RF


RF

Applications

Screw to connect couplings for air conditioning & refrigeration application

This range of couplings has been specifically designed for air conditioning and refrigeration systems. Interchangeability according to market driven standards. Available in several versions in steel, brass and with copper sweat braze adaptor.


Items
Size (mm)  PartNumber Thread HEX1 HEX3 D1 L1
 6,3 RF 04 F V   16 19 21 28.7
 6,3 RF 04 F V UL   16 19 21 28.7
 6,3 RF 04 TD38 F H   16 19 21 47.6
 10 RF 06 CS065 F5H   22 24 27 76
 10 RF 06 CS065 F5N   22 24 27 76
 10 RF 06 CS095 F5H   22 24 27 76
 10 RF 06 CS095 F5N 3/8" 22 24 27 76
 10 RF 06 F 5 N M18x1,5 FEMALE ORB 22 24 27 34.9
 10 RF 06 TD12 F H   22 24 27 57.3
 12,5 RF 08 CS095 F5N 3/8" 27 30 34 111
 12,5 RF 08 CS125 F5N 1/2" 27 30 34 107
 12,5 RF 08 CS160 F5N 5/8" 27 30 34 107
 20 RF 12 CS160 F5N 5/8" 36 41 45 131
 20 RF 12 CS190 F5N 3/4" 36 41 45 131
 20 RF 12 CS220 F5N 7/8" 36 41 45 131
 20 RF 12 F H   36 41 45 57
 25 RF 16 CS220 F5N 7/8" 46 50 55 146.5
 25 RF 16 CS255 F5N 1" 46 50 55 146.5
Size (mm)  PartNumber Thread HEX1 HEX2 HEX3 D1 D3 L1
 6,3 RF 04 M V UL   19   19 21 15.8 27.5
 6,3 RF 04 TD38 M H   19   19 21 15.8 46.4
 10 RF 06 CS065 M5H   22     25 20 67.5
 10 RF 06 CS065 M5N 1/4" 22     25 20 67.5
 10 RF 06 CS095 M5H   22     25 20 67.5
 10 RF 06 CS095 M5N 3/8" 22     25 20 67.5
 10 RF 06 M 5 N M18x1,5 FEMALE ORB 22 24   24 20 26.5
 10 RF 06 M N M18x1,5 FEMALE ORB 22 24   27 20 27.5
 10 RF 06 TD12 M H   22 24   27 20 50.3
 12,5 RF 08 CS095 M5N 3/8" 28     32 25.4 100
 12,5 RF 08 CS125 M5N 1/2" 28     32 25.4 96
 12,5 RFR08 TS125LM5N 1/2" 28     32 25.4 159.5
 20 RF 12 CS160 M5N 5/8" 41     46 36.5 118.5
 20 RF 12 CS190 M5N 3/4" 41     46 36.5 118.5
 20 RF 12 CS220 M5N 7/8" 41     46 36.5 118.5
 20 RF 12 M H   41     46 36.5 44
 20 RF 12 M H CAT   41     46 36.5 44
 25 RF 16 CS220 M5N 7/8" 48     53 44.5 130.8
 25 RF 16 CS255 M5N 1" 48     53 44.5 130.8
 25 RFR16 TS290LM5N   48     53 44.5 194.5

Download Rf Catalogue

Гидравлические системы и компоненты