Hi-Force 'HVL' Single Acting 'Pancake' Hydraulic Cylinders, from 10 to 104 tonnes, Stroke 6mm

This 'pancake cylinder' range combines a very low closed height with a 6mm stroke, providing a precise adjusting and lifting force in very confined work areas.

Ideally suited for applications requiring alignment of machinery, turbines, heavy structures etc. All models are single acting, load return design.

The base of all thees pancake cylinders must be fully supported during use.

• Capacities from 10 to 104 tonnes.
• Stroke length 6mm.
• Working pressure 700 Bar.
• Single acting load return.
• Nitrocarburised piston rod.
• Low friction bearing surfaces.
• Anti-extrusion seals.
• Integrated saddle.
• Stroke limiting device: Stop Ring
• Available with a 400mm extension hose and coupling.
• Click for Hydraulic Pumps, 700 Bar.

Dimensions and Specifications

Capacity (t)	Stroke (mm)	Oil Capacity (cm³)	Cylinder Effective Area (cm²)	A (mm)	B (mm)	C (mm)	D (mm)	E (mm)	Weight (kg)
10	6	9	14.4	28	87	38	111	16	1.6
20	6	17	28.6	32	104	52	111	19	2.6
32	6	27	45.6	34	120	60	111	19.5	3
50	6	43	71.3	45	158	75	111	29	7.2
104	6	88	146.5	65	200	100	76	37	15.6

Note: All models, excluding HVL100, are fitted with extension nipple for required coupling clearance (drawing is without coupling extension nipple).

Hi-Force range

We offer the full extensive range of Hi-Force hydraulic cylinders which includes a wide choice of options related to capacity, stroke length, single or double acting operation, steel or aluminium construction, hollow piston centre hole and mechanical failsafe lock ring designs. All models are 700 bar maximum working pressure and standard capacities range from 4.5 tonnes to 1012 tonnes. Hi-Force also offers custom designed and manufactured cylinders, meeting specific and unique customer requirements.

There is a Hi-Force hydraulic cylinder to suit every application and the high quality design and construction of all models, using the best available materials, ensures that Hi-Force hydraulic cylinders can cope with the most demanding applications in the harshest working conditions.