LAC-p-RNokkenklemhendels

Met verstelbare ringmoer,-draaipen met verzinkt stalen draadeind

Technopolymeer

Technical datasheet

Met verstelbare ringmoer,-draaipen met verzinkt stalen draadeind

LAC-p-R

Met verstelbare ringmoer,-draaipen met verzinkt stalen draadeind

LAC-SST-R

Met verstelbare ringmoer,-draaipen met AISI 303 roestvrijstalen draadgat

LAC-SST-p-R

Met verstelbare ringmoer,-draaipen met AISI 303 roestvrijstalen draadeind

LAC-B

Zonder verstelbare ringmoer , draaipen met verzinkt stalen draadgat

LAC-B-R

Met verstelbare ringmoer,-draaipen met verzinkt stalen draadgat

LAC-SST-p

Zonder verstelbare ringmoer , draaipen met AISI 303 roestvrijstalen draadeind

LAC-SST

Zonder verstelbare ringmoer , roterende pen met AISI 303 roestvrijstalen draadgat

LAC-p

Zonder verstelbare ringmoer , draaipen met verzinkt stalen draadeind

LAC-p-R

Reset

Code	Omschrijving	R	d₄	D	h_min	h_max	d₃	l	l₁	x	Fmax* [N]

33231	LAC.44-p-M5x20-R	44	M5	22	22.5	24	9	20	18	0.5	3500	29
33232	LAC.44-p-M5x25-R	44	M5	22	22.5	24	9	25	18	0.5	3500	33
33233	LAC.44-p-M5x30-R	44	M5	22	22.5	24	9	30	18	0.5	3500	33
33234	LAC.44-p-M5x40-R	44	M5	22	22.5	24	9	40	18	0.5	3500	33
33235	LAC.44-p-M5x50-R	44	M5	22	22.5	24	9	50	18	0.5	3500	33
33241	LAC.44-p-M6x20-R	44	M6	22	22.5	24	9	20	18	0.5	3500	48
33414	LAC.44-p-M6x25-R	44	M6	22	22.5	24	9	25	18	0.5	3500	37
33242	LAC.44-p-M6x30-R	44	M6	22	22.5	24	9	30	18	0.5	3500	48
33243	LAC.44-p-M6x40-R	44	M6	22	22.5	24	9	40	18	0.5	3500	41
33416	LAC.44-p-M6x50-R	44	M6	22	22.5	24	9	50	18	0.5	3500	30
33465	LAC.63-p-M5x20-R	63	M5	22	22.5	24	9	20	18	0.75	4000	33
33466	LAC.63-p-M5x25-R	63	M5	22	22.5	24	9	25	18	0.75	4000	33
33468	LAC.63-p-M5x30-R	63	M5	22	22.5	24	9	30	18	0.75	4000	33
33469	LAC.63-p-M5x40-R	63	M5	22	22.5	24	9	40	18	0.75	4000	33
33470	LAC.63-p-M5x50-R	63	M5	22	22.5	24	9	50	18	0.75	4000	33
33471	LAC.63-p-M6x20-R	63	M6	22	22.5	24	9	20	18	0.75	4000	48
33472	LAC.63-p-M6x25-R	63	M6	22	22.5	24	9	25	18	0.75	4000	37
33473	LAC.63-p-M6x30-R	63	M6	22	22.5	24	9	30	18	0.75	4000	48
33474	LAC.63-p-M6x40-R	63	M6	22	22.5	24	9	40	18	0.75	4000	41
33476	LAC.63-p-M6x50-R	63	M6	22	22.5	24	9	50	18	0.75	4000	41
33522	LAC.80-p-M6x25-R	79	M6	25	26.5	28	11	25	20	1	7000	60
33523	LAC.80-p-M6x30-R	79	M6	25	26.5	28	11	30	20	1	7000	60
33524	LAC.80-p-M6x40-R	79	M6	25	26.5	28	11	40	20	1	7000	68
33526	LAC.80-p-M6x50-R	79	M6	25	26.5	28	11	50	20	1	7000	68
33532	LAC.80-p-M8x25-R	79	M8	25	26.5	28	11	25	20	1	7000	60
33533	LAC.80-p-M8x30-R	79	M8	25	26.5	28	11	30	20	1	7000	60
33534	LAC.80-p-M8x40-R	79	M8	25	26.5	28	11	40	20	1	7000	68
33536	LAC.80-p-M8x50-R	79	M8	25	26.5	28	11	50	20	1	7000	68

* Maximum clamping force.

Cam lever body

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

Rotating pin

Glossy zinc-plated steel or AISI 303 stainless steel, with threaded hole or threaded stud.

Connection and retention element between the lever and the cam sliding base

Polyamide based (PA) technopolymer, black colour.

Cam sliding base

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

Adjustable knurled ring-nut

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

Standard executions

LAC-B: positioning without adjustable ring-nut, rotating pin with zinc-plated steel threaded hole.

LAC-SST: positioning without adjustable ring-nut, rotating pin with AISI 303 stainless steel threaded hole.

LAC-p: positioning without adjustable ring-nut, rotating pin with zinc-plated steel threaded stud, chamfered flat end UNI 947: ISO 4753 Technical data).

LAC-SST-p: positioning without adjustable ring-nut, rotating pin with AISI 303 stainless steel threaded stud, chamfered flat end UNI 947: ISO 4753 Technical data).

LAC-B-R: positioning with adjustable ring-nut, rotating pin with zinc-plated steel threaded hole.

LAC-SST-R: positioning with adjustable ring-nut, rotating pin with AISI 303 stainless steel threaded hole.

LAC-p-R: positioning with adjustable ring-nut, rotating pin with threaded stud in zinc-plated steel, chamfered flat end UNI 947: ISO 4753 (see Technical data).

LAC-SST-p-R: positioning with adjustable ring-nut, rotating pin with threaded stud in AISI 303 stainless steel, chamfered flat end UNI 947: ISO 4753Technical data).

Features and applications

Cam lever is a device which allows a quick and secure clamping.

The LAC-R model with adjustable ring-nut (ELESA patent) offers quick and secure clamping. The knurled ring-nut on the base allows to adjust the clamping force applied while locking the lever in the desired position.

Special executions on request

Cam clamps with connection element, not drilled for a better cleaning (for sufficient quantities).

Recommendations for assembly

LAC-B, LAC-SST, LAC-B-R and LAC-SST-R with threaded hole. The screw where the cam lever is mounted must protrude from the assembly surface by a maximum length of h1 max from the end-stop as shown in table and Fig.1. The user will notice the h1 max value is reached as the screw rests on the end-stop in the connecting element.

Instructions for clamping and adjustment

LAC: lift and rotate the lever clockwise until it stops, then, to complete clamping, lower the lever whose fulcrum is an eccentric cam which controls the base by rotating.

LAC-R: rotate the lever clockwise until it stops.

Fine adjustment: rotate clockwise or anti-clockwise the knurled adjustable ring-nut to calibrate the clamping force and put the lever in the desired position. The ring-nut is marked with minimum and maximum adjustment values: half a turn is enough for adjustment.

Clamping: lower the lever whose fulcrum is an eccentric cam which controls the adjusting base by rotating.