Multi-purpose clamp, rotating

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Multi-purpose clamp, rotating : Technical drawing

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Easy Maintenance: Our highly-developed construction is made of high quality parts and has minimum wear parts. In addition to long life, this construction allows for easy inspection and quick adjustment.

Optimum visibility: MEYER attachments are designed to work in heavy duty operations with optimum visibility for easier handling and greater safety.

Generation K: The combination of proven and high tensile aluminium channels with the new wear-resistant polyamide inserts leads to reduced maintenance cost and optimum slide characteristics.

Rotate Gears: Compact direct drive with hydraulic clutch brake and multiple overlap of the worm and ring gear ensure sensitive and safe manoeuvrability of loads. Minimal parts allow for fast and easy maintenance.

Rotator Housing: Corrosion resistant cast housing hermetically seals the worm drive gears and bearing to meet operational requirements of a hostile environment so that grinding dust, aggressive chemicals, salt water etc. cannot penetrate. Especially suitable for moulding operations, cold store operations and chemical factories.

Safety: Minimum lost load centre at 0° mounting: therefore the mast is vertical when the forks are horizontal so the standard back tilt of the forklift is fully effective to safely secure the load on the forks.

In combination with the proven MEYER 360º rotating housing, the rotating MEYER multi purpose clamp offers the possibility of rotation and discharge. The bolt-on, exchangeable rubber faced arm pads provide safe and damage-free clamping. In addition, the unit can be equipped with a built-on sideshift.

Additional hydraulics required
> two
An adjustable pressure relief valve is included
Including load bumper plates to protect the load
Wear protection under the arms as standard
The arms are faced with 10 mm thick rubber
Hydraulic flow:
5-1902K - 20 Ltr./min.
5-1903K - 25 Ltr./min.
5-1904K - 30 Ltr./min.
5-1905K - 30 Ltr./min.
5-1906K - 40 Ltr./min.

Other capacities, arm dimensions and opening ranges

Additional Cost for:

Separate, built-on sideshift
(Further additional hydraulic or solenoid required)
- ISO II, +/- 100 mm
- ISO III, +/- 100 mm
Solenoid
Solenoid valve control kit
(cable drum, push botton, relay)
Quick disconnect lower hooks
- ISO II
- ISO III
Motor and brake protection

[ Multi-purpose clamp, rotating ]

360°

Technical drawing

r -	type -	Q kg	LSP mm	ISO Kl.	- kg	- LSP	A mm	F mm	F mm	K mm	H mm	L mm	D mm	C mm	E mm	M kg	[R] -
a	5-1902K	1250	500	2	1600	500	880	450	1570	55	400	700	40	198	350	550	» calculate
b	5-1902K	1250	500	2	1600	500	880	450	1570	55	400	1000	40	198	370	570	» calculate
c	5-1902K	1250	500	2	1600	500	980	450	1670	55	400	700	40	198	345	565	» calculate
d	5-1902K	1250	500	2	1600	500	980	450	1670	55	400	1000	40	198	365	585	» calculate
e	5-1902K	1250	500	2	1600	500	1080	450	1770	55	400	700	40	198	340	580	» calculate
f	5-1902K	1250	500	2	1600	500	1080	450	1770	55	400	1000	40	198	360	600	» calculate
g	5-1902K	1250	500	2	1600	500	1180	450	1870	55	400	700	40	198	335	595	» calculate
h	5-1902K	1250	500	2	1600	500	1180	450	1870	55	400	1000	40	198	355	615	» calculate
a	5-1903K	1500	500	2	2000	500	980	440	1660	60	400	700	40	198	345	580	» calculate
b	5-1903K	1500	500	2	2000	500	980	440	1660	60	400	1000	40	198	365	600	» calculate
c	5-1903K	1500	500	2	2000	500	1080	440	1760	60	400	700	40	198	340	595	» calculate
d	5-1903K	1500	500	2	2000	500	1080	440	1760	60	400	1000	40	198	360	615	» calculate
e	5-1903K	1500	500	2	2000	500	1180	440	1860	60	400	700	40	198	335	610	» calculate
f	5-1903K	1500	500	2	2000	500	1180	440	1860	60	400	1000	40	198	355	630	» calculate
g	5-1903K	1500	500	2	2000	500	1280	440	1960	60	400	700	40	198	330	645	» calculate
h	5-1903K	1500	500	2	2000	500	1280	440	1960	60	400	1000	40	198	350	645	» calculate
a	5-1904K	2000	500	2	2500	500	1000	430	1600	65	400	700	40	221	290	600	» calculate
b	5-1904K	2000	500	2	2500	500	1000	430	1600	65	400	1000	40	221	310	630	» calculate
c	5-1904K	2000	500	2	2500	500	1100	430	1700	65	400	700	40	221	280	620	» calculate
d	5-1904K	2000	500	2	2500	500	1100	430	1700	65	400	1000	40	221	300	650	» calculate
e	5-1904K	2000	500	2	2500	500	1200	430	1800	65	400	700	40	221	270	640	» calculate
f	5-1904K	2000	500	2	2500	500	1200	430	1800	65	400	1000	40	221	290	670	» calculate
g	5-1904K	2000	500	2	2500	500	1300	430	1900	65	400	700	40	221	260	660	» calculate
h	5-1904K	2000	500	2	2500	500	1300	430	1900	65	400	1000	40	221	280	690	» calculate
a	5-1905K	2500	500	2/3	3000	500	1100	430	1700	65	400	700	40	231	280	710	» calculate
b	5-1905K	2500	500	2/3	3000	500	1100	430	1700	65	400	1000	40	231	300	740	» calculate
c	5-1905K	2500	500	2/3	3000	500	1200	430	1800	65	400	700	40	231	270	740	» calculate
d	5-1905K	2500	500	2/3	3000	500	1200	430	1800	65	400	1000	40	231	290	770	» calculate
e	5-1905K	2500	500	2/3	3000	500	1300	430	1900	65	400	700	40	231	260	770	» calculate
f	5-1905K	2500	500	2/3	3000	500	1300	430	1900	65	400	1000	40	231	280	800	» calculate
g	5-1905K	2500	500	2/3	3000	500	1400	430	2000	65	400	700	40	231	250	800	» calculate
h	5-1905K	2500	500	2/3	3000	500	1400	430	2000	65	400	1000	40	231	270	830	» calculate
a	5-1906K	3000	500	3	4000	500	1100	420	1690	70	400	700	40	240	270	850	» calculate
b	5-1906K	3000	500	3	4000	500	1100	420	1690	70	400	1000	40	240	300	890	» calculate
c	5-1906K	3000	500	3	4000	500	1200	420	1790	70	400	700	40	240	260	880	» calculate
d	5-1906K	3000	500	3	4000	500	1200	420	1790	70	400	1000	40	240	290	920	» calculate
e	5-1906K	3000	500	3	4000	500	1300	420	1890	70	400	700	40	240	250	910	» calculate
f	5-1906K	3000	500	3	4000	500	1300	420	1890	70	400	1000	40	240	280	950	» calculate
g	5-1906K	3000	500	3	4000	500	1400	420	1990	70	400	700	40	240	240	940	» calculate
h	5-1906K	3000	500	3	4000	500	1400	420	1990	70	400	1000	40	240	270	980	» calculate

Residual capacity calculation: click on the line to start the calculation for this specific type

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