with Threaded Stud, Contact Plate Plastic

GN 927 Clamping Levers with Eccentrical Cam, Lever zinc die casting

Clamping Levers with Eccentrical Cam Lever zinc die casting GN 927 thumbnail

Clamping Levers with Eccentrical Cam Lever zinc die casting GN 927 sketch

Type

A	Plastic contact plate with setting nut
B	Plastic contact plate without setting nut

Show filter

l₁	d₂	l₂ in clamping position							b	d₃	d₄	d₅	h stroke at 90° lever movement	l₃ in clamping position	l₄ Ad- justable range	l₅ in clamping position

44	M 4	12	16	20	25	30	-	-	12	12	15	14	0,5	13,2	2	2,2
44	M 5	12	16	20	25	30	35	40	12	12	15	14	0,5	13,2	2	2,2
63	M 5	16	20	25	30	35	40	50	16	16	19	18,5	0,75	16,3	2,5	3
63	M 6	16	20	25	30	35	40	50	16	16	19	18,5	0,75	16,3	2,5	3
82	M 6	20	25	30	35	40	50	60	20	20	25	22,5	1	19,5	3	3,7
82	M 8	20	25	30	35	40	50	60	20	20	25	22,5	1	19,5	3	3,7
101	M 8	20	25	30	35	40	50	60	25	26	30	27	1,5	25,3	4	4,8
101	M 10	20	25	30	35	40	50	60	25	26	30	27	1,5	25,3	4	4,8

Filter combination produces no result.

Specification

Lever

Zinc die casting
Powder coated
(abrasion proof epoxy resin)
Black, RAL 9005B
Orange, RAL 2004O
Red, RAL 3000R
Silver, RAL 9006S

Axis, lag screw
Setting nut and setting screw (Type A)
Steel
Zinc plated, blue passivated

Contact plates

Type A
Technoplymer (Polyacetal POM)
Glass fiber reinforced
Type B
Technoplymer (Polyamide PA)
Glass fiber reinforced

Clamping and Manual Forces

https://www.youtube.com/watch?v=WAXDnI1X7Z4

Constructional features (Type A) / Application example

Plastic Characteristics

RoHS

Information

Clamping levers with eccentrical cam GN 927 are used for rapid clamping and releasing. Hereby, contrary to a clamping operation via a thread, these levers permit a torque-free clamping.

The lever has been designed to ensure that its movement cannot exceed the max. clamping force. There are no loose components since they are all assembled and mounted in their correct order.

The type A has the following advantages:
The distance between the lever cam and the clamping surface is adjustable via a fine pitch thread, allowing the clamping position to be set easily with maximum clamping force. Also, the position of the lever relative to the clamping axis can be determined.

How to order