Danfoss EKE 400 Data sheet

Data Sheet

vaporator and room control

E Type EKE 400

For industrial refrigeration applications

1

ppendix A

See A

2

Pulse Width Modulating valves like Danfoss type AKV or AKVA.

The EKE 400 controller is a dedicated controller

or evaporators typically used in industrial

f refrigeration applications. EKE 400 will be able to manage the complete operation in cooling and defrost mode.

Features:

• Approved and qualied b refrigeration applications

• One product covering multiple valve

congurations

• HMI includes wizard for easy setup

• Multiple EKE 400 can be interconnected for signal sharing via integrated CANBUS.

(defrost coordination etc.)

• Easy to connect to third party equipment like PL

C via integrated MODBUS

• EKE 400 can be connected to AK-SM 800 series

• EKE 400 is available without HMI to save cost

• One remote HMI can interface multiple EKE 400

• One EKE 400 cover both 24 V AC and 24 V DC

• One EKE 400 cover wide voltage and frequency range; 85 – 265 V AC, 50/60 Hz

• Flexible Analog input. Cover both Pt-1000/NTC temperature sensor and 4 – 20 mA / 1 – 5 V Pressure transmitter

• 2 Digital output out of 8 Digital output is solid state for PWM

• EKE 400 with HMI includes multilanguage suppor Spanish)

• International units supported. Metric and Imperial

• HMI will during setup, lter out irrelevant parameters or conversely, show parameters that are relevant based on earlier selection

(2)

(puls) valves

t (English, Chinese, Portuguese,

y Danfoss for

(1)

, temperature sharing

AI306444073210en-000801

Evaporator and room control, type EKE 400

Application

igure 1: EKE 400 without/with HMI

F

For industrial refrigeration applications the Danfoss EKE 400 can control the operation of the valves and the fans for ev

aporators to achieve optimal cooling mode and defrost sequence for an ecient, safe and trouble-free operation

of the evaporators, complying with IIAR

This means:

• Controls operation of the valves and the fans for each evaporator

• Controlling and optimizing defrost sequence and performance

• Applicable for defrosting ooded ev

• Supports various defrost methods: Hot gas defrost by pressure control or liquid drain, water/brine defrost, and electrical defrost.

• EKE 400 is using industry terminology in both the HMI feed line etc.)

(3)

safety recommendations for hot gas defrost.

aporators, including Ammonia and CO

(4)

in

terface and associated literature (wet return line, liquid

2

EKE 400 is available both with and without HMI. The HMI contains a graphical display and a six push button to operate and navigate through the menu system. A menu wizard will guide the user through basic conguration questions. Based on parameter selections, irrelevant parameters will be ltered out and minimize time at commissioning the EKE 400

As EKE 400 is a dedicated controller for industrial refrigeration it will have full support of Danfoss industrial refrigeration valves

(5)

:

• ICF valve station

• ICM motorized valve

(6)

• ICS servo valve with constant pressure control pilots like CVP

• OFV o

verow valve

• ICLX 2-step gas powered solenoid valve

• ICSH dual position solenoid valve

• ICFD Defrost module

• Various solenoid valves; EVRA, EVRAT, EVRS, EVRST, ICS with EVM, ICF with ICFE

Product function features

roduct function features

P

Examples of applications supported by EKE 400:

• Flooded ammonia/CO2/HCFC/HFC

• Direct expansion (DX) ammonia/CO2/ HCFC/HFC

• Superheat Control by

◦ Fixed Superheat reference ◦ Load dened r ◦ Minimum Stable Superheat (MSS)

eference (LoadAP)

3

International Institute of Ammonia Refrigeration

4

Human Machine Interface (HMI) is the interface between the EKE 400 controller and the user.

5

Competitors valves may be used with EKE 400.

6

EKE 400 can support: ETS 6, ETS, KVS, ETS Colibri®, KVS Colibri®, CTR, CCMT valves. See A

ppendix B

AI306444073210en-000801 | 2

Evaporator and room control, type EKE 400

• Modulating Thermostat (MTR) or simple ON/OFF

• Media temperature control of suction line valve with motorized valve (Danfoss type ICM/ICAD or similar)

• Media temperature control of suction line valve with servo valve (Danfoss type ICS/CVE/ICAD or similar)

• Pressure control of suction line valve with motorized valve (Danfoss type ICM/ICAD or similar)

• Pressure control of suction line valve with servo valve (Danfoss type ICS/CVE/ICAD or similar)

• Modulating Thermostat (MTR) by modulating the valve (Danfoss type AKV/AKVA) or similar in the liquid line

• Defrost

• Support of Multiple Defrost methods

◦ Hot Gas defrost by pressure ◦ Hot Gas defrost by liquid drain ◦ Defrost by water or brine ◦ Individual defrost schedules by single weekdays, Saturdays and Sundays

• Defrost start

◦ Defrost start by PLC via MODBUS or Digital Input ◦ Defrost start by time interval (time since last defrost start) ◦ Defrost start according to accumulated cooling time ◦ Defrost start via defrost schedules and Real Time Clock (RTC) ◦ Forced manual defrost via HMI or by PLC via MODBUS

• Defrost stop

◦ Defrost stop on time duration ◦ Defrost stop on temperature

• Separate Drip tray control (separate from main Hot Gas valve)

• Emergency cooling - failsafe operation

• Safe startup after power failure

• Product temperature alarm option

ABCDEFG

H

Soft-opening

CHV

EVRST

ICSH

ICLX

ICF

ICFE

ICFSICFR

ICFF

ICFC

ICFW

ICFD

ICF

ICFS

ICFE

ICFS

CHV

ICS

ICLX

EVM

ICF

ICFE

ICFSICFR

ICFF

ICFC

ICFW

ICF

ICFS

ICFE

ICFD

ICS

EVM

Soft-opening

CHV

EVRST

ICSH

ICLX

EVM

CVP

ICS

ICF

ICFE

ICFSICFR

ICFF

ICFC

ICFW

CHV

ICS

ICLX

EVM

ICF

I

CFE

ICFSICFR

ICFF

ICFC

ICFW

EVM

CVP

ICS

EVM

A

B B

C C

A

D D

A A

E E

F F

G G

H H

Danfoss

80G8136

Soft opening

Evaporator

Drip tray

Wet return line

Defrost drain line

Liquid feed line

Hot gas defrost line

Drip tray line

Evaporator and room control, type EKE 400

Figure 2: Flowchart

AI306444073210en-000801 | 4

Danfoss

80G8231

Evaporator and room control, type EKE 400

DX and Hot gas defrost

X and Hot gas defrost

D

EKE 400 oers the possibility to control DX applications and combine with Hot gas defrost across all the possible valves available. E.g. EKE 400 can support DX and CO2, combined with Hot gas defrost with ICF valve stations.

Figure 3: Application sketch

Evaporator and room control, type EKE 400

MTR (Modulating TheRmostat) in Liquid Line Flooded systems

TR (Modulating TheRmostat) in Liquid Line Flooded systems

M

As for DX systems, EKE 400 has an adapted function of MTR also for ooded systems. Selecting this function, EKE 400 wil be able to control the room temperature much more accurate than a traditional ON/OFF temperature control. EKE 400 will also equalize the load on the system to get better operating conditions. MTR requires PWM (Pulse Width Modulating) valves like Danfoss type AKV or AKVA in the liquid line. Typical industrial applications with the refrigerant Ammonia or CO2 is in scope.

Figure 4: MTR in Liquid line ooded systems

Media temperature and pressure control - suction line

M

edia temperature and pressure control - suction line

EKE 400 will be able to control valves in the wet suction return line. The control mode can be either temperature or pressure. Support of Danfoss Industrial Refrigeration Valves like ICM with ICAD and ICS/CVE/ICAD can be combined with multiple defrost methods, including Hot Gas.

Figure 5: Media temperature and pressure control - suction line

(7)

7

Same basic media temperature functions as in EKC 361, but with updated and optimized algorithm. See A

ppendix C

AI306444073210en-000801 | 6

Home Active alarms Old Alarms reset

Observe: Text examples only

Controller info

From any status screen press ENTER f

or 2 sec. to access main menu

Press ESCAPE to go back to status Press UP to decrease digit Press DOWN to increase digit

Press ENTER to login

Press LEFT / RIGHT to go to next / previous digit

Press ESCAPE to go one lev

el back

Parameter

Password level

Functions

Password level 0

Level 0 will only allow to see the screens: "Status screen 1", "Active alarms", "Alarm Reset" and "Controller info"

G07

Password level 1

Level 1 will give access to see all parameters and sub menus, but no settings can be changed.

G08

Password level 2

Enter password for level 2 access. Level 1 will give access to see all parameters and sub menus. Some settings can changed

.

G09

Password level 3

Enter password for level 3 access. Level 1 will give access to see all parameters and sub menus. All settings can changed

.

Evaporator and room control, type EKE 400

Product specication

Basic operation

asic operation: Conguration and daily operation of EKE 400 is done via the built-in HMI or via a remote

B

connected HMI. The display supports multiple languages and engineering units.

Status screens: Get an overview of how the system is running in the status screens. Use the LEFT / RIGHT buttons to view the status screens.

Figure 6: Status screen

Password

ee EKE 400 Wizard, Parameterlist, for further details further details on Password levels and user rights

S

Table 1: Password level

Conguration

f the I/O conguration can not be met, after the Wizard is completed, a warning will be displayed

I

Go to IO c

onguration or IO status and go through Digital output/input and Analog output/input

AI306444073210en-000801 | 7

Danfoss

80G8010

Evaporator and room control, type EKE 400

Identify the IO with and exclamation mark “!” and recongure it.

Setup overview

T

here are two ways in which the controller can be set up:

Wizard

• Here you will be led through a series of selected parameters that are commonly needed to be c start up. This will also mean faster setup for many applications.

• Please observe, that some parameters not included in the Wizard may still need to be congured. this must then be done from the complete Parameter list

Parameter list

• Here a complete list of all parameters can be found

ongured at every

perating principles:

O

1.

Select position using arrow keys

2.

Select using “Enter”

3.

Use the “X” to return

Figure 7: EKE 400

AI306444073210en-000801 | 8

ABC

A B C

Hold “Enter” down for 2 seconds to come to password entry

The default password upon delivery is 300. Use the arrow keys to set the password. End by pressing “Enter”

Select a set-up method. End by pressing “Enter”

Danfoss

80G8223

Actual Cutout

Therm. setpoint

Actual Cutin

Control temp

Therm. Neutral zone

Evaporator and room control, type EKE 400

Figure 8: Start screen upon delivery

Temperature control

F

igure 9: Temperature control

For ON/OFF thermostat and F

looded and DX application

One, two or three temperatures sensors, normally located in the cool room, can be connected to EKE 400. The number of sensors depends normally on the size of the room.

AI306444073210en-000801 | 9

Temperature

Valve OD

SH

Time

Temp setpoint

(T04)

SH ref

Danfoss

80G8224

Evaporator and room control, type EKE 400

If more than one temperature sensor have been selected, then the thermostat function can be selected to control

emperature from the average or the highest temperature from the temperature sensors.

t

A Temperature setpoint (T04) and a Neutral zone(T05) are entered in EKE 400. Neutral zone divided by 2 will give Cut-in and Cut-out temperature of the thermostat, normally the liquid line valve ON/OFF.

Modulating thermostat (MTR)

DX only Observe: The MTR function must not be enabled in a system containing only 1 evaporator

Modulating thermostat (MTR regulation maintains a more constant temperature and also equalize the load on the system to get better operating conditions:

• Each of the individual evaporator sections is controlled individually using a modulating thermostat function.

• A Temperature setpoint (T04) and a Neutral zone(T05) must be set as with an ON/OFF thermostat.

TR is modulating the cooling capacity to match the cooling demand.

M

In the pull-down phase then the temperature is well above the MTR set point cooling capacity is at maximum and superheat is controlled to be on superheat reference. When temperature is getting close to the MTR reference (typical 4 K) the cooling capacity gradually reduce so that the temperature can be stable on the MTR reference.

The MTR reference is dened by Temperature setpoint (T04).

Figure 10: Modulating thermostat

Superheat reference calculation methods

n superheat mode the controller will control the superheat to be stable and closer to the superheat reference. This

I will give the optimal utilization of heat exchanger and thereby maximum cooling capacity. If superheat is too low, the ow in the expansion is decreased and superheat will be higher.

AI306444073210en-000801 | 10

Danfoss

80G8225

TT

P

S2

TT, S2

P

Pt1000 temperature sensor

Pressure transmitter

Danfoss

80G8226

EKE oper

ating

envelope

Pressure (P)

Enthalpy (H)

Superheat r

eference

Evaporator and room control, type EKE 400

Figure 11: Actual superheat = S2 - T0

P can be display

ed in [Bar] or [psi]. It a refrigerant has been entered in parameter “r20,Refrigerant“ then the calculated evaporating temperature, converted from the pressure transmitter, is called T0 (or Te).

Superheat reference can be calculated based on following 3 dierent methods:

MSS (Minimum Stable Superheat)

The superheat control algorithm will attempt to regulate the superheat down to the lowest stable value between the minimum superheat setting, “Min SH” and the maximum superheat setting, “Max. SH”.

LoadAP Superheat

LoadAP is an abbreviation of “load dened reference”. LoadAP will adjust reference to be higher if load is higher. Load is indicated by the OD of valve. LoadAP is a kind of preprogrammed MSS curve. This method will give a robust SH reference and can in many cases be the best t for systems.

Fixed Superheat

This feature is used in a system where a stable xed superheat is required.

• MSS - Parameter N01, SH ref. mode is set to: Adaptive SH ctrl

• LoadAP - Parameter N01, SH ref. mode is set to: Load dened c

trl

• Fixed Superheat - Parameter N01, SH ref. mode is set to: Fixed SH ref.

Figure 12: Superheat reference

AI306444073210en-000801 | 11

Danfoss

84B1488

100 %

Qo

Unstable r

e

g

ion

(wet)

10 %

Superheat

Danfoss MSS

Danfoss LoadAP

Fixed SH, 3rd party SH control

Danfoss

84B1487

100 %

10 %

40 %

Superheat

Q o

Un

stable r

egion

(wet)

Stable

r

egion (dry)

Min. SH Max. SH

Danfoss MSS

Evaporator and room control, type EKE 400

Figure 13: Comparison between SH reference

MSS

he controller will search for the minimum stable superheat between an upper and lower boundary. If the

T superheat has been stable for a period, the superheat reference is decreased. If the superheat becomes unstable. the reference is raised again. This process continues as long as the superheat is within the bounds set by the user. The purpose of this is to search for the lowest possible superheat that can be obtained while still maintaining a stable system.

Figure 14: MSS

MSS PI controller is made up of 3 parts:

• a stability set point

• the variant from the Te signal

• actual superheat reference

T

he stability set point is given from the “user”. The variants from the T0 signal is used to allow for increased instability if the T0 signal is unstable. Finally the part from the actual superheat allows for more instability at higher superheat references than at lower references.

The superheat reference SH ref is adaptive and adjusted. When using this form of control, there are three settings that have major eect on this mode of control. These are Min. SH, Max. SH and SH close parameters.

AI306444073210en-000801 | 12

Danfoss

80G8227

Start time

Min start

time

The Pctrl is active in

the min star

t time and

until SH cross the

reference

SH

SH ref

Danfoss

80G8228

Start time

Min start

time

The Pctrl is active until

the star

t time if SH

does not get below

reference

SH

SH ref

Parameter

Function

Description

R01

Evaparator control mode

2 = DX control

N01

SH reference mode

2 = Adaptive SH ctrl.

N03

SH max. value

Max. allowed SH reference

N04

SH min. value

Min. allowed SH reference Note: SH min. value must be >0.5K higher than SH close value, if N09 = 1

N18

MSS stability

Stablility factor for regulation of superheat, only relevant for MSS. With a higher value the control func

tion will allow a greater uctuation of the superheat before the reference is changed.

N19

MSS T0 stability factor

Only relevant for MSS. T0 stability factor denes if v

ariation in suction pressure will inuence superheat reference. The SH reference change can be adjusted by setting the value 0 to 1 (1 = max T0 inuence and S2, 0 = S2 only). With often change in suction pressure due to compressor start/ stop, some T0 (and S2) inuence on MSS is recommended.

N09

SH close function

0 = O

 | 1 = On, default = 1

N10

SH close setpoint

Default value = 2 K (recommended)

Evaporator and room control, type EKE 400

Where to use:

MSS is a benet f

or systems with a long runtime and slow changing conditions like cold rooms, display cases and chillers. Short cycling and system with fast changing operation condition will not benet from MSS as this feature will take time to nd the optimal reference. Adaption to a new set point is approx. 15 min.

Table 2: Functions

Start up

ometimes in one to one applications. the valve does not open suciently on start-up and troublesome low-

S pressure trips happen. The following features allows the valve to open faster as well as to reach the optimal operating conditions quickly.

Proportional (P) control N20, Startup Mode=0

P-control function quickly stabilize the system's superheat by reaching optimal operating conditions in shorter period of time. The controller is programmed for auto proportional control that will quickly change the opening degree based on evaporating temperature and superheat of the system.

Figure 15: SH reference

Figure 16: SH reference

Predened OD with protection N20, Startup Mode=1

After startup, this function will provide a start opening degree during a set time period. If the limiters, the valve will do the auto adjustment based on the operating conditions and the set limitations.

AI306444073210en-000801 | 13

Danfoss

80G8229

Auto control

Forced opening of valve

Auto adjust

v

alve OD%

Valve OD%

Reg. OD%

Forced OD% Normal Reg.

Time for start

Start up time

Start up OD%

(M

inimum)

OD%

Start

Danfoss

80G8230

Auto control

Forced opening of valve

Valve OD%

Forced OD% Normal Reg.

Time for start

Start up time

Start up OD%

OD%

Start

Evaporator and room control, type EKE 400

Figure 17: P

redened OD with protection N20

 NOTE:

A

t start up. if the valve is opened too much, it could result in ow of liquid in the compressor or could trigger the HP switch which will stop the system. Whereas if you start the system with too low opening degree. it could also stop the system because of the low-pressure switch cut in. It will be safe to start the system with approximately 50% OD of the valve at start up, if P-control is not being used.

Predened OD without protection N20, Startup Mode=2

After startup, this function will provide a constant opening degree during a set time period regardless of the superheat value. No limiters are taken in consideration during this time.

Figure 18: Predened OD without protection N20

DX with defrost by Hot Gas, and the Defrost Drain Line connected to the receiver

n a DX application, with Hot Gas defrost and the Defrost Drain Line connected to the receiver, the EKE 400 can

I provide a function to manage the valve in the main Hot Gas line. See Figure 19 and Figure 20.

If the Defrost Drain Line is connected to the Liquid receiver it is possible to control the valve in the main HG line from EKE 400. The purpose of the valve in the main Hot Gas line (e.g. Danfoss type ICS with EVM (SI-port) and a CVPP (P-port)) is to build up pressure in the Hot Gas line to the receiver during defrost. I.e. once the EVM is energized then pressure is built up in the Hot Gas line to the receiver via the CVPP.

The EVM can be controlled from the EKE 400. See sketch below: The parameter: D08, Def. seq. status on DO, must be set to: Yes The assigned DO (DO1 to DO8) must be connected to the EVM on the ICS with CVPP in the main Hot Gas line.

AI306444073210en-000801 | 14

Danfoss

80G8231

Danfoss

80G8232

Evaporator and room control, type EKE 400

Figure 19: Application sketch

Figure 20: Application sketch

Label ID

(1)

Parameter name

Description and selection options

Min.

Max.

Factory setting

QS

Select quick setting

Select most common type of applications

S

electing one of below application will then preselect valves the actual appliction

in question. See Table 2

1: Flooded On/O: Flooded, Thermostat ON/FF with Hotgas Defrost by pressure or Liquid drain 2: Dx On/O: DX with Hotgas Defrost by pressure or Liquid drain 3: Flooded Mod WR ctrl: Flooded, Wet Return line control (pressure) Defrost by pressure or Liquid drain 5: PWM mod.ood: PWM Modulating Thermostat (MTR) in Liquid Line. Flooded systems 6: EKC315A replace: Retrot/upgrade from EKC 315A to EKE 400 7: EKC361 replace: Retrot/upgrade from EKC 361 to EKE 400 0: User dened; Means that if none of the applications 1 to 7, match - then select User dened and continue to complete the wizard

070

P01

Display unit

0:ME

T: Metric units - Celsius (°C) and Kelvin (°K)

1:IMP: Imperial units - Fahrenheit (°F) and Rankine (°R)

010=MET

R01

Evap. ctrl mode

Evaporator control mode:

-1:None 0:F

lood. evap. On/O

2: DX control

-120=Flood. evap. On/O



D1A

Defrost method

Select the defrost method

0: No defr

ost: No defrost function 1: Hot gas: Defrost done by Hot gas 2:Electrical, water or air defrost (air defrost in rooms with temperature higher than 0 °C (32 °F))

021=Hot gas

T01

Ther. mode

Select thermostat control mode

1: I

ndividual On/O 3: Mod WR ctrl: MTC (Media Temperature Control) in Wet Return line 5: Pwm mod.ood.: Modulating Thermostat (MTR) in Liquid Line. Flooded systems

151=Individual On/O



R04

Mod WR ctrl. Mode

Select the mode for MTC (Media Temperature Control) in Wet Return line

0: T

emp room const.: Temperature control

1: Press.evap const. evap.: Pressure control

010=Temp room cons

R20

Refrigerant

Select Refrigerant

0: not used;1: R12;2: R22;3: R134a;4: R502;5: R717;6: R13;7: R13B1;8: R23;9: R500;10: R503;11: R114;12: R142b;13: U

ser;14:R32;15:R227ea;16: R401A;17: R507A;18: R402A;19: R404A;20: R407C;21: R407A;22: R407B;23: R410A;24: R170;25: R290;26: R600;27: R600a;28: R744;29: R1270;30: R417A;31: R422A;32: R413A;33: R422D;34: R427A;35: R438A;36: R513A;37: R407F;38: R1234zeE;39: R1234yf;40: R448A;41: R449A;42: R452A;43: R450A;44: R452B;45: R454B;46:R1233zdE;47: R1234zeZ;48: R449B;49: R407H;

0490=Not used

R2A

Liq. feed line valve

Select type of valves in Liquid feed line

1: S

olenoid (ICFE): ON/OFF Solenoid ICF 20 Valve station 2: Solenoid (ICS): ON/OFF Solenoid ICS with EVM pilot 3: Solenoid (ICM): Motorized ICM, as slow opening/closing ON/OF valve. Occupy 1 DO

131=Solenoid (ICFE)

R2B

Liq. feed line valve DX

Select Liquid feed line valve for DX

4: AK

V: AKV or AKVA. Occupy 1 DO. DO5 or DO6 must be assigned 5: AKV + Solenoid: AKV or AKVA (Occupy 1 DO. DO5 or DO6 must be assigned) + Solenoid (Occupy 1 DO) 6: Mod ICM; Modulating motorized ICM. Occupy 1 AO 7: Mod ICM + solenoid: Modulating motorized ICM (Occupy 1 AO) + Solenoid (Occupy 1 DO)

474=AKV

R2C

Liq. feed line valve PWM

Select Liquid feed line valve for Modulating Thermostat (MTR) Flooded sy

stems

4: AKV: AKV or AKVA. Occupy 1 DO. DO5 or DO6 must be assigned 5: AKV + Solenoid: AKV or AKVA (Occupy 1 DO. DO5 or DO6 must be assigned) + Solenoid (Occupy 1 DO)

454=AKV

Evaporator and room control, type EKE 400

EKE 400 Wizard

Table 3: EKE 400 Wizard

AI306444073210en-000801 | 16

Label ID

(1)

Parameter name

Description and selection options

Min.

Max.

Factory setting

D3A

Wet return line val.

Select type of valves in Wet return suction line

0: No V

alve 1: Soft (ICS+EVRST): Dual position individual solenoid valves. Occupy 2 DO 2: Soft (ICSH): Dual position solenoid valve. Occupy 2 DO 3: Soft (ICLX): 2-step gas powered solenoid valve. Occupy 1 DO 4: Solenoid (ICS):ON/OFF Solenoid ICS with EVM pilot 5: Solenoid (ICM):Motorized ICM, as slow opening/closing ON/OF valve. Occupy 1 DO 6: Slow (ICM): Motorized ICM, as slow opening/closing modulating valve. Occupy 1 AO

063=Soft (ICLX)

D3C

Wet return line val.

Select type of valves in Wet return line

7: M

od (ICM): Modulating Motorized ICM 8: Mod+PE (ICM+EVRST): Modulating Motorized ICM with pressure Equalization valve EVRA/EVRAT/EVRST

787=Mod (ICM)

D2A

Hot gas line valve

Select type of valves in Hot gas defrost line

0: No V

alve 1: Soft (ICS+EVRST): Dual position individual solenoid valves. Occupy 2 DO 2: Soft (ICSH): Dual position solenoid valve. Occupy 2 DO 3: Solenoid (ICFE): ON/OFF Solenoid ICF 20 Valve station 4: Solenoid (ICS):ON/OFF Solenoid ICS with EVM pilot 5: Solenoid (ICM):Motorized ICM, as slow opening/closing ON/OF valve. Occupy 1 DO 6: Slow (ICM): Motorized ICM, as slow opening/closing modulating valve. Occupy 1 AO

062=Soft (ICSH)

D1B

HG Drain valve

Select type of valves in defrost drain line

0: P

ressure (ICS+CVP): Pressure control valve during hot gas defrost. CVP pilot have adjustable pressure setting 1: Pressure (OFV): Pressure control valve during hot gas defrost. OFV have adjustable pressure setting 2: Liquid drain (ICFD): Liquid drain during defrost

021=Pressure (ICS+CVP)

D2B

HG Drip tray DO

Select possible DO hot gas valve for drip tray line

No: No Dr

ip tray valve/function

Yes: Drip tray valve and function active

0=No

Yes=1

0=No

D4A

Drain solenoid?

Decide if drain solenoid in defrost drain line is installed

No Y

es

0=No

1=Yes

D4B

Quick Drain?

Decide if drain valve is installed to drain liquid quikly out before hot gas en

ter evaporator

No Yes

0=No

1=Yes

0=No

T04

Ther. setpoint

Thermostat set point temperature

-50.0

50.0

2.0

T05

Ther. neutral zone

Thermostat neutral zone

S

tart/Stop limit around the "T03 Ther. Setpoint"

0.1

20.0

2.0

T17

Suc.Pres. SP To

Evaporator pressure Setpoint in [C] / [F]

T

emperature Setpoint in [C]/[F] compared measured pressure value (calulated

into [C]/[F]

-50.0

50.0

0.0

B02

High alarm limit

H

igh alarm for the room temperature alarm function. Entered as absolute value

-50.0

50.0

6.0

B03

Low alarm limit

L

ow alarm for the room temperature alarm function. Entered as absolute value

-50.0

50.0

-30.0

B04

Alarm delay

A

larm delay time during normal control used for both high- and low temperature

alarms

0

240

120

D11

Def. time interval

Defrost start by time interval

F

ail safe function if another congured defrost start, has failed. A defrost will be started when the interval counter (real time) exceeds the ‘Defrost time interval’ setting. The interval counter is start counting from zero when the defrost is started. The interval counter will be reset at every defrost start. The interval counter shall be in standby (not counting) at "Main switch is OFF". Can be seen in Status Sceen 1. If "D11,Def. time interval" is 0 (zero) the function is disabled

0

240

0

Evaporator and room control, type EKE 400

Label ID

(1)

Parameter name

Description and selection options

Min.

Max.

Factory setting

D12

Def. start acc. cool time

Defrost start by accumulated cooling time

C

an also be used as a fail safe function if another congured defrost start, has failed. A defrost will be started when the accumulated cooling time exceeds "D12,Def. start acc. cool time" setting. The accumulated cooling time will be reset at every defrost start.

0

240

0

D14

Def. start by DI

Defrost start by DI

Option t

o start defrost via DI. Typical external dignal from PLC or a push bottom. If function is enabled, a defrost is started when the DI changes from OFF to ON. Successive change of the DI during the defrost period are ignored.

No: Function disable Yes: Function enabled"

0=No

1=Yes

0=No

D15

Def. start schedule

Defrost start schedule

Option t

o run defrost according to local time scedules in EKE 400. Three schcdules possible (weekdays, saturdays and sunday) with 6 defrost start time each

No: Function disable Yes:Function enabled"

0=No

1=Yes

0=No

D40

Defrost stop method

S

elect method for stop of defrost

1: Stop on time: When the time delay "D58,Max defrost time" expires, the defrost is terminated 2: Stop on temp: When the defrost sensor temperature becomes greater than the set point "D43,Def. stop temp. limit", then the defrost is terminated. If the defrost time exceed "D58,Max defrost time", then the alarm ‘Max defrost time’ is send and the defrost is terminated. In case of sensor error, and the time ‘Max defrost time’ expires, the alarm ‘Max defrost time’ is send and the defrost is terminated. The alarm will automatically be reset after 5 minutes. To assign defrost sensor temperature, go to I/O conguration in Main menu and select an available AI"

121=Stop on time

D43

Def. stop temp. limit

Defrost stop temperature limit

S

ee description for "D40, Defrost stop method"

0.0

25.0

8.0

D50

Pump down delay

Dr

aining the evaporator before defrosting. Always active The pump down state is used to empty the evaporator for liquid. See Figure 21: Defrost sequence.

13010

D51

HG open delay

Hot Gas open delay

T

ime delay in minutes before opening the hot gas valve (delay for valve in the wet return line to close) See Figure 21: Defrost sequence.

1105

D5A

Drip tray pre-heat

Driptray pre-heat

P

re-heating time for hot gas to drip tray See Figure 21: Defrost sequence

0205

D5B

Drip tray delay OFF

C

ontinue drip tray heating some dened time

See Figure 21: Defrost sequence

0

120

30

D57

Quick drain time

En

ter how long time the Quick Drain valve stays open. Quick Drain valve will start opening together with Hot gas valve See Figure 21: Defrost sequence

1

300

30

D53

HG soft time

Hot gas soft time

T

ime between step 1 and step 2 for opening the hot gas valve (2 DO used)

See Figure 21: Defrost sequence.

1303

D58

Max defrost time

M

ax. allowed defrost duration in minutes

1

120

30

D59

Drip o time

Drip o time

A

llow water on the evaporator to drip o.

See Figure 21: Defrost sequence.

1155

D61

WR soft time

Wet return soft time

T

ime between step 1 and step 2 for opening the wet return valve ("Soft (ICS +EVRST)" or "Soft (ICSH) See Figure 21: Defrost sequence.

1302

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 18

Label ID

(1)

Parameter name

Description and selection options

Min.

Max.

Factory setting

D6A

WR main time

Wet return main time

A

fter defrost and wet return valve has opened (main), enter delay before valve in liquid line to open. See Figure 21: Defrost sequence.

1302

D65

Fan start delay

T

he fan will be started when the time has elapsed.

See Figure 21: Defrost sequence.

0302

D69

WR Pr. Equalising

WR Pressure Equalizing time

E

qualizing pressure in evaporator by soft opening wet return line valve. Carefully emptying the evaporator for hot gas via a little drain valve (by-pass valve) in the wet return line or soft opening of wet return valve.

1105

P03

Main switch via DI

Mainswitch via DI

R

elease EKE 400 for operation or force EKE 400 out of operation via external

equipment (e.g. PLC), via DI

OFF: EKE 400 is forced out of operation. Observe if "M01,Main switch" is ON, this parameter will also when OFF, force EKE 400 out of operation ON: EKE 400 released for operation. Observe if "M01,Main switch" is ON, this parameter must also be ON, to release EKE 400 for operation

0=No

1=Yes

0=No

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

M01

Main switch

Release the controller for operation or f

orce EKE 400 out of operation

OFF: the controller is forced out of operation. Observe if "M02, Ext. Main switch" is ON, this DI will also when OFF, forced the controller out of operation ON: the controller released for operation. Observe if "M02, Ext. Main switch" is ON, this DI must also be ON to release the controller for operation

0=OFF

1=ON

0=OFF0No

Passw

ord

level 1,2,3

2

3001RWYes

3, 4 & 16

M02

Ext. Main swit

ch

Status of the external main switch (DI)

0=OFF

1=ON-0

Yes

Passw

ord

level 1,2,3

Can nev-

er be changed

3002ROYes

3

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET)

Parameter list

ve that many of the individual parameters listed below, will only be visible, if other parameters have been set.

Obser Hereby irrelevant parameters are ltered out, during setup of EKE 400.

 NOTE:

See Label ID, G07, G08, G09.

1. All Modbus parameters is type: WORD (signed 16 bit).

2.

Start / Stop

Table 4: Start / Stop

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

R01

Evap. ctrl mode

Evaporator control mode:

-1: None 0: F

lood. evap. ON/OFF

-100=Flood.

ev

ap.

On/O;

0

Yes

Passw

ord

level 1,2,3

3

3020RWYes

3, 4 & 16

R2A

Liq. feed line v

alve

Select Liquid feed line valve

1: S

olenoid (ICFE): ON/OFF Solenoid ICF 20 Valve station 2: Solenoid (ICS): ON/OFF Solenoid ICS with EVM pilot 3: Solenoid (ICM): Motorized ICM, as ON/OF valve. Occupy 1 DO

1310Yes

Passw

ord level 1,2,3

3

3021RWYes

3, 4 & 16

R2B

Liq. feed line v

alve

for DX

Select Liquid feed line valve for DX

4: AK

V: AKV or AKVA. Occupy 1 DO. DO5 or DO6 must be assigned 5: AKV + Solenoid: AKV or AKVA (Occupy 1 DO. DO5 or DO6 must be assigned) + Solenoid (Occupy 1 DO) 6: Mod ICM; Modulating motorized ICM. Occupy 1 AO 7: Mod ICM + solenoid: Modulating motorized ICM (Occupy 1 AO) + Solenoid (Occupy 1 DO)

4740Yes

3384RWYes

R2C

Liq. feed line v

alve

PWM

Select Liquid feed line valve for M

odulating Thermostat (MTR)

Flooded systems

4: AKV: AKV or AKVA. Occupy 1 DO. DO5 or DO6 must be assigned 5: AKV + Solenoid: AKV or AKVA (Occupy 1 DO. DO5 or DO6 must be assigned) + Solenoid (Occupy 1 DO)

4540Yes

3380RWYes

R10

LL valve AI f

eedback

Liquid Line feedback from ICAD on ICM v

alve

In IO conguration \ Analog inputs the Analog input type can be selected. 0-10 V;0-20 mA;4-20 mA;2-10 V

No: ICAD not connected to EKE 400 Yes: ICAD connected to EKE 400

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3446RWYes

3, 4 & 16

R05

Cool On/O



by DI

Cooling demand from external equipmen

t (e.g. PLC) to EKE 400, via DI

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3024RWYes

3, 4 & 16

R06

Forced closing

Forced stop cooling via MODBUS (e.g. PL

C) or local from EKE 400

If a PLC controls cooling ON/OFF, "R06,Forced closing" can be used to stop cooling

OFF: Function disabled ON: Forced stop cooling, regardless of cooling request. Observe. Will automatically after 15 min go back to OFF

0=OFF

1=ON

0=OFF0No

Passw

ord level 1,2,3

2

3025RWNo

3, 4 & 16

Evaporator and room control, type EKE 400

Evaporator control \ Evaporator control mode

Table 5: Evaporator control \ Evaporator control mode

AI306444073210en-000801 | 20

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

R07

Forced c

ooling

Forced cooling via MODBUS (e.g. PLC) or lo

cal from EKE 400

The function is typical used to secure enough hot gas to defrost other evaporators If a PLC controls cooling ON/ OFF, "R07,Forced cooling" can be used to start cooling

OFF: Function disabled ON: Forced cooling, regardless of cooling request. Observe. Will automatically after 15 min go back to OFF

0=OFF

1=ON

0=OFF0No

Passw

ord level 1,2,3

2

3026RWNo

3, 4 & 16

R08

Forced close b

y DI

Forced stop cooling via external equipmen

t (e.g. PLC) to EKE 400, via DI

If a PLC controls cooling ON/OFF, DI can be used to stop cooling

No: Function disabled Yes: Forced stop cooling, regardless of cooling request. To assign DI, go to I/O conguration in Main menu and select an available DI

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3027RWYes

3, 4 & 16

R09

Forced cool b

y DI

Forced cooling via external equipment (e

.g. PLC) to EKE 400, via DI

If a PLC controls cooling ON/OFF, DI can be used to start cooling

No: Function disabled Yes: Forced cooling, regardless of cooling request. To assign DI, go to I/O conguration in Main menu and select an available DI

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3028RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐ als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus

addr

ess

Read

only

(R

O) /

Read

Write

(RW)

Persis‐

t

ent

Yes/No

Modbus

func‐

tion

R20

Refrigerant

Select Refrigerant

0: not used;1: R12;2: R22;3: R134a;4: et

c. 0: not used;1: R12;2: R22;3: R134a;4: R502;5: R717;6: R13;7: R13B1;8: R23;9: R500;10: R503;11: R114;12: R142b;13: User;14:R32;15:R227ea;16: R401A;17: R507A;18: R402A;19: R404A;20: R407C;21: R407A;22: R407B;23: R410A;24: R170;25: R290;26: R600;27: R600a;28: R744;29: R1270;30: R417A;31: R422A;32: R413A;33: R422D;34: R427A;35: R438A;36: R513A;37: R407F;38: R1234zeE;39: R1234yf;40: R448A;41: R449A;42: R452A;43: R450A;44: R452B;45: R454B;46:R1233zdE;47: R1234zeZ;48: R449B;49: R407H

04900Yes

Passw

ord level 1,2,3

3

3029RWYes

3, 4 & 16

R23

Refrig fact. A1

User dened r

efrigerant

When R20=13 (User dened refrigerant) Enter the Refrigerant factor A1 constants for the Antoine Equation for the actual refrigerant

8000

13000

104003Yes

3032RWYes

R24

Refrig fact. A2

User dened r

efrigerant

When R20=13 (User dened refrigerant) Enter the Refrigerant factor A2 constants for the Antoine Equation for the actual refrigerant

-3200.0

-1200.0

-2255.01Yes

3033RWYes

R25

Refrig fact. A3

User dened r

efrigerant

When R20=13 (User dened refrigerant) Enter the Refrigerant factor A3 constants for the Antoine Equation for the actual refrigerant

220.0

320.0

254.21Yes

3034RWYes

Evaporator and room control, type EKE 400

Evaporator control \ Pressure c

onguration

Table 6: Evaporator control \ Pressure conguration

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

AI306444073210en-000801 | 22

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

N01

SH ref. mode

Select Superheat reference mode:

0: F

ixed SH ref. Used when a stable xed superheat is required 1: Load dened ctrl: LoadAp mode. Reference set in dependence of actual load (Opening Degree) Useful in applications with rapidly changing load conditions and at very short cut-in perios. 2: Adaptive SH ctrl: MSS (Minimum Stable Superheat) The superheat control algorithm will constantly lower the superheat reference, until some instability is registrated

021= Load

dened

c

trl

0xPass-

w

ord level 1,2,3

3

3003RWYes

3, 4 & 16

N02

SH Fixed setpoin

t

Superheat x

ed setpoint

The superheat reference is xed to this set point under all operating conditions

0.5

40.0

8.01Pass-

w

ord level 1,2,3

3

3004RWYes

3, 4 & 16

N03

SH max

Superheat maximum

M

aximum limitation of superheat

reference

0.5

40.0

10.01No

Passw

ord level 1,2,3

2

3005RWYes

3, 4 & 16

N04

SH min

Superheat minimum

M

inimum limitation of superheat

reference

Unit: °C / °F

0.5

10.0

4.01No

Passw

ord level 1,2,3

2

3006RWYes

3, 4 & 16

N05

SH Tn

Superheat Integration time

I

ntegration time (Tn) in PI controller

Unit: °C / °F

20

900900NoPass-

w

ord level 1,2,3

3

3007RWYes

3, 4 & 16

N06

SH Kp min

Superheat minimum Proportional gain c

onstant

Minimum proportional gain in Superheat PI controller

Unit: °C / °F

0.1

1.0

0.61No

Passw

ord level 1,2,3

3

3008RWYes

3, 4 & 16

N07

SH Kp

Superheat Proportional gain constant

P

roportional gain in Superheat PI

controller

Unit: sec

0.1

20.0

1.51No

Passw

ord level 1,2,3

3

3009RWYes

3, 4 & 16

N08

SH KpTe

Superheat Pressure feedback gain

P

roportional gain constant on saturated

temperature

0

20.0

3.01No

Passw

ord level 1,2,3

3

3010RWYes

3, 4 & 16

N09

SH close func

tion

Superheat close function

No: F

untion Disabled

Yes: Function Enabled

0=No

1=Yes

1=Yes0Yes

Passw

ord level 1,2,3

2

3011RWYes

3, 4 & 16

N10

SH close setpoin

t

Superheat close limit

I

f the superheat is below this value the

valve in the liquid line is forced to close

-5.0

20.0

2.01No

Passw

ord level 1,2,3

3

3012RWYes

3, 4 & 16

N11

SH close Tn divide

Advanced parameter setting

F

or Danfoss only

1530No

Passw

ord level 1,2,3

3

3013RWYes

3, 4 & 16

N12

SH close Kp fac

tor

Advanced parameter setting

F

or Danfoss only

Unit: °C / °F

0.5101.50No

Passw

ord level 1,2,3

3

3014RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Evaporator control mode \ Evaporator DX control

Table 7: Evaporator control mode \ Evaporator DX control

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

N13

MOP function

Maximum Operating Pressure

MOPfunc

tion will limit the valve opening degree such that the saturated evaporation temperature Te is kept below the "N14,MOP" set point. MOP prevents overloading the compressor during start-up, by reducing suction pressure No: Funtion Disabled Yes: Function Enabled

No

Yes

0=No0Yes

Passw

ord level 1,2,3

2

3015RWYes

3, 4 & 16

N14

MOP setpoin

t

Maximum Operating Pressure setpoint

A

ctive if "N13, MOP function" is set to Yes The actual MOP Evaporator pressure Setpoint in [C] / [F]

-70.0

50.0

0.01No

Passw

ord level 1,2,3

2

3016RWYes

3, 4 & 16

N15

MTR Tn

Advanced parameter

I

ntegration time for the MTR algorithm

20

3600

18000No

Passw

ord level 1,2,3

3

3017RWYes

3, 4 & 16

N16

MTR Kp

Advanced parameter

P

roportional factor for the MTR algorithm

Unit: °C / °F

20

3600

18000No

Passw

ord level 1,2,3

3

3018RWYes

3, 4 & 16

N17

AKV period

AKV or AKVA period time

P

eriod time of AKV or AKVA Example: "N17, AKV Period" is set to 6 sec., the Opening Degree is calculated to 40 %, then AKV or AKVA is open in 2,4 sec., and closed in 3, 6 sec

3660Yes

Passw

ord level 1,2,3

2

3019RWYes

3, 4 & 16

N18

MSS stabilit

y

Minimum Stable Superheat stability

S

tability factor for regulation of superheat, only relevant for MSS. With a higher value the control function will allow a greater uctuation of the superheat before the reference is changed.

0.0

10.0

5.01Yes

Passw

ord level 1,2,3

3

3397RWYes

N19

MSS T0 stabilit

y factor

Minimum Stable Superheat stability T0 fac

tor

Only relevant for MSS. T0 stability factor denes if variation in suction pressure will inuence superheat reference. The SH reference change can be adjusted in the range frome 0.0 to 1.0 A value of 1.0 will give max T0 inuence and S2. A value of 0.0 will give inuence on S2 only.

With often change in suction pressure due to compressor start/stop, some T0 (and S2) inuence on MSS is recommended.

0.0

1.0

0.01Yes

Passw

ord level 1,2,3

3

3390RWYes

N20

Startup M

ode

Startup Mode (See section Start Up)

A

fter startup, this function will provide a constant opening degree during a set time period regardless of the superheat value. No limiters are taken in consideration during this time.

0: Prop.Ctrl: Proprotional (P) control 1: Fix OD w prot: Predened OD (parameter "N23, Startup OD") with protection 2: Fix OD wo prot: Predened OD (parameter "N23, Startup OD") without protection

0200Yes

Passw

ord level 1,2,3

3

3393RWYes

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 24

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

N21

Startup time

"Startup time (See section Start Up)

T

his parameter is related to "N20, Startup

Mode"

Unit: sec

1

600900

Yes

Passw

ord level 1,2,3

3

3394RWYes

N22

Min.startup time

Min.startup time (See section Start Up)

T

his parameter is related to "N20, Startup

Mode"

Unit: sec

1

240150

Yes

Passw

ord level 1,2,3

3

3395RWYes

N23

Startup OD

Startup Opening Degree (See section S

tart Up)

This parameter is related to "N20, Startup Mode"

Unit: %

1

100320

Yes

Passw

ord level 1,2,3

3

3396RWYes

N24

Minimum OD

Minimum Opening Degree

W

hen required, the valve minimum OD can be set to a required minimum opening position, such feature is helpful where the system always requires some minimum ow. The minimum OD limit has eect in injection control mode only

Unit: %

0

10000

Yes

Passw

ord level 1,2,3

3

3398RWYes

N25

Maximum OD

Maximum Opening Degree

T

his is useful feature to limit the maximum OD of a oversized valve used in the system. By default the maximum OD of a valve is set at 100 OD%. This maximum OD % can be set to lower value if required. The maximum OD limit has eect in injection control mode only

Unit: %

0

100

1000Yes

Passw

ord level 1,2,3

3

3399RWYes

N26

Limit Kp

Limit Kp - Superheat c

onguration

Advance

Proportional gain

1.0

20.0

5.01Yes

Passw

ord level 1,2,3

3

3400RWYes

N27

Limit Tn

Limit Tn - Superheat c

onguration

Advance

Integration time

Unit: sec

20

900450

Yes

Passw

ord level 1,2,3

3

3401RWYes

N36

S3 air in.t

emp.AI?

Air temperature sensor (S3) installed?

U

sed for MTR 0: No not installed 1: Yes installed To assign AI, go to I/O conguration in Main menu and select an available AI

0100Yes

Passw

ord level 1,2,3

3

3405RWYes

Evaporator and room control, type EKE 400

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

N28

Ext.Ref.DX

c

ong

External reference DX c

onguration

Select the signal used to change the Superheat reference.

0: Not used 1: Displace by current: - dene the AI input range via the following settings: “N31,Ref.Current SH High”: 4 to 20 mA, default = 20 “N32,Ref.Current SH Low”: 0 to 20 mA, default = 4 To assign AI, go to I/O conguration in Main menu and select an available AO 2: Displace by voltage: - dene the AI input range via the following settings: “N33,Ref.Voltage SH High”: 0 to10 Volt, default = 10 “N34,Ref.Voltage SH Low”: 0 to 10 Volt, default = 0 To assign AI, go to I/O conguration in Main menu and select an available AI. 3: Displace by MODBUS 4: Displace by DI

0400Yes

Passw

ord level 1,2,3

3

3402RWYes

N29

Ref.Oset

SH M

ax

Reference oset Sup

erheat maximum

Scaling of range for superheat displacement - Maximum value. See "N28, Ext.Ref.DX cong"

Unit: K

0.0

50.0

0.01No

Passw

ord level 1,2,3

3

3410RWYes

N30

Ref.Oset

SH M

in

Reference oset Sup

erheat minimum

Scaling of range for temperature displacement - Minimum value See "N28, Ext.Ref.DX cong"

Unit: K

-50.0

0.0

0.01No

Passw

ord level 1,2,3

3

3409RWYes

N31

Ref.Current SH H

igh

Reference current Superheat high

S

caling of range for AI current - high

value See "N28, Ext.Ref.DX cong"

Unit: mA

N32

20.0

20.01No

Passw

ord level 1,2,3

3

3354RWYes

N32

Ref.Current SH L

ow

Reference current Superheat low Scaling of r

ange for AI current - low value See

"N28, Ext.Ref.DX cong" Unit: mA

0.0

N31

4.01No

Passw

ord level 1,2,3

3

3355RWYes

N33

Ref.Voltage SH H

igh

Reference voltage Superheat high

S

caling of range for AI voltage - high

value See "N28, Ext.Ref.DX cong"

Unit: V

N34

10.0

10.01No

Passw

ord level 1,2,3

3

3356RWYes

N34

Ref.Voltage SH L

ow

Reference voltage Superheat low

S

caling of range for AI voltage - low value

See "N28, Ext.Ref.DX cong"

Unit: V

0.0

N33

0.01No

Passw

ord level 1,2,3

3

3357RWYes

N35

Re.Oset

SH M

odbus

Reference oset Sup

erheat by

MODBUS

Oset value via MODBUS (e.g. PLC) added to current SH reference.

Unit: K

-50.0

50.0

0.01No

Passw

ord level 1,2,3

3

3358RWYes

N38

Ref. O

set

SH by DI

Reference O

set Superheat when DI is

open, 0 K if closed

If P10, Ext ref. cong.=Displace by DI, then if the assigned DI:

OFF: No oset added ON: Value entered here will be added to SuperHeat reference

Unit: K

-70.0

50.0

0.01No

Passw

ord level 1,2,3

3

3470RWYes

3, 4 & 16

N37

Tn SH tracking

Unit: sec

3

600

2000No

Passw

ord level 1,2,3

3

3413RWYes

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 26

Label ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory

S

etting

Deci‐

mals

Locked

b

y

Main

switch

Yes/No

Read

Password

le

vel to

change/

write

Mod‐

bus ad‐

dr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Mod‐

bus

func‐

tion

R2A

Liq. feed line valve

Select type of valves in Liquid f

eed line

1:Solenoid (ICFE): ON/OFF Solenoid ICF 20 Valve station 2:Solenoid (ICS): ON/OFF Solenoid ICS with EVM pilot 3:Solenoid (ICM): Motorized ICM, as slow opening/ closing ON/OF valve. Occupy 1 DO

1310Yes

Passw

ord level 1,2,3

3

3021RWYes

3, 4 &

16

R2B

Liq. feed line valve f

or DX

Select Liquid feed line v

alve for DX

4: AKV: AKV or AKVA. Occupy 1 DO. DO5 or DO6 must be assigned 5: AKV + Solenoid: AKV or AKVA (Occupy 1 DO. DO5 or DO6 must be assigned) + Solenoid (Occupy 1 DO) 6: Mod ICM; Modulating motorized ICM. Occupy 1 AO 7: Mod ICM + solenoid: Modulating motorized ICM (Occupy 1 AO) + Solenoid (Occupy 1 DO)

4740Yes

Passw

ord level 1,2,3

3

3384RWYes

3, 4 &

16

R2C

Liq. feed line valve PWM

Select Liquid feed line v

alve for Modulating Thermostat (MTR) Flooded systems

4: AKV: AKV or AKVA. Occupy 1 DO. DO5 or DO6 must be assigned 5: AKV + Solenoid: AKV or AKVA (Occupy 1 DO. DO5 or DO6 must be assigned) + Solenoid (Occupy 1 DO)

4540Yes

Passw

ord level 1,2,3

3

3380RWYes

3, 4 &

16

D3A

Wet Return line val.

Select type of valves in W

et return suction line

0: No Valve 1: Soft (ICS+EVRST): Dual position individual solenoid valves. Occupy 2 DO 2: Soft (ICSH): Dual position solenoid valve. Occupy 2 DO 3: Soft (ICLX): 2-step gas powered solenoid valve. Occupy 1 DO 4: Solenoid (ICS):ON/OFF Solenoid ICS with EVM pilot 5: Solenoid (ICM):Motorized ICM, as slow opening/ closing ON/OF valve. Occupy 1 DO 6: Slow (ICM): Motorized ICM, as slow opening/ closing modulating valve. Occupy 1 AO

0630Yes

Passw

ord level 1,2,3

3

3253RWYes

3, 4 &

16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Evaporator control \ Valve c

onguration

Table 8: Evaporator control \ Valve conguration

Label ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory

S

etting

Deci‐

mals

Locked

b

y

Main

switch

Yes/No

Read

Password

le

vel to

change/

write

Mod‐

bus ad‐

dr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Mod‐

bus

func‐

tion

D03

Wet Return line val.

Select type of valves in W

et return suction line

7: Mod (ICM): Modulating motorized ICM. Occupy 1 AO 8: Mod+PE (ICM+EVRST): Modulating motorized ICM, occupy 1 AO and Solenoid for pressure pressure equalization at opening, occupy 1 DO 9: Mod (CVE): Electronic pressure pilot. Occupy 1 AO 10: Mod+PE (CVE+ EVRST): Electronic pressure pilot. Occupy 1 AO and Solenoid for pressure pressure equalization at opening, occupy 1 DO 11: Mod+PE(CVE+EVM +EVRST): Electronic pressure pilot. Occupy 1 AO and two solenoid , occupy 2 DO. When installed in a ICS 3 topcover. SI port: EVM, to secure valve closed during defrost. SII port:CVE. P port: Blocked. EVRST: For pressure pressure equalization at opening

71170Yes

Passw

ord level 1,2,3

3

3388RWYes

3, 4 &

16

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 28

Label ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory

S

etting

Deci‐

mals

Locked

b

y

Main

switch

Yes/No

Read

Password

le

vel to

change/

write

Mod‐

bus ad‐

dr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Mod‐

bus

func‐

tion

D2A

Hot gas line valve

Select type of valves in H

ot gas defrost line

0: No Valve 1: Soft (ICS+EVRST): Dual position individual solenoid valves. Occupy 2 DO 2: Soft (ICSH): Dual position solenoid valve. Occupy 2 DO 3: Solenoid (ICFE): ON/OFF Solenoid ICF 20 Valve station 4: Solenoid (ICS):ON/OFF Solenoid ICS with EVM pilot 5: Solenoid (ICM):Motorized ICM, as slow opening/ closing ON/OF valve. Occupy 1 DO 6: Slow (ICM): Motorized ICM, as slow opening/ closing modulating valve. Occupy 1 AO

0620Yes

Passw

ord level 1,2,3

3

3247RWYes

3, 4 &

16

D2C

HG valve AI feedback

Hotgas Line feedback fr

om ICAD on ICM valve

In IO conguration \ Analog inputs the Analog input type can be selected. 0-10 V;0-20 mA;4-20 mA;2-10 V

No: ICAD not connected to EKE 400 Yes: ICAD connected to EKE 400

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3451RWYes

3, 4 &

16

D1B

HG Drain valve

Select type of valves in defr

ost drain line

0:Pressure (ICS+CVP): Pressure control valve during hot gas defrost. CVP pilot have adjustable pressure setting 1: Pressure (OFV): Pressure control valve during hot gas defrost. OFV have adjustable pressure setting 2: Liquid drain (ICFD): Liquid drain during defrost

0210Yes

Passw

ord level 1,2,3

3

3245RWYes

3, 4 &

16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐

w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

T1A

Ther. mode

Select thermostat control mode

0: None 1: I

ndividual On/O 2: Common On/O 3: Mod WR ctrl: MTC (Media Temperature Control) in Wet Return line 5: Pwm mod.ood.: Modulating Thermostat (MTR) in Liquid Line. Flooded systems

0510Yes

Passw

ord level 1,2,3

3

3037RWYes

3, 4 & 16

T1B

Ther. mode

Select thermostat control mode

0: None 1: I

ndividual On/O 2: Common On/O 4: MTR: Modulating Thermostat (MTR) in Liquid Line. Flooded systems

0410Yes

Passw

ord level 1,2,3

2

3386RWYes

3, 4 & 16

R04

Mod WR c

trl. Mode

Select the mode for MTC (Media T

emperature Control) in Wet Return

line

0: Temp room const.: Temperature control 1: Press.evap const. evap.:Pressure control

010

Yes

Passw

ord level 1,2,3

3

3022RWYes

3, 4 & 16

T02

No. of ther. sensor

Number of temperature sensors c

onnected to EKE 400

It is possible to connect up to 3 room thermostat sensors to the same controller. Typically, only one thermostat sensor is connected, but sometimes more sensors are connected to avoid “hot spots” in a room.

0: No thermostat sensor connected 1: One thermostat sensor connected 2: Two thermostat sensors connected 3: Three thermostat sensors connected

0310Yes

Passw

ord level 1,2,3

2

3038RWYes

3, 4 & 16

T03

Ctrl temp. method

Control method

T

he control method shall be selected if common thermostat is selected or if more thermostat sensors are connected to EKE 400. The temperatures used of thermostat is selected by setting of “T03, Ctrl temp. method”:

0:Ctrl highest temp: 1:Ctrl average temp.:

0100Pass-

w

ord level 1,2,3

2

3039RWYes

3, 4 & 16

T04

Ther. setpoin

t

Thermostat set point temperature

Unit: °C / °F

-70.0

50.0

2.01Pass-

w

ord level 1,2,3

2

3040RWYes

3, 4 & 16

T05

Ther. neutr

al zone

Thermostat neutral zone

S

tart/Stop limit around the "T03 Ther.

Setpoint"

Unit: K

0.1

20.0

2.01Pass-

w

ord level 1,2,3

2

3041RWYes

3, 4 & 16

T06

Day/night c

ontrol

Day/Night control

F

unction that allow to add an oset value

to "T03 Ther. Setpoint"

No: Function disabled Yes: Function enabled. Night status visible in Status Screen 1 See "T08,Night oset"

No

YesNo0

Passw

ord level 1,2,3

3

3042RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Air temperature control \ Thermostat function

Table 9: Air temperature control \ Thermostat function

AI306444073210en-000801 | 30

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

T07

Night operation

Night Operation

Enable func

tion to osett "T04,Ther.

Setpoint", typical via MODBUS (e.g. PLC)

No: Day operation : No oset - not active Yes: Night operation. If "T06, Day/night control" is Yes, then add "T08, Night oset" to "T04,Ther. Setpoint"

No

YesNo0

Passw

ord level 1,2,3

2

3043RWYes

3, 4 & 16

T08

Night oset

Night oset

En

ter the Oset value to thermostat set point temperature. See "T07, Night operation"

Unit: K

-20.0

20.0

-2.01No

Passw

ord level 1,2,3

2

3044RWYes

3, 4 & 16

T09

Cool. status DO

Cooling status DO

S

elect status if Evapartor is in cooling mode and read out to Digital OutputActual cooling status to be read on a DO.

No:Funtion Disabled Yes:Function Enabled. If Evapartor is in cooling mode then DO is ON, otherwise DO is OFF. To assign DO, go to I/O conguration in Main menu and select an available DO.

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3045RWYes

3, 4 & 16

T22

Min.Cooling OD

Minimum Cooling Opening Degree limit

A limit can be dened t

o manage: - Text in HMI: "Cooling Status" to display "OFF" or "ON" - Cooling status DO, parameter "T09, Cool. status DO", when set to "Yes"

If OD > ("T22,Min.Cooling OD" ) then "Cooling Status" will display ON Assigned DO related to "T09, Cool. status DO" is ON If OD = 0% then "Cooling Status" will display OFF Assigned DO related to "T09, Cool. status DO" is OFF

Unit: %

02050Yes

Passw

ord level 1,2,3

3

3437RWYes

3, 4 & 16

T10

Pwm mod

.period

Modulating Thermostat (MTR) in Liquid Line

. Flooded systems - period

time

Expert setting - The value should only be changed by specially trained sta

Unit: sec

30

900

3000Yes

Passw

ord level 1,2,3

3

3374RWYes

3, 4 & 16

T11

Pwm Max OD

Modulating Thermostat (MTR) in Liquid Line

. Flooded systems - Max OD

Maximum opening degree of the AKV or AKVA in the liquid line

Unit: %

10

100

1000Yes

Passw

ord level 1,2,3

3

3375RWYes

3, 4 & 16

T12

Pwm Min OD

Modulating Thermostat (MTR) in Liquid Line

. Flooded systems - Min OD

Minimum opening degree of the AKV or AKVA in the liquid line

Unit: %

0

10000

Yes

Passw

ord level 1,2,3

3

3376RWYes

3, 4 & 16

T13

Pwm Kp

Modulating Thermostat (MTR) in Liquid Line

. Flooded systems -

Amplication factor

Expert setting - The value should only be changed by specially trained sta

0.5

10.0

4.01Yes

Passw

ord level 1,2,3

3

3377RWYes

3, 4 & 16

T14

Pwm Tn

Modulating Thermostat (MTR) in Liquid Line

. Flooded systems -

Integration time

Expert setting - The value should only be changed by specially trained sta

Unit: sec

60

1800

3000Yes

Passw

ord level 1,2,3

3

3378RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

T15

Desynch. P

wm

Desynchronization of Modulating T

hermostat (MTR) in Liquid Line.

Flooded systems

Pwm duty to avoid simultaneousness with other control

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3412RWYes

3, 4 & 16

T17

Suc.Pres. SP T

o

Suction Evaporator Pressure Setpoint in degr

ees

Setpoint coming from pressure converted in temperature depending from selected refrigerant

Unit: °C / °F

-50.0

50.001NoPass-

w

ord level 1,2,3

2

3415RWYes

3, 4 & 16

T18

WR Kp

MTC (Media Temperature Control) in W

et Return line - Kp

Proportional factor

0.5

50.0

3.01No

Passw

ord level 1,2,3

3

3418RWYes

3, 4 & 16

T19

WR Tn

MTC (Media Temperature Control) in W

et Return line - Tn

Integration time

Unit: sec

60

600

2400No

Passw

ord level 1,2,3

3

3419RWYes

3, 4 & 16

T20

WR Td

MTC (Media Temperature Control) in W

et Return line - Td

Dierential time

Unit: sec

060100No

Passw

ord level 1,2,3

3

3420RWYes

3, 4 & 16

T21

Mod WR c

trl. Mode

MTC (Media Temperature Control) in W

et Return line - control mode

Select between: 0: Normal 1: Min underswing 2: No underswing

0220Yes

Passw

ord level 1,2,3

3

3421RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

AI306444073210en-000801 | 32

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

B01 /

B1B

Air temp. alar

m

Select which temperature sensor shall b

e connected to temperature alarms.

0:None: No temperature alarms active 1:Seperate sensor: A separate sensor for the alarm function 2:Thermostat temp: The Thermostat temperature sensot is used for the alarm function

022=Ther-

mostat

t

emp.

0

Yes

Passw

ord level 1,2,3

3

3046 /

3436

RW

Yes

3, 4 & 16

B02

High alarm limit

H

igh alarm for the room temperature

alarm function. Entered as absolute value

Unit: °C / °F

-70.0

50.0

6.01No

Passw

ord level 1,2,3

2

3047RWYes

3, 4 & 16

B03

Low alarm limit

L

ow alarm for the room temperature alarm function. Entered as absolute value.

Unit: °C / °F

-70.0

50.0

-30.01No

Passw

ord level 1,2,3

2

3048RWYes

3, 4 & 16

B04

Alarm delay

A

larm delay time during normal control used for both high- and low temperature alarms

Unit: min

0

240

1200No

Passw

ord level 1,2,3

2

3049RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Air temperature control \ Air temp. Alarm

Table 10: Air temperature control \ Air temp. Alarm

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

B05

Product alar

m func-

tion

Product temperature alarm

T

he air temperature is not always representative for the temperature of the products. A product sensor to measure the actual temperature in between the products. This sensor is used for monitoring purposes only including alarm handling.

No: Function disabled Yes: Function enabled. Product alarms active. "Product temp." can be seen in Status Screen 1

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3050RWYes

3, 4 & 16

B06

Prod. high alar

m limit

Product High alarm

H

igh alarm limit for the product temperature alarm function. Entered as absolute value

Unit: °C / °F

-70.0

50.0

6.01No

Passw

ord level 1,2,3

2

3051RWYes

3, 4 & 16

B07

Prod. low alar

m limit

Product Low alarm

L

ow alarm limit for the product

temperature

Unit: °C / °F

-70.0

50.0

-30.01No

Passw

ord level 1,2,3

2

3052RWYes

3, 4 & 16

B08

Prod. alarm delay

Product Alarm delay

A

larm delay time used for both high and

low product temperature alarm function

Unit: min

0

240

1200No

Passw

ord level 1,2,3

2

3053RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Air temperature control \ Product temperature alarm function

Table 11: Air temperature control \ Product temperature alarm function

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

AI306444073210en-000801 | 34

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

D1A

Defrost method

Select the defrost method

0:No defr

ost: No defrost function 1:Hot gas: Defrost done by Hot gas If air defrost is (used in rooms with temperature higher than 0° C (32 °F) 2:Electrical, water or air defrost (air defrost in rooms with temperature higher than 0° C (32 °F))

011=Hot

gas

0

Yes

Passw

ord level 1,2,3

3

3244RWYes

3, 4 & 16

D1B

HG Drain v

alve

Select type of valves in defrost drain line

0: P

ressure (ICS+CVP): Pressure control valve during hot gas defrost. CVP pilot have ajustable pressure setting 1: Pressure (OFV): Pressure control valve during hot gas defrost. OFV have ajustable pressure setting 2: Liquid drain (ICFD): Liquid drain during defrost

021= Pres-

sur

e (ICS

+ CVP)

0

Yes

Passw

ord level 1,2,3

3

3245RWYes

3, 4 & 16

D2A

Hot gas line v

alve

Select type of valves in Hot gas defrost line

0: No V

alve 1: Soft (ICS+EVRST): Dual position individual solenoid valves. Occupy 2 DO 2: Soft (ICSH): Dual position solenoid valve. Occupy 2 DO 3: Solenoid (ICFE): ON/OFF Solenoid ICF 20 Valve station 4: Solenoid (ICS):ON/OFF Solenoid ICS with EVM pilot 5: Solenoid (ICM):Motorized ICM, as slow opening/closing ON/OF valve. Occupy 1 DO 6: Slow (ICM): Motorized ICM, as slow opening/closing modulating valve. Occupy 1 AO

062=Soft

(ICSH)

0

Yes

Passw

ord level 1,2,3

3

3247RWYes

3, 4 & 16

D2B

HG Drip tr

ay DO

Select possible DO hot gas valve for drip tr

ay line

No: No Drip tray valve/function Yes: Drip tray valve and function active

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3255RWYes

3, 4 & 16

D3A

Wet Return line v

al.

Select type of valves in Wet return suc

tion line

0: No Valve 1: Soft (ICS+EVRST): Dual position individual solenoid valves. Occupy 2 DO 2: Soft (ICSH): Dual position solenoid valve. Occupy 2 DO 3: Soft (ICLX): 2-step gas powered solenoid valve. Occupy 1 DO 4: Solenoid (ICS):ON/OFF Solenoid ICS with EVM pilot 5: Solenoid (ICM):Motorized ICM, as slow opening/closing ON/OF valve. Occupy 1 DO 6: Slow (ICM): Motorized ICM, as slow opening/closing modulating valve. Occupy 1 AO

0630X33253RWYes

3, 4 & 16

D20

WR ICM OD min

Wet return suction line. Motorized ICM, M

inimum Opening degree

Unit: %

0

D2100

Yes

Passw

ord level 1,2,3

3

3381RWYes

3, 4 & 16

D21

WR ICM OD max

Wet return suction line. Motorized ICM, M

aximum Opening degree

Unit: %

D20

100

1000Yes

Passw

ord level 1,2,3

3

3382RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Defrost function \ Defrost method

Table 12: Defrost function \ Defrost method

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

D3B

WR at Cool. st

opped

Wet return at cooling stopped Select the close/op

en of Wet return valve

during cooling stopped.

Closed: Wet return valve closed during Cooling OBSERVE - assess risk of trapped liquid when Wet return valve is closed during Cooling stopped Open: Wet return valve open during Cooling

0=

closed1=Open

1=Open0Yes

Passw

ord level 1,2,3

3

3323RWYes

3, 4 & 16

D3D

WR at C

ool.stop-

ped

Status of Wet Return valve when c

ooling is stopped

0:Closed; Selected Valve in Wet Return line;closed 1: Open; Selected Valve in Wet Return line;open 2: user dened: Dierent options depending if ICM or CVE valve has been selected as valve in Wet Return line. See parameters D3E,CVEsafe OD at stop D3FSuc.Pres.SP T at stop D3G,ICMsafe OD at stop

0210Yes

Passw

ord level 1,2,3

3

3447RWYes

3, 4 & 16

D3E

CVEsafe OD at st

op

CVE OD when cooling is stopped

En

ter OD % of the CVE valve in the Wet

Return valve, when in cooling stopped

Unit: %

2390900Yes

Passw

ord level 1,2,3

3

3440RWYes

3, 4 & 16

D3F

Suc.Pres.SP T at st

op

Suction Pressure Setpoint in ˚C (˚F) when c

ooling is stopped

Suction pressure converted in saturation temperature with a motorized ICM valve in Wet Return line, controlling pressure, when cooling is Stopped

Unit: °C / °F

-90.0

60.0

-90.01Yes

Passw

ord level 1,2,3

3

3441RWYes

3, 4 & 16

D3G

ICMsafe OD at st

op

ICM OD when cooling is stopped

En

ter ICM OD % of the ICM valve in the Wet Return valve, when in cooling stopped

Unit: %

0

100

1000Yes

Passw

ord level 1,2,3

3

3458RWYes

3, 4 & 16

D3H

WR valve AI f

eedback

Wet Return Line feedback from ICAD on ICM v

alve

In IO conguration \ Analog inputs the Analog input type can be selected. 0-10 V;0-20 mA;4-20 mA;2-10 V

No: ICAD not connected to EKE 400 Yes: ICAD connected to EKE 400

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3452RWYes

3, 4 & 16

D4A

Drain solenoid?

Decide if drain solenoid in defrost dr

ain line is installed

No Yes

0=No

1=Yes

1=Yes0Yes

Passw

ord level 1,2,3

3

3252RWYes

3, 4 & 16

D4B

Quick Dr

ain?

Decide if drain valve is installed to dr

ain liquid quikly out before hot gas

enter evaporator

No Yes

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3254RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 36

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

D05

Cool at HG defr

ost

Cool at Hot Gas defrost

T

ypical when no PLC connected to coordinate defrost. See Appendix A If defrost start is coordinated locally by EKE 400,it is possible to congure if EKE 400 shall go into forced cooling, when another EKE 400 in the same group is defrosting. Each EKE 400 in a group will broadcast the signal "Defrost sequence status" over CAN bus No: Function disable Yes: Function enabled

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3082RWYes

3, 4 & 16

D06

Defrost allo

wed

Defrost allowed

T

ypical with PLC connected via MODBUS, but defrost is handled by EKE 400. PLC to allow defrost to take place, typical only if Hot gas is available

No: Defrost not allowed from PLC (no Hot gas available) Yes: Defrost allowed from PLC (Hot gas is available)

0=No

1=Yes

1=Yes0No

Passw

ord level 1,2,3

2

3083RWYes

3, 4 & 16

D07

Defrost allo

wed via

DI

Defrost allowed via DI

T

ypical with PLC connected via DI, but defrost is handled by EKE 400. PLC to allow defrost to take place, typical only if Hot gas is available.

No: Function disable Yes: Function enabled OBSERVE require that "D07,Defrost allowed"="Yes" To assign DI, go to I/O conguration in Main menu and select an available DI. Set this DI to "Defrost allowed via DI"

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3084RWYes

3, 4 & 16

D08

Def. seq. status on DO

S

elect if an DO shall be synchronized with defrost seq. status (ON/OFF). The DO is set ON at defrost start and is set OFF when the complete defrost sequence is completed.

No: Disabled Yes: Enabled To assign DO, go to I/O conguration in Main menu and select an available DO. Set this DO to "Def. seq. status on DO" DO=OFF: Defrost completed DO=ON: Defrost is underway

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3085RWYes

3, 4 & 16

D09

Water v

alve?

Decide if Water valve is used

T

his function adds control of a valve that enables water spray on the evaporator during hot gas defrosting. Helps to loosen ice on evaporator during defrost, by means of water (spay) No: Disabled Yes: Function enabled To assign DO, go to I/O conguration in Main menu and select an available DO.

The water valve opens when the following two criteria are meet: The hot gas main valve is ON and the “D67, Water valve delay” limited has expired. When the Water valve is opened a timer starts dened in "D68,Water valve time". The Water valve closes when the timer reaches "D68,Water valve time" or when entering "D59, Drip o time". (See Figure

21: Defrost sequence).

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3325RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Unit

Deci‐

mals

Locked

b

y Main switch Yes/No

Read

Pass‐ w

ord

level to

change/

write

Mod‐

bus

ad‐

dr

ess

Read

only

(R

O) / Read Write

(RW)

Persis‐

t

ent

Yes/No

Modbus

func‐

tion

D10

Man. def. star

t

Manual defrost start

A manual defr

ost start can be done (Forced defrost) - Can also be used from a PLC connected via MODBUS

OFF: No forced defrost ON: Forced manual defrost

0=OFF

1=ON

0=OFF0No

Passw

ord level 1,2,3

2

3054RWNo

3, 4 & 16

D11

Def. time in

terval

Defrost start by time interval

F

ail safe function if another congured defrost start, has failed. A defrost will be started when the interval counter (real time) exceeds the ‘Defrost time interval’ setting. The interval counter is start counting from zero when the defrost is started. The interval counter will be reset at every defrost start. The interval counter shall be in standby (not counting) at "Main switch is OFF". Can be seen in Status Sceen 1.

If "D11,Def. time interval" is 0 (zero) the function is disabled"

Unit: hours

0

2400hours0No

Passw

ord level 1,2,3

2

3075RWYes

3, 4 & 16

D12

Def. start ac

c. cool

time

Defrost start by accumulated c

ooling time

Can also be used as a fail safe function if another congured defrost start, has failed. A defrost will be started when the accumulated cooling time exceeds "D12,Def. start acc. cool time" setting. The accumulated cooling time will be reset at every defrost start.

Unit: hours

0

2400hours0No

Passw

ord level 1,2,3

2

3076RWYes

3, 4 & 16

D13

Time stagger

ing

Time staggered defrost

D

efrost will only be staggered after:

- After power cut.

- Start according to "D11,Def. time interval"

- This means Start defrost after ["D11,Def. time interval" + "D13,Time staggering"]

- Start according to "D12,Def. start acc. cool time" - This means Start defrost after ["D12,Def. start acc. cool time" + "D13,Time staggering"]

Successive defrosts will be started when the time interval Defrost time interval or accumulated cooling time has elapsed"

Unit: min

0

2400min0No

Passw

ord level 1,2,3

2

3077RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Defrost function \ Defrost start methods

Table 13: Defrost function \ Defrost start methods

AI306444073210en-000801 | 38

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Unit

Deci‐

mals

Locked

b

y Main switch Yes/No

Read

Pass‐ w

ord

level to

change/

write

Mod‐

bus

ad‐

dr

ess

Read

only

(R

O) / Read Write

(RW)

Persis‐

t

ent

Yes/No

Modbus

func‐

tion

D14

Def. start b

y DI

Defrost start by DI

Option t

o start defrost via DI. Typical external dignal from PLC or a push bottom. If function is enabled, a defrost is started when the DI changes from OFF to ON. Successive change of the DI during the defrost period are ignored.

No: Function disable Yes: Function enabled

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3055RWYes

3, 4 & 16

D15

Def. start schedule

Defrost start schedule

Option t

o run defrost according to local time scedules in EKE 400. Three schcdules possible (weekdays, saturdays and sunday) with 6 defrost start time each.

No: Function disable Yes: Function enabled

0=No

1=Yes

0=No0No

Passw

ord level 1,2,3

3

3056RWYes

3, 4 & 16

DA1

Def. 1 sch.MOND

AY

Defrost start time for MONDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3277RWYes

3, 4 & 16

DA2

Def. 2 sch.MOND

AY

Defrost start time for MONDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3278RWYes

3, 4 & 16

DA3

Def. 3 sch.MOND

AY

Defrost start time for MONDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3279RWYes

3, 4 & 16

DA4

Def. 4 sch.MOND

AY

Defrost start time for MONDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3280RWYes

3, 4 & 16

DA5

Def. 5 sch.MOND

AY

Defrost start time for MONDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3281RWYes

3, 4 & 16

DA6

Def. 6 sch.MOND

AY

Defrost start time for MONDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3282RWYes

3, 4 & 16

DX1

Copy MOND

AY

to:

Copy MONDAY schedules

C

opy MONDAY to other day or week days or all days: 0 = MONDAY 1 = TUESDAY 2 = WEDNESDAY 3 = THURSDAY 4 = FRIDAY 5 = SATURDAY 6 = SUNDAY 7 = week days 8 = all days

080=MON-

D

AY

0NoPass-

w

ord level 1,2,3

2

3324RWYes

3, 4 & 16

DB1

Def. 1 sch.TUES

-

DAY

Defrost start time for TUESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3283RWYes

3, 4 & 16

DB2

Def. 2 sch.TUES

-

DAY

Defrost start time for TUESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3284RWYes

3, 4 & 16

DB3

Def. 3 sch.TUES

-

DAY

Defrost start time for TUESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPassw

ord level 1,2,3

2

3285RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Unit

Deci‐

mals

Locked

b

y Main switch Yes/No

Read

Pass‐ w

ord

level to

change/

write

Mod‐

bus

ad‐

dr

ess

Read

only

(R

O) / Read Write

(RW)

Persis‐

t

ent

Yes/No

Modbus

func‐

tion

DB4

Def. 4 sch.TUES

-

DAY

Defrost start time for TUESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3286RWYes

3, 4 & 16

DB5

Def. 5 sch.TUES

-

DAY

Defrost start time for TUESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3287RWYes

3, 4 & 16

DB6

Def. 6 sch.TUES

-

DAY

Defrost start time for TUESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3288RWYes

3, 4 & 16

DC1

Def. 1 sch.WED

-

NESDAY

Defrost start time for WEDNESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3289RWYes

3, 4 & 16

DC2

Def. 2 sch.WED

-

NESDAY

Defrost start time for WEDNESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3290RWYes

3, 4 & 16

DC3

Def. 3 sch.WED

-

NESDAY

Defrost start time for WEDNESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3291RWYes

3, 4 & 16

DC4

Def. 4 sch.WED

-

NESDAY

Defrost start time for WEDNESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3292RWYes

3, 4 & 16

DC5

Def. 5 sch.WED

-

NESDAY

Defrost start time for WEDNESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3293RWYes

3, 4 & 16

DC6

Def. 6 sch.WED

-

NESDAY

Defrost start time for WEDNESDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3294RWYes

3, 4 & 16

DD1

Def. 1 sch. THURSD

AY

Defrost start time for THURSDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3295RWYes

3, 4 & 16

DD2

Def. 2 sch. THURSD

AY

Defrost start time for THURSDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3296RWYes

3, 4 & 16

DD3

Def. 3 sch. THURSD

AY

Defrost start time for THURSDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3297RWYes

3, 4 & 16

DD4

Def. 4 sch. THURSD

AY

Defrost start time for THURSDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3298RWYes

3, 4 & 16

DD5

Def. 5 sch. THURSD

AY

Defrost start time for THURSDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3299RWYes

3, 4 & 16

DD6

Def. 6 sch. THURSD

AY

Defrost start time for THURSDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3300RWYes

3, 4 & 16

DE1

Def. 1 sch.FRID

AY

Defrost start time for FRIDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3301RWYes

3, 4 & 16

DE2

Def. 2 sch.FRID

AY

Defrost start time for FRIDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3302RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 40

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Unit

Deci‐

mals

Locked

b

y Main switch Yes/No

Read

Pass‐ w

ord

level to

change/

write

Mod‐

bus

ad‐

dr

ess

Read

only

(R

O) / Read Write

(RW)

Persis‐

t

ent

Yes/No

Modbus

func‐

tion

DE3

Def. 3 sch.FRID

AY

Defrost start time for FRIDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3303RWYes

3, 4 & 16

DE4

Def. 4 sch.FRID

AY

Defrost start time for FRIDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3304RWYes

3, 4 & 16

DE5

Def. 5 sch.FRID

AY

Defrost start time for FRIDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3305RWYes

3, 4 & 16

DE6

Def. 6 sch.FRID

AY

Defrost start time for FRIDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3306RWYes

3, 4 & 16

DF1

Def. 1 sch.SA

TUR-

DAY

Defrost start time for SATURDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3307RWYes

3, 4 & 16

DF2

Def. 2 sch.SA

TUR-

DAY

Defrost start time for SATURDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3308RWYes

3, 4 & 16

DF3

Def. 3 sch. SA

TURDAY

Defrost start time for SATURDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3309RWYes

3, 4 & 16

DF4

Def. 4 sch. SA

TURDAY

Defrost start time for SATURDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3310RWYes

3, 4 & 16

DF5

Def. 5 sch. SA

TURDAY

Defrost start time for SATURDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3311RWYes

3, 4 & 16

DF6

Def. 6 sch. SA

TURDAY

Defrost start time for SATURDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3312RWYes

3, 4 & 16

DG1

Def. 1 sch. SUND

AY

Defrost start time for SUNDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3313RWYes

3, 4 & 16

DG2

Def. 2 sch.SUND

AY

Defrost start time for SUNDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3314RWYes

3, 4 & 16

DG3

Def. 3 sch.SUND

AY

Defrost start time for SUNDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3315RWYes

3, 4 & 16

DG4

Def. 4 sch.SUND

AY

Defrost start time for SUNDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3316RWYes

3, 4 & 16

DG5

Def. 5 sch.SUND

AY

Defrost start time for SUNDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3317RWYes

3, 4 & 16

DG6

Def. 6 sch.SUND

AY

Defrost start time for SUNDAY

0=

00:00

1439=

23:59

0=00:00

0NoPass-

w

ord

level 1,2,3

2

3318RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

D40

Defrost st

op meth-

od

Defrost stop method

S

elect method for stop of defrost

1:Stop on time: When the time delay "D58,Max defrost time" expires, the defrost is terminated 2:Stop on temp: When the defrost sensor temperature becomes greater than the set point "D43,Def. stop temp. limit", then the defrost is terminated. If the defrost time exceed "D58,Max defrost time", then the alarm ‘Max defrost time’ is send and the defrost is terminated. In case of sensor error, and the time ‘Max defrost time’ expires, the alarm ‘Max defrost time’ is send and the defrost is terminated. The alarm will automatically be reset after 5 minutes. To assign defrost sensor temperature, go to I/O conguration in Main menu and select an available AI.

121=Stop

on time

0

Yes

Passw

ord

level 1,2,3

3

3078RWYes

3, 4 & 16

D41

Man. defr

ost stop

Manual defrost stop

Option t

o, local on EKE 400, to stop defrost. Can also be used from a PLC connected via MODBUS

No: Function disable Yes: Function enabled - Observe. All states (See Figure 21: Defrost sequence) before and after Defrost sequence state: "Defrost state" will be still be executed ("Defrost state" will be ignored/ surpressed). When defrost is completed, “D41, Man. defrost stop” will automatically be set back to ”No”.

0=No

1=Yes

0=No0No

Passw

ord level 1,2,3

2

3079RWNo

3, 4 & 16

D42

Defrost st

op via DI

Defrost stop via DI

F

orced stop defrost via external

equipment (e.g. PLC) to EKE 400, via DI

No: Function disable Yes: Function enabled- Observe. All states (See Figure 21: Defrost sequence) before and after Defrost sequence state: "Defrost state" will be still be executed ("Defrost state" will be ignored/ surpressed) To assign DI, go to I/O conguration in Main menu and select an available DI"

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3080RWYes

3, 4 & 16

D43

Def. stop t

emp. limit

Defrost stop temperature limit

S

ee "D40, Defrost stop method"

Unit: °C / °F

02581No

Passw

ord level 1,2,3

2

3081RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Defrost function \ Defrost stop methods

Table 14: Defrost function \ Defrost stop methods

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

AI306444073210en-000801 | 42

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

D50

Pump do

wn delay

Pump down delay

Dr

aining the evaporator before defrosting. Always active The pump down state is used to empty the evaporator for liquid See Figure 21: Defrost sequence

Unit: min

130100No

Passw

ord level 1,2,3

2

3086RWYes

3, 4 & 16

D51

HG open delay

Hot Gas open delay

T

ime delay in minutes before opening the hot gas valve (delay for valve in the wet return line to close) See Figure 21: Defrost sequence

Unit: min

11050No

Passw

ord level 1,2,3

2

3087RWYes

3, 4 & 16

D5A

Drip tray pr

e-heat

Drip tray pre-heat

P

re-heating time for hot gas to drip tray

See Figure 21: Defrost sequence

Unit: min

02050No

Passw

ord level 1,2,3

2

3256RWYes

3, 4 & 16

D5B

Drip tray delay OFF

C

ontinue drip tray heating some dened time See Figure 21: Defrost sequence

Unit: min

0

120300NoPass-

w

ord level 1,2,3

2

3257RWYes

3, 4 & 16

D53

HG soft time

Hot gas soft time

T

ime between step 1 and step 2 for opening the hot gas valve (2 DO used) See Figure 21: Defrost sequence

Unit: min

13030No

Passw

ord level 1,2,3

2

3098RWYes

3, 4 & 16

D54

HG time st

ep 1

Hot Gas time step 1

ICM M

otorvalve: Step 1 time controlled opening to "D55, HG OD step 1" See Figure 21: Defrost sequence

Unit: min

03030No

Passw

ord level 1,2,3

2

3099RWYes

3, 4 & 16

D55

HG OD step 1

Hot Gas valve Opening Degree step 1

ICM M

otorvalve: Valve opening from 0% to "D55, HG OD step 1" inside "D54,HG time step 1" time. See Figure 21: Defrost sequence

Unit: %

0

100200NoPass-

w

ord level 1,2,3

2

3100RWYes

3, 4 & 16

D56

HG time st

ep 2

Hot Gas time step 2

ICM M

otorvalve: Controlled opening in step 2 See Figure 21: Defrost sequence

Unit: min

13020No

Passw

ord level 1,2,3

2

3101RWYes

3, 4 & 16

D57

Quick drain time

R

equire that Quick Drain is selected. (D4B,Quick Drain?=Yes) Enter how long time the Quick Drain valve stays open. Quick Drain valve will start opening together with Hot gas valve. See Figure 21: Defrost sequence

Unit: sec

1

300300NoPass-

w

ord level 1,2,3

2

3102RWYes

3, 4 & 16

D58

Max defrost time

M

ax. allowed defrost duration in minutes

Unit: min

1

120300NoPass-

w

ord level 1,2,3

2

3089RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Defrost function \ Defrost sequence

Table 15: Defrost function \ Defrost sequence

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

D5C

HG close delay

Hot Gas close delay

R

eguire a soft opening valve in the Hot Gas Line (D2A,Hot gas line valve=Soft (ICS+EVRST) or Soft (ICSH) or Slow (ICM)). Delay before closing the selected valves in the Hot gas line. See Figure 21: Defrost sequence

Unit: sec

0

120150NoPass-

w

ord level 1,2,3

2

3258RWYes

3, 4 & 16

D5D

Drain close delay

R

equire that Drain Valve is selected (D4A, Drain solenoid?=Yes). Delay before the Drain valve is closed See Figure 21: Defrost sequence

Unit: min

01020No

Passw

ord level 1,2,3

2

3259RWYes

3, 4 & 16

D59

Drip o time

Drip o time

A

llow water on the evaporator to drip o.

See Figure 21: Defrost sequence

Unit: min

11550No

Passw

ord level 1,2,3

2

3090RWYes

3, 4 & 16

D72

WR valve AI f

eedback

Drain and Quick Drain equalizing time af

ter Drip O

If time is set to 0 (zero) , the Drain Equalizing state is not in use and quick drain valve will stay closed See Figure 21: Defrost sequence

Unit: sec

0

360300

Yes

Passw

ord level 1,2,3

2

3464RWYes

3, 4 & 16

D61

WR soft time

Wet return soft time

T

ime between step 1 and step 2 for opening the wet return valve ("Soft (ICS +EVRST)" or "Soft (ICSH). See Figure 21: Defrost sequence

Unit: min

13020No

Passw

ord level 1,2,3

2

3094RWYes

3, 4 & 16

D6A

WR main time

Wet return main time

A

fter defrost and wet return valve has opened (main), enter delay before valve in liquid line to open. See Figure 21: Defrost sequence

Unit: min

13020No

Passw

ord level 1,2,3

2

3260RWYes

3, 4 & 16

D62

WR time st

ep 1

Wet return time step 1

ICM M

otorvalve: Step 1 controlled opening to "D63,WR OD step 1" See Figure 21: Defrost sequence

Unit: min

03030No

Passw

ord level 1,2,3

2

3095RWYes

3, 4 & 16

D63

WR OD step 1

Wet return Opening Degree step 1

ICM M

otorvalve: Valve opening from 0% to "D63,WR OD step 1" inside "D62,WR time step 1" time See Figure 21: Defrost sequence

Unit: %

0

100200NoPass-

w

ord level 1,2,3

2

3096RWYes

3, 4 & 16

D64

WR time st

ep 2

Wet return time step 2

W

et return ICM motorvalve opening step 2 time. See Figure 21: Defrost sequence

Unit: min

13020No

Passw

ord level 1,2,3

2

3097RWYes

3, 4 & 16

D70

Time avg C

VE OD

Time over to calcute the average value of C

VE OD%

During the cooling, an average OD of CVE is calculated continuously. The time window of the average is dened by D70

Unit: min

0

120300

Yes

Passw

ord level 1,2,3

2

3438RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 44

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

D71

Time rest

ore CVE

OD

Time to maintain the CVE OD average v

alue after defrost

When entering “Fan delay state”, CVE keeps operating at the average OD for a period of time dened by D71 before the regulation starts

Unit: min

0

120100

Yes

Passw

ord level 1,2,3

2

3439RWYes

3, 4 & 16

D65

Fan start delay

D

elay before start of fans. Liquid Line valve is ON, in this state. See Figure 21: Defrost sequence

Unit: min

03020No

Passw

ord level 1,2,3

2

3092RWYes

3, 4 & 16

D66

Fan ctrl. at defr

ost

Fan control at defrost

D

ene if fans shall run or be stopped

during the defrost sequence.

No: Fans are stopped Yes: Fans are running See Figure 21: Defrost sequence

0=No

1=Yes

0=No0No

Passw

ord level 1,2,3

3

3093RWYes

3, 4 & 16

D67

Water valve delay

Delay before start of Water valve

S

ee "D09, Water valve?" Description

Unit: min

0

240150NoPass-

w

ord level 1,2,3

2

3334RWYes

3, 4 & 16

D68

Water valve time

Time on of Water valve

S

ee "D09, Water valve?" Description

Unit: min

1

120150NoPass-

w

ord level 1,2,3

2

3335RWYes

3, 4 & 16

D69

WR Pr. E

qualising

WR Pressure Equalising time

Unit: min

11050X

Passw

ord level 1,2,3

2

3414RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

F01

Fan control mode

1: ON-

OFF control: (1 DO) The fans are O when cooling is stopped, and fans are On when cooling is ON

2: ON Control: Fans are ON, also when cooling is stopped.

3: Two step control: (2 DO): The two DO are controlled as below: Cooling Thermostat=ON DO1: ON DO2: OFF Cooling Thermostat=OFF DO1: ON DO2: ON

8: On-O ctrl cycling. During cooling OFF, Fan switches between ON and OF, dened by parameter F06,Cycling OFF time and F07,Cycling ON time. Used when air circulation is required during OFF periods of the thermostat. In normal cooling operation the fan is ON and should not follow the thermostat.

4: 0-10 V EC fan ctrl: (1 AO), Modulating control via AO See "F02,Fan speed high" and "F03,Fan speed low"

5: 0-10 V EC fan ctrl: (1 AO, 1 DO), Modulating control via AO and DO Same as "F01, Fan control mode =4 plus the DO should be ON when AO has to be larger than 0% and OFF whenever AO is zero (0%)

6: 0-10 VFD variable (1AO): See Figure 23:

VFD speed The VFD speed control could

follow proportional band, linked to four parameters F03, Fan speed low F02, Fan speed high F04, Oset speed low F05, Oset speed high

7: 0-10 VFD var.+DO (1AO + 1DO). Same (6:0-10 VFD variable (1AO)), but with an added DO assignment.The DO should be ON when AO > 0 and OFF whenever AO is 0 (zero) 0: No control: No control of fans

081=On-

O

 con-

trol

0

Yes

Passw

ord level 1,2,3

3

3103RWYes

3, 4 & 16

F02

Fan speed high

Setting for Fan control via AO - High speed Enter Fan speed high in percent in Cooling mode. 100 % equals max. Speed / Maximum AO output of 10 V

Unit: %

0

100

1000No

Passw

ord level 1,2,3

2

3104RWYes

3, 4 & 16

F03

Fan speed lo

w

Fan speed low

Setting for Fan control via AO - High speed Enter Fan speed low in percent when not in Cooling mode. 100 % equals max. Speed / Maximum AO output of 10 V

Unit: %

0

100500NoPass-

w

ord level 1,2,3

2

3105RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Fan control

Table 16: Fan control

AI306444073210en-000801 | 46

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

F04

Oset

speed lo

w

Oset sp

eed low

Oset to roomtemperature setpoint at low speed. See F01, Fan control mode description

Unit: K

-20.0

20.0

0.01No

Passw

ord level 1,2,3

3

3459RWYes

3, 4 & 16

F05

Oset

speed high

Oset sp

eed high

Oset to roomtemperature setpoint at high speed. See F01, Fan control mode description

Unit: K

-20.0

20.0

0.01No

Passw

ord level 1,2,3

3

3460RWYes

3, 4 & 16

F06

Cycling OFF time

D

uring cooling OFF, Fan switches between ON and OFF, dened by parameters: F06, Cycling OFF time F07, Cycling ON time

Unit: min

1

12050NoPass-

w

ord level 1,2,3

3

3461RWYes

3, 4 & 16

F07

Cycling ON time

D

uring cooling OFF, Fan switches between ON and OFF, dened by parameters: F06, Cycling OFF time F07, Cycling ON time

Unit: min

1

12050NoPass-

w

ord level 1,2,3

3

3462RWYes

3, 4 & 16

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

RH0

Reheat enable?

Enable Reheat function

S

ee Figure 24: Reheat function Reheat function can manage to control humidity in room. The evaporator will continue to dehumidify the air and the re-heat coil will heat the air to keep the room from getting too cold while trying to reduce humidity

No: Disable Reheat Function Yes: Enable Reheat Function. This means that 1 DO and 2 AI is assigned. Go to In IO conguration \ Analog and Digital Output inputs to assign: DO:Assign a solenoid valve.Select "Reheat Sol" to an available DO AI: Assign a 4-20 mA Humidity sensor Select "Humidity sens." to an available AI

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3465RWYes

3, 4 & 16

RH1

Setpoint RH %

Setpoint Humidity

I

f RH0, Reheat enable?=Yes, then enter

the Humidity Setpoint

Unit: %

0.0

100.0

50.01Yes

Passw

ord level 1,2,3

3

3466RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Reheat

Table 17: Reheat

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

P01

Display unit

0:ME

T: Metric units - Celsius (°C) and Kelvin (°K) 1:IMP: Imperial units - Fahrenheit (°F) and Rankine (°R)

010=MET0No

Passw

ord level 1,2,3

2

3115RWYes

3, 4 & 16

P02

Alarm output

A

n alarm relay output can be congured, which will be activated in the event of an alarm. Select the alarm priority that will activate the relay. See Alarm priorities in Main Menu 0: No relay 1: Critical alarms: - To assign DO, go to I/O conguration in Main menu and select an available DO 2: Severe alarms - To assign DO, go to I/O conguration in Main menu and select an available DO 3: All alarms - To assign DO, go to I/O conguration in Main menu and select an available DO

030=No re-

lay

0

Yes

Passw

ord level 1,2,3

3

3116RWYes

3, 4 & 16

cAB

Buzzer M

anage-

ment

Buzzer Management

S

elect whic group af alarms that will activate the buzzer. 0: No buzzer 1: Critical alarms 2: Severe alarms 3: All alarms

030=No

buzz

er

0

Yes

Passw

ord level 1,2,3

3

3274RWYes

3, 4 & 16

P03

Main switch via DI

Mainswitch via DI

R

elease EKE 400 for operation or force EKE 400 out of operation via external equipment (e.g. PLC), via DI

OFF: EKE 400 is forced out of operation. Observe if "M01,Main switch" is ON, this parameter will also when OFF, force EKE 400 out of operation ON: EKE 400 released for operation. Observe if "M01,Main switch" is ON, this parameter must also be ON, to release EKE 400 for operation

0=No

1=Yes

0=No0Yes

Passw

ord level 1,2,3

3

3117RWYes

3, 4 & 16

P10

Ext ref. con-

g

.

External reference c

onguration

Select the signal used to change the thermostat- or Media temp. reference.

0: Not used 1: Displace by current: - dene the AI input range via the following settings:

• “P13,Ref. current high”: 4 to 20 mA, default = 20

• “P14,Ref. current low”: 0 to 20 mA, default = 4

T

o assign AO, go to I/O conguration in Main menu and select an available AO. 2: Displace by voltage: - dene the AI input range via the following settings:

• “P15,Ref. voltage high”: 0 to 10 Volt, default = 10

• “P16, Ref. voltage low”: 0 to 10 Volt, default = 0

To assign AO, go to I/O conguration in Main menu and select an available AO. 3: Displace by modbus 4: Displace by DI

040=Not

used

0

Yes

Passw

ord level 1,2,3

3

3118RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Miscellaneous

Table 18: Miscellaneous

AI306444073210en-000801 | 48

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

P11

Ref. oset max

Reference oset maximum

S

caling of range for temperature displacement - Maximum value See "P10, Ext ref. cong."

Unit: °C / °F

0.0

50.0

0.01No

Passw

ord level 1,2,3

3

3119RWYes

3, 4 & 16

P12

Ref. oset min

Reference oset minimum

S

caling of range for temperature displacement - Minimum value See "P10,Ext ref. cong."

Unit: °C / °F

-70.0

0.0

0.01No

Passw

ord level 1,2,3

3

3120RWYes

3, 4 & 16

P13

Ref. current high

Reference current high

S

caling of range for AI current - high

value See "P10, Ext ref. cong."

Unit: mA

P14

20.0

20.01No

Passw

ord level 1,2,3

3

3121RWYes

3, 4 & 16

P14

Ref. current lo

w

Reference current low

S

caling of range for AI current - low value

See "P10,Ext ref. cong."

Unit: mA

0.0

P13

4.01No

Passw

ord level 1,2,3

3

3122RWYes

3, 4 & 16

P15

Ref. voltage high

Reference voltage high

S

caling of range for AI voltage - high

value See "P10,Ext ref. cong."

Unit: V

P16

10.0

10.01No

Passw

ord level 1,2,3

3

3123RWYes

3, 4 & 16

P16

Ref. voltage lo

w

Reference voltage low

S

caling of range for AI voltage - low value

See "P10,Ext ref. cong."

Unit: V

0.0

P15

0.01No

Passw

ord level 1,2,3

3

3124RWYes

3, 4 & 16

P17

Lowpass bandwidth

T

he analog input signal selected in "P10,Ext ref. cong." can be ltered. Contact Danfoss for further information 0: None 1: 4 Hz 2: 2 Hz 3: 1 Hz 4: 0.5 Hz 5: 0.2 Hz

Unit: Hz

0.0

5.0

5=0.20No

Passw

ord level 1,2,3

3

3125RWYes

3, 4 & 16

P18

Ref. oset b

y modbus

Reference oset b

y MODBUS

Oset value via MODBUS (e.g. PLC) added to "T04, Ther. setpoint"

Unit: °C / °F

-70.0

50.0

0.01No

Passw

ord level 1,2,3

3

3126RWYes

3, 4 & 16

P19

Ref. oset b

y DI

Reference OFFset by DI

A

n oset can be added to the T04, Thermostat set point temperature if P10, Ext ref. cong.=Displace by DI

Unit:K

-70.0

50.0

0.01No

Passw

ord level 1,2,3

3

3469RWYes

3, 4 & 16

P25

Gas C

onc.tra.

AI?

Gas Concentration Analog Input

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3326RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

P20

Ther. sensor er

ror

Thermostat sensor error

I

f no thermostat sensor is available because of sensor faults, then emergency cooling takes over to maintain a reasonable level of cooling Select action at emergency cooling mode 0: Stop cooling 1: Fixed OD This means that the Evaporator will run in a ON/OFF cycle dened by a period of 1 hour and the setting of parameter "P22, Fixed OD emer. cool" E.g. "P22, Fixed OD emer. cool" = 40% Evaporator ON: 40% x 60 min=24 min Evaporator OFF: (100%-40%( x 60 min=36 min 2: Use average values

022=Use

av

erage

values

0

Yes

Pass-

w

ord level 1,2,3

3

3127RWYes

3, 4 & 16

P22

Fixed OD emer

. cool

Fixed valve Opening Degree emer

gency cooling

Fixed valve OD at emergency cooling of the Liquid line valve See "P20,Ther. sensor error"

Unit: %

0

10000

Yes

Passw

ord level 1,2,3

3

3129RWYes

3, 4 & 16

P21

SH sensor er

ror

Select how to operate emergency c

ooling

0: Stop cooling 1: Fixed OD 2: Use average values

0220Yes

Passw

ord level 1,2,3

3

3128RWYes

3, 4 & 16

P23

Suct. ctrl at sensor er

ror

Select how to operate emergency c

ooling

0:Stop cooling 1: Fixed value 2: Valve fully open

0220Yes

Passw

ord level 1,2,3

3

3130RWYes

3, 4 & 16

P2A /

P24

Fix. value emer

. Cool.

Fixed OD value at emergency cooling

W

hen P21, SH sensor error = Fixed OD, then a xed OD for the liquid line valve can be entered Unit: %

0

10000

Yes

Passw

ord level 1,2,3

3

3404 /

3131

RW

Yes

3, 4 & 16

P26

Ext ref. T0

c

ong.

External displacement of Pressure setp

oint in Wet Return control

An oset can be added to the setpoint T17, Suc.Pres. SP To (in degrees)

0: Not used; 1: Displace by current: See scaling in P29,Ref. current T0 high and P30, Ref. current T0 low 2: Displace by voltage: See scaling in P31,Ref. voltage T0 high and P32, Ref. voltage T0 low 3: Displace by modbus: See P33, Ref. oset T0 by modbus 4: Displace by DI: See P34,Ref. oset T0 by DI

0400Yes

Passw

ord level 1,2,3

3

3486RWYes

3, 4 & 16

P27

Ref. oset T0 max

Temperature oset r

ange - max value

Scaling of range, max value, proportional to Analog Input (mA or Voltage)

Unit: K

0.0

50.0

0.01No

Passw

ord level 1,2,3

3

3487RWYes

3, 4 & 16

P28

Ref. oset T0 min

Temperature oset r

ange - min value

Scaling of range, min value, proportional to Analog Input (mA or Voltage)

Unit: K

-70.0

0.0

0.01No

Passw

ord level 1,2,3

3

3488RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Miscellaneous (P22,P21,P2A,P23,P24 below all related to Emergency cooling sensor error)

Table 19: Emergency cooling sensor error

AI306444073210en-000801 | 50

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

P29

Ref. current T0 high

AI signal range - high mA value

S

caling of mA range, high value

Unit: mA

0.0

20.0

20.01No

Passw

ord level 1,2,3

3

3489RWYes

3, 4 & 16

P30

Ref. current T0 lo

w

AI signal range - low mA value

S

caling of mA range, low value

Unit: mA

0.0

20.0

4.01No

Passw

ord level 1,2,3

3

3490RWYes

3, 4 & 16

P31

Ref. voltage T0 high

AI signal range - high voltage value

S

caling of voltage range, high value

Unit: V

0.0

10.0

10.01No

Passw

ord level 1,2,3

3

3491RWYes

3, 4 & 16

P32

Ref. voltage T0 lo

w

AI signal range - low voltage value

S

caling of voltage range, low value

Unit: V

0.0

10.0

0.01No

Passw

ord level 1,2,3

3

3492RWYes

3, 4 & 16

P33

Ref. oset T0 b

y mod-

bus

Oset v

alue send via network

Enter value via MODBUS

Unit: K

-70.0

50.0

0.01No

Passw

ord level 1,2,3

3

3493RWYes

3, 4 & 16

P34

Ref. oset T0 b

y DI

Reference O

set by DI

If P26, Ext ref. T0 cong.=Displace by DI, then if the assigned DI:

OFF: No oset added ON: Value entered here will be added T17, Suc.Pres. SP To (in degrees)

Unit: K

-70.0

50.0

0.01No

Passw

ord level 1,2,3

3

3494RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

G01

Language

0: English; 5: French;3:Italian; 4:German; 16: D

utch; 17: Japan; 13: Portoguese; 6: Spanish; 9:Russian; 14: Chinese; 18: Korean

0130=Eng-

lish

0NoPass-

w

ord level 1,2,3

2

3106RWYes

3, 4 & 16

G02

Time format

0:24-hour f

ormat

1:12-hour format

010=24-

hour f

or-

mat

0NoPass-

w

ord level 1,2,3

2

3107RWYes

3, 4 & 16

G03

Screen saver time

I

f no push bottoms have been activated for the entered period, the backlight in the display will be weaker. Display backlight will revoked upon activation of any of the push bottoms Unit: min

16020No

Pass-

w

ord level 1,2,3

2

3189RWYes

3, 4 & 16

G04

User logout time

I

f no push bottoms have been activated for the entered period, a logout will be carried out to Password level 0. Level 0 will only allow to see the screens: "Status screen 1", "Active alarms", "Alarm Reset" and "Controller info"A forced logout to Password level 0 can be made from screen: "Status screen 1" - Push the “Escape” button for 3 seconds Unit: min

16020No

Pass-

w

ord level 1,2,3

2

3191RWYes

3, 4 & 16

G05

Display c

ontrast

Display contrast

0

100300NoPass-

w

ord level 1,2,3

2

3190RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

System \ Display

Table 20: System \ Display

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET)..

AI306444073210en-000801 | 52

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

G07

Password lev

el 1

Password level 1

En

ter password for level 1 acess. Level 1 will give acess to see all parameters and sub menues, but no settings can be changed. See Column "Read" and "Password level to change/write"

1

999

1000No

Passw

ord level 1,2,3

1

3108RWYes

3, 4 & 16

G08

Password lev

el 2

Password level 2

En

ter password for level 2 acess. Level 2 will give acess to see all parameters and sub menues. Some settings can changed. See Column "Read" and "Password level to change/write"

1

999

2000No

Passw

ord

level

2,3

2

3109RWYes

3, 4 & 16

G09

Password lev

el 3

Password level 3

En

ter password for level 3 acess. Level 3 will give acess to see all parameters and sub menues. Alle settings can changed. See Column "Read" and "Password level to change/write"

1

999

3000No

Passw

ord

level

3

3110RWYes

3, 4 & 16

G15

For Danfoss only

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

G10

Real time clock

En

ter date (year, month and day) and

time (hour and minute)

No

Passw

ord

level 1,2,3

2

1807 (to

r

ead)

1809 (to

set)

RW

Yes

3, 4 & 16

Evaporator and room control, type EKE 400

System \ Password

Table 21: System \ Password

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

System \ Real time clock

Table 22: System \ Real time clock

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

G11

Modbus addr

ess

Modbus address

S

et the address of the controller here if it is connected to a system device via data communication.

1

12510

Yes

Passw

ord level 1,2,3

3

3111RWYes

3, 4 & 16

G12

Baudrate

T

he system unit usually communicates

with 38.400.

0:0 12:1200 24:2400 48:4800 96:9600 144:14400 192:19200 288:28800 384:38400

0

384

384=

38400

0

Yes

Passw

ord level 1,2,3

3

3112RWYes

3, 4 & 16

G13

Serial mode

S

erial modbus mode. 8N1, 8E1 (8 bit,

Even parity), 8N2.

8N1

8N2

8E10Yes

Passw

ord level 1,2,3

3

3113RWYes

3, 4 & 16

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

G14

Reset to fac

tory

Reset to factory

No: Not ac

tive Yes: All parameters will be returned to factory default settings, and the alarm list will be cleared. The parameter will automatically be set back to ‘No’ when factory reset has nished (after a few seconds). OBSERVE below mention parameters will be left unchanged: "G01, Language" "G10, Real time clock" "G11, Modbus address" "G12, Baudrate" "G13,Serial mode"

0=No

1=Yes

0=No

Yes

Passw

ord

level

3

3114RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

System \ Network

Table 23: System \ Network

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

System \ Reset to factory

Table 24: System \ Reset to factory

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

AI306444073210en-000801 | 54

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

See . OBSERVE some readouts are only visible under specic c

onditions

S01

Control stat

e

Read out of the actual state EKE will proc

ees during cooling and defrost. See sheet "0-Tables" Table 15: Defrost

function \ Defrost sequence in this docu-

ment

0

3270RONo

3

S02

Cooling status

Status of EKE 400 in status cooling. OFF: No r

equest for cooling. ON:Request for cooling. Can be used via MODBUS (e.g. PLC)

0

3165RONo

3

S03

Ther. temp.

Temperature used for the thermostat func

tion.

Unit: °C / °F

-200.0

200.0

0.013166RONo

3

S04

Night status

"Only visible if "T01,Ther. mode" dier (≠) fr

om "None" and "T06,Day/night control"="Yes" Status of day/night operation. On: Night operation

0

3167RONo

3

S05

Cut in limit

"Only visible if "T01,Ther. mode" is "I

ndividual ON/OFF" or "Common ON/ OFF" Thermostat cut in limit adjusted with night oset

Unit: °C / °F

1

3168RONo3S06

Cut out limit

"Only visible if "T01,Ther. mode" is "I

ndividual ON/OFF" or "Common ON/ OFF" Thermostat cut out limit adjusted with night oset

Unit: °C / °F

1

3169RONo

3

S07

Alarm air t

emp.

"Only visible if "B01,Air temp. alarm" dier (≠) fr

om "None" Room temperature used for the alarm function

Unit: °C / °F

1

3163RONo

3

S08

Product t

emp.

"Only visible if "B05,Product alarm func

tion" = "Yes"

Measured product sensor temperature

Unit: °C / °F

1

3170RONo

3

S1A

Control S

tate Trans-

lated

Control State Translated: Read-out of r

egulation condition / control state

1: Main switch is OFF; 2: Manual control; 3:Pump down; 4: HG open delay; 5: HG Drip tray; 6: HG soft opening; 7: Defrosting; 8: HG close delay; 9: Drain close delay; 10: Drip o time; 11: WR opening state; 12: Fan start delay; 13: Not used; 14: Forced closing; 15: Forced cooling; 16: Emergency control; 17: Modulating WR. control; 18: MTR control; 19: Cooling; 20: Cooling stopped; 21: Refrig. not selected; 22: Power up state; 23: Critical Alarm; 24: PWM modulation

Not visible from HMI. Can be read via MODBUS

103270RONo

S2A

Merge Main S

witch

Status of Mainswitch parameters

"

M01,Main switch"

"M02,Ext. Main switch"

Only if state of both "M01,Main switch" AND M02,Ext. Main switch" is ON then "S2A, Merge Main Switch" is 1, else 0.

Not visible from HMI. Can be read via MODBUS

010

3271RONo

Evaporator and room control, type EKE 400

Control status / read-outs Control Status

Table 25: Control status / read-outs Control Status

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

S09

Defrosting time

The duration of the last executed defrost is sho

wn

Unit: min

0

3171RONo

3

S10

Def. sensor t

emp.

"Only visible if "D40,Defrost stop method"="S

top on time" Defrost sensor

temperature

Unit: °C / °F

1

3172RONo

3

S11

Defrost stat

e time

Actual active time delay shown in actual stat

e

Unit: min

0

3173RONo3S12

Act. state time

Actual remaining time left of "S11,Defrost stat

e time

Unit: min

0

3174RONo

3

S16

Evap. press P

e

Actual evaporating pressure Pe

Unit: Bar / psi

0.013175RONo

S17

Evap. temp. T

e

Actual evaporating temperature Te c

onverted from pressure

Unit: °C / °F

0.013179RONo

S18

S2 suction pipe

The gas temperature measured at ev

aporator outlet.

Unit: °C / °F

0.013180RONo

3

S19

S3 air inlet t

emp

Actual air inlet temperature

Unit: °C / °F

0.013181RONo

3

S20

Actual OD % f

or LL

Actual opening degree of Liquid valve in D

X and PWM

Unit: %

1

3182RONo

S21

Superheat

Actual superheat (Gas temp. out E

vap.temp Te)

Unit: °C / °F

0.013183RONo

3

S22

SH referenc

e

Reference used for the superheat control

Unit: °C / °F

10.013184RONo3S23

Status Buzz

er

Status buzzer

3275RONo

3

S24

Hours from D

efrost

Time in hours since last defrost

Unit: hours

0

3319RONo

3

S26

Emergency c

ontrol pe-

riod

Emergency control period time in minut

es

Unit: min

0

3321RONo3S27

Emergency c

ontrol du-

ty

Emergency control duty time in minutes

Unit: min

0

3322RONo

3

S28

Gas C

onc.tra.

Gas Concentration [ppm]

Unit: ppm

0

5000003330RONo3S32

Reference SP

Reference setpoint for Modulating WR c

trl

3434RONo

3

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

IO c

onguration \ Digital outputs

DO1...DO8

When a function that needs to use an Dig

ital Output (DO) is dened, it will be possible to assign this function to one of the available DO. Select the function to assign to the actual DO and if the function is to be active when the DO is activated or deactivated.

IO c

onguration \ Digital inputs

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

onguration

IO c

Table 26: IO c

onguration

AI306444073210en-000801 | 56

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

DI1...DI8

When a function that needs to use an Dig

ital Input (DI) is dened, it will be possible to assign this function to one of the available DI. Select the function to assign to the actual DI.

IO c

onguration \ Analog outputs - Voltage

AO1, AO2, A

O3, AO4

When a function that needs to use an Analog O

utput (DO) is dened, it will be possible to assign this function to one of the available AO. Select the function to assign to the actual AO and dene voltage range 0 – 1 V, 0 – 5 or 0 – 10 V

IO c

onguration \ Analog inputs

AI1...AI8

When a temperaturefunction that needs t

o use an Analog Input (AI) is dened, it will be possible to assign this function to one of the available AI. Select the function to assign to the actual AI. It is possible to add an oset value to compensate for long cables under "Cal." parameter

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory

S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only (R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

IO status \ Digital outputs

DO1...DO8

Status (OFF/ON) if all DO. If a function is assig

ned the function name will be dis-

played. DO not used, will display "--------"

DO1

Actual assigned parameter to DO

1003.8RO3

DO2

1003.9RO3

DO3

1003.1RO3

DO4

1003.11RO3

DO5

1003.12RO3

DO6

1003.13RO3

DO7

1003.14RO3

DO8

1003.15RO3

IO status \ Digital inputs

DI1...DI8

Status (OFF/ON) if all DI. If a function is assig

ned the function name will be dis-

played. DI not used, will display "--------"

DI1

Actual assigned parameter to DI

1001.8RO3

DI2

1001.9RO3

DI3

1001.1RO3

DI4

1001.11RO3

DI5

1001.12RO3

DI6

1001.13RO3

DI7

1001.14RO3

DI8

1001.15RO3

IO status \ Analog outputs

AO1, AO2, A

O3, AO4

Status of analogue outputs. Value in 0-100 % max. O

utput signal

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

IO status

Table 27: IO status

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

AO1

Actual assigned parameter to AO

1037RO3

AO2

1038RO3

AO3

1039RO3

AO4

1040RO3

IO status \ Analog inputs

AI1...AI8

Status of analogue temperature inputs. T

emperature values (includes possible

oset calibration values).

AI1

Actual assigned parameter to AI

1005RO3

AI2

1006RO3

AI3

1007RO3

AI4

1008RO3

AI5

1009RO3

AI6

1010RO3

AI7

1011RO3

AI8

1012RO3

IO status \ IO summary

IO summar

y

Inputs and outputs overview. Display of maximum av

ailable and how many

is actual being used.

OBSERVE: If too many have been dened, an exclamation mark (!) will appear.

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

IO manual control \ Digital outputs

DO1...DO8

Manual overide control of a DO

A

UTO: DO is controlled automatically by EKE 400 ON: DO is forced ON - an alarm is will be active "Output in manual mode” OFF: DO is forced OFF

OBSERVE: Remember to switch back to “AUTO” when an overide have been made (OFF/ON)

IO manual control \ Analog outputs

AO1, AO2, A

O3, AO4

Manual overide control of a AO

A

UTO: AO is controlled automatically by EKE 400 MAN: If MAN is selected, A manual output value [0-100 %] of max. AO value can be entered in parameter "Man". - an alarm is will be active "Output in manual mode”

OBSERVE: Remember to switch back to “AUTO” when an overide have been selected ("MAN")

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

IO manual control

Table 28: IO manual control

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

AI306444073210en-000801 | 58

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

Alarm settings\ Alarm priorities

The controller will issue an alarm

notic

ation if a specic incident

occurs. Each incident is set to indicate the importance of each alarm, but it is possible to modify the importance of each. Choose between the following priority levels:

0: Critical: Important alarms that require a high level of attention. 1: Severe: Alarms of intermediate importance 2: Normal: No important alarms 3: Disable: Alarms set to this priority level will be cancelled.

A48

Pressure sens

.error

Pressure sensor is defect

032NoPass-

w

ord

level 1,2,3

2

3506RWYes

3, 4 & 16

A49

Ext.Ref.Conf.alarm

External Reference input defect

032

3353RWYes

A50

Ther. air sensor er

ror

Thermostat sensor is defect

032NoPass-

w

ord

level 1,2,3

2

3132RWYes

3, 4 & 16

A51

Ther. air 2 sensor er

ror

Thermostat sensor 2 is defect

032NoPass-

w

ord

level 1,2,3

2

3133RWYes

3, 4 & 16

A52

Ther. air 3 sensor er

ror

Thermostat sensor 3 is defect

032NoPass-

w

ord

level 1,2,3

2

3134RWYes

3, 4 & 16

A53

Air alarm sensor er

ror

Air alarm sensor is defect

032NoPass-

w

ord

level 1,2,3

2

3135RWYes

3, 4 & 16

A54

Defrost sensor er

ror

Defrost sensor is defect

032NoPass-

w

ord

level 1,2,3

2

3136RWYes

3, 4 & 16

A55

Product sensor er

ror

Product sensor is defect

032NoPass-

w

ord

level 1,2,3

2

3137RWYes

3, 4 & 16

A59

Standby mode

Alarm when control is stopped by internal or e

xternal Main Switch (DI input )

032NoPass-

w

ord

level 1,2,3

2

3141RWYes

3, 4 & 16

A60

Refrigerant not set

Alarm if no refrigerant has been selec

ted

0: Critical 1: Severe 2: Normal 3: Disable

033

3142RWYes

A61

High temp. alar

m

The room temperature is too high

030NoPass-

w

ord

level 1,2,3

2

3143RWYes

3, 4 & 16

A62

Low temp. alar

m

The room temperature is too low

030NoPass-

w

ord

level 1,2,3

2

3144RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

Alarm setting

Table 29: Alarm setting

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) / Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

A63

High produc

t temp.

alarm

The product temperature is too high

031NoPass-

w

ord

level 1,2,3

2

3145RWYes

3, 4 & 16

A64

Low produc

t temp.

alarm

The product temperature is too low

031NoPass-

w

ord

level 1,2,3

2

3146RWYes

3, 4 & 16

A65

Max. defr

ost time

The max allowed defrost time is exceeded

032NoPass-

w

ord

level 1,2,3

2

3147RWYes

3, 4 & 16

A66

Output in M

AN mode

An output is set in manual mode

032NoPass-

w

ord

level 1,2,3

2

3148RWYes

3, 4 & 16

A67

IO c

ong.

error

Not all inputs and output functions have been assig

ned to hardware Inputs or out-

puts

03-No3149RWYes

3, 4 & 16

A68

Critical A

larm

Critical Alarm by DI

030NoPass-

w

ord

level 1,2,3

2

3332RWYes

3, 4 & 16

A69

Gas sensor er

r.

Gas sensor is defect

0: C

ritical 1: Severe 2: Normal 3: Disable

032

3352RWYes

A76

S2 suction alar

m

Sensor S2 defect

0: C

ritical 1: Severe 2: Normal 3: Disable

032

3359RWYes

A77

S3 media inlet A

larm

Sensor S3 defect

0: C

ritical 1: Severe 2: Normal 3: Disable

032

3360RWYes

A78

High Pressur

e evap.

Alarm

High Pressure MOP in DX

0: C

ritical 1: Severe 2: Normal 3: Disable

032

3361RWYes

A79

Ext.Ref.SH C

onf.al.

External reference input for SH defect

0: C

ritical 1: Severe 2: Normal 3: Disable

032

3408RWYes

A83

LL valve DI alar

m

Liquid line valve alarm by DI

I

f A80,LL valve DI alarm=Yes

Alarm Motorized Valve in Liquid Line

032NoPass-

w

ord level 1,2,3

2

3448RWYes

3, 4 & 16

A84

WR valve DI alar

m

Wet Return line valve alarm by DI

I

f A81,WR valve DI alarm=Yes Alarm Motorized Valve in Wet Return Line

032NoPass-

w

ord level 1,2,3

2

3449RWYes

3, 4 & 16

A85

HG valve DI alar

m

Hot Gas line valve alarm by DI

I

f A82,HG valve DI alarm=Yes

Alarm Motorized Valve in Hot Gas Line

032NoPass-

w

ord level 1,2,3

2

3450RWYes

3, 4 & 16

A86

LL valve AI alar

m

Liquid line valve Analog Input Alarm

A

nalog input Alarm from Motorized

Valve - out of scale

032NoPass-

w

ord level 1,2,3

2

3495RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 60

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

A87

WR valve AI alar

m

Wet Return line valve Analog Input A

larm

Analog input Alarm from Motorized Valve - out of scale

032NoPass-

w

ord level 1,2,3

2

3496RWYes

3, 4 & 16

A88

HG valve AI alar

m

Hot Gas line valve Analog Input Alarm

A

nalog input Alarm from Motorized

Valve - out of scale

032NoPass-

w

ord level 1,2,3

2

3497RWYes

3, 4 & 16

A89

Humidity sens

.error

Humidity sensor Analog input Alarm

A

nalog input Alarm from Humidity

sensor - out of scale

032NoPass-

w

ord level 1,2,3

2

3498RWYes

3, 4 & 16

A90

Ext.Ref.T0 C

onf.al.

External displacement of Pressure setp

oint in Wet Return control

Analog input Alarm from External displacement of Pressure setpoint - out of scale

032NoPass-

w

ord level 1,2,3

2

3499RWYes

3, 4 & 16

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

S70

Manual alar

m reset

Manual alarm reset of Critical Alarm, selec Y

ES to reset

No

YesNo0NoPass-

w

ord level 1,2,3

3

3333RWYes

3, 4 & 16

A70

Crit.alarm status

Critical Alarm status

0 = not ac

tive

1 = active

010No3329RWYes

3, 4 & 16

A71

Crit.ext.alarm DI?

Enable DI for Critical Alarm

 NOTE:

EKE 400 c

ontroller must never be primary

safety.

No

YesNo0

Yes

Passw

ord level 1,2,3

3

3327RWYes

3, 4 & 16

A72

WR alarm mode

Wet Return valve status in Critical Alarm status

OFFONOFF0No

3328RWYes

3, 4 & 16

A73

Fan alarm mode

Fan status in Critical Alarm status

OFFONOFF0No

3331RWYes

3, 4 & 16

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Alarm setting\ Critical Alarm

Table 30: Valve digital alarms

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Label

ID

(1)

Parameter name

Description and selection options

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

A80

LL valve DI alar

m

Liquid Line valve digital alarm from IC

AD

Select if an DI Alarm from Liquid Line valve is present or not

No: No DI from Liquid Line valve Yes: DI from Liquid Line valve present. An DI must be assigned under IO conguration \ Digital inputs

No

YesNoYes

Passw

ord level 1,2,3

3

3443RWYes

A81

WR valve DI alar

m

Wet Return valve digital alarm from IC

AD

Select if an DI Alarm from Liquid Line valve is present or not

No: No DI from Wet Return Line valve Yes: DI from Wet Return Line valve present. An DI must be assigned under IO conguration \ Digital inputs

No

YesNoYes

Passw

ord level 1,2,3

3

3444RWYes

A82

HG valve DI alar

m

Hot Gas Line valve digital alarm from IC

AD

Select if an DI Alarm from Liquid Line valve is present or not

No: No DI from Hot Gas Line valve Yes: DI from Hot Gas Line valve present. An DI must be assigned under IO conguration \ Digital inputs

No

YesNoYes

Passw

ord level 1,2,3

3

3445RWYes

Label

ID

(1)

Alarm text

Description

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

E01

Sensor F

ault

External reference input defect

1901.09RONo3A50

Ther. air sensor er

ror

Thermostat sensor is defect

1901.11RONo3A51

Ther. air 2 sensor er

ror

Thermostat sensor 2 is defect

1901.12RONo3A52

Ther. air 3 sensor er

ror

Thermostat sensor 3 is defect

1901.13RONo

3

A53

Air alarm sensor er

ror

Air alarm sensor is defect

1901.14RONo3A54

Defrost sensor er

ror

Defrost sensor is defect

1901.15RONo

3

A55

Product sensor er

ror

Product sensor is defect

1901.00RONo3A59

Standby mode

Alarm when control is stopped by internal or e

xternal Main Switch (DI input )

1901.04RONo

3

A60

Refrigerant not set

Alarm if no refrigerant has been selected

1901.05RONo

A61

High temp. alar

m

The room temperature is too high

1901.06RONo3A62

Low temp. alar

m

The room temperature is too low

1901.07RONo

3

A63

High produc

t temp.

alarm

The product temperature is too high

1902.08RONo

3

Evaporator and room control, type EKE 400

Valve digital alarms

Table 31: Valve digital alarms

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Alarm messages

Table 32: Alarm messages

AI306444073210en-000801 | 62

Label

ID

(1)

Alarm text

Description

Min.

Max

Factory S

etting

Dec‐

im‐

als

Locked

b

y Main

switch

Yes/No

Read

Pass‐ w

ord

level to

change/

write

Modbus addr

ess

Read

only

(R

O) /

Read Write (RW)

Persis‐

t

ent

Yes/No

Modbus

func

tion

A64

Low produc

t temp.

alarm

The product temperature is too low

1902.09RONo

3

A65

Max. defr

ost time

The max allowed defrost time is exceeded

1902.10RONo3A66

Output in M

AN mode

An output is set in manual mode

1902.11RONo

3

A67

IO c

ong.

error

Not all inputs and output functions have been assig

ned to hardware Inputs or out-

puts

1902.12RONo

3

A68

Critical DI A

larm

Critical Alarm by digital input, need a manual r

eset to remove it

1902.13RONo

3

A69

Gas sensor er

r.

Gas sensor is defect

1902.14RONo

3

A76

S2 sensor er

ror

S2 sensor error is defect

1902.15RONo3A77

S3 sensor er

ror

S3 sensor error is defect

1902.00RONo

3

A78

High Pressur

e evap.

Alarm

High Pressure evap. Alarm

1902.01RONo

3

A79

Sensor F

ault SH

External reference input for SH defect

1902.02RONo

3

Cooling - Defrost - Cooling states

Digital Output

COOLING - State

B

PUMP DOWN - State

C

(D50)

SETTLINGT IME/ - State D

HG OPEN DELAY (D51)

PRE-HEATING / - State E

HG FOR DRIPTRAY (D5A)

SOFT GAS (D53 or D5 4) - State

F

QUICK DRAIN (D57)

HG MAIN DEFROST - State H

(D58)

HG CLOSING DELAY - State

I

(D5C)

DRAIN - State J

CLOSING DELAY (D5D)

SETTLINGT IME/ - State K

DRIPO FF (D59)

QUICK DRAIN - State L

EQUALIZING (D69)

WR-EQULIZING - State

M

(D61 or D62)

WR-MAIN - State

N

(D6A or D64 )

PRE-FREEZING / - State O

FAN DELAY (D65)

COOLING - State B

FAN

Liquid Line valve

Wet Return line valve - Equalizing

Wet Return line valve - Main

Hot Gas Line - Soft

Hot Gas Line - Main

Defrost D rain Line

Quick D rain Line

Driptray line

State - EE

 NOTE:

S

tate - EE

DELAY OFF of HG FOR DRIPTRAY (D5B). DELAY OFF timer starts counting when PRE-HEATING ends. Max DELAY OFF time is to when DRAIN VALVE goes OFF. Operates indenpendent of QUICK DRAIN, SOFT GAS and HOT GAS. Adjustable from 1 sec.

See T

able 33: Parameter and State, Parameter and State, for relation between parameters and State

Evaporator and room control, type EKE 400

(1)

Visibility depends on other parameter settings. Numbers are displayed in Metric units ( P01, Temperature units=MET).

Sequence diagrams

igure 21: Defrost sequence

F

Label ID

Parameter name

Description and selection options

State

D50

Pump down delay

Dr

aining the evaporator before defrosting. Always active The pump down state is used to empty the evaporator for liquid See Figure 21: Defrost sequence

C D51

HG open delay

Hot Gas open delay

T

ime delay in minutes before opening the hot gas valve (delay for valve in the wet return line to close) See Figure 21: Defrost sequence

D

D5A

Drip tray pre-heat

Driptray pre-heat

P

re-heating time for hot gas to drip tray See Figure 21: Defrost sequence

E

D5B

Drip tray delay OFF

Drip tray delay

OFF C

ontinue drip tray heating some dened time See Figure 21: Defrost sequence

EE

D53

HG soft time

Hot gas soft time

T

ime between step 1 and step 2 for opening the hot gas valve (2 DO used) See Figure 21: Defrost sequence

F

D54

HG time step 1

Hot Gas time step 1 ICM

M

otorvalve: Step 1 time controlled opening to "D55, HG OD step 1" See Figure 21: Defrost sequence

F

D55

HG OD step 1

Hot Gas valve Opening Degree step 1

ICM M

otorvalve: Valve opening from 0% to "D55, HG OD step 1" inside "D54,HG time step 1" time See Figure 21: Defrost sequence

D56

HG time step 2

Hot Gas time step 2

ICM M

otorvalve: Controlled opening in step 2 See Figure 21: Defrost sequence

D57

Quick drain time

R

equire that Quick Drain is selected. (D4B,Quick Drain?=Yes) Enter how long time the Quick Drain valve stays open. Quick Drain valve will start opening together with Hot gas valve See Figure 21: Defrost sequence

F

D58

Max defrost time

M

ax. allowed defrost duration in minutes See Figure 21: Defrost sequence

H

D5C

HG close delay

Hot Gas close delay

R

eguire a soft opening valve in the Hot Gas Line (D2A,Hot gas line valve=Soft (ICS+EVRST) or Soft (ICSH) or Slow (ICM)) Delay before closing the selected valves in the Hot gas line See Figure 21: Defrost sequence

I

D5D

Drain close delay

R

equire that Drain Valve is selected (D4A, Drain solenoid?=Yes) Delay before the Drain valve is closed See Figure 21: Defrost sequence

J D59

Drip o time

Drip o time

A

llow water on the evaporator to drip

o

See Figure 21: Defrost sequence

K

Evaporator and room control, type EKE 400

Table 33: Parameter and State

AI306444073210en-000801 | 64

Label ID

Parameter name

Description and selection options

State

D61

WR soft time

Wet return soft time

T

ime between step 1 and step 2 for opening the wet return valve ("Soft (ICS +EVRST)" or "Soft (ICSH) See Figure 21: Defrost sequence

M

D6A

WR main time

Wet return main time

A

fter defrost and wet return valve has opened (main), enter delay before valve in liquid line to open See Figure 21: Defrost sequence

N D62

WR time step 1

Wet return time step 1

ICM M

otorvalve: Step 1 controlled opening to "D63,WR OD step 1" See Figure 21: Defrost sequence

M

D63

WR OD step 1

Wet return Opening Degree step 1

ICM M

otorvalve: Valve opening from 0% to "D63,WR OD step 1" inside "D62,WR time step 1" time See Figure 21: Defrost sequence

D64

WR time step 2

Wet return time step 2

W

et return ICM motorvalve opening step 2 time See Figure 21: Defrost sequence

N D69

WR Pr. Equalising

WR Pressure Equalising time

S

ee Figure 21: Defrost sequence

L

D65

Fan start delay

Fan start delay Delay

B

efore start of fans. Liquid Line valve is ON, in this state See Figure 21: Defrost sequence

O

Evaporator and room control, type EKE 400

Liquid valve

WR-soft

WR-main

Defrost

Fan

Cooling

Pump down state

Defrost state

Drip Off state

(settling time)

WR opening state

(WR soft state)

WR opening state

(WR main state)

Fan delay state

(pre-freezing)

Cooling

Pump down delay

Max defrost time

Drip off time

WR soft time

WR main time

WR time step 2

WR time step 1

Fan start delay

Outputs

HG open delay state

(settling time)

Settling time

Parameter settings to setup the time for the different states

Danfoss

80G8158

VFD speed

[%]

Room temperature

F02, Fan High Speed

F03, Fan Low Speed

F05, Offset speed highF04, Offset speed low

Example

• T04, Ther. Setpoint -30 ˚C

• F02, Fan speed high 100%

• F03, Fan speed low 60%

• F04, O

set speed low 1 [K˚ or R˚]

• F05, Oset speed high 5 [K˚ or R˚]

A temperature between -29 °C to -25 °C would produce a proportional value between 60% to 100 % as speed t

o the VFD of the fan. Via AO.

If actual temperature is higher than the high temperature setpoint, then speed is 100%. If actual temperature is lower than the low temperature setpoint, then speed is 60%.

Evaporator and room control, type EKE 400

Figure 22: Electrical water and brine defrost

Figure 23: VFD speed

AI306444073210en-000801 | 66

EVAPORATOR

COIL

AIR FLOW

REHEAT

COIL

Liquid Feed solenoidv alve

Evaporator Coil

Hot Gas solenoid valve

Reheat Coil

REFRIGERANT LIQUID RETURN

AIR FLOW

Pt-1000

Temperature

sensor

4-20 mA Humidity

sensor

EKE 400

Control state number

Message text

Comments

1

Main switch is OFF

Regulation is O – controller in standby

2

Manual control

One or more of the outputs are overruled by manual control

3

Pump down

Defrost sequence: Pump down state

4

HG open delay

Defrost sequence: Hot gas delay

5

HG Drip tray

Defrost sequence: Hot gas to drip tray

6

HG soft opening

Defrost sequence: Soft open valve

7

Defrosting

Defrost sequence: Defrosting

8

HG close delay

Defrost sequence: Hot gas close delay

9

Drain close delay

Defrost sequence: Drain close delay

10

Drip o time

Defrost sequence: Drip o time

11

WR opening state

Defrost sequence: Equalizing pressure time

12

Fan start delay

Defrost sequence: Fan start delay

13

Not used

Evaporator and room control, type EKE 400

Figure 24: Reheat function

Reheat function P

arameters:

RH0, Reheat enable? RH1, Setpoint RH%

• The evaporator will continue to dehumidify the air and the re-heat coil will heat the air to keep the room from getting t

oo cold while trying to reduce humidity

• The evaporator coil will operate in thermostat cut-in/cut-out mode

• The re-heat coil is always o when evaporator coil is o, that is, if cooling is o due to cut-out, any alarm, forced closing, etc., the re-heat coil will be o

• When cooling is on, if the room humidity is above the humidity set-point and the room temperature is below the temperature set-point, the re-heat coil will be on

• If the room humidity falls below the humidity set-point, the re-heat coil will be o

• If the room temperature rises above the temperature set-point, whatever the room humidity is, the re-heat coil will be o

• To avoid frequently switch on/o the re-heat coil, hysteresis is necessary

• +1 degree for temperature setpoint

• -5%RH for humidity setpoint

 NOTE:

Not possible in:

• DX – MTR mode

• Flooded – PWM mode

• Flooded – WR ctrl. mode

Table 34: Control status read-outs

Control state number

Message text

Comments

14

Forced closing

Forced stop of cooling (close liquid line valve)

15

Forced cooling

Forced cooling (typically to secure enough hot gas)

16

Emergency control

One or more sensor error

17

Modulating WR. control

Modulating valve in Wet Return line

18

MTR control

Modulation Thermostat control

19

Cooling

Cooling/refrigeration is active (thermostat cut-in)

20

Cooling stopped

No cooling/refrigeration

21

Refrig. not selected

No refrigerant selected

22

Power up state

Start up after a power cycle

23

Critical Alarm

Critical Alarm detected

24

PWM modulation

Modulating Thermostat (MTR) in Liquid Line (Pulse Width Modulating valve on DO5 or DO6)

Label ID

Description

Valve c

onguration

Analog

QS =

Liquid Line

Hotgas Line

Wet Return

Line

Drain Line

Solenoid up‐

str

eam Ex‐

pansion Valve

Pt1000 AI

Pressure AI

AO

0

User dened

1

Flooded, Thermostat ON/FF with Hot

gas Defrost by pres-

sure or Liquid drain

Solenoid (1

DO

)

Solenoid (1

DO

)

ICLX (1 DO)

Solenoid (1

DO

)

12DX with Hotgas Defrost by

pr

essure or Liquid drain

ICM (1 AO)

Solenoid (1

DO

)

ICLX (1 DO)

Solenoid (1

DO

)

111

3

Flooded, Wet Return line c

ontrol (pressure) Defrost by

pressure or Liquid drain

Solenoid (1

DO

)

Solenoid (1

DO

)

ICM (1 AO)

Solenoid (1

DO

)

114

DX and Wet Return line contr

ol (pressure) – Contact

Danfoss

5

PWM Modulating Thermostat (M

TR) in Liquid Line.

Flooded systems

AKVA

Solenoid (1

DO

)

ICLX (1 DO)

Solenoid (1

DO

)

16Retrot/upgrade fr

om EKC

315A to EKE 400

(1)

AKVA

Solenoid (1

DO

)

1

7

Retrot/upgrade fr

om EKC

361 to EKE 400

(1)

Solenoid (1

DO

)

ICM (1 AO)

1

Evaporator and room control, type EKE 400

Table 35: Quick Selection of applications

(1)

ppendix C

See Appendix C

See A

AI306444073210en-000801 | 68

In this image you can see how many outputs and inputs your settings have provided.

Move to IO configuration

Select relevant menu

Danfoss

80G8159

Evaporator and room control, type EKE 400

Input / Output navigation

rom any status screen press ENTER for 2 sec. to access main menu.

F

Enter the correct password

Figure 25: Input / Output navigation

A

B

C

EKE 400

A

B

C

Network between more EKE 400: H-R

c

onnection has to be made on the rst

and the last local EKE 400. Connection as

close as possible to the connector

Supply voltage

DO5, DO6: Dedicated for PWM Valves

(

AKV/AKVA)

Observe AC only

A

B

A

B

Examples: 1 AKS 33 pressure transmitter 1 Pt 1000

t

emp. sensor

 WARNING:

T

he supply voltage of AI may not share the signal with

other controllers.

Evaporator and room control, type EKE 400

Connections

onnection diagram

C

Figure 26: Lower level

Figure 27: Upper level

Electric noise: Signal cables for sensors, DI inputs, data communication and display must be kept separate from high voltage (230 V) electric cables:

• Use separate cable trays

• Keep a distance between high voltage and signal cables of at least 10 cm Cables for DI input

ables longer than 10 m (33 ft) is not recommended. At cables longer than 10 meter (33 ft), it is recommended to

C use auxiliary relays, placed within 10 m (33 ft) cable distance. Typical auxiliary relays then are placed in the same panel, as EKE 400.

AI306444073210en-000801 | 70

Valve c

ong. no.

Evaporator Line

Valve selection in Wizard

Parameter number

DO1

DO2

DO3

DO4

DO5

DO6

1

Liquid feed line

Solenoid (ICFE)

R02

X

Hotgas defrost line

Solenoid 2-step (ICSH)

D2A

XXDefrost drain line

Solenoid (upstream ICFD)

D1B and D4A

X

Wet return line

Solenoid 2-step (ICLX)

D3A

X

Fan

-

F01

X2Liquid feed line

Solenoid (ICFE)

R02

X

Hotgas defrost line

Solenoid (ICS)

D2A

X

Defrost drain line

Solenoid (upstream ICFD)

D1B and D4A

X

Wet return line

Solenoid 2-step (ICLX)

D3A

X

Fan

-

F01

X3Liquid feed line

Solenoid (ICFE)

R02

X

Hotgas defrost line

Solenoid 2-step (ICSH)

D2A

X

Defrost drain line

Solenoid for quick drain - pressurecontr

ol)

D1B and D4A

X

Wet return line

Solenoid 2-step (ICLX)

D3A

X

Fan

-

F01

X4Liquid feed line

Solenoid (ICFE)

R02

X

Hotgas defrost line

Solenoid (ICS)

D2A

X

Defrost drain line

Solenoid for quick drain - pressurecontr

ol)

D1B and D4A

X

Wet return line

Solenoid 2-step (ICLX)

D3A

X

Fan

-

F01

X

Evaporator and room control, type EKE 400

Table 36: Valve c

onguration

Connections

Supply V

Supply voltage depending on model: 85 – 265 V AC, 50/60 Hz. Maximum power consumption: 20 V A 20 – 60 V DC and 24 V AC ± 15% 50/60 Hz Maximum power consumption: 10 W, 17 V A

MODBUS:

It is AN234886440486. R

emember termination at the bus termination.

DO - Digital outputs, 8 pcs. DO1 - DO8:

Function dened via the HMI in the parameter list

DO1, DO2

Normally Open contact 10 A 250 V AC for resistive loads

3.5 A 230 V AC for inductive loads

DO3, DO4, DO7, DO8:

Changeover Contact, 6 A 250 V AC for resistive loads 4 A 250 V AC for inductive loads

DO5, DO6:

Solid state relays Imax. = 0.5 A, Imin. = 50 mA Leakage < 1.5 mA Not short-circuit protected OBSERVE: AC only - DC not allowed Range: 24 – 230 V AC

oltage:

important that the installation of the data communication cable be done correctly. See separate literature. No.

AO - Analogue output, 4 pcs. AO1, AO2, AO3, AO4

Function dened via the HMI in the parameter list.

AI306444073210en-000801 | 71

AKS 32R

AKS 32

AKS 33

10 – 90% ratiometric

1 – 5 V

0 – 20 mA, 4 – 20 mA

Features

Description

Supply voltage

24 V AC +/-15% 50/60 Hz, 17 VA 24 V DC (20 – 60 V

), 17 VA

230 AC (85 – 265 V) 50/60 Hz, 20 VA

8 analog Input

Pressure meauring: R

atiometric pressure transmitter type AKS 32R 1 – 5 volt pressure transmitter type AKS 32 0 – 20 (4 – 20) mA pressure transmitter type AKS 33

Temperature measurement P

t 1000 ohm/0 °C NTC - 86K from digital scroll / stream

Evaporator and room control, type EKE 400

AO1, AO2:

0 / 10 V DC 10 mA max f

or each output

AO3, AO4:

Optoinsulated. 0 / 10 V DC 10 mA max for each output External power supply 24 V AC / 24 V DC

OBSERVE: Connect 24 V on N and L (separate supply). Avoid earth fault current. Use double-insulated transformer. The secondary side must not be earthed. Obtain 0 – 10 volts from terminals N and AO3, respectively N and AO4. PAY ATTENTION TO THE POLARITY of N.

Table 37: AKS connections

AI - Analogue inputs, 4 pcs. AI1 - AI4

unction dened via the HMI in the parameter list

F

Pressure transmitters:

• Ratiometric: 10-90% of supply, AKS 32R ◦ 1 – 5 V, AKS 32

• 0 – 20 mA / 4-20 mA, AKS 33 (supply = 12 V)

emperature sensor:

T

• Pt 1000 ohm, AKS 11 or AKS 21

• NTC 86K ohm @ 25 °C, from digital scroll

igital inputs, 8 pcs. DI1 - DI8

DI - D

The connection may be a shut-down or interruption function. Select what is to be activated during conguration.

AI - Analogue inputs, 4 pcs. AI5 - AI8

Function dened via the HMI in the parameter list

Pressure transmitters:

• Ratiometric: 10 – 90% of supply, AKS 32R 1 – 5 V, AKS 32

emperature sensor:

T

• Pt 1000 ohm, AKS 11 or AKS 21

• NTC 86K ohm @ 25 °C, from digital scroll

Data

Table 38: Data

AI306444073210en-000801 | 72

Features

Description

8 digital input

From contact function E

.g. to: Start/stop of regulation Monitoring of safety circuits General alarm function

8 digital output

4 pcs. SPDT (8A)

AC-1: 6 A (ohmic) A

C-15: 4 A (inductive)

2 pcs. SPST (16A)

AC-1: 10 A (ohmic) A

C-15: 3.5 (inductive)

2 pcs. Solid State. PWM for solenoid coils and coils for AKV or AKVA.

OBSER

VE: 24-230 V AC, 50/60 Hz

Imax. = 0.5 A I

min. = 50 mA Leak<1.5 mA Not short-circuit protected

2 Voltage output

0 – 10 V DC, Ri = 1 kohm S

eparate 24 V supply required

HMI

Remote HMI, type MMIGRS2

Data communication

MODBUS: Third party equipment like e.g PL C

ANBUS: Communication between EKE 400 units and HMI

Environments

-20 – 60 °C, During operations

-40 – 70 °C, D

uring transport

20 – 80% Rh, not condensed

No shock inuenc

e / vibrations

Enclosure

IP 20

Weight

0,4 kg

Mounting

DIN-rail

Connection terminals

max. 2.5 mm2 multi c

ore

Approvals

EU Low Voltage Directive and EMC demands re CE-mar

king complied with LVD tested acc. EN 60730-1 and EN 60730-2-9 EMC-tested acc. EN61000-6-2 and 3 UL approval

*

Evaporator and room control, type EKE 400

Pressure transmitter / temperature sensor

Kindly refer to catalogue RK0YG...

External display

A remote HMI is only for front assembly (IP 20)

Connection only via cable with plug. See Ordering.

Figure 28: External display

ermination Connect H-R

*T

 IMPORTANT:

AI306444073210en-000801 | 73

Evaporator and room control, type EKE 400

Mounting / Dimensions

igure 29: Dimensions

F

For DIN rail mounting only (IP 20)

Installation considerations

A

ccidental damage, poor installation, or site conditions, can give rise to malfunctions of the control system, and ultimately lead to a plant breakdown. Every possible safeguard is incorporated into our products to prevent this. However, a wrong installation, for example, could still present problems. Electronic controls are no substitute for normal, good engineering practice.

Danfoss will not be responsible for any goods, or plant components, damaged as a result of the above defects. It is the installer's responsibility to check the installation thoroughly, and to t the necessary safety devices.

Your local Danfoss agent will be pleased to assist with further advice, etc.

AI306444073210en-000801 | 74

Evaporator

control

Defrost start

Cooling status (can be used to control of pumps)

D1

DO

D1

Defrost seq. status (On: in defrost sequence)

Liquid valve control

Hot gas valve control

Drain valve control

Wet return valve control

Fan control

Forced cooling

EKE 400 EKE 400 EKE 400EKE 400 EKE 400 EKE 400

Group 1

ID number. Parameter G11, address:1 to 31

EKE 400 EKE 400 EKE 400EKE 400 EKE 400 EKE 400

Group 2

ID number. Parameter G11, address:32-to 63

EKE 400 EKE 400 EKE 400EKE 400 EKE 400 EKE 400

Group 3

ID number. Parameter G11, address:64 to 95

EKE 400 EKE 400 EKE 400EKE 400 EKE 400 EKE 400

Group 4

ID number. Parameter G11, address:65 to 125

CANbus

Evaporator and room control, type EKE 400

Appendix A

oordination of defrost

C

No MODBUS or CANbus – Only DI/DO

Figure 30: Coordination of defrost

PLC

• The PLC starts the defrost via DI on the controller

• The PLC can set forced cooling via DI to the other controllers to secure enough hot gas, if needed

• The PLC can read the output signal ‘Defrost seq. status’ to check if a defrost has started as planned and to check when the defr

• Alternative the PLC can start defrosting after a local start schedule only

ost sequence has nished. Hereafter the next defrost can be started

Defrost start

• By defrost schedules

• Based on accumulated cooling time

• Fail-safe start if too long time has passed since last defrost

• Manual start (Local, DI or MODBUS)

 NOTE:

f T09, Cool. status DO is set to Yes

I If D08, Def. seq. status on DO is set to Yes

No PLC. Alle EKE 400 connected via built-in CANbus

Figure 31: No PLC. Alle EKE 400 connected via built-in CANbus

Master

AI306444073210en-000801 | 75

Evaporator

control

Cooling status (can be used to control of pumps)

DO

Liquid valve control

Hot gas valve control

Drain valve control

Wet return valve control

Fan control

Evaporator and room control, type EKE 400

• MASTER assigned to EKE 400 with the lowest ID number, in a group

• MASTER means that it will manage the Thermostat control and broadcast cooling ON/OFF signal to the other EKE 400 in the same g

roup

• If MASTER enter defrost mode (see Defrost start below) then the EKE 400 with the second lowest ID number will become the MASTER, during defrost

• All EKE 400 has the parameter:D05, Cool at HG defrost

◦ If D05 is set to Yes, the EKE 400, in question, will go into forced cooling when MASTER is in defrost mode

Defrost start

• By defrost schedules

• Based on accumulated cooling time

• Fail-safe start if too long time has passed since last defrost

• Manual start (Local, DI or MODBUS

igure 32: Cool. status DO is set to Yes

F

 NOTE:

If T09, Cool. status DO is set to Yes

AI306444073210en-000801 | 76

EKE 400

Code number:080G5300, EKE 1A

0-10 V

Analog Output

Analog Input

EKE 400

EKE 1A

Evaporator and room control, type EKE 400

Appendix B

EKE 400 and EKE 1A - T

o support: ETS 6, ETS, KVS, ETS Colibri®, KVS Colibri®, CTR, CCMT valves

Application example

Figure 33: Application example

Electrical connection

Figure 34: Electrical connection

EKE 400

EKE 1A

0-10 V

Analog Output

Analog Input

Analog Output

Analog Input

Evaporator and room control, type EKE 400

Figure 35: Electrical connection

 NOTE:

I

n this example, analog output is assigned to AO1 on EKE 400.

EKE 400 Conguration

Figure 36: EKE 400 Conguration

When setting up EKE 400 to operate ETS 6, ETS, KVS, ETS Colibri®, KVS Colibri®, CTR, CCMT valves, via EKE 1A,

elow procedure

b must be followed

• When selecting the valve on the EKE 400, always select: ICM

◦ Example

▪ Liquid Expansion Valve, DX

▪ R2B,Liq. feed line valve for DX, to be set to 6: Mod ICM; Modulating motorized ICM

▪ Hot gas line Valve

▪ D2A,Hot gas line valve, to be set to 6: Slow (ICM): Motorized ICM, as slow opening/closing modulating valve

◦ Remember to assign one AO (AO1 to AO4) after above selection

AI306444073210en-000801 | 78

Code number: 080G0294, MMIGRS2 Remote Display

Evaporator and room control, type EKE 400

EKE 1A C

Figure 37: EKE 1A Conguration

onguration

When setting up EKE 1A to operate ETS 6, ETS, KVS, ETS Colibri®, KVS Colibri®, CTR, CCMT valves, but controlled from EKE 400, belo

w procedure must be followed. (Also described in EKE 1A Installation guide (page 12) DKRCC.PI.RS0.B6.02)

• MMIGRS2, Remote display must be connected to EKE 1A, for setup

◦ Parameter: I067 Valve conguration. Select actual valve type ◦ Parameter: R102 Operation mode. Select:1=Valve driver ◦ Parameter: I034 Ext ref voltage low. Enter:0 ◦ Parameter: I035 Ext ref. voltage high. Enter:10 ◦ Parameter R012 Main switch. Select: ON

AI306444073210en-000801 | 79

EKE 400EKC 315A, EKC 361, EKC 366

0–10 V

EKE 400

Observe

Evaporator and room control, type EKE 400

Appendix C

hase out of EKC 315A, EKC 361, EKC 366 to EKE 400

P

Dimension change

Figure 38: EKC 315A, EKC 361, EKC 366 vs EKE 400

 NOTE:

A

ll dimension are in [mm]

Electrical dierences

Analog output

• EKC 315A below include 0/4–20 mA output

◦ 084B7249, EKC 315A ◦ 084B7086, EKC 315A

• EKE 400 below include 0/2–10 V output

◦ 080G5003,EKE 400 with HMI,85–265 V AC, 50/60 Hz ◦ 080G5004,EKE 400 with HMI,20–60 V DC and 24 V AC ± 15% 50/60 Hz ◦ 080G5005,EKE 400 without HMI,85–265 V AC, 50/60 Hz ◦ 080G5006,EKE 400 without HMI,20–60 V DC and 24 V AC ± 15% 50/60 Hz

0/2–10 V is accepted

igure 39: Electrical dierences - EKC 315A, EKC 361 vs EKE 400

F

 NOTE:

O

bserve

AI306444073210en-000801 | 80

0–10 V

4–20 mA

EKE 400

ObserveSignal Converter

American Wire Gauge

Diameter

Cross Sectional Area

(#AWG)

(inches)

(mm)

(mm2)

1

0.289

7.35

42.420.258

6.54

33.630.229

5.83

26.740.204

5.19

21.1

5

0.182

4.62

16.8

Evaporator and room control, type EKE 400

ICAD setup to accept 0–10 V

arameter i03=4

P

Work around if 4–20 mA is a requirement, and 0/2–10 V not accepted

F

igure 40: Electrical dierences - EKC 315A, EKC 361 vs EKE 400

 NOTE:

O

bserve

ICAD setup to accept 4–20 mA Parameter i03=2

Signal Converter

To be installed nearby EKE 400 Convert 0–10 V to 4–20 mA

General guideline for when it is recommended to change from 0/2–10 V to 4–20 mA

General

• When cable length exceeds 6 meter (20 feet) => change to 0/4–20 mA

• Use minimum wire gauge with minimum cross section of 0.82 mm2(18 AWG) for both 0/2–10 V and4–20 mAcontrolsignals

• See tabel page 7

Max Distance

• 0/2–10 V

◦ Maximum 6 meter (20 feet)

• 0/4–20 mA

◦ Maximum 1000 meter (3281 feet)

WG (American Wire Gauge) / Cross Sectional Area (mm2)

A

Table 39: AWG (American Wire Gauge) / Cross Sectional Area (mm2)

American Wire Gauge

Diameter

Cross Sectional Area

(#AWG)

(inches)

(mm)

(mm2)

6

0.162

4.11

13.370.144

3.67

10.680.129

3.26

8.3690.114

2.91

6.63

10

0.102

2.59

5.26110.0907

2.3

4.17120.0808

2.05

3.31

13

0.072

1.83

2.63140.0641

1.63

2.08150.0571

1.45

1.65

16

0.0508

1.29

1.31170.0453

1.15

1.04180.0403

1.02

0.82190.0359

0.91

0.65

20

0.032

0.81

0.52210.0285

0.72

0.41220.0254

0.65

0.33

23

0.0226

0.57

0.26240.0201

0.51

0.2250.0179

0.45

0.16

26

0.0159

0.4

0.13

Evaporator and room control, type EKE 400

AI306444073210en-000801 | 82

Type

Function

Operation

Supply voltage

Code no.

EKE 400

Evaporator controller

With HMI

230 V

080G5003

24 V

080G5004

Without HMI

230 V

080G5005

24 V

080G5006

MMIGRS2

Remote HMI

For front panel mounting

080G0294

Cable between remote HMI and EKE 400

L = 1.5 m, 1 pcs.

080G0075

Cable between remote HMI and EKE 400

L = 3 m, 1 pcs.

080G0076

Evaporator and room control, type EKE 400

Ordering

Table 40: Ordering

Table 41: Ordering

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AI306444073210en-000801 | 84

Danfoss EKE 400 Data sheet

Specifications and Main Features

Frequently Asked Questions

User Manual