Commissioning:
1. Check all electrical connections (Figs. 2
and 3).
2. Make sure that the controller software is
EET.
3. Check / Set Bit Switches (Fig. 1).
4. Switch the controller ON.
5. Connect Set-up Unit to DIN Box Display
or controller (Fig. 2).
6. Check / Set operating parameters - see
list
7. Save values - if changed
8. Log the controller on to the network then
verify settings on Genus InTouch panel,
Set-up Unit or DIN Box Display.
9. Faults ?..........See ‘Fault Finding’.
Fault Finding:
Set-up Unit does not reach the first
screen.
•
If the red LED beside the display
connector is ON, then the controller is
faulty.
You cannot log the controller on to
the network.
•
There may be a controller with the same
name, already logged on the network.
•
There may be a maximum 32 controllers
already on the network segment.
•
Check on the InTouch panel, P.C. or
Supervisor.
Parameter
DIN
Range/Units
Default
HT(LT)
Dsgn
Act.
Cut in Temperature
0
-49 to 30 / °C
0 (-20)
Air On / Off Weight
1
0 to 100 / %
50
OT Alarm
3
-49 to 60 / °C
5 (-16)
UT Alarm
2
-49 to 60 / °C
-2 (-25)
Alarm Delay
4
00:00 to 99:00/Min:Sec
20:00
Log OT Alarm
7
-49 to 60 / °C
5 (-15)
Log UT Alarm
6
-49 to 60 / °C
0 (-25)
Log Probe Type: 0=Off ; 1=Product
; 2=Alarm ; 3=Prod/Alarm
5
0 to 3
0
Defrost Start
8
00:00 to 23:59/Hrs:Mins
01:00
Number of Defrosts per Day
9
0 to 8
6
No Defrost Time
10
0 to 25 / Hrs.
7
Gas Defrost Detect
11
0 to 30 / °C
18
Defrost Terminate Temperature
12
-49 to 30 / °C
10 (14)
Defrost Minimum Time
13
00:00 to 99:00/Min:Sec
05:00
Defrost Maximum Time
14
00:00 to 99:00/Min:Sec
24:00
(25:00)
Drain Down Time
15
00:00 to 20:00/Min:Sec
01:30
Defrost Recovery Time
16
00:00 to 99:00/Min:Sec
30:00
Defrost Type: 0=Elect.; 1= 2Gas ;
2= 3Gas
17
0 to 2
0
Defrost Mode: 0=Local ; 1=Remote
18
0 to 1
0
Defrost Hold: 0=Off ; 1=On
19
0 to 1
0
Hour
20
0 to 23
Minute
21
0 to 59
Day
22
0 to 31
Month
23
0 to 12
Year
24
0 to 99
BST / GMT Select: 0=Auto ;
1=Man.Off ; 2=Man.On
25
0 to 2
0
Door Alarm Delay
26
00:00 to 99:00/Min:Sec
20:00
Drip Pan Heater: 0=Off ; 1=On
27
0 to 1
0
Fans Off when Door is Open:
0=Off ; 1=On
28
0 to 1
0
Liquid Line Closed when Door is
Open: 0=Off ; 1=On
29
0 to1
0
Superheat reference
30
8.0 (6.0)
EEV Proportional Gain
31
2.0
EEV Integral Gain
32
2.0
EEV Integral Time
33
Do not change the
03:00
EEV Size
34
value of these
1.0
EPR Gain
35
parameters
0.70
EPR Integral Time
36
00:15
Temp. Proportional Gain
37
1.5
Temp. Integral Gain
38
0.7
Temp. Integral Time
39
10:00
Manual Defrost: 0=Off ; 1=On
99
0 to 1
0
EEV004p 7B30FE
Display Alarm Messages:
AL
Temperature alarm
Ft
Probes 1 and 2 are faulty
LA
Log probe alarm
Pn
probe ‘n’ faulty or not connected
(Where ‘n’ = probe number)
EE
EEPROM fault
rr
Internal program fault
En
Plant fault (‘n’ = number)
Store:............................................
Controller
Name:
Designer:.......................................
Date:.............................................
Engineer:.......................................
Date:.............................................
Universal Controller-
ST Coldroom
ZA-10068-EET
Issue a : 14/5/97
E N N N N E
E N N N E
Alarm / Remote
RL5
R
e
m
o
te
/
A
la
rm
S
a
tu
ra
te
d
g
a
s
v
a
lv
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/
D
e
fr
o
s
t
h
e
a
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r
/
D
ri
p
p
a
n
h
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a
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r
E
le
c
tr
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ic
e
x
p
a
n
s
io
n
v
a
lv
e
S
u
c
ti
o
n
l
in
e
v
a
lv
e
Solenoids
RL1
RL3
RL2
RL4
Fans
Not used
Fans
N
o
t
u
s
e
d
L
L Line
N Neutral
E Earth
F3
F2
F4
F1
Output Connections (Fig. 3)
Top
Bottom
Output Connections (Fig. 3):
The diagram on the left shows the output
connections to the EEV and suction line valves,
SGV, defrost heater, drip pan heater, remote,
and alarm. The connection to the EPR valve is
made from the front panel, at the two-pin
connector labelled ‘EPR valve’.
A special cable is provided for the network
connection. Neighbouring controllers can be
linked together to form a network by connecting
these cables in series.
