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Verfügbare Sprachen
Verfügbare Sprachen
Operation
Via data communication
If you operate the controller via data communication, you must
use the descriptions detailed in the manual RS8EHxxx. Here the
function is referred to in the column to the right.
Via external display
If you use an external display to operate the controller, this must
be done as follows:
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. (Pressure in bar or psig.)
The buttons
When you want to change a setting, the upper and lower buttons
will give you a higher or lower value depending on the button
you are pushing. 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 pa-
rameter codes. Find the parameter code you want to change and
push the middle button until the value for the parameter is shown.
When you have changed the value, save the new value by once
more pushing the middle button.
By pushing the middle button you go directly to setting Main
Switch (r12).
Menu survey
Function
The menus from either column 1 or column 2 are shown
Normal display
During regulation the actual level of superheating is displayed.
(If you would like to see the expansion valve's actual opening degree, press the bottom button for about a second.)
During control with an analogue signal the opening degree is displayed.
Reference
Units (0=°C+bar /1=°F+psig)
Correction of signal from S2
Correction of signal from S4
Start / stop of refrigeration
Alarm
Battery monitoring
Regulating parameters
Valve definition:
0 = ETS 12.5, ETS 25, KVS 15 / 1 = ETS 50, CCM 10, CCM 20, CCM 30 / 2 = ETS 100, CCM 40 / 3 = ETS 250, KVS 42 /
4 = ETS 400 / 5 = user defined / 6 = Saginomiya UKV/SKV/VKV/PKV / 7 = ETS 6 / 8 = CCMT 2, CCMT 4, CCMT 8 /
9 = CCMT 16 / 10= CCMT 24 / 11= CCMT 30 / 12= CCMT 42 / 13= CTR / 14= CCMT 0 / 15= CCMT 1
P: Amplification factor Kp
o56=1; n04=0.4
o56=2; n04=3.0
(Changes to n04 are lost when changing o56)
I: Integration time T
D: Differentiation time Td (0 = off )
Max. value of superheat reference
Min. value of superheat reference
MOP (max = off )
Signal reliability during start-up. Safety time period.
Should only be changed by trained staff
Signal reliability during start-up – Opening degree's start value. Should only be changed by trained staff.
Stability factor for superheat control.
Changes should only be made by trained staff
Damping of amplification around reference value
Changes should only be made by trained staff
© Danfoss | DCS (sw) | 2016.08
ENGLISH
Example
Set a menu
1. Push the upper button until a parameter is shown
2. Push the upper or the lower button and find the parameter you
want to change
3. Push the middle button and the value is shown
4. Push the upper or the lower button and select the new value
5. Push the middle button again to conclude the setting
Para-
Factory
Min.
Max.
meter
setting
-
K
-
-
%
-
r05
0
1
0
r09
-10.0 K
10.0 K
0.0
r10
-10.0 K
10.0 K
0.0
r12
Off / 0
On / 1
Off / 0
A34
Off / 0
On / 1
Off / 0
n03
0
15
1
n04
0.5
20
2.0/0.7
n05
30 s
600 s
120
n06
0 s
90 s
0
n09
1 K
100 K
10
n10
1 K
100 K
6
n11
0.0 bar
200 bar
20
n15
0 sek.
90 sek
0
n17
0%
100%
0
n18
0
10
5
n19
0.0
1.0
0.3
DKRCC.PI.RP0.B6.51 | 4
Application
choice
menu = o61
1
2
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