2.9 TECHNICAL DATA AND LIMITS OF OPERATlON
COMPRESSOR TYPE
GSL65
GSL85
GSL125
GSL165
GSL180
GSL240
GSL480
Built-in
numberin type designation
22
/
26
/
37
/
48
volume ratio
numerical value ( • )
2.2 / 2.6 / 3.7 / 4.8
NH3
2.8 / 3.4 / 5.417.6
Built-in pressure ratio ( - )
R22
2.6 / 3.1 / 4.8 / 6.6
Outer male and female rotor diameter (mm)
163
204
204
255
255
1
255
408
Rotor tength/diarneter ratio ( • )
1.70
1.15
1.70
1.15
1.25
1.70
1.70
Theoretica! displaced volume ("swept volume") at 2950 rpm (m
3
/h)
627
829
1240
1638
1781
2408
4876.
Mass of bare compressor (kg)
445
703
794
1247
1270
1370
3900
Direetion of rotalion
Clockwîse, when facing driven end
Range of stepless capacity control
10 • 100%
normal
2950
1450
Male rotor speed (rpm)
max.
3600
1450
min.
-0_6
Suclion pressure (bar eff.)
NH3
8.0/6.21 3,5 I 2.2.
max.
R22
8.7 / 6.9 / 4.2 / 2.8
NH3
-50
min.
UI
R22
-58.5
C:
Evaporaling temperature ("C)
CQ
NH3
+21.5/+14.8/+1.7/-7.1
·;
...
max.
Cl>
R22
+2.2.41 + 15.2 / ..-1.4 / -7.9
-
-
Actual suction temperature ('C)
min.
-51
Discharge
pressure
(bar ètf.)
max.
24.0
NH3
+58
E
Condensing temperature ("C)
max.
'3
R22
+61
Discharge temperature ("C)
max.
..,.,93
Pressure ratio ( - )
max.
18 (arbitrary)
mln.
, .5 ..
Pressure difference (bar)
max..
20
min_
+37
Oil temperature at compressor inlet ("C)
+65
max.
• Swept volume tor type GSL 480 is based on 1450 rpm, which is the practical max. speed tor this type.
·• This minimum value is valid only for compressor packages with oil injection into the rotor grooves by pressure ditterence.
Mind! The figures, mentioned in the table above apply on'ly to the compressor GSL itself. The operation limitations retated to
the packages should take precedence of the design limitations of the compressor. For settings of pressure and tempe
ratures safoty devices
refer
to para9raph 4.14.
Page 2.10
Compressor Package GSLP
92.01
