Copy from the programming key
This function downloads a set of settings earlier saved in the controller. Select the
relevant number.
All settings except for Application (o61) and Address (o03) will be copied. When copy-
ing has started the display returns to o66. After two seconds you can move back into
the menu again and check whether the copying was satisfactory. Showing of a nega-
tive figure spells problems. See the significance in the Fault Message section.
Save as factory setting
With this setting you save the controller's actual settings as a new basic setting (the
earlier factory settings are overwritten).
Service
Temperature measured with S5 sensor
Status on DI1 input. on/1=closed
Temperature measured with S3 sensor
Status on night operation (on or off ) 1=closed
Temperature measured with S4 sensor
Thermostat temperature
Read the present regulation reference
Status on DI2 output. on/1=closed
Temperature shown on display
Measured temperature for alarm thermostat
* Status on relay for cooling
* Status on relay for fan
* Status on relay for defrost
* Status on relay for railheat
* Status on relay for alarm
* Status on relay for light
*) Not all items will be shown. Only the function belonging to the selected applica-
tion is shown.
EKC 202D
Manual RS8EE202 © Danfoss 08-2010
o66
-
o67
-
- - - Night Setback
0=Day
1=Night
Service
u09
S5 temp.
u10
DI1 status
u12
S3 air temp
u13
Night Cond.
u16
S4 air temp
u17
Ther. air
u28
Temp. ref.
u37
DI2 status
u56
Display air
u57
Alarm air
u58
Comp1/LLSV
u59
Fan relay
u60
Def. relay
u61
Railh. relay
u62
Alarm relay
u63
Light relay
13
Need help?
Do you have a question about the EKC 202D and is the answer not in the manual?
Questions and answers
Is there a possibility with the EKC 202D2 to correct the temperature sensor reading offset,
Yes, the Danfoss EKC 202D can correct the temperature sensor reading offset. This is done using the parameters r09 and r10, which allow for the correction of the signal from sensors S4 and S3, respectively. Both parameters have a correction range of -10.0 K to 10.0 K.
This answer is automatically generated