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LAC-FL

Cam levers

for quick clamping, technopolymer

LAC-FL-F-SST

Cam levers
Without anti-rotation reference pin

LAC-FL-O-SST

Cam levers
With anti-rotation reference pin

LAC-FL-F-SST

Cam levers
Without anti-rotation reference pin

Cam lever body

Glass-fibre reinforced polyamide based (PA) technopolymer, black colour, matte finish.

Elastic connecting pin

AISI 301 stainless steel.

Cam sliding base

Polyamide based (PA) technopolymer, black colour.

Threaded pin

Polyamide-based SUPER-technopolymer (PA), black colour.

Elastic expansion retention element

NBR synthetic rubber, hardness 60, Shore A.

Self-locking nut and washer

AISI 304 stainless steel.

Standard executions

  • LAC-FL-F-SST: the lever is free to position itself in any direction.
  • LAC-FL-O-SST: the lever is always kept oriented in the desired position thanks to the anti-rotation reference pin.

Features and applications

The cam lever is a device that allows quick and effective clamping of a panel (for example a door) to a structure (for example a frame), guaranteeing perfect closure even in the event of vibrations or any misalignment between the two elements.

By turning the lever clockwise, the expansion of the elastic retaining element is obtained and therefore the two elements are locked together (fig. 1).

The product is also suitable for applications on equipment subject to frequent cleaning with jets of water or steam or in any case in environments where special attention is required from a hygienic point of view.

 
 

Assembly instructions

Drill a hole in the panel (e.g. door) on which the lever is to be fixed according to the templates indicated (fig. 2).

The presence of the reference hole diameter 4 of the peg (LAC-FL-O-SST execution) makes it possible to keep the lever oriented in the desired position.

Drill a hole in the panel to be clamped (frame, for example) according to the size template shown in the table (fig. 3).

Assemble the lever and the cam sliding base to the panel (hatch), position the elastic retaining element and the washer on the opposite side, lock with the self-locking nut until any movement is completely eliminated by slightly compressing the elastic retention element.

 
 
sDFmax*
[N]
1.2 ÷ 3.219330
3.2 ÷ 4.819.5660
4.8 ÷ 6.420550
> 6.420.5220

* Maximum holding force exerted in the short term by the elastic retention element.

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We want to find out about your industrial application need and where we can help. Our contact details are below.

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