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AMGP series Thin Duty w-Shaft Guide Rods Cylinders
Description
The AMGP Series Thin Heavy Duty w-Shaft Guide Rods Cylinders are engineered to provide exceptional performance and reliability in demanding industrial environments. Featuring a robust and thin construction, these cylinders are ideal for applications requiring precise and stable positioning. With a comprehensive range of specifications and stroke lengths, the AMGP series ensures optimal performance under various working conditions.
Symbol
Specification
| Inner diameter(mm) | 12 | 16 | 20 | 25 | 32 | 40 | 50 | 63 | 80 | 100 | |
| Action Type | Double-action type | ||||||||||
| Working medium | Air (filtered through a 40μm filter) | ||||||||||
| Operating pressure range | 0.1~1.0MPa(22~145psi) | ||||||||||
| Guaranteed pressure resistance | 1.5MPa(215psi) | ||||||||||
| Operating temperature | -10~60℃ | ||||||||||
| Operating speed range | 50~500mm/s | 50~400mm/s | |||||||||
| Stroke tolerance range |
≤100 >100 |
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| Cushioning type | 防撞垫 | ||||||||||
| Non-rotation accuracy[Note 1] | Linear bearings | ±0.08° | ±0.07° | ±0.06° | ±0.05° | ±0.04° | |||||
| Copper sleeve bearings | ±0.10° | ±0.09° | ±0.08° | ±0.06° | ±0.05° | ||||||
| Pipe diameter[Note 2] | M5X0.8 | PT1/8 | PT1/4 | PT3/8 | |||||||
| [Note 1] Non-rotation accuracy refers to the rotation angle of the cylinder mounting plate when the cylinder is fully retracted. [Note 2] Thread types available include PT, G, and NPT. |
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Stroke
| Cylinder diameter (mm) | Standard stroke (mm) |
| 12 16 | 10 20 30 40 50 75 100 125 150 175 200 250 |
| 20 25 | 20 30 40 50 75 100 125 150 175 200 250 300 350 400 |
| 32 40 50 63 80 100 | 25 50 75 100 125 150 175 200 250 300 350 400 |
Ordering Code
Internal structure and main parts materials
| Serial number | Part Name | Materials |
| 1 | Main Body | Aluminum alloy |
| 2 | Piston | Aluminum alloy |
| 3 | Piston rod | Stainless steel |
| Carbon steel | ||
| 4 | Ring | Aluminum alloy |
| 5 | Headless end cap | Aluminum alloy |
| 6 | Guide rod | Carbon steel |
| 7 | End plate | Carbon steel |
| 8 | End plate mounting screws | Carbon steel |
| 6 | Guide rod screws | Carbon steel |
| 10 | Retaining ring | Carbon tool steel |
| 11 | Retaining ring | Carbon tool steel |
| 12 | Cushion A | Polyurethane |
| 13 | Cushion B | Polyurethane |
| 14 | Magnetic ring | 一 |
| 15 | Screw plug | Carbon steel |
| Hexagon socket head screw plug | ||
| 16 | Sliding bearing | Bearing alloys |
| 17 | Ball bearing | |
| 18 | Spacer | Aluminum alloy |
| 19 | Steel ball | Carbon steel |
| 20 | Plug | Carbon steel |
| 21※ | Piston seal | NBR |
| 22※ | Rod seal | NBR |
| 23※ | Static seal A | NBR |
| 24※ | Static seal B | NBR |
External specifications
[Note 1] For φ12 to φ25 bores with a stroke of less than 50°, refer to the EE section.
* Based on the pin hole (φXAH9, depth 6), a long hole (width XA, length XB, depth 3) is used in the XX portion to ease the machining accuracy requirements between the two pin points.
* For bore sizes φ12 and φ16, only M5×0.8 ports are available.
* For bore sizes 20° and larger, Rc, NPT, and G ports are available.
AMGPM (sliding bearings)
A, DB, E dimensions
AMGPL(ball bearings)
A, DB, E dimensions
AMGPM (sliding bearings)
A, DB, E dimensions
AMGPL(ball bearings)
A, DB, E dimensions
* Based on the pin hole (Φ6H9, depth 10), a slotted hole (width x 6, length x 7, depth x 5) is used in the XX portion to ease the machining accuracy requirements between the two pin points.
* Available in Rc, NPT, and G port options.
AMGPM (sliding bearings)
A, DB, E dimensions
AMGPL(ball bearings)
A, DB, E dimensions
End plate allowable rotation torque
Non-rotational accuracy of end plate
At the retracted end, the non-rotation accuracy θ when no load is applied should be less than the value in the table below.
FAQ
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What are the main advantages of this cylinder's structural design?
This series features an optimized guide rod structure, shortened guide rod length, and adjusted front plate thickness. This design reduces the cylinder's overall mass by up to 24% and shortens the guide rod by up to 22mm, effectively saving installation space and reducing the amount of machining required for clearance holes during installation.
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Is it easy to install a magnetic switch?
Very easy. This cylinder is compatible with both round and strong-magnetic switches and can be directly installed without the need for additional spacers, simplifying installation.