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Product Description
1. CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø100mm. The series is available with a single or double rod in 6 bore sizes from ø32 to ø100mm.
2. The air cushion and bumper cushion combination greatly reduces noise at the end of stroke. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life.
3. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the piston rod.
4. Standard strokes range from 25 to 800mm.
Product Specifications
| Bore(mm) | 32 | 40 | 50 | 63 | 80 | 100 |
| working medium | clean air(40㎛ filteration) | |||||
| Acting type | Double acting | |||||
| Proof pressure | 1.5Mpa | |||||
| Max. Working pressure | 1.0Mpa | |||||
| Min. Working pressure | 0.05Mpa | |||||
| Working temperature | Without auto switch: -20 to 70℃(No freezing) with auto switch: -10 to 60℃(No freezing) | |||||
| Lubrication | Not required(Non-lube) | |||||
| Speed range | 50 to 1000mm/s | |||||
| Stroke tolerance | Up to 500 stroke: 0 to +2.0, 501 to 1000 stroke: 0 to +2.4, 1001 to 1500 stroke: 0 to +2.8, 1501 to 2000 stroke: 0 to +3.2 | |||||
| Cushion type | Air cushion on both ends + Bumper cushion | |||||
| Port size | G1/8 | G1/4 | G1/4 | G3/8 | G3/8 | G1/2 |
| Mounting | Basic, Axial foot-LB, Rod flange-FA, Head flange-FB, Single clevis-CA, Double clevis-CB | |||||
| Non-rotating accuracy | ±0.5° | ±0.5° | ±0.3° | |||
| Allowable rotational torque | 0.25N·m | 0.45N·m | 0.64N·m | 0.79N·m | ||
Main Dimensions
Product FAQ
Q1. What is the ISO standard for the pneumatic cylinder?
The ISO 15552 cylinder standard refers to the dimensions of the basic product and the size of the cylinder when mountings and accessories are applied.
Q2. What is stroke size in pneumatic cylinder?
The cylinders are available in bores of 32, 40, 50, 63, 80 and 100mm, with stroke lengths from 25 mm to 800mm.
Q3. How do I increase the pressure in my pneumatic cylinder?
Another way to increase or decrease the forces generated by the cylinder is to choose a cylinder with either a more significant (Greater force) or smaller (Less force) diameter. Remember, the larger the diameter, the greater the surface area of the piston, and the greater the pressure.
Q4. How do you adjust air cylinder speed?
When the cylinder piston extends, the air behind it is compressed because air can't escape easily. When you tighten the flow control screw, the movement of the piston slows down because air is restricted even further. Controls the speed of a cylinder or restricts air flow. Simply turn the needle valve to adjust air speed.
Q5. How do you calculate pneumatic cylinder force?
Use the cylinder diameter (d) to calculate the cylinder working area (A), which is A = π × d² / 4.
Determine the working pressure (P) inside the cylinder.
Multiply the pressure (P) by the area (A). In that way, you calculate the pneumtaic cylinders theory push force (F), F = P × A.
◆ pneumatic cylinder force calculator
Q6: Do you sell pneumatic cylinder repair kits?
Yes, we sell all types of cylinder repair kits and other accessories. Please get in touch with us if you need any.
Catalogue PDF
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