GN 722.5
Blokkeerbouten

Verzinkt staal of RVS (1.4408 = AISI 316 = A4)

Omschrijving

1Specification

Types

  • Type A: With pull ring, without rest position
  • Type C: With pull ring, with rest position
  • Type E: With latch, with rest position

Guide

Steel precision casting

  • Zinc plated, blue passivated ZB
  • Zinc plated and powder coated

Black, RAL 9005, textured finish SW

Guide

Stainless steel precision casting AISI 316 A4

Pull ring

  • Steel precision casting

Zinc plated, blue passivated (ZB and SW)

  • Steel precision casting AISI 316 (for A4)

Latch

  • Steel precision casting

Zinc plated, blue passivated (for ZB and SW)

  • Steel precision casting AISI 316 (for A4)

Plunger Pin

  • Steel precision casting

Steel, zinc plated, blue passivated (ZB and SW)

  • Stainless steel AISI 316 (for A4)

Grub Screw DIN 915 (Type A)

  • Steel, zinc plated (for ZB and SW)
  • Stainless steel (for A4)

Pressure spring

Stainless steel AISI 316Ti

2Information

With indexing plungers GN 722.5, the plunger pin is actuated via the pull ring / latch. This is done either manually, with a cable or by means of an extended pull rod with hook. The ST version is designed for applications in steel construction, whereas the stainless steel version A4 is suitable for use in particularly aggressive environments.

The type with rest position is used when the plunger pin should temporarily not protrude. For this purpose, the pull ring is turned sideways after the locking pin has been retracted. The ring is held in this position by the catch groove at the top of the guide.

The dimensional tolerances between the pin and the guide have been chosen to ensure functional reliability even in roughly dimensioned applications or in the event of soiling.

There are several options for fastening. The hexagonal mounting holes allow the use of socket cap screws DIN 912 and hex screws or nuts according to DIN 931 or DIN 934.

3Technical information
Sleep voor meer info

h2

d4

l3

Gewicht (g)

s

Veerdruk in N2

l5

Veerdruk in N3

d1 Pin -0.05/-0.25 Boring +0.1/+0.3

l1 ≈

AF

d2 +0.3

h1

l4

d3

m

l2

1.5 7 35 162 20 50 48 15 10 70 10 6.1 7.5 52 36 34 14
1.5 7 35 165 20 50 48 15 12 70 10 6.1 7.5 52 36 34 14
1.5 7 35 170 20 50 48 15 14 70 10 6.1 7.5 52 36 34 14
5 10 54 703 30 110 80 30 16 103 17 10.1 15 78 50 55 20
5 10 54 721 30 110 80 30 20 103 17 10.1 15 78 50 55 20
1.5 7 35 160 20 50 48 15 8 70 10 6.1 7.5 52 36 34 14