Threaded-body cylinders

single acting with spring return
max. operating pressure 500 bar

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Catalogue sheet

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Operating instructions

Information Series

Description

B1.460 Threaded-Body Cylinder

These threaded-body cylinders can be threaded directly into tapped holes in the fixture down to the hex-section of the cylinder body. Spacings between cylinders can be minimised when cylinders are arranged in a row, since the oil is fed through drilled passages in the fixture.
Sealing is made with the supplied sealing ring at the bottom of the location hole.
A long piston guide in combination with an O-ring/back-ring seal provides trouble-free
operation.

Products (15)

Number

Item no.	CAD data	stroke [mm]	functioning	piston diameter [mm]	rod diameter [mm]
Item no. 1460000	CAD data	stroke [mm] 10	functioning single acting with spring return	piston diameter [mm] 12	rod diameter [mm] plunger piston	Properties
Item no. 1460001	CAD data	stroke [mm] 10	functioning single acting with spring return	piston diameter [mm] 12	rod diameter [mm] plunger piston	Properties
Item no. 1460010	CAD data	stroke [mm] 10	functioning single acting with spring return	piston diameter [mm] 12	rod diameter [mm] plunger piston	Properties
Item no. 1461000	CAD data	stroke [mm] 12	functioning single acting with spring return	piston diameter [mm] 16	rod diameter [mm] plunger piston	Properties
Item no. 1461001	CAD data	stroke [mm] 12	functioning single acting with spring return	piston diameter [mm] 16	rod diameter [mm] plunger piston	Properties
Item no. 1461010	CAD data	stroke [mm] 12	functioning single acting with spring return	piston diameter [mm] 16	rod diameter [mm] plunger piston	Properties
Item no. 1462000	CAD data	stroke [mm] 15	functioning single acting with spring return	piston diameter [mm] 20	rod diameter [mm] plunger piston	Properties
Item no. 1462001	CAD data	stroke [mm] 15	functioning single acting with spring return	piston diameter [mm] 20	rod diameter [mm] plunger piston	Properties
Item no. 1462010	CAD data	stroke [mm] 15	functioning single acting with spring return	piston diameter [mm] 20	rod diameter [mm] plunger piston	Properties
Item no. 1463000	CAD data	stroke [mm] 16	functioning single acting with spring return	piston diameter [mm] 25	rod diameter [mm] plunger piston	Properties

Accessories (15)

Number

Item no.	CAD data	Description
Item no. 3000527	CAD data /	Description Seal-Delrin 46 x 36 x 2,5 mm see page B1.460
Item no. 3000840	CAD data /	Description Seal Delrin 20 x 14 x 1,5 mm see page B1.460
Item no. 3000841	CAD data /	Description Seal Delrin 24 x 18 x 1,5 mm see page B1.460
Item no. 3000842	CAD data /	Description Seal Delrin 28 x 22 x 1,5 mm see page B1.460
Item no. 3000843	CAD data /	Description Seal Delrin 36 x 28 x 2 mm see page B1.460
Item no. 3300088	CAD data	Description Flange nut M38 x 1,5 mm W see page B1.460
Item no. 3300326	CAD data	Description Flange nut DIN 1804 M45 x 1,5 mm see page B1.309
Item no. 3300411	CAD data	Description Flange nut M60 x 1,5 mm W black oxided see page B1.460
Item no. 3301019	CAD data /	Description Groove nut M32 x 1,5 mm W black oxided see page B1.460
Item no. 3301423	CAD data	Description Groove nut M28 x 1,5 mm W black oxided see page B1.460

Application examples

Application example 1

Multiple clamping fixture for clamping of small parts. The cylinders can be arranged in clamping bars or yokes.

Application example 2

This multiple clamping fixture is equipped with threaded-body cylinders with swivel contact bolts. The 3° incline of the threaded-body cylinders effects a low-clamping force of approx. 5 % of the clamping force. On plane clamping surfaces swivel contact bolts obtain little surface pressure on the effective points.

Application example 3

Workholding with the use of reversing levers is particularly suited for workpieces which have to be clamped high above the fixture base plate. The force-loop closed within a limited fixture component space eliminates bending forces from entering the fixture base plate. The reversing lever allows easy adaptation of the lever ratio to the clamping force required.