GN 918.7Clamping Cam UnitsStainless Steel, Downward Clamping, Screw from the Back
Photo
Type: KVB - With ball lever, angular (serrations) Clamping direction: R - By clockwise rotation (drawn version)
Product Family Stainless Steel
Standard parts made of rustproof stainless steel have been designed for use in the food sector, in the chemical industry, for aggressive ambient conditions or for outdoor use.
Clamping cam units GN 918.7 have a circumferential wedge surface. They allow for rapid and secure clamping and releasing with a relatively large clamping range and with high clamping force. Owing to the small pitch angle (wedge angle), the clamping bolt is self-locking.
Fastening with a bushing allows the use even if there is no thread in the surrounding structure. The heavy duty washer directs the resulting screw forces into the surrounding structure.
The ball levers of types KVB / GVB form a positive connection with the eccentric cam by means of a serration. During assembly, the lever can thus be fixed in a position favorable for clamping or, in the relaxed position, rotated out of the clamping range.
Specification
Stainless steel
Clamping bolt
AISI 303
Chemically nickel plated
Threaded bushing, thrust washer and washer
AISI 630
Tempered
Socket cap screw DIN 912-A2-70
Lever body
AISI 30
Matte shot-blasted finish
Ball knob DIN 319
Plastic, Phenolic (PF)
Black, shiny finish
This article is RoHS-compliant in application of Annex III., which means it complies with EU Directive 2011/65/EU, including extension (2015/863/EU), for restricting the use of certain hazardous substances in electrical and electronic devices. The Directive regulates the use of hazardous substances in devices and components. The implementation in national law is summarily described with RoHS(Restriction of (the use of certain) hazardous substances)).
Weight: 0.337 lbs
If weight is not listed, please contact our Sales Department for additional information regarding weight. Phone: +52(81)2721-4021
All Prices are in Mexican Pesos. Taxes Not Included.