CELLmatic 1502 – GSV/GSF
Issue: 2.1
User Manual
08.02.2004
Page 28 of 51
Thy
-
tronic
I/S – Bjørnevej 8c – DK 7700 Thisted – Tel.: +45 97982344 – Email.: Info@thytronic.dk
SET POINTS
Set point R
03-06-96
13:48:15
SETPOINT/SETP.R-U/SETP. R/
F6 CLA :
F5 REFRIGER :State type 0
F4 PUMP TYPE:0=pre 1=cyc 2=on PRELUBE
F3 INJECTION:State 0=NO 1=YES NO
F2 COMP.SIZE:State size 0
F1 STOP : STOP
F5: REFRIGERANT
TYPE
Push <F5> followed by refrigerant type:
12 (=R12), 22 (=R22), 134 (=R134a), 404(=R404a), 502 (=R502), and 717 (=R717)
F4: PUMP
TYPE
Here it can be selected between PRELUBE (=0), CYCLING (=1) or FULL LUBE (=2) functioning in
the following way:
PRELUBE: At operation of compressor the oil pump is stopped when
P
DISCHARGE
- P
SUCTION
> 4.3 bar and started again when
P
DISCHARGE
- P
SUCTION
< 3.3 bar
CYCLING: At operation of compressor the oil pump is stopped when
P
DISCHARGE
- P
SUCTION
> 6.5 bar and started again when
P
DISCHARGE
- P
SUCTION
< 5.5 bar
FULL LUBE: The pump is always running when the compressor is running.
F3: INJECTION
YES/NO
If the compressor unit is provided with liquid injection cooling a “YES” (=1) is selected here.
F2: COMPRESSOR
SIZE
The size of the compressor is to e entered here. The size of the compressor can be read from the name-
plate placed at the compressor block. Possible GSV sizes are: 50, 64, 84, 111, 147, 185, 263, 331, 412
and 562.
Set point S
As described under
Calibration
of compressor (see the section about Types of duty) through a special
menu it is possible to run the slide valve and the slide stop into minimum and maximum by forced
operation, and after that to read the values of these positions. These values are entered under set point S
as shown below.
GSV:
01-01-93 17:25:35
SETPOINT/SETP R-U/SETP S/
F6 CLA :
F5 NEW (F5) :Slide stop min 250 Ohm
F4 NEW (F4) :Slide stop max 2500 Ohm
F3 NEW (F3) :Slide valve min 250 Ohm
F2 NEW (F2) :Slide valve max 2500 Ohm
F1 STOP :GSV STOP
F5:
Position for slide stop in minimum
F4:
Position for slide stop in maximum
F3:
Position for slide valve in minimum
F2:
Position for slide valve in maximum
GSF: