu for Light settings
Cabinet Light Control Source
CLC
on: Always ON (Button is default to control light for all these options)
oFF: Always OFF
dor: Door sensor only
on
on
dor
Light off delay
Lod
Delay to turn off the cabinet light after door close
0: No delay
0
0
300
Sec
Pull Down
Pud Main menu for pull-down settings
Pull-down Initiate Temperature
Pit
Temperature measured by control-sensor that will trigger the
pull-down mode
50.0
-40.0
50.0
°C
Pull-down Cycling
PCy
The duration of the thermostatic operation at pull-down mode
The periode will start first time the controller reaches the PCt
30
0
360
min
Pull-down defrost Interval
Pdi
Defrost interval during pull-down
Over-rules the defrost interval in normal mode
15
0
48
hour
Pull-down duration
Pdd Max time for pull-down mode from initiated till terminated
24
0
48
hour
Pull-down limit temp
PLt
The calculated cutout temp for pulldown mustn't lower than this
limit to prevent freezing of product
0.0
-55.0
55.0
°C
Pull-down reduction temp Δt
Prt
This progressive temp value is used for calculating cutin temp and
cutout temp for Pull-down mode:
Pulldown-Cutin = NormalCutin - Δt * Hours
Pulldown-Cutout = NormalCutout - Δt * Hours
0.1
0.0
10.0
K
Defrost
dEF Main menu for Defrost settings
Defrost type
dFt
no: Defrost function is disabled
nAt: Natural defrost. time defrost
EL: Electrical heater
Hgd: Hot gas defrost
no
no
Hgd
Adaptive defrost
Add no: Defrost controlled by time
yES: Automatic defrost control activated
no
no
yES
Def terminate temp
dtt
Defrost stop temperature
6.0
0.0
25.0
°C
Def reset temp
drt
Defrost timer reset temperature
0-199: normal evaluation between evaporator/air temp and drt
200: disable drt function
5.0
0.0
200.0
°C
Def Min Interval
dii
Minimum Interval between defrost starts
6
1
96
hour
Def Max Interval
dAi
Maximum Interval between defrost starts
7
1
96
hour
Def Min Time
dit
Minimum defrost time
5
0
240
min
Def Max time
dAt
Maximum defrost time
30
0
480
min
Drip off time
dot
Drip off delay time
0
0
60
min
Fan delay after Defrost
Fdd Delay for fan start after defrost
0
0
600
sec
Fan start Temp
Ftd
Fan start temperature after defrost. it's based on evaporator
temperature.
This only applies if an evaporator temperature sensor is fitted
25.0
-25.0
25.0
°C
Defrost Fan on
dFA
Fan cutin during defrost
no
no
yES
Defrost on compressor time
dCt
no: Elapsed time
yES: Accumulated compressor run time
no
no
yES
Defrost by compressor
running time
doC Continuous compressor running can cause defrost
0: Deactived
0
0
24
hour
Defrost start evaporator
temperature
dEt
Defrost start trigger for adaptive defrost
-50.0
-50.0
0.0
°C
Defrost Δt
ddt
Defrost Δt compare with evporator temperature of first cut out
after defrost to trigger defrost start
5.0
0.0
30.0
K
Initial Defrost Interval
idi
First time defrost after power-up
3
0
96
hour
Initial Defrost Duration
idd
Determine defrost or not while startup by relay1 counter
0: Disable idi function
1-998: Normal evaluation between idd and relay 1 counter
999: idi is always enabled
100
0
999
cycle
Compressor
CoP Main menu for Compressor timer settings
Voltage protection
uPt
no: No voltage protection
yES: Voltage protection activated based on voltage related
settings
no
no
yES
Minimum Cutin voltage
uLi
Compressor must not be cut in if power supply goes lower than
0
0
270
Vac
Minimum cut-out voltage
uLo
Compressor must be cut out if power supply goes lower than
0
0
270
Vac
Maximum voltage
uHi
Maximum supply voltage for the compressor to postpone startup
or stop at
270
0
270
Vac
Sensor Error Type
EHd
no: No sensor error handling
SEt: In case of control sensor error, follow error run/stop time
Aut: Automatical Sensor error handling
no
no
Aut
Error run time
Ert
Run time for compressor in case of control probe error
0
0
60
min
Error stop time
ESt
Stop time for compressor in case of control probe error
1
0
60
min
Min Stop time
CSt
Minimum OFF time for compressor
2
0
30
min
Min run time
Crt
Minimum ON time for compressor
0
0
30
min
Max Off time
Cot
Maximum OFF time for compressor
0
0
480
min
Compressor door open delay
Cdd Door open delay to stop compressor
0: Disable
0
0
15
min
System resume after door
open
Srt
Fan and Compressor resume after cut out by door open
0: Disable
0
0
60
min
Power On Delay
Pod Delay time from power on until the outputs are activated
300
0
300
Sec
Power-on temperature
Pot
If Air temperature at power up is higher than this, power on delay
is overruled
-100
-100
200
°C
Condenser
Protection
Con Blocked condenser protection.
Condenser Alarm Limit
CAL Alarm limit for condenser temperature
Available only if condensor sensor is attached / assigned
80
0
200
°C
Condenser Block Limit
CbL
Stop limit. If this temperature is exceeded, compressor must be
stopped
Available only if condensor sensor is attached/assigned
85
0
200
°C
Condenser OK limit
CoL
OK limit. Compressor is allowed to start again if the condenser
temperature is lower than this temperature
Available only if condensor sensor is attached / assigned
60
0
200
°C
Condenser Low Temp. Limit
CLL
Low limit. Compressor is not allowed to start if the condenser
temperature is lower than this temperature
Available only if condensor sensor is attached / assigned
-5
-100
20
°C
Display
diS Display settings
Display intensity auto control
diC
no: Display intensity use fixed value
yES: Display intensity controlled automaticlly by ambient light
no
no
yES
Display Intensity
din
Normal Intensity of display when no ambient light sensor is
attached
Minimum intensity when ambient light sensor is attached
10
2
10
Menu
Parameter name
Menu
code Description
Def
Min
Max Unit Current
setting
Display Unit
CFu C: Celsius
F: Fahrenheit
-C
-C
-F
Temp sensor to display
trS
SCo: Temperature control
EuA: Evaporator temperture
Con: Condenser temperature (Condenser cleaning)
AuS: Only for showing on display
SCo
SCo
AuS
Display Resolution
rES
0.1: Decimal with 0.1 degree resolution
0.5: Decimal with 0.5 degree resolution
1: Integers
0.1
0.1
1
Display Range Limit
rLt
no: Disabled. display is allowed to go outside of
’ThSP - diF*SPr ~ ThSP + diF* (1 - SPr)’
yES: Enabled. display is not allowed to go outside of
’ThSP - diF*SPr ~ ThSP + diF*(1 - SPr)'
no
no
yES
Display Delay
ddL Time-constant for averaging of temperature at display
Temp value reaches 100 % when 5 * ddL expires
0
0
10
min
Display Offset
doF Correction for bad sensor placement. Value at 0 °C
0.0
-10.0
10.0
K
Lock-time After defrost
dLt
In order not to show a rising temperature during defrosting, the
displayed temperature is locked at the temperature shown at the
start of the defrost cycle for the number of minutes set in this
parameter
0: No lock
15
0
60
min
Show Economy/Night Mode
SEC
no: "ECo" and "ngt" will not be showed for Economy / Night Mode
yES: "ECo" or "ngt" will be displayed through whole
Economy / Night Mode
no
no
yES
Show Pull Down
SSC
no: "SC" will not be showed for Pull down state
yES: "SC" will be displayed through whole Pull down state
no
no
yES
Show Holiday
SHo no: Display will show temperature or ECO mode during holiday mode
yES: Display will show "HoL" during holiday mode
no
no
yES
Show Defrost
SdF
no: Display will show temperature during defrost
yES: Display will show dEF during defrost
yES
no
yES
Show compressor symbol
SCS
no: Compressor symbol will not show on display
yES: Show compressor symbol on display
yES
no
yES
Show Fan symbol
SFS
no: Fan symbol will not show on display
yES: Show fan symbol on display
yES
no
yES
Show Defrost symbol
SdS
no: Defrost symbol will not show on display
yES: Show defrost symbol on display
yES
no
yES
Show ECO symbol
SES
no: ECO symbol will not show on display
yES: Show ECO symbol on display
yES
no
yES
Alarm
ALA Main menu for alarm settings
High Temp Alarm
HAt High alarm limit
15.0 -100.0 200.0
°C
Low Temp Alarm
LAt
Low alarm limit
-50.0 -100.0 200.0
°C
High Alarm delay
Htd
Alarm delay time for high-temperature alarm
30
0
240
min
Low Alarm delay
Ltd
Alarm delay time for low-temperature alarm
0
0
240
min
Pulldown delay
Pdd Alarm delay time during & after defrost and after power up
(Only for high-temp. alarm)
240
0
960
min
Door Open delay
dod Alarm delay on open door Alarm
0: Disable
2
0
60
min
Voltage alarm
uAL no: No voltage alarm
yES: Voltage alarm activated
no
no
yES
Leakage alarm
LEA
Leakage detection for compressor protection
0: Disable
0
0
96
hour
Alarm Buzzer Duration
Abd
0: Buzzer is off
[0. 999]: Buzzer will continue for the time set by the parameter
in minutes in which process the sound format is such as
IIIIIIII______________________IIIIIIIIII_____
999: Buzzer continues for ever with
IIIIIIIII______________________IIIIIIIIII__________ and so on
0
0
999
min
Auto Clearance of Alarm
ACA
no: Disable this function; alarm status will not disappear
automatically without acknowledge by user even if the alarm
recovers
yES: Enable this function; alarm status can change from active to
inactive automatically on condition that the alarm recovers
(Errors are always auto-clearance enabled)
yES
no
yES
Auto-
Heater
Control
AHC
Main menu for Street cooler settings
(Street-Cooler : Coolers placed in the street with frost
protection )
Automatic heater mode
enable
AuH yES: Heater will be active if air-temperature is too low
no: Normal operation
no
no
yES
Energy mode delay
End Delay between heater and compressor operation
60
0
360
min
Auto Heat set point
AHS Heater Set point: the set point of auto heating
2.0
-100.0 200.0
°C
Auto heat differential
AHd Thermostat differential for auto heatting
2.0
0.0
20.0
K
ECO
strategy
ECS Main menu for ECO strategy
ECO on / off
ECo Eco active or not
If no all other settings are not active
yES
no
yES
Door Actions
EdA Times of door action to trigger exiting ECO
(Only can be accessed by Danfoss)
1
1
10
Pir Actions
EPA
Times of PIR action to trigger exiting ECO
(Only can be accessed by Danfoss)
1
1
10
Action counter time
ECt
Door action or PIR action within action counter time can trigger
exiting ECO (Only can be accessed by Danfoss)
30
0
180
min
Door delay
Edd Door delay after door close to trigger entering ECO
(Only can be accessed by Danfoss)
180
0
180
min
Pir delay
EPd
PIR delay to trigger entering ECO
(Only can be accessed by Danfoss)
120
0
180
min
Shop Light Day
SLd
Shop light level during opening hours
When above this level ECO mode is canceled
Disabled if no light sensor connected/assigned
5
0
80
Shop Light Night
SLn
Shop light level during closing hours
When below this level ECO mode is enabled
Disabled if no light sensor connected/assigned
3
0
80
Time to pull down
tto
Time which ERC stay in ECO and holiday mode to decide to enter
Pull down or Serving mode
0
0
168
hour
Light Source delay on ECO
LSd
Time delay for light source to change from serving mode source
to ECO mode source
0
0
180
min
EWU active
on / off
Euu Enable or disable early wake up
yES
no
yES
Shop close hour
CLH Shop is assumed to be closed when staying in ECO mode longer
than shop close hour
6
0
24
hour
Early wake up time offset
ErL
Time of exiting ECO mode for next
day: Time of first activity to exit ECO mode - the Early wake-up time
0: Early wake up function disabled
120
0
240
min
Holiday Length
HoL
In case that no activity has been registered for a number of days
specified by the Holiday, the Early-wake-up is deactivated and the
cooler must stay in Holiday mode until activity is detected
72
0
999
hour
ECO manag.
ECA Main menu for ECO management
ECO Temperature Offset
Eto
If this offset is below zero, it means that Night mode will be
activated instead of ECO mode
4.0
-25.0
25.0
K
Holiday Temperature Offset
Hto
Increase or decrease of temperature with respect to normal mode
during Holiday mode
6.0
-25.0
25.0
K
ECO Differential
diE
Thermostat differential for ECO
2.0
0.0
10.0
K
ECO Fan on cycle
FoE
On time for fan during compressor off period in ECO mode
0
0
960
Sec
ECO Fan stop cycle
FSE
Off time for fan during compressor off period in ECO mode
0
0
960
Sec
ECO Cabinet light control
ELC
on: Always ON (Button is default to control light for all these options)
oFF: Always OFF
dor: Door sensor only
on
on
dor
Eco Light delay
ELd
Delay from shop light is turned on or off till mode shift is allowed
5
0
10
min
Assign.
ASi Assignment of inputs and outputs
MODBUS Safety
uSA no: MODBUS auto detection is enabled
yES: MODBUS communication is deactivaed
no
no
yES
Temp Adj. for S1
t1A
Adjust value for sensor1 before being used by application
0.0
-20.0
20.0
K
Temp Adj. for S2
t2A
Adjust value for sensor2 before being used by application
0.0
-20.0
20.0
K
Menu
Parameter name
Menu
code Description
Def
Min
Max Unit Current
setting
Temp Adj. for S3
t3A
Adjust value for sensor3 before being used by application
0.0
-20.0
20.0
K
Temp Adj. for S4
t4A
Adjust value for sensor4 before being used by application
0.0
-20.0
20.0
K
S1/S2/S3 Config
S1C
S2C
S3C
Sensor type used for sensor input 1/2/3
Stn: Standard NTC 5k @ 25 °C (EKS211) in Celsius
Htn: High temperature NTC 100k @ 25 °C in Celsius
Ldr: Light sensor(LDR). Luminens
dig: Digital input. On / Off
Stn
Stn
dig
S4 Config
S4C
Stn: Standard NTC 5k @ 25 °C (EKS211). in Celsius
Htn: High temperature NTC 100k @ 25 °C. in Celsius
Pt1: PT1000 sensor 1000K @ 0 °C. in Celsius
Ldr: Light sensor(LDR). Luminens
dig: Digital input. On / Off
Stn
Stn
dig
S1/S2/S3 Application
S1A
S2A
S3A
Select the function to be controlled via the Sensor 1 / 2 / 3
nC: Not connected
SCo: Temperature control
EuA: Evaporator temperture
Con: Condenser temperature (Condenser cleaning)
AuS: Only for showing temperature on display
Ldr: Light sensor(LDR). Luminens
ECo: External input to control ECO mode
doC: Door contact. Contact closed when door closed
doo: Door contact. Contact open when door closed
SCo
nC
doo
S4 Application
S4A
Select the function to be controlled via the Sensor 4 input
nC: Not connected
SCo: Temperature control
EuA: Evaporator temperture
Con: Condenser temperature (Condenser cleaning)
AuS: Only for showing temperature on display
Ldr: Light sensor (LDR). Luminens
ECo: External input to control ECO mode
doC: Door contact. Contact closed when door closed
doo: Door contact. Contact open when door closed
bt5: Button5
nC
nC
bt5
DI Config
diC
Select the function to be controlled via the digital I/O
non: Not used. (If communication is available depending on
MODBUS safety)
doC: Door contact. Contact closed when door closed
doo: Door contact. Contact open when door closed
ECo: External input to control ECO mode
Pir: Movement sensor (Passive infrared)
non
non
Pir
DO1 Config
o1C
CoP: Compressor (With ZeroCrossing)
PiC: Pilot compressor (No ZeroCrossing)
HEt: Inverse output. Heating application (With ZeroCrossing)
PiH: Pilot Heat relay (No ZeroCrossing)
CoP
CoP
PiH
DO2 Config
o2C
no: Not used
dEF: Electric defrost heater / Valve for hot gas
ALA: Alarm output
FAn: Fan control
Lig: Light control
dEF
0
Lig
DO3 Config
o3C Same as DO2 Config
FAn
0
Lig
DO4 Config
o4C Same as DO2 Config
Lig
0
Lig
Button 1 Short Config
b1C
b2C
b3C
Config of key 1 short. Lower left
noP: Not operating
tP: Increase Setpoint
tn: Decrease setpoint
ECo: Toggle Eco mode
Lig: Toggle light
dEF: Toggle defrost
SuP: Toggle Super-Cool /Pull-down
diP: Increase display intensity
din: Decrease display intensity
CFA: Toggle Celsius and Fahrenheit
noP
noP
CFA
Button 1 Long Config
b1L
b2L
b3L
Config of key 1 long. lower left
noP: Not operating
tP: Increase Setpoint
tn: Decrease setpoint
ECo: Toggle Eco mode
Lig: Toggle light
dEF: Toggle defrost
SuP: Toggle Super-Cool /Pull-down
diP: Increase display intensity
din: Decrease display intensity
CFA: Toggle Celsius and Fahrenheit
PoF: ERC power ON/OFF
HoL: Enter holiday mode
inF: Enter Info menu
PoF
noP
InF
Button 4 Short Config
b4C Config of key 4 short. Lower right. As key 1 short
tn
noP
CFA
Button 4 Long Config
b4L
Config of key 4 long. Lower right
noP: Not operating
tP: Increase Setpoint
tn: Decrease setpoint
tn: Decrease setpoint
ECo: Toggle Eco mode
Lig: Toggle light
dEF: Toggle defrost
SuP: Toggle Super-Cool /Pull-down
diP: Increase display intensity
din: Decrease display intensity
CFA: Toggle Celsius and Fahrenheit
PoF: ERC power ON/OFF
HoL: Enter holiday mode
Lig
noP
HoL
Button 5 Short Config
b5C
Config of key 5 short. Lower right
noP: Not operating
ECo: Toggle Eco mode
SuP: Toggle Super-Cool / Pull-down
Lig: Toggle light
dEF:Toggle defrost
noP
noP
dEF
Button 5 Long Config
b5L
Config of key 5 long. Lower right
noP: Not operating
ECo: Toggle Eco mode
SuP: Toggle Super-Cool / Pull-down
Lig: Toggle light
dEF: Toggle defrost
PoF: ERC power ON / OFF
HoL: Enter holiday mode
noP
noP
HoL
Pass-word level1
PS1
Shop owner
Most common parameters for instance real time clock. day / night
mode etc.
0: Disabled
0
0
999
Pass-word level2
PS2
Service technician
all parameters with read permission and possibility to change a
number of parameters like defrost, fan etc.
0: Disabled
0
0
999
Pass-word level3
PS3
OEM Customer
All parameters read and write permission. But with some
restriction to for instance reset statictical information
0: Disabled
0
0
999
Danfoss can accept no responsibility for possible errors in catalogues, brochures and other printed material. Danfoss reserves the right to alter its products without notice. This also applies to products
already on order provided that such alterations can be made without subsequent changes being necessary in specifications already agreed. All trademarks in this material are property of the property
of the respective companies. Danfoss and Danfoss logotype are trademarks of Danfoss A/S. All rights reserved.