NEW: Micro-Hydraulics: The Small Power Pack
With the new micro-hydraulic cylinders, high forces can be realized in a compact construction. With the standard piston diameters from 13 – 24mm and a maximum pressure of 200 bar, forces up to 9,000N can be achieved. The stroke will be individually adjusted according to the customer’s requirements.
By using numerous components of the gas spring manufacturer, high flexibility and short delivery times are available.
Product Characteristics:
- Piston diametre: 13, 16, 19 and 24 mm
- Stroke: 30 - 250 mm
- Function: double acting
- Operating pressure: max. 200 bar (max. 10 sec, 15% duty ratio)
- Extension force: up to 9.000N
- Fluid: Mineral oil HL - HLP acc. DIN51524, further on request
- Fluid temperature: -20°C to 80°C
Piston Diameter | Connecting Part Piston Rod | Connecting Part Cylinder | Diameter Piston Rod/ Cylinder |
Stroke |
Length E (EL1*) Retracted |
- | Index No.* |
HZ19 |
J0 |
J0 |
2 |
150 |
214 |
- | 001* |
HZ13 = Ø13 HZ16 = Ø16 HZ16 = Ø16 HZ19 = Ø19 HZ24 = Ø24 |
see connecting parts |
see connecting parts |
6 = 6/15 0 = 8/19 P = 10/19 2 = 10/22 5 = 14/28 |
30-50 |
stroke + 55 stroke + 61 stroke + 61 stroke + 64 stroke + 76 |
- = Standard B = Connector M8* 1 female thread |
*only necessary for repeating orders |
*EL1:
The total length is calculated when the piston rod is inserted.
Please add the length of the connecting parts in order to find out the total length.
Dimensions:
Ø |
Ø Piston Rod |
D Stroke [mm] |
E Retracted [mm] |
B |
C |
G |
L1 |
Max Extension Force [N] |
Max Traction Force [N] |
L2 |
ØA |
ØF |
13
16 16 19 24 |
6 8 10 10 14 |
30-50 40-100 40-190 50-150 50-250 |
stroke + 55 stroke + 61 stroke + 61 stroke + 64 stroke + 76 |
9 12 12 12 12 |
9 12 12 12 12 |
M6 M8 M8 M8 M10 |
24,5 27,5 27,5 28,5 32,5 |
2.654 4.021 4.021 5.670 9.047 |
2.089 3.015 2.450 4.099 5.969 |
16 18 18 18 20 |
15 19 19 22 28 |
9 9 9 9 9 |
Connectors:
Connectors for standard high pressure tubes with plug-in coupling DN2 (on request: M8*1 female thread)
Maximum stroke lengths:
The maximum stroke length will be determined in relation to the force of the cylinders in order to avoid the bending of the cylinders
Ø |
Ø |
Stroke max at 80 bar |
Stroke max at 100 bar |
Stroke max |
Stroke max |
Stroke max |
Stroke max |
Stroke max |
13
16 16 19 24 |
6 8 10 10 14 |
125 200 350 290 450 |
105 172 305 246 395 |
91 152 270 220 352 |
78 134 245 198 318 |
66 120 222 180 290 |
58 107 205 165 266 |
50 100 190 150 250 |