Compressor Radiators	Choice	Dimensions	Maximum Temperature	Maximum Working Pressure	Test Pressure	Document
4.5 - 5.5 kW	Bar Plate Oil + Air	392x292x65 mm	120 °C	15 Bar	22 Bar
7.5 - 11 kW	Bar Plate Oil + Air	442x338x65 mm	120 °C	15 Bar	22 Bar
15 kW	Bar Plate Oil + Air	492x385x65 mm	120 °C	15 Bar	22 Bar
18.5 - 22 kW	Bar Plate Oil + Air	642x432x65 mm	120 °C	15 Bar	22 Bar
37 kW	Bar Plate Oil + Air	650x625x65 mm	120 °C	15 Bar	22 Bar
45 - 55 Kw	Bar Plate Oil + Air	840x740x95 mm	120 °C	15 Bar	22 Bar
75 - 90 kW	Bar Plate Oil + Air	970x798x95 mm	120 °C	15 Bar	22 Bar
110 kW	Bar Plate Oil + Air	1150x1050x110 mm	120 °C	15 Bar	22 Bar
132 - 160 kW	Bar Plate Oil + Air	1290x1330x110 mm	120 °C	15 Bar	22 Bar
200 - 250 kW	Bar Plate Oil + Air	1400x1500x140 mm	120 °C	15 Bar	22 Bar

Radiators should be designed in accordance with the operating principle of compressors. For this reason, when choosing a radiator, care should be taken to ensure that it is suitable for the characteristics and needs of the compressor. Material selection is generally aluminium with high thermal conductivity. An effective radiator should efficiently cool the hot air coming out of the compressor and ensure proper operation of the system. Regular maintenance improves performance and efficiency. The correct position of the radiator is also critical; adequate air flow must be ensured. In conclusion, the screw compressor radiator is a critical component for efficient and reliable operation. Proper selection, regular maintenance and proper positioning will extend compressor life while reducing operating costs.