38
DRYPOINT® RS 15-550 HP50 NA
12.5 Maintenance works at the refrigeration cycle
Caution!
Refrigerant!
Maintenance and repair works at refrigeration systems must only be carried out by BEKO service
technicians in accordance with the local provisions.
The total amount of refrigerant in the system must be collected for recycling purposes, resource recovery
or disposal.
The refrigerant must not be discharged into the environment.
When delivered, the dryer is ready to operate and filled with a refrigerant of the R134a or R407C type.
Should you detect a refrigerant leak, please contact a BEKO service technician. Prior to any intervention,
the room needs to be ventilated.
When the refrigeration cycle needs to be refilled, please also contact a BEKO service technician.
You will find the refrigerant type and amount on the name plate of the dryer.
Properties of the refrigerants used
:
Refrigerant
Chemical formula
MIK
GWP
R134a - HFC
CH
2
FCF
3
1000 ppm
1430
R407C - HFC
R32/125/134a (23/25/52)
CHF
2
CF
3
/CH
2
F
2
/CH
2
FCF
3
1000 ppm
1773.85
12.6 Dismantling the dryer
When the dryer is dismantled, all parts and operating materials related to the plant need to be disposed of separately.
Part
Material
Refrigerant fluid
R407C, R134a, Oil
Canopy and supports
Carbon steel, Epoxy paint
Refrigerating compressor
Steel, Copper, Aluminium, Oil
Heat exchanger
Stainless steel, Copper
Condensate separator
Stainless steel
Condenser unit
Aluminium, Copper, Carbon steel
Pipe
Copper
Fan
Aluminium, Copper, Steel
Valve
Brass, Steel
Electronic level drain
PVC, Aluminium, Steel
Insulation material
Synthetic rubber without CFC, Polystyrene, Polyurethane
Electric cable
Copper, PVC
Electric parts
PVC, Copper, Brass
We recommend observing the safety provisions in force for the disposal of each material type.
The refrigerant contains lubricating-oil droplets which are released by the compressor.
The refrigerant must not be discharged into the environment. It must to be sucked off from the dryer using
a suitable device, and then needs to be supplied to a collection point.
Summary of Contents for DRYPOINT RS 100-E HP50 NA
Page 22: ...22 DRYPOINT RS 15 550 HP50 NA 10 4 Technical data DRYPOINT RS 180 550 3phase HP50 NA 3 380 60 ...
Page 40: ...Appendices 40 DRYPOINT RS 15 550 HP50 NA 13 1 2 Dryer dimensions DRYPOINT RS 50 80 HP50 NA ...
Page 41: ...Appendices DRYPOINT RS 15 550 HP50 NA 41 13 1 3 Dryer dimensions DRYPOINT RS 100 140 HP50 NA ...
Page 42: ...Appendices 42 DRYPOINT RS 15 550 HP50 NA 13 1 4 Dryer dimensions DRYPOINT RS 180 350 HP50 NA ...
Page 43: ...Appendices DRYPOINT RS 15 550 HP50 NA 43 13 1 5 Dryer dimensions DRYPOINT RS 450 550 HP50 NA ...
Page 47: ...Appendices DRYPOINT RS 15 550 HP50 NA 47 13 2 2 Exploded diagram DRYPOINT RS 15 40 HP50 NA ...
Page 48: ...Appendices 48 DRYPOINT RS 15 550 HP50 NA 13 2 3 Exploded diagram DRYPOINT RS 50 80 HP50 NA ...
Page 49: ...Appendices DRYPOINT RS 15 550 HP50 NA 49 13 2 4 Exploded diagram DRYPOINT RS 100 140 HP50 NA ...
Page 59: ...Appendices DRYPOINT RS 15 550 HP50 NA 59 13 3 2 Electric diagram DRYPOINT RS 15 40 HP50 NA ...
Page 60: ...Appendices 60 DRYPOINT RS 15 550 HP50 NA 13 3 3 Electric diagram DRYPOINT RS 50 80 HP50 NA ...
Page 61: ...Appendices DRYPOINT RS 15 550 HP50 NA 61 13 3 4 Electric diagram DRYPOINT RS 100 140 HP50 NA ...
Page 62: ...Appendices 62 DRYPOINT RS 15 550 HP50 NA 13 3 5 Electric diagram DRYPOINT RS 180 260 HP50 NA ...
Page 63: ...Appendices DRYPOINT RS 15 550 HP50 NA 63 13 3 6 Electric diagram DRYPOINT RS 350 HP50 NA ...
Page 64: ...Appendices 64 DRYPOINT RS 15 550 HP50 NA 13 3 7 Electric diagram DRYPOINT RS 450 550 HP50 NA ...
Page 71: ...DRYPOINT RS 15 550 HP50 NA 71 ...