Emerson Dixell XM660K Скачать руководство пользователя страница 2

 

 

1592023220 XM660K_XM670K GB r5.4 2021.09.01 

XM660K - XM670K  

          2/9 

 

Only one device for each LAN has to be connected to the RS485 connection. 

 

 

 

The 

Adr

  parameter  is  the  number  to  identify  each  electronic  board. 

Address  duplication  is  not 

permitted

, in this case the synchronized defrost and the communication with monitoring system is not 

guaranteed (the 

Adr

 is also the ModBUS address). 

5.7

 

DIGITAL INPUTS 

 

1)

 

The terminals from [

30

] to [

33

] are all free of 

voltage; 

2)

 

Use shielded cable for distance higher than one 

meter;  

For each input, has to be configured: the polarity of 

activation, the function of the input and the delay of 

signaling.  

 

The parameters to perform this configuration are 

i1P

i1F

i1d

 respectively for polarity, functioning and 

delay. The 

i1P

 can be: 

cL

 = active when closed; 

oP

 = active when opened. The 

i1F

 parameter can be: 

EAL

 = external alarm, 

bAL

 = serious lock alarm, 

PAL

 = pressure switch alarm, 

dor

 = door switch, 

dEF

 = 

external defrost, 

AUS

 = auxiliary activation command, 

LiG

 = light activation, 

OnF

 = board On/OFF, 

FHU

 

=  don’t  use  this  configuration, 

ES

  =  day/night, 

HdY

 

=  don’t  use  this  configuration.  Then  there  is 

i1d

 

parameter for delay of activation. For the others digital inputs there are a set of the same parameters: 

i2P

i2F

i2d

i3P

i3F

i3d

5.8

 

ANALOG OUTPUT 

 

 

Selectable between 4 to 20mA and  

0 to 10Vdc. 

 

Use CABCJ15 to perform the connections 

 

It’s located near the terminal [

39

] on a 2-

pin connector. It’s possible to use the output to control anti

-sweat 

heaters through a chopped phase controller XRPW500 (500watt) or family XV...D or XV...K. 

 

6.

 

USER INTERFACE 

 

 

6.1

 

ICONS 

Cooling output 

 

     

 

With  icon  ON  the  output  is 

active,  while  with  blinking 

icon there is a delay. 

 

MEASUREMENT UNIT 
°C, Bar 

and

 

 (time)

 

are

 

ON  depending  on  the 

selection. 

Light  

   

 

 

 

 Fan 

Defrost  

 

 

AUX

 

  Auxiliary relay 

Energy saving  

 

 

 

  Multimaster Enabled 

Generic alarm 

 

 

 

  Clock / time 

DURING PROGRAMMING

:  blink the measurement units of temperature and pressure 

6.2

 

KEYBOARD COMMANDS 

Single commands: 

LIGHT relay 

Press light button.

 

AUX relay 

Press down arrow.

 

Manual defrost 

Press and hold for 3 sec the defrost button

 

ON/OFF 

Press for 3 sec the 

ON/OFF

 button (if the function is enabled).

 

Energy Saving 

Press for 3 sec the 

ON/OFF

 button (if the function is enabled).

 

 

Double commands: 

  Press and hold for about 3 sec to lock (

Pon

) or unlock (

PoF

) the keyboard. 

 

Pressed together to exit from programming mode or from menu; on submenus 

rtC

 

and 

EEV

 this combination allow to come back to previous level. 

  Pressed together for 3 sec allow to access to first level of programming mode. 

6.3

 

HOW TO MODIFY THE SET POINT FOR AIR TEMPERATURE REGULATION 

The thermostat set point is the value that will be used to regulate the air temperature. The regulation 

output is controlled by the electronic valve or by the relay. 

 

BEGIN 

 

Press  SET  button  for  3  sec,  the  measurement  units  will  blink 

together.  

Value 

modification 

 or 

 

With the arrows it’s possible to change the value within the LS 

and US parameters value. 

EXIT 

 

By pressing SET it is possible to confirm the value that will blink 

for about 2 sec. 

 

In any case, it is possible to wait for about 10 sec to exit. In order to show the air temperature set is 

sufficient to press and release the SET button, the value is displayed for about 60 sec.

 

 

7.

 

HOW TO PROGRAM THE PARAMETERS (PR1 AND PR2) 

The device provide 2 programming levels: 

Pr1

 with direct access and 

Pr2

 protected with a password 

(intended for experts). 

 

ACCESS to 

Pr1 

 

Press and hold for about 3 sec to have access to the first 

programming level (

Pr1

).  

Select item 

 or 

 

Select the parameter or submenu using the arrows. 

Show value

 

 

Press 

SET 

button. 

Modify 

 or 

 

Use the arrows to modify the value. 

Confirm and 

store 

 

Press 

SET 

key: the value will blink for 3 sec, and then the 

display will show the next parameter. 

EXIT 

 

Instantaneous exit from the programming mode, otherwise wait 

for about 10 sec (without press any button). 

7.1

 

HOW TO HAVE ACCESS TO “PR2”

 

To enter 

Pr2

 programming menu: 

1.

 

Access to a 

Pr1

 menu by pressing both 

SET+DOWN 

keys for 3 sec, the first parameter label will 

be showed; 

2.

 

Press 

DOWN 

key till the 

Pr2

 label will be showed, then press 

SET

3.

 

The blinking 

PAS

 label will be showed, wait some seconds; 

4.

 

Will be showed “

0 - -

” with blinking 0: in

sert the password [

321

] using the keys 

UP

 and 

DOWN 

and 

confirming with 

SET

 key. 

GENERAL STRUCTURE: 

The first two item 

rtC

 and 

EEV

 are related to submenus with other 

parameters. 

 

 

SET+UP

 keys on 

rtC

 or 

EEV

 submenus allow coming back to parameter list, 

 

SET+UP

  keys on parameter list allow immediate exit. 

7.2

 

HOW TO MOVE PARAMETER FROM PR1 TO PR2 AND VICE VERSA 

Enter  on 

Pr2

;  select the  parameter;  press  together  [

SET

  + 

DOWN

];  a  left  side  LED  ON  gives  to  the 

parameter the presence on 

Pr1

 level, a left side LED OFF means that the parameter is not present on 

Pr1

 (only 

Pr2

). 

8.

 

FAST ACCESS MENU 

This menu contains the list of probes and some values that are automatically evacuate by the board such 

as the superheat and the percentage of valve opening. The values: 

nP

 or 

noP

 stands for probe not present 

or value not evacuate, 

Err

 value out of range, probe damaged not connected or incorrectly configured. 

 

Entering 

fast access 

menu 

 

By press and release the 

UP arrow

. The duration of the menu 

in case of inactivity is about 3 min. 

The values that will be showed depend on the configuration of 

the board. 

Содержание Dixell XM660K

Страница 1: ...TKEY connector can be used to connect X REP display Depending on the model 4 INSTALLATION AND MOUNTING This device can operate without any user interface but normal application is with Dixell CX660 or CH660 keyboard CX660 CH660 Fig A The CX660 or CH660 keyboard shall be mounted on vertical panel in a 29x71 mm hole and fixed using the special bracket supplied as shown in Fig A The temperature range...

Страница 2: ... SET POINT FOR AIR TEMPERATURE REGULATION The thermostat set point is the value that will be used to regulate the air temperature The regulation output is controlled by the electronic valve or by the relay BEGIN Press SET button for 3 sec the measurement units will blink together Value modification or With the arrows it s possible to change the value within the LS and US parameters value EXIT By p...

Страница 3: ... The LSn and LAn parameter are only to show the actual settings read only See the following example of configuration DAILY DEFROST FROM RTC CbP y EdF rtC IdF Parameter for safety reason force the value of Idf at 1 respect to the interval between two Ld parameters The IdF timer is reinitialized after defrost and at every power on DEFROST START at the time selected by the parameters Ld1 to Ld6 or Sd...

Страница 4: ...work making all the other controllers start their own cycle This allows a perfect synchronisation of the defrost in the whole multiplexed cabinet according to LMd parameter Selecting dPA and dPb probes and by changing the dtP and ddP parameters the defrost can be started when the difference between dPA and dPb probes is lower than dtP for all ddP time This is useful to start defrost when a low the...

Страница 5: ...om temperature If rPb nP the regulation is performed with real value of rPA rP3 Regulation probe 3 nP P1 P2 P3 P4 P6 third probe used to regulate room temperature with rPd rAb Aur LoE HiE rP4 Regulation probe 4 nP P1 P2 P3 P4 P6 fourth probe used to regulate room temperature with rPd rAb Aur LoE HiE rPd Temperature Regulation Strategy rPA rAb Aur LoE HiE rPA temperature detected by the probe set i...

Страница 6: ...saving nt second map enabling cLn clean function dEn defrost off CP1 compressor 1 safety CP2 compressor 2 safety d1d Time interval delay for digital input alarm 0 255 min Time interval to calculate the number of the pressure switch activation when i1F PAL If I1F EAL or bAL external alarms d1d parameter defines the time delay between the detection and the successive signalling of the alarm If i1F d...

Страница 7: ...N LIG This function allows to turn ON and OFF the light relay by using the digital input as external switch 14 8 REMOTE ON OFF ONF This function allows to switch ON and OFF the instrument 14 9 FHU NOT USED This function allows to change the kind of regulation from cooling to heating and viceversa 14 10 ENERGY SAVING INPUT ES The Energy Saving function allows to change the set point value as the re...

Страница 8: ...AL tEr Pr2 Probe for temperature alarm ALC Ab Pr1 Temperature alarm configuration relative absolute Label M1 M2 M3 M4 Menù Parameter description ALU 10 10 10 10 Pr1 High temperature alarm setting ALL 30 30 30 30 Pr1 Low temperature alarm setting AHy 1 0 Pr2 Differential for temperature alarm ALd 15 15 15 15 Pr1 Temperature alarm delay rA2 nP Pr2 Probe for temperature alarm 2 A2U 150 150 150 150 Pr...

Страница 9: ...tion LCL y Pr2 Light on during cleaning mode FCL y Pr2 Fan on during cleaning mode MAP 1 M Pr2 Map selection MP1 1 M Pr2 Map selection loaded by digital input Adr 1 Pr1 Modbus address br 96 Pr2 Baud Rate selection for ModBus 9600 or 19200 EMU nu Pr2 Emulation previous version 2V8 3V8 4V2 rEL 5 4 Pr2 Release code firmware only read SrL Pr2 Sub release firmware only read Ptb Pr2 Map EEPROM ID Pr2 32...

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