Self-aligning pad with o-ring QT steel tempered, black oxidised 02006-512X040
- Serve as supports, stops and thrust pads
- Application sectors: machine and fixture construction, assembly
- Form O: diamond surfaces offer excellent wear resistance
- O-ring for protection against dirt and foreign particles
Sales unit
PLN325.00
plus sales tax
Added to your shopping cart
Designation
Self-aligning pad
Version 1
with o-ring
Version 2
adjustable
Form
O
Product type
hexagon
Main
material
QT steel
Surface finish
body
tempered, black oxidised
Component
material
diamond
B=Thread length
40
D2=Thread
M12
H=Height
19
SW=key width
19
Ball-Ø
15
D3
19
E
21,9
H1
4
Kind of fastening
external thread
Load rating
max. kN
(static load only)
29,8
SW1
5
W
24
~ CONFLICT MINERALS 3TG status
not yet identified
~ CONFLICT MINERALS procurement
DRC conflict-free
~ CP65 substance 2 cancer
soots, tars, and mineral oils
~ PFAS free?
not yet identified
~ REACH SVHC-free?
yes
~ RoHS conformity
yes, without exemption
~ TSCA 6(H) conformity
yes
Description
Material
Body carbon steel.
Ball:
Form O stainless steel with diamond surface.
Ball:
Form O stainless steel with diamond surface.
Version
Body tempered, black oxidised.
Ball:
Form O surface comparable to 100 grade abrasive grit.
Ball:
Form O surface comparable to 100 grade abrasive grit.
Note
The self-aligning pads are used to support and clamp unmachined and machined workpieces.
In addition, they serve as stops, supports and pressure pieces in fixtures and toolmaking.
Ball secured against rotation.
Form O: The abrasive diamond surface is bonded firmly to the ball. It is ideally suited to supporting smooth or slippery applications with a minimum of clamping pressure. This allows the diamond particles to get a firm grip on a very small area with minimum damage to the surface.
The diamond surface offers excellent wear resistance.
In addition, they serve as stops, supports and pressure pieces in fixtures and toolmaking.
Ball secured against rotation.
Form O: The abrasive diamond surface is bonded firmly to the ball. It is ideally suited to supporting smooth or slippery applications with a minimum of clamping pressure. This allows the diamond particles to get a firm grip on a very small area with minimum damage to the surface.
The diamond surface offers excellent wear resistance.
Applications
The built-in O-ring holds the ball in place and keeps dirt and foreign particles out, ensuring uniform movement.
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