Anti-vib. Supports
12680 Supporting Elements
material: Case hardened steel
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Description
Support Element
Stroke
5
Supporting force
max.
kN
8
Weight
g
950
£ 1,316.64 per unit (click for quantity discounts)
Description
Stroke
Supporting force
max.
kN
Weight
g
| Price & Availability | Article | Description | Stroke | Supporting force max. kN | Weight g | ||||||||||||
| 12680.W0400 | Support Element | 5 | 8 | 950 | |||||||||||||
£ 1,316.64 per unit (click for quantity discounts) Ready to despatch 0 Need more? Manufactured within 10 working days from order. Typical UK delivery charge: £13.50. Confirmed at checkout.
Description Support Element Stroke 5 Supporting force
max.
kN 8 Weight
g 950 | |||||||||||||||||
Technical & Application
Material
Body: steel case-hardened, nitrided, blackened and ground.
Housing: aluminium, red anodised.
Technical Notes
Used to support over determined clamping points, whilst minimising deformation of component. It also reduces vibration during machining.
By tuning on the lock function (max. 180° at 15Nm), the clamping mechanism locks the support pin without moving. The support element has supported the workpiece and is locked in place.
Tips
Assembly:
Fix the support element (2x M6 thread) onto the device. Ensure the key activation is in required orientation.
Alternatively: Dismantle the M12 x 10 threaded pin and replace it by an M12x 30 threaded pin and assemble the support element with a spanner (A/F 21), e.g for T-slot mounting (no pin M12x 30 and T-nut 24000 M12x 14, grade 10, are parts of the standard supply volume. The support element can be recessed into a hole max. 16mm deep.
Operation:
By turning the clamping cam (A/F 6 internal hexagon) on the outer surface of the re protective sleeve, the support pin contacts the workpiece wih a slight spring load.
1. By turning on (15Nm) as far as possible (lock), total of 180°, the clamping mechanism locks the support pin withot moving. The support element has been placed onto the workpiece and locked.
2. If turned in the opposite directions (unlock), the clamping is released. If turned back as far as possible, i.e. total of 180° the support pin moves to the end position.
Product Datasheets
CAD files
Application images
