SAE 100R5HT, Textile Cover

Construction: • Inner tube: seamless black synthetic rubber, oil resistant • Reinforcement: one textile braid and one braid of high-tensile steel wire • Cover: blue textile cover, resistant to abrasion, oil, ozone and weathering Application: Hose range suitable to carry mineral and vegetable oils, aqueous emulsions, water, air and inert gases. Burst pressure exceeds four times working pressure. Hose specifi cation SAE 100R5, SAE J1402. Temperature Range: -40°C to +150°C
Double Wire, High Temperature
  • Technical specs
Part number Variation name Outside diameter in millimetres Bend radius in millimetres Burst pressure in bar Maximum gauge pressure in bar Burst pressure Vacuum level in inches of mercury Thread size Thread size in millimetres Thread size in UNF Size of inlet thread Size of outlet thread To suit internal diameter of hose To suit metric internal diameter of hose To suit metric outside Flange size Seal Type Working temp Output Signal mA Litres per Minute Mpa Working pressure Micron Rating for filtration To Suit Notes Length MM Hole Centres in mm Height in MM Port Size Oem Code Element Media Old Ref Material Model Box QTY Bypass in PSIG Float Material Flow rate in cubic Litres per second ElemnentSize Voltage Max Litres per Minute Wattage OD In INCHES Max working pressure Size Max Pressure for rotation Displacement cm91 Volume Function To suit Cartridge Ratio No. of Stations Type Frame Size Group Number
100R5HT-04 Double Wire, High Temperature 13.2 76 0.22 207.0
100R5HT-05 Double Wire, High Temperature 14.8 86 0.26 207.0
100R5HT-06 Double Wire, High Temperature 17.1 102 0.31 155.0
100R5HT-08 Double Wire, High Temperature 19.5 117 0.36 138.0
100R5HT-10 Double Wire, High Temperature 23.4 140 0.53 121.0
100R5HT-12 Double Wire, High Temperature 27.4 165 0.65 103.0
100R5HT-16 Double Wire, High Temperature 31.3 187 0.63 55.0
100R5HT-20 Double Wire, High Temperature 38.0 229 0.90 43.0
100R5HT-24 Double Wire, High Temperature 44.5 267 1.00 34.0
100R5HT-32 Double Wire, High Temperature 56.4 337 1.48 24.0