with Flange for Surface Mounting, Guide Zinc Die Casting

GN 612.10 Cam Action Indexing Plungers,

Cam Action Indexing Plungers GN 612.10 thumbnail

Cam Action Indexing Plungers GN 612.10 sketch

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d₁ Pin -0.05 Bore +0,1/+0,05	l₂		d₂	h₁	h₂	k	l₁	l₃	l₄	l₅	s	Spring load in N ≈ initial	end

6	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	12	18	20	10	4,5	32	57	12	37	45	20	21	58
10	10	16	16	10	4,5	28	46	10	30	40	16	12	32
10	12	18	20	10	4,5	32	57	12	37	45	20	21	58
12	12	18	20	10	4,5	32	57	12	37	45	20	21	58

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Specification

Guide
Zinc die casting
Powder coated
Black, RAL 9005, textured finishSW

Plunger pin
Steel
Zinc plated, blue passivated

Lever
Plastic (Polyamide PA)

Black, matte
Not removable

Load Rating Information

Plastic Characteristics

RoHS

Information

Cam action indexing plungers GN 612.10 are used in cases where the plunger must not protrude all the time. By rotating the lever through 180° the plunger withdraws itself. The groove allows safe positioning.

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RoHS compliant: Info

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with Flange for Surface Mounting, Guide Zinc Die Casting

GN 612.10 Cam Action Indexing Plungers,

with Flange for Surface Mounting, Guide Zinc Die Casting

GN 612.10 Cam Action Indexing Plungers,

with Flange for Surface Mounting, Guide Zinc Die Casting

GN 612.10 Cam Action Indexing Plungers,

Specification

Information

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d₁ Pin -0.05 Bore +0,1/+0,05	l₂		d₂	h₁	h₂	k	l₁	l₃	l₄	l₅	s	Spring load in N ≈ initial	end

6	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	12	18	20	10	4,5	32	57	12	37	45	20	21	58
10	10	16	16	10	4,5	28	46	10	30	40	16	12	32
10	12	18	20	10	4,5	32	57	12	37	45	20	21	58
12	12	18	20	10	4,5	32	57	12	37	45	20	21	58

d₁ Pin -0.05 Bore +0,1/+0,05	l₂		d₂	h₁	h₂	k	l₁	l₃	l₄	l₅	s	Spring load in N ≈ initial	end

6	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	12	18	20	10	4,5	32	57	12	37	45	20	21	58
10	10	16	16	10	4,5	28	46	10	30	40	16	12	32
10	12	18	20	10	4,5	32	57	12	37	45	20	21	58
12	12	18	20	10	4,5	32	57	12	37	45	20	21	58

d₁ Pin -0.05 Bore +0,1/+0,05	l₂		d₂	h₁	h₂	k	l₁	l₃	l₄	l₅	s	Spring load in N ≈ initial	end

6	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	10	16	16	10	4,5	28	46	10	30	40	16	12	32
8	12	18	20	10	4,5	32	57	12	37	45	20	21	58
10	10	16	16	10	4,5	28	46	10	30	40	16	12	32
10	12	18	20	10	4,5	32	57	12	37	45	20	21	58
12	12	18	20	10	4,5	32	57	12	37	45	20	21	58