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lightweight hydraulic cylinder is a compact, lightweight, and small-volume hydraulic actuator primarily utilized in medium-to-low pressure applications to convert hydraulic energy into mechanical energy in the form of linear reciprocating motion.
Product Specifications:
| Product Brand: | MYFEQD | Pneumatic Pressure: | 1kg/cm² |
| Product Name: | Tie-Rod Type Light-Duty Hydraulic Cylinder (MOB) | Standard Temperature: | -10°C~+80°C (Customizable to increase heat resistance.) |
| Rated Pressure: | 70kg/cm² | Operating Medium: | 46#/32# |
Installation Method:
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| FA Front Flange Mounting | FB Rear Flange Installation | CA Single-Ear Installation |
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| CB Dual-Ear Mounting | TC Trunnion Mount | LB Foot Install |
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| Pneumatic Y-Connector | Pneumatic Fisheye Fittings | Pneumatic I-Type Connector |
Using Parameters
| Модель | Installation distance | Port size | Piston port size |
| MOB32 | 36 | ZG1/4 | M14*1.5 |
| MOB40 | 45 | ZG3/8 | M16*1.5 |
| MOB50 | 50 | ZG3/8 | M16*1.5 |
| MOB63 | 60 | ZG3/8 | M22*1.5 |
| MOB80 | 74 | ZG1/2 | M26*1.5 |
| MOB100 | 90 | ZG1/2 | M30*1.5 |
| MOB125 | 110 | ZG1/2 | M40*2 |
| MOB160 | 145 | ZG3/4 | M52*2 |
How do you interpret a hydraulic cylinder model number?
By measuring the four data points listed above based on the sample you currently have, you can identify the specific product model you require.

How do you calculate the pulling and pushing forces of a hydraulic cylinder?
Effective Cross-sectional Area × Oil Pressure = Output Force
The following calculations are based on a value of 50 kgf/cm².
| Cylinder Bore | Cylinder Piston Rod Diameter | pull | thrust |
| 30mm | 16mm | 255kg | 355kg |
| 32mm | 16mm | 300kg | 400kg |
| 40mm | 20mm | 470kg | 630kg |
| 50 мм | 20mm | 825kg | 980kg |
| 63mm | 25mm | 1300kg | 1500kg |
| 80mm | 30mm | 2100kg | 2500kg |
| 100mm | 35mm | 3400kg | 3900kg |
| 125mm | 50 мм | 5100kg | 6100kg |
How is the extension and retraction speed of a hydraulic cylinder calculated?
The extension and retraction speed of a hydraulic cylinder is determined by the cylinder’s volume and the flow rate of the hydraulic system.
For example: If the flow rate of the hydraulic system is 20 L/min, and a single round trip of the hydraulic cylinder requires 2 L of fluid—that is, 20 ÷ 2 = 10—then the cylinder can complete approximately 8 round trips per minute.
To learn more, please contact us; we will provide you with detailed answers to your inquiries.
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