836-A2
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Overview of Allen Bradley 836-A2
The Allen Bradley 836-A2 pressure control switch is a reliable industrial device designed for general pressure monitoring and control applications. Featuring an open style design and internal copper alloy bellows, the 836-A2 offers precise pressure detection with an adjustable operating range from 6 to 140 PSI. With a maximum line pressure rating of 280 PSI and an adjustable differential between 3 to 35 PSI, this switch provides durable and accurate performance in various industrial environments. Its robust construction ensures stability and consistent operation without an enclosure, making it suitable for integration into complex control systems where space and accessibility are considerations.Key Features of Allen Bradley 836-A2
- Open style pressure control switch with no enclosure
- Internal copper alloy bellows for reliable pressure sensing
- Adjustable operating pressure range from 6 to 140 PSI
- Adjustable differential range between 3 to 35 PSI
- Maximum line pressure rating up to 280 PSI
- Designed for industrial applications requiring precise pressure control
- Electromechanical sensor type for mechanical switching
- Compact and robust for use in control panels or machinery
Technical Specs of 836-A2
| Specification | Value |
|---|---|
| Device Style | Open Style (No Enclosure) |
| Pressure Range | 6 to 140 PSI Adjustable |
| Maximum Line Pressure | 280 PSI |
| Adjustable Differential | 3 to 35 PSI |
| Sensor Type | Electromechanical |
| Bellows Material | Copper Alloy |
| Application | Industrial pressure control and sensing |
Applications / Use Case
The Allen Bradley 836-A2 pressure control switch is ideal for monitoring and controlling pressure in a wide range of industrial applications. It is commonly used in pneumatic systems, hydraulic control circuits, compressors, and process equipment where pressure thresholds need to be detected and managed. Its adjustable pressure range and differential make it flexible for custom control loops requiring precise actuation at set pressure points. The open style design allows integration in systems where environmental protection is managed separately. Typical uses include air compressors, liquid level control systems, vacuum transfer setups, and manufacturing machinery that require reliable pressure monitoring for safety and operational efficiency.Related Resources
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