Commissioning:
1. Check all electrical connections (Fig. 2).
2. Make sure that the controller software is
YAD.
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 or flashing, 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.
Red Cycle Temperature
0
1 to 7 (-49 to 60) / °C
4 (-22)
Red OT Alarm Temp.
2
7 to 10 (-49 to 60) / °C
8 (-15)
Red UT Alarm Temp.
1
-3 to 4 (-49 to 60) / °C
2 (-30)
Yellow Cycle Temperature
3
-1 to4 (-49 to 60) / °C
1 (-22)
Yellow OT Alarm Temp.
5
4 to 7 (-49 to 60) / °C
5 (-15)
Yellow UT Alarm Temp.
4
-6 to 1 (-49 to 60) / °C
-1 (-30)
White Cycle Temperature
6
4 to 12 (-49 to 60) /°C
8 (-22)
White OT Alarm Temp.
8
11 to 14 (-49 to 60) / °C
12 (-15)
White UT Alarm Temp.
7
1 to 6 (-49 to 60) / °C
4 (-30)
Red Log OT Alarm
15
8 to 10 (-49 to 60) / °C
8(-15)
Red Log UT Alarm
14
-1 to 4 (-49 to 60) / °C
2(-25)
Yellow Log OT Alarm
17
5 to 7 (-49 to 60) / °C
5(-15)
Yellow Log UT Alarm
16
-2 to 1 (-49 to 60) / °C
0(-25)
White Log OT Alarm
19
12 to 14 (-49 to 60) / °C
12(-15)
White Log UT Alarm
18
3 to 7 (-49 to 60) / °C
4(-25)
Cycle Differential
10
0.5 to 4 / °C
1.5(2.0)
Case Type: 0=Red ; 1=Yellow ;
2=White
9
0 to 2
0
Alarm Delay
Fixed / Min:Sec
05:00 (10:00)
Log Probe Type: 0=Off ;
1=Product ; 2=Alarm ;
3=Prod./Alarm
13
0 to 3
0
Control Weight
11
0 to 100 / %
50
Display Weight
12
0 to 100 / %
50
Defrost Start
21
00:00 to 23:59/Hrs:Mins
01:00
Number of Defrosts per Day
22
0 to 6
6
No Defrost Time
23
0 to 25 / Hrs.
7
Gas Defrost Detect
24
10 to 30 / °C
18.0
Defrost Minimum Time
26
00:00 to 05:00/Min:Sec
05:00
Defrost Maximum Time
27
00:00 to 26:00/Min:Sec
24:00 (25:00)
Defrost Terminate Temperature
25
6 to 14 / °C
10 (14)
Drain Down Time
28
00:00 to 03:00/Min:Sec
01:30
Defrost Min.Recovery Time
29
00:00 to 35:00/Min:Sec
20:00
Defrost Max.Recovery Time
30
15:00 to 35:00/Min:Sec
30:00
Defrost Type: 0=Elect.;1= (2)Gas
2=(3)Gas
35
0 to 2
0
Pump Down 1
31
00:00 to 07:00/Min:Sec
00:00
Pump Down 2
32
00:00 to 07:00/Min:Sec
00:00
Defrost Alarm Temp.
33
-49 to 60 / °C
20
Defrost Mode:0=Local;1=Remote
34
0 to 1
0
Defrost Hold: 0=Off ; 1=On
36
0 to 1
0
Pulse Defrost: 0=Off ; 1=On
37
0 to 1
0
Hour
38
0 to 23
Minute
39
0 to 59
Day
40
0 to 31
Month
41
0 to 12
Year
42
0 to 99
BST / GMT Select: 0=Auto ;
1=Man.Off ; 2=Man.On
43
0 to 2
0
Lights/Blind: 0=Local ;1=Remote
; 2=Man.Off ; 3=Man.On
44
0 to 3
0
Polarity: 0=N/O ; 1=N/C
45
0 to 1
0
Alarm Latch: 0=Off ; 1=On
20
0 to 1
0
Sunday (Blinds) Up / Down
46/47
00:00 to 23:59/Hrs:Mins
08:00/20:00
Monday (Blinds) Up / Down
48/49
00:00 to 23:59/Hrs:Mins
08:00/20:00
Tuesday (Blinds) Up / Down
50/51
00:00 to 23:59/Hrs:Mins
08:00/20:00
Wednesday (Blinds) Up / Down
52/53
00:00 to 23:59/Hrs:Mins
08:00/20:00
Thursday (Blinds) Up / Down
54/55
00:00 to 23:59/Hrs:Mins
08:00/20:00
Friday (Blinds) Up / Down
56/57
00:00 to 23:59/Hrs:Mins
08:00/20:00
Saturday (Blinds) Up / Down
58/59
00:00 to 23:59/Hrs:Mins
08:00/20:00
Energy Saving: 0=Off ; 1=On
60
0 to 1
0
Entry Diff.
61
-49 to 60 / °C
4
Exit Diff.
62
-49 to 60 / °C
8
Exit Tme
63
00:00 to 20:00/Min:Sec
00:30
Cycle Temp.
64
-49 to 60 / °C
5
Fan Diff.
65
0 to 60 / °C
4
Run on Time
66
00:00 to 20:00/Min:Sec
05:00
Def. Term.
67
-49 to 30 / °C
14
Gas Alarm: 0=Off ; 1=On
68
0 to 1
0
Minor Leak
69
0 to 3500 / ppm.
50
Major Leak
70
0 to 3500 / ppm.
200
Manual Defrost: 0=Off ; 1=On
99
0 to 1
0
YAD08y / 65EAEE
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
E1
Plant fault 1
E2
Plant fault 2
ES
Energy-Saving Mode
Store:............................................
Controller
Name:
Designer:.....................................
Date:............................................
Engineer:......................................
Date:.............................................
Comments:
Universal Controller -
3 Range
ZA-10004-YAD
Issue a : 5/11/96
