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Description
Product Description
The Allen-Bradley 803-P6LH Rotating Cam Limit Switch is a robust and versatile control device, designed to provide precise timing and sequencing in industrial automation applications. This switch features six circuits with N.C. double break contacts, capable of handling up to 25 amps, ensuring reliable performance in demanding environments. The device supports 2 to 12 independent cam operators, allowing for flexible configuration to meet specific operational needs.
Key Features:
- NEMA Type 1 Enclosure: Offers protection against dust and light for enhanced durability.
- Max. Shaft Speed: Up to 400 rpm, ideal for high-speed applications.
- Cam Duration: Adjustable between 11° and 349°, providing flexibility in timing control.
- Left Hand Extension: Allows for adaptable installation options.
- Right Shaft Extension Standard: Supports diverse mounting configurations.
Benefits:
- Precision Control: Enables accurate timing and sequencing in machinery operations, such as injection molding and assembly processes.
- Flexibility: Accommodates both left-hand and right-hand shaft extensions, making it suitable for a wide range of applications.
- Reliability: Double break contacts ensure secure circuit interruptions, reducing the risk of device failure.
Technical Specifications:
- Manufacturer: Rockwell Automation
- Brand: Allen-Bradley
- Part Number/Catalog No.: 803-P6LH
- Product Type: Rotating Cam Limit Switch
- Style of Device: P
- Circuits: 6
- Modification: Left Hand Extension
- Enclosure Type: NEMA Type 1
- Amps: 25
- Contact Type: N.C. Double Break
- Cam Operators: 2-12 Independent
- Max. Shaft Speed: 400 rpm
- Cam Duration: 11°-349°
- Extension Standard: Right Shaft
Warranty and Support:
All products are covered by Industrial Automation Company's 2-year warranty. Note that this warranty replaces the manufacturer's warranty for this item.
This rotating cam limit switch is ideal for applications requiring precise control and flexibility in industrial automation processes. With its durable design and adaptable features, it is a valuable component in ensuring the reliability and efficiency of machinery operations.
