Danfoss EKC 361 Скачать руководство пользователя страница 6

Instructions  RI8BF552  ©  Danfoss  12/2005 

   EKC 361

ENGLISH

Literature survey:
Manual EKC 361   

 

 

RS8AE---

Installation guide, Data communication link 

RC8AC---

Light-emitting diodes (LED) on front panel

There are LED’s on the front panel which will light up when the 
corresponding relay is activated.
The three lowest LED’s will flash, if there is an error in the regula-
tion.
In this situation you can upload the error code on the display and 
cancel the alarm by giving the uppermost button a brief push.

Display

The values will be shown with three digits, and with a setting you 
can determine whether the temperature are to be shown in °C or 
in °F.

Operation

The buttons

When you want to change a setting, the two buttons will give you 
a higher or lower value depending on the button you are push-
ing. But before you change the value, you must have access to the 
menu. You obtain this by pushing the upper button for a couple 
of seconds - you will then enter the column with parameter codes. 
Find the parameter code you want to change and push the two 
buttons simultaneously. When you have changed the value, save 
the new value by once more pushing the two buttons simultane-
ously.

 

Gives access to the menu (eller udkoble en alarm)

 

Gives access to changes

 

Saves a change

Examples of operations

Set set-point

1. Push the two buttons simultaneously
2. Push one of the buttons and select the new value
3. Push both buttons again to conclude the setting
 

Set one of the other menus

1. Push the upper button until a parameter is shown
2. Push one of the buttons and find the parameter you want to 

change

3. Push both buttons simultaneously until the parameter value is 

shown

4. Push one of the buttons and select the new value
5. Push both buttons again to conclude the setting

Menu survey

Factory setting
If you need to return to the factory-set values, it can be done in this way:
- Cut out the supply voltage to the controller
- Keep both buttons depressed at the same time as you reconnect the supply voltage

The controller can give the following messages:

E1

Error message

Errors in the controller

E7

Cut-out S

air

E8

Shortcircuited S

air

E11

Valve’s actuator temperature outside its range

E12

Analog input signal is outside the range

A1

Alarm message

High-temperature alarm

A2

Low-temperature alarm

Function

Para-
meter

Min.

Max.

Fac.
setting

Normal display

Shows the temperature at the selected sensor
At ICM valve OD also can be selected

-

°C

Reference

Set the required room temperature

-

-70°C

160°C 10°C

Temperature unit

r05

°C

°F

°C

Input signal’s temperature influence

r06

-50°C

50°C

0.0

Correction of the signal from S

air

r09

-10,0°C 10,0°C 0.0

Correction of the signal from S

aux

r10

-10,0°C 10,0°C 0.0

Start/stop of refrigeration

r12

OFF/0 On/1

On/1

Alarm

Upper deviation (above the temperature setting)

A01

0

50 K

5.0

Lower deviation (below the temperature setting)

A02

0

50 K

5.0

Alarm’s time delay

A03

0

180 
min

30

Regulating parameters

Actuator max. temperature

n01

41°C

140°C 140

Actuator min. temperature

n02

40°C

139°C 40

Actuator type  (1=CVQ-1 to 5 bar, 2=CVQ 0 to 6 
bar, 3=CVQ 1.7 to 8 bar, 4= CVMQ, 5=KVQ, 6= ICM)

n03

1

6

2

P: Amplification factor Kp

n04

0,5

50

3

I: Integration time Tn (600 = off)

n05

60 s

600 s

240

D: Differentiation time Td (0 = off)

n06

0 s

60 s

10

Transient phenomenon
0: Ordinary control
1: Underswing minimised
2: No underswing

n07

0

2

2

OD - Opening degree - max. limit - ICM only

n32

0%

100% 100

OD - Opening degree min. limit - ICM only

n33

0%

100% 0

Miscellaneous

Controller's address (0-120)

o03*

0

990

0

ON/OFF switch (service-pin message)

o04*

-

-

Define output signal of analog output:
0: no signal, 1: 4 - 20 mA, 2: 0 - 20 mA

o09

0

2

0

Define input signal of analog input
0: no signal, 1: 4 - 20 mA, 2: 0 - 20 mA

o10

0

2

0

Language (0=english, 1=German, 2=French, 
3=Danish, 4=Spanish and 6=Swedish.)When you 
change the setting to an other language you must 
activate o04 before "the new language" can be 
visible from the AKM program.

011*

0

6

0

Set supply voltage frequency

o12

50 
Hz/0

60 
Hz/1

0

Select of running display value

o17

Au/0

Air/1

Air/1

(Setting for the function o09)
Set the temperature value where the output signal 
must be minimum (0 or 4 mA)

o27

-70°C

160°C -35

(Setting for the function o09)
Set the temperature value where the output signal 
must be maximum (20 mA)

o28

-70°C

160°C 15

Service

Read temperature at the S

air

 sensor

u01

°C

Read regulation reference

u02

°C

Read temperature at the S

aux

 sensor

u03

°C

Read valve's actuator temperature

u04

°C

Read reference of the valve's actuator temperature u05

°C

Read value of external current signal

u06

mA

Read value of transmitted current signal

u08

mA

Read status of input DI

u10

on/off

ICM opening degree. (only at ICM)

u24

%

*) This setting will only be possible if a data communication module has been 
installed in the controller.

SW =1.5x

Содержание EKC 361

Страница 1: ...ICS or PM Princip Principle Montageprinzip Principe Mål Dimensions Maße Dimensions Instructions EKC 361 RI8BF452 RI8BF552 12 2005 Start stop ...

Страница 2: ...kationsmodul Det er vigtigt at installationen af datakommunikationsk ablet udføres korrekt Se separat litteratur nr RC8AC Tilslutninger Necessary connections Terminals 25 26 Supply voltage 24 V a c 17 18 Signal from actuator from NTC 23 24 Supply to actuator to PTC 20 21 Pt 1000 sensor at evaporator outlet 1 2 Switch function for start stop of regulation If a switch is not connected terminals 1 an...

Страница 3: ...llation des Daten kommunikationskabels korrekt vorgenommen wird Siehe separate Literatur Nr RC8AC Anschlüsse Raccordements nécessaires Bornes 25 26 Tension d alimentation 24 V c a 80 VA 17 18 Signal provenant de l actuateur de NTC 23 24 Tension vers l actuateur à PTC 20 21 Sonde Pt 1000 à la sortie de l évaporateur 1 2 Contact pour marche arrêt de la régulation Si aucun contact n est raccordé il f...

Страница 4: ...er Min Max Fab indstil Normalbillede Viser temperaturen ved den valgte føler Ved ICM ventil kan OD også vælges C Reference Indstil den ønskede rumtemperatur 70 C 160 C 10 C Temperaturenhed r05 C F C Indgangssignalets temperaturindflydelse r06 50 C 50 C 0 0 Korrektion af signalet fra Sair r09 10 0 C 10 0 C 0 0 Korrektion af signalet fra Saux r10 10 0 C 10 0 C 0 0 Start stop af kølingen r12 OFF 0 On ...

Страница 5: ...este tilfælde give et stabilt og relativt hurtigt reguleringssystem Hvis systemet derimod pendler skal du registrere pendlingernes periodetid og sammenligne den med den indstillede integrationstid Tn Og derefter foretage et par justeringer på de angivne parametre Hvis periodetiden er større end integrationtiden Tp Tn Tn er fx 4 minutter 1 Forøg Tn til 1 2 x Tp 2 Vent til anlægget igen er i balance...

Страница 6: ...e alarm Function Para meter Min Max Fac setting Normal display Shows the temperature at the selected sensor At ICM valve OD also can be selected C Reference Set the required room temperature 70 C 160 C 10 C Temperature unit r05 C F C Input signal s temperature influence r06 50 C 50 C 0 0 Correction of the signal from Sair r09 10 0 C 10 0 C 0 0 Correction of the signal from Saux r10 10 0 C 10 0 C 0 ...

Страница 7: ...stable and relatively fast regulating system If the system on the other hand oscillates you must register the periods of oscillation and compare them with the set integration time Tn and then make a couple of adjustments in the indicated parameters If the time of oscillation is longer than the integration time Tp Tn Tn is say 4 minutes 1 Increase Tn to 1 2 times Tp 2 Wait until the system is in ba...

Страница 8: ...Temperaturalarm A2 Tief Temperaturalarm Funktion Para meter Min Max Werks einstell Normalbild Anzeige der Temperature am gewählten Fühler Beim ICM Ventil kann OD auch gewählt werden C Referenz Einstellung der gewünschten Raumtemperatur 70 C 160 C 10 C Temperatureinheit r05 C F C Temperatureinfluss des Eingangssignals r06 50 C 50 C 0 0 Korrektur des Signals vom Sair r09 10 0 C 10 0 C 0 0 Korrektur d...

Страница 9: ...endeln sollte ist die Periodendauer der Pendelungen zu registrieren und mit der eingestellten Integra tionszeit Tn zu vergleichen Anschließend sind an den angege benen Parametern einige Justierungen vorzunehmen Bei einer Periodendauer größer als die Integrationszeit Tp Tn Tn ist z B 4 Minutten 1 Tn auf 1 2 x Tp erhöhen 2 Abwarten bis sich die Anlage wieder stabilisiert 3 Pendelt sie nach wie vor K...

Страница 10: ...rature de la sonde choisie Avec ICM ont peut également choisir OD C Référence Régler la température ambiante désirée 70 C 160 C 10 C Unités de température r05 C F C Influence sur la température du signal d entré r06 50 C 50 C 0 0 Correction du signal en provenance de Sair r09 10 0 C 10 0 C 0 0 Correction du signal en provenance de Saux r10 10 0 C 10 0 C 0 0 Arrêt marche du refroidissement r12 OFF O...

Страница 11: ...table et relativement rapide Par contre si le système oscille il faut enregistrer les périodes des oscillations et les comparer avec le temps d intégration réglé Tn Procéder ensuite aux ajustages des paramètres indiqués Si les périodes sont supérieures au temps d intégration Tp Tn Tn 4 minutes par exemple 1 Augmenter Tn à 1 2 x Tp 2 Attendre que l installation soit stable 3 S il y a encore des osc...

Страница 12: ...12 Instructions RI8BF552 Danfoss 12 2005 EKC 361 ...

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