Cam Action Indexing Plungers GN 612.3

Type: A - Without plastic cap

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.

corrosion-resistant
precise fit
environmentally friendly

Show all Stainless Steel products

Standard sheet GN 612.3 Print this page List of cam action indexing plunger types Load Rating Information Stainless Steel Characteristics Plastic Characteristics

Product description

Cam action indexing plungers GN 612.3 are used in cases where the locking pin must not protrude all the time. By rotating the lock through 180° the locking pin withdraws itself. A groove keeps the plunger in this position.

The square body can therefore be welded in any required position. In order to prevent a change in the spring load by the transferred heat we recommend spot welding the plunger body.

Specification

Guide
Stainless steel AISI 304NI
Weldable

Plunger pin
Stainless steel AISI 301

Latch arm
Stainless steel AISI 316LHC
Sintered

Cap for tpe B
Plastic, Polyamide (PA)
Black, matte finish

Pressure spring
Stainless steel AISI 301

RoHS

Accessory

Positioning Bushings GN 412.4
Positioning Bushings GN 412.5

d Pin -0,05/-0,08 Bore +0,14/+0,1	s	l₁	l₂	l₃	l₄	l₅	Spring load in N ≈ Initial	end

6	16	56	10	30	32	42	12	32
8	16	56	10	30	32	42	12	32
8	20	69	12	38	37	52	21	58
10	16	56	10	30	32	42	12	32
10	20	69	12	38	37	52	21	58
12	20	69	12	38	37	52	21	58

d
Pin -0,05/-0,08
Bore +0,14/+0,1

l₁

l₂

l₃

l₄

l₅

Spring load in N ≈
Initial

end

GN 612.3 Cam Action Indexing Plungers for Welding, Stainless Steel

Product Family Stainless Steel

Product description

Specification

Accessory

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d Pin -0,05/-0,08 Bore +0,14/+0,1	s	l₁	l₂	l₃	l₄	l₅	Spring load in N ≈ Initial	end

6	16	56	10	30	32	42	12	32
8	16	56	10	30	32	42	12	32
8	20	69	12	38	37	52	21	58
10	16	56	10	30	32	42	12	32
10	20	69	12	38	37	52	21	58
12	20	69	12	38	37	52	21	58

d Pin -0,05/-0,08 Bore +0,14/+0,1	s	l₁	l₂	l₃	l₄	l₅	Spring load in N ≈ Initial	end

6	16	56	10	30	32	42	12	32
8	16	56	10	30	32	42	12	32
8	20	69	12	38	37	52	21	58
10	16	56	10	30	32	42	12	32
10	20	69	12	38	37	52	21	58
12	20	69	12	38	37	52	21	58

d Pin -0,05/-0,08 Bore +0,14/+0,1	s	l₁	l₂	l₃	l₄	l₅	Spring load in N ≈ Initial	end

6	16	56	10	30	32	42	12	32
8	16	56	10	30	32	42	12	32
8	20	69	12	38	37	52	21	58
10	16	56	10	30	32	42	12	32
10	20	69	12	38	37	52	21	58
12	20	69	12	38	37	52	21	58