Semi-Split Shaft Collars GN 706.2

Product Family Stainless Steel Quality Class 1

The Ganter product range includes a large number of standard parts made of high-quality, non-rusting stainless steels. Thanks to their outstanding material properties, these are used in a wide array of industries. Their corrosion and rust resistance in particular contributes to the value stability and longevity of machines and equipment.

For easier differentiation, the stainless steels used by Ganter are divided into stainless steel quality classes:

Stainless Steel Quality Class 1

Stainless Steel Quality Class 2

Stainless Steel Quality Class 4

Show detailed information on the stainless steel quality classes

Show all stainless steel products

Product Family Stainless Steel Quality Class 4

For easier differentiation, the stainless steels used by Ganter are divided into stainless steel quality classes:

Stainless Steel Quality Class 1

Stainless Steel Quality Class 2

Stainless Steel Quality Class 4

Show detailed information on the stainless steel quality classes

Show all stainless steel products

General notes / Application examples List of shaft collar types ISO Fundamental Tolerances Stainless Steel Characteristics Highlights / Product information shaft collars

Product description

Semi-split shaft collars GN 706.2 can safely and simply be assembled by reducing the slot height with high clamping force and thus they act, for instance, like an end stop. The surface of the shaft or the axle is not damaged.

The thread d₃ for sizes d₁ = 16 to 36 is designed as a through hole; for sizes d₁ = 42 and larger, it is designed as blind hole.

Specification

Stainless steelNI
- Sintered AISI 316LHC
- Socket cap screw DIN 912-A2

Stainless steelA4
- Turned AISI 316
- Weldable
- Socket cap screw DIN 912-A4

RoHS

Accessory

Damping Washers GN 7062.30

d₁	d₂ H10 NI	d₂ E8 A4	b ±0,2	d₃	s NI	A4	x ≈ max. protrusion of cap screw

16	B 4	B 5	-	-	9	M 3	2,1	-	1,2
20	B 6	-	B 6	-	9	M 3	2,1	1,6	1,2
22	B 8	-	B 8	-	9	M 3	2,1	1,6	1
26	B 10	-	B 10	-	11	M 4	2,1	1,6	1,6
30	B 12	-	B 12	-	11	M 4	2,1	1,6	0,7
32	B 14	-	B 14	-	11	M 4	2,1	1,6	0,7
36	B 15	B 16	B 15	B 16	13	M 5	2,1	1,6	1,4
42	B 18	B 20	B 18	B 20	15	M 5	3	1,6	0,6
48	B 22	B 25	B 22	B 25	15	M 5	3	1,6	0
55	B 28	B 30	B 28	B 30	15	M 6	3	1,6	0,5
60	B 32	B 35	B 32	B 35	15	M 6	4	1,6	0,4
65	B 40	-	B 40	-	15	M 6	4	1,6	0,5

d₁

d₂ H10
NI

d₂ E8
A4

b ±0,2

d₃

s
NI

x ≈
max. protrusion of
cap screw