Product Overview

© Danfoss | DCS | 2019.04
Data sheet | Superheat controller type EKE 1A, EKE 1B, EKE 1C
DKRCC.PD.RS0.A4.02 | 79
Group Par. name Unit PNU Par. scale Default Par. min. Par. max. Access Locked by mainswitch EEPROM Remark
IO conguration
Analogue Input
I020 AI1 conguration 1B/1C 3098 1 0 0 2 RW
0 = Not Used | 1 = S3 | 2 = S4
I021 AI4 conguration 1C 3099 1 0 0 2 RW
0 = Not Used | 1 = ExtRef | 2 = pc
I022 AI5 conguration 1C 3100 1 0 0 2 RW
0 = Not Used | 1 = S3 | 2 = S4
I080 AI4 conguration 1A/1B 3260 1 0 0 1 RW
0 = Not Used | 1 = ExtRef
Digital Input
O002 DI1 conguration 1B/C 3101 1 1 0 1 RW
0 = Bus->Start/Stop | 1 = Main Switch
O022 DI2 conguration 3102 1 0 0 3 RW
0 = Not Used | 1 = Defrost Start | 2 =
Preset OD | 3 = Heat/Cool
O037 DI3 conguration 3103 1 0 0 3 RW
0 = Not Used | 1 = Defrost Start | 2 =
Preset OD | 3 = Heat/Cool
Digital Output O013 DO1 conguration 3104 1 0 0 2 RW
0 = Alarm | 1 = LLSV | 2 = Max. cap
Sensor conguration
Temperature sensor
type
I040 S2 sensor conguration 1C 3105 1 0 0 6 RW
0 = Not dened | 1 = EKS 221 | 2 =
ACCPBT NTC10K | 3 = MBT 153 10K | 4
= 112CP | 5 = Bus Shared | 6 = AKS
I081 S2 sensor conguration 1B 3266 1 0 0 5 RW
0 = Not dened | 1 = EKS 221 | 2 =
ACCPBT NTC10K | 3 = MBT 153 10K | 4
= 112CP | 5 = Bus Shared
I082 S2 sensor conguration 1A 3268 1 0 0 4 RW
0 = Not dened | 1 = EKS 221 | 2 =
ACCPBT NTC10K | 3 = MBT 153 10K |
4 = 112CP
I041 S3 sensor conguration 1C 3106 1 0 0 6 RW
0 = Not dened | 1 = EKS 221 | 2 =
ACCPBT NTC10K | 3 = MBT 153 10K | 4
= 112CP | 5 = Bus Shared | 6 = AKS
I083 S3 sensor conguration 1B 3264 1 0 0 5 RW
0 = Not dened | 1 = EKS 221 | 2 =
ACCPBT NTC10K | 3 = MBT 153 10K | 4
= 112CP | 5 = Bus Shared
I042 S4 sensor conguration 1C 3107 1 0 0 6 RW
0 = Not dened | 1 = EKS 221
| 2 = ACCPBT NTC10K | 3 = MBT 153
10K | 4 = 112CP | 5 = Bus Shared
| 6 = AKS
I084 S4 sensor conguration 1B 3262 1 0 0 5 RW
0 = Not dened | 1 = EKS 221 | 2 =
ACCPBT NTC10K | 3 = MBT 153 10K | 4
= 112CP | 5 = Bus Shared
Pe and Pc Pressure
transmitter
I043 Pe transmitter
conguration 1C
3108 1 0 0 14 RW
0 = Not dened | 1 = AKS 32R | 2 =
ACCPBP Ratio | 3 = 112CP | 4 = OEM
Ratio | 5 = NSK | 6 = AKS 32 1-5V | 7
= OEM Voltage | 8 = Bus shared | 9 =
AKS 32 1-6V | 10 = AKS 32 0-10V | 11
= AKS 33 | 12 = XSK | 13 = ACCPBP
Current | 14 = OEM Current
I085 Pe transmitter
conguration 1B
3270 1 0 0 8 RW
0 = Not dened | 1 = AKS 32R | 2 =
ACCPBP Ratio | 3 = 112CP | 4 = OEM
Ratio | 5 = NSK | 6 = AKS 32 1-5V | 7 =
OEM Voltage | 8 = Bus shared
I045 Pe ratio. low %
3109 1 10 3 97 RW
x
I046 Pe ratio high %
3110 1 90 3 97 RW
x
I047 Pe voltage low 1C V
3111 10 0 0 10 RW
x
I087 Pe voltage low 1A/1B V
3276 10 0 0 10 RW
x
I048 Pe voltage high 1C V
3112 10 10 0 10 RW
x
I088 Pe voltage high 1A/B V
3274 10 5 0 5 RW
x
I049 Pe current low mA
3113 10 4 0 20 RW
x
I050 Pe current high mA
3114 10 20 0 20 RW
x
O020 Pe transmitter min. barg
3115 10 -1 -1 12 RW
x
O021 Pe transmitter max. barg
3116 10 12 -1 200 RW
x
I044 Pc transmitter
conguration 1C
3117 1 0 0 14 RW
0 = Not dened | 1 = AKS 32R | 2 =
ACCPBP Ratio | 3 = 112CP | 4 = OEM
Ratio | 5 = NSK | 6 = AKS 32 1-5V | 7
= OEM Voltage | 8 = Bus shared | 9 =
AKS 32 1-6V | 10 = AKS 32 0-10V | 11
= AKS 33 | 12 = XSK | 13 = ACCPBP
Current | 14 = OEM Current
I023 Pc ratio. low %
3118 1 3 3 97 RW
x
I024 Pc ratio high %
3119 1 97 3 97 RW
x
I025 Pc voltage low V
3120 10 0 0 10 RW
x
I026 Pc voltage high V
3121 10 10 0 10 RW
x
I038 Pc current low mA
3122 10 4 0 20 RW
x
I039 Pc current high mA
3123 10 20 0 20 RW
x
O047 Pc transmitter min. barg
3124 10 -1 -1 0 RW
x
O048 Pc transmitter max barg
3125 10 34 1 200 RW
x