714-16-200

GN 714 Side thrust pins

without pressure pin, press on type
  • Icons/__logo__RoHS__.png

Eta: 1-2 weeks All sizes and variants of GN 714

🔒 Prices, live stock & CAD downloads

Sign in to see your prices and stock, download CAD files and order directly online.

Sign in Request an account

Technical data

Catalogue
GN 714-16-200
d1
16
Side thrust
F0 in N ≈
at l2
200
d2
M 6
d3 H8
16
h min.
18
l1 -1
18
l2
11.5
l3
2
l4
7.5
w
3.2
Code no.
GN 715.1-10
9

Housing Aluminium

blank

Thrust plate with female thread

hardened, blackened

Thrust spring coding

Force, low thrust: grey

medium thrust: lack

high thrust: silver

Seal rubber

NBR (Perbunan)

Side thrust pins GN 714 are the result of further development of GN 715 It is left to the customer to design his own pressure pin which can be screwed into the thrust plate.

This design extends the field of applications for side thrust pins offering identical advantages i.e. they eliminate costly alternatives, are space saving and are simple to install. The knurled body requires bore to H8 tolerance only.

For easy mounting a suitable tool GN 715.1 is available (see table).

  • Mounting tools GN 715.1 (Code no. see table)

w = Movement of pin

F = Side thrust in N

initial thrust = F0

end thrust = 1.1 x F0

a2-a1 = Clamping range for workpiece

x = distance centre line – thrust point at w2

x1 for highest thrust point (a1)

x2 for lowest thrust point (a2)

l0 = Distance end stop – bore of thrust bush

l0 = lm + x

lm = Average length of workpiece lmax. + lmin./2

For contact points (workpiece height) between a1 and

a2 a value for x has to be used lying between x1 and

x2 (interpolation).

 

By observing the above values the full movement of the side thrust pin will be available to cover the tolerance of the workpiece.

 

For inserting the side thrust pins the use of a mounting tool GN 715.1 or spanner GN 713.1 is recommended.

 

Eccentric bushes  GN 715.2  are tooling accessory for GN 714 /GN 715. They enable a precise optimum setting of side thrust pins. This allows an adjustment to l0 to accommodate for instance a larger tolerance range on a workpiece.