CRS 100-0022 FH

Industry Sector Maintenance Manufacturing Aerospace and Repair Quality Control TLS Preset Clean Room Torque Screwdrivers Torque range from 0.04 to 13.6 N.m Industry Sector Maintenance Electronics Automotive Manufacturing and Repair Quality Control Want to know how to use this tool? Clean Room (CRS) Class 100 Automotive Industry Sector Aerospace Military Watch our video Maintenance Manufacturing Quality Utilities Electronics Aerospace and Repair Control Industry Sectors Manufacturing Automotive Electronics Consumer Products Military Automotive Electronics Aerospace Military Utilities Packaging Electronics Utilities Consumer Products Click Breaking Slipping Mechanism Military Consumer Products Slipping Incorrect tightening is impossible Military Consumer Products Utilities Packaging Packaging Consumer Products CRS 100-0022 FH Packaging Key Benefits  These tools are designed to protect precision products from contamination during assembly. They are designed specifically for use in Clean Rooms by utilising suitable surface treatments and incorporating high performance seals in their design  Operator fatigue is minimised by the soft reset action of the tool  Complete control of the tightening process is achieved by eliminating both under and over tightening as these tools incorporate Torqueleader’s slipping mechanism  Suitable for use by operators of any skill level, as these tools will repeatedly deliver the set torque without the need for operator intervention due to the tamper-proof design Order now… call our Sales Hotline +44 (0) 1483 894 476 Order Code Range Model ISO Imperial mm Drive 015089 CRS 100-0022 FH 4-22 cN.m 6-32 ozf·in 1” 4 015209 CRS 100-0135 FH 10-135 cN.m 0.9-12 lbf·in 1” 4 015609 CRS 100-0406 FH 50-400 cN.m 4.4-36 lbf·in 1” 4 015939 CRS 100-1360 FH 2.5-13.6 N.m 22-120 lbf·in 1” 4 g Repeatability ISO 6789 Class Colour / 104 072 +/- 6% 2F Grey / 111 210 +/- 6% 2F Grey / 127 280 +/- 6% 2F Grey / 137 325 +/- 6% 2F Grey CRS Torque Screwdrivers are preset type torque tools. They must be set to the required value by using a Torque Analyser… see pages 45-52 for details 17