Rotary ISO Feedthroughs
The ORR series 'elastomer sealed' rotary ISO feedthrough is an economical alternative to our bellows sealed devices. They are ideally suited for less critical applications in the high vacuum regime.
They are constructed of black-anodized aluminum and stainless steel. In vacuum bearings are dry-film lubricated with tungsten-disulfide, while are side bearings are lubricated with high-temperature Krytox lubricant. The rotation shaft is sealed with a Viton elastomer O-ring located at end opposite vacuum mounting flange.
Standard rotary feedthroughs are fitted with a manual actuator, and are also available with an air-side shaft extension for added drive flexibility.

Rotary ISO Feedthroughs
The ORR series 'elastomer sealed' rotary ISO feedthrough is an economical alternative to our bellows sealed devices. They are ideally suited for less critical applications in the high vacuum regime.
They are constructed of black-anodized aluminum and stainless steel. In vacuum bearings are dry-film lubricated with tungsten-disulfide, while are side bearings are lubricated with high-temperature Krytox lubricant. The rotation shaft is sealed with a Viton elastomer O-ring located at end opposite vacuum mounting flange.
Standard rotary feedthroughs are fitted with a manual actuator, and are also available with an air-side shaft extension for added drive flexibility.
Features
- Economical alternative to bellows seal
- High temperature rated to 150°C
- HV compatible construction
- Conflat® and ISO compatible mounts
- Manual actuator
- Continuous 360° rotary motion
- Viton® elastomer shaft seal
- Custom solutions on request
Specifications
Material | |
Body, Stainless Steel | 304 |
Actuator, Anodized Aluminum | 2011 |
Shaft Seal, Elastomer | Viton® |
Vacuum Range | |
HV, High vacuum | 1x10E-8 Torr |
Temperature Range 1 | |
Feedthrough | 150°C |
Flange, Conflat® | 450°C |
Flange, ISO | 150°C |
Load | |
Axial, Maximum | 5 lb |
Lateral, Maximum 2 | 5 lb |
Resolution | |
Rotary Scale | None |
Notes |
- Overall assembly ratings must be adjusted to that of its lowest rated component. For cryogenic service, the lowest recommended temperature is -80°C
- With load positioned 2-Inches from flange sealing face