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User Guide  |  Liquid level controller, EKE 347 

© Danfoss | DCS (ADAP-KOOL®) | 2016-04

DKRCI.PD.RP0.A4.02 | 16

Label Parameter name

Min 

value

Max 

value

Default

Unit

Deci-

mals

Modbus 

PNU

Locked 

by main 

switch

EEPROM Enumeration

r12

Main switch

0

1

0

0

3001

NO

YES

0 = Off | 1 = On

R01

Liquid level setpoint

0

100

50

%

1

3002

NO

YES

N07

Operation Mode

0

2

0

0

3003

YES

YES

0 = Master | 1 = Slave | 2 = IO

a02

Lower level limit

0

100

15

%

0

3004

NO

YES

a01

Upper level limit

0

100

85

%

0

3005

NO

YES

a07

Level alarm mode

0

1

0

0

3006

NO

YES

0 = Time | 1 = Hysteresis

a04

Lower delay

0

999

10

s

0

3007

NO

YES

a03

Upper delay

0

999

50

s

0

3008

NO

YES

a06

Lower level hysteresis

0

20

3

%

1

3009

NO

YES

a05

Upper level hysteresis

0

20

5

%

1

3010

NO

YES

a08

Function common alarm

0

3

0

0

3011

NO

YES

0 = Not follow | 1 = Follow up | 2 = Fol-

low low | 3 = Follow all

a12

Oscillation detect band

0

100

100

%

0

3012

NO

YES

a13

Oscillation detect timeout

2

30

20

min

0

3013

NO

YES

a25

Force pump OFF in stopped mode

0

1

0

0

3117

NO

YES

0 = Off | 1 = On

a14

IO Lower level limit

0

100

5

%

0

3101

NO

YES

a15

IO Upper level limit

0

100

95

%

0

3102

NO

YES

a16

IO Lower level hysteresis

0

20

3

%

1

3103

NO

YES

a17

IO Upper level hysteresis

0

20

3

%

1

3104

NO

YES

a18

IO Lower delay

0

999

10

s

0

3105

NO

YES

a19

IO Upper delay

0

999

50

s

0

3106

NO

YES

a20

IO Level limit

0

100

50

%

0

3107

NO

YES

a21

IO Level delay

0

999

10

s

0

3108

NO

YES

a22

IO Level hysteresis

0

20

3

1

3109

NO

YES

a23

IO Level action

0

1

0

0

3110

NO

YES

0 = Falling | 1 = Rising

N03

Control Method

0

2

2

0

3014

NO

YES

0 = On/off | 1 = P-ctrl | 2 = PI-ctrl

n35

Regulating principle

0

1

0

0

3015

NO

YES

0 = Low | 1 = High

n04

P-band 

5

200

30

%

1

3016

NO

YES

n05

Integration time Tn

60

600

400

s

0

3017

NO

YES

n34

Neutral zone

0

25

2

%

1

3018

NO

YES

N06

Difference

0,5

25

2

%

1

3019

NO

YES

n13

Period time for AKV/AKVA

3

15

6

s

1

3020

NO

YES

n33

Minimum OD

0

0

%

0

3021

NO

YES

n32

Maximum OD

1

100

100

%

0

3022

NO

YES

o11

Language

0

0

0

0

3023

YES

YES

0 = $ActiveLanguageList

o17

Output indication

0

1

0

0

3024

NO

YES

0 = Level | 1 = OD

K04

Login timeout

1

120

10

min

0

3025

NO

YES

K06

Backlight timeout

0

120

2

min

0

3026

NO

YES

o05

Password daily

0

999

100

0

3027

NO

YES

K02

Password service

0

999

200

0

3028

NO

YES

K03

Password commission

0

999

300

0

3029

NO

YES

K05

Contrast

0

100

40

%

0

3030

NO

YES

K01

Brightness

0

100

80

%

0

3031

NO

YES

I09

System configuration

0

4

0

0

3032

YES

YES

0 = ICAD+NC | 1 = ICAD | 2 = AKV/A+NC 

| 3 = AKV/A | 4 = NC only

o31

Level signal setup

0

3

0

0

3033

YES

YES

0 = AKS4100 | 1 = AKS41 | 2 = Current | 

3 = Voltage

o32

Voltage at low liquid level

0

0

V

1

3034

NO

YES

o33

Voltage at high liquid level

10

10

V

1

3035

NO

YES

I06

Current at low liquid level

0

4

mA

1

3036

NO

YES

I07

Current at high liquid level

20

20

mA

1

3037

NO

YES

o34

Valve position setup

0

2

0

0

3038

YES

YES

0 = Not used | 1 = Current | 2 = Voltage

I02

Voltage at closed valve position

0

0

V

1

3039

NO

YES

I03

Voltage at open valve position

10

10

V

1

3040

NO

YES

I04

Current at closed valve position

0

4

mA

1

3041

NO

YES

I05

Current at open valve position

20

20

mA

1

3042

NO

YES

I18

Common alarm setup

0

3

1

0

3043

YES

YES

0 = DO4 | 1 = High Alarm | 2 = DO3 | 3 

= Disp only

I08

Multiple valve setup

0

4

0

0

3044

YES

YES

0 = Not used | 1 = 2 same cap | 2 = 2 dif 

cap | 3 = 3 same cap | 4 = 3 dif cap

I13

Multiple valve pattern

0

1

0

0

3045

NO

YES

0 = Parallel | 1 = Sequence

I10

Valve A capacity

0

100

50

%

0

3046

YES

YES

Modbus parameters

Software version: 1.62.xx

Summary of Contents for EKE 347

Page 1: ...e the liquid flow to or from the reservoir Liquid level control Alarm if the set alarm limits are exceeded Relay outputs for upper and lower level lim its and for alarm level User friendly and easy se...

Page 2: ...ers to the EKE 347 Operation monitoring and data collection can then be performed via PLC from a SCADA system With the guided micro wave rod AKS 4100 4100U it is possible to set the refrigerant level...

Page 3: ...unctions in connection with the max permissible level Receiver condenser The control system s short reaction time makes it very suited for high pressure float systems with small refrigerant charges IC...

Page 4: ...alarm present and Upper level alarm off no alarm present Additional to the external connected alarm audio video sources a Bell symbol will flash in the upper right corner in case of an alarm To see m...

Page 5: ...wable parameters including password issuing and re run of Setup wizard Service level is for service personnel and has fewer rights than commissioning The lowest level is for Daily use and allows only...

Page 6: ...0 100 Display Language EN CN PT RU SP FR IT GER ARAB EN Output indication level OD Level Login timeout 1 120 min 10 min Backlight timeout 0 120 min 2 min Password daily 3 digit 0 999 100 Password serv...

Page 7: ...oller name Controller name Type in controller name Read Write Read only Alarm and error codes When detecting an alarm from external sources or the flashing bell in the display the alarm description ca...

Page 8: ...ing output Data communication MODBUS RTU Communication to system controller MODBUS on RS485 galvanic isolation 500 V d c CAN Communication to other EKE controllers Supported Modbus Commands Supported...

Page 9: ...Normally Closed 34 35 circuits The relay will switch according to the programmed setting 25 27 Relay for low level limit Installer can choose between Normally Open 26 27 or Normally Closed 25 26 circu...

Page 10: ...ay ModBUS 4 20 mA 24 V DC yellow blue orange ICAD 1st gen ICAD ICM feedback ICAD 2nd gen blue 24 V AC L N 1 2 3 yellow gray orange ICAD 1st gen pre 2010 ICAD 2nd gen 2010 yellow green brown brown whit...

Page 11: ...AC 20 15 VA 24 V DC 20 10 W Common Normally Open or Normally Closed Low Level Alarm Normally Open or Normally Closed High Level Alarm Normally Open or Normally Closed 37 29 28 27 26 25 36 35 34 33 32...

Page 12: ...F Application Open Close solenoid valve with coil 24 V 230V NO 4 NC 3 C 3 NO 3 NC 2 C 2 NO 2 NO 1 C 1 NC 1 POWER SUPPLY Voltage 24 230 V a c Connection examples AKS 4100 AKS 4100U Danfoss M84H0075_1 A...

Page 13: ...these options 2 valves with same capacity 2 valves with different capacity 3 valves with same capacity 3 valves with different capacity Multivalve Additionally the master must be programmed in IO conf...

Page 14: ...0 CAN H CAN L GND 15 16 17 18 Jumper 15 16 Jumper 15 16 D02 D03 D01 NC 2 C 2 NO 2 NC 3 C 3 NO 3 NO 1 C 1 NC 1 When more controllers are connected via CAN bus each end of the bus must be terminated wit...

Page 15: ...splay s software version has been checked check the display s settings as follows 1 Hold the Enter key and the X key down for 5 seconds until the Bios menu appears 2 Select the MCX selection menu Sele...

Page 16: ...ES 0 Low 1 High n04 P band 5 200 30 1 3016 NO YES n05 Integration time Tn 60 600 400 s 0 3017 NO YES n34 Neutral zone 0 25 2 1 3018 NO YES N06 Difference 0 5 25 2 1 3019 NO YES n13 Period time for AKV...

Page 17: ...tate 0 6 0 0 4001 YES NO 0 Powerup 1 Stop 2 Auto 3 Manual 4 Slave 5 IO 6 Safe u01 Actual level 0 100 0 1 4002 NO NO u02 Actual reference 0 100 0 1 4003 YES NO u24 Actual OD 0 100 0 1 4004 NO NO u33 Ac...

Page 18: ...material Danfoss reserves the right to alter its products without notice This also applies to products already on order provided that such alternations can be made without subsequential changes being...

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