
5
1.3 Compressor Design Pressure
The compressor’s design pressure is shown in Table 1-1. The operating pressure in the system shall be lower
than compressor design pressure.
Table 1-1 Compressor Design Pressure
Refrigerant
Low Pressure Side
MPa(G)/psig
High Pressure Side
MPa(G)/psig
R22
1.6/232
3.0/435
R407C
1.6/232
3.3/479
R410A
2.21/320
4.15/602
1.4 Refrigerant Oil
To improve the reliability, the specified designed premium quality refrigerant oil is used in the compressor.
The refrigerant oil containing foam suppressor has the excellent thermal stability and high durability for
overload conditions.
1.4.1 Oil Type
Each type of refrigerant oil is specially designed for certain types of refrigerant and operating conditions, if
additional oil charge is added in the field, Only specified oil should be used.
Table 1-2 Type of Oil
Refrigerant
R22
R407C
R410A
R134a
Oil Model
SAY56T
FV68S
FV68S
FV68S
Oil Type
Mineral
Polyvinyl Ether
(
PVE
)
Polyvinyl Ether
(
PVE
)
Polyvinyl Ether
(
PVE
)
1.4.2 Functions of Refrigerant Oil
1)
Lubricate the moving parts to reduce mechanical friction.
2)
Absorb the heat generated by mechanical friction .
3)
Prevent refrigerant leakage at sealing surface.
4) Rust proof.
1.5 Motor Type
Panasonic scroll compressors can be applied under variable types of power sources, the motor type is shown
in Table 1-3.
Table 1-3 Type of Motor
Frequency
Motor voltage code
B3
B5
B6
B8
B9
50Hz
200V
220~240V
-
380~415V
-
60Hz
200~220V
-
208~230V
440~460V
380V