Magnetic Couplings and Magnetron vacuum feedthroughs,
| Payment Terms: | T/T |
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Company Profile
| Location: | China (Mainland) |
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| Business Type: | Manufacturer |
| Main Products: | Metal Bellows, Welded Bellows, Hydroformed Bellows |
Product Detail
| Type: | Others |
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Product Description
Magnetic coupling uses a large number of high flux magnetic fields interlocking inner and outer rotating assemblies through a solid stainless steel enclosure, giving it exceptionally high torsional rigidity. Because Magnetic coupling has no bellows, fluids, or dynamic seals, it features totally leak-tight operation.
The production proven range is supplied with CF UHV flanges and is available in 10 sizes to match the torque requirements of each application. The range includes a unique hollow option, enabling Magnetic couplings to be "stacked" together, offering three independent axes of rotation or possibly used to feed services through such as heating. A number of actuation methods are available, from manually driven units to pneumatic or motorized drives.
Additional options include the use of state-of-theart bearings for ultra-clean applications, such as semiconductor production. The Magnetic couplings are extremely compact, bakeable to 250°C, as standard and up to 450°C for high temperature applications.
Features:
Additional options include the use of state-of-theart bearings for ultra-clean applications, such as semiconductor production. The Magnetic couplings are extremely compact, bakeable to 250°C, as standard and up to 450°C for high temperature applications.
Features:
- True UHV performance
- Zero-backlash under low load
- Intrinsically safe for leak-tight applications
- Bakeable to 250°C
- Robust, compact construction
Specifications Table
Mounting | Construction | Shaft Style | Breakaway Torque | Max. No-Load Spin Speed | Max. Shaft Axial Thrust | Bakeout |
1" CF | Machined from one piece of 316L | Solid | 0.18 Nm (0.13 lb.-ft) | 200 rpm | 20N | 250°C |
1.33" CF | Machined from one piece of 316L | Solid | 0.45 Nm (0.33 lb.-ft) | 1,000 rpm | 66N (15 lbf) | 250°C |
1.33" CF | Machined from one piece of 316L | Solid | 0.56 Nm (0.41 lb.-ft) | 1,000 rpm | 66N (15 lbf) | 250°C |
2.75" CF | Machined from one piece of 316L | Solid | 0.45 Nm (0.33 lb.-ft) | 500 rpm | 66N (15 lbf) | 250°C |
2.75" CF | Machined from one piece of 316L | Solid | 0.56 Nm (0.41 lb.-ft) | 500 rpm | 66N (15 lbf) | 250°C |
2.75" CF | Machined from one piece of 316L | Solid | 2.4 Nm (1.77 lb.-ft) | 500 rpm | 100N (22 lbf) | 250°C |
2.75" CF | Machined from one piece of 316L | Torque Tube | 4.5 Nm (3.32 lb.-ft) | 500 rpm | 200N (45 lbf) | 250°C |
2.75" CF | Machined from one piece of 316L | Torque Tube (hollow) | 4.5 Nm (3.32 lb.-ft) | 500 rpm | 200N (45 lbf) | 250°C |
4.5" CF | Machined from one piece of 316L | Torque Tube | 10 Nm (7.38 lb.-ft) | 500 rpm | 400N (90 lbf) | 250°C |
4.5" CF | Machined from one piece of 316L | Torque Tube (hollow) | 10 Nm (7.38 lb.-ft) | 500 rpm | 400N (90 lbf) | 250°C |
6" CF | Welded Fabrication | Torque Tube (hollow) | 25 Nm (18.45 lb.-ft) | 200 rpm | 400N (90 lbf) | 250°C |
6" CF | Welded Fabrication | Torque Tube | 25 Nm (18.45 lb.-ft) | 200 rpm | 400N (90 lbf) | 250°C |