Keyence Square Transmissive Cable Type Thrubeam Standard "Keyence" PZ-G51P
Keyence Square Transmissive Cable Type Thrubeam Standard Keyence PZ-G51P The Keyence Square Transmissive Cable Type Thrubeam Standard Keyence PZ-G51P is a high-performance photoelectric sensor designed for precise object detection in industrial automation systems. Utilizing a thrubeam sensing method, this sensor provides highly reliable detection even in challenging environments such as dust, oil mist, or varying light conditions. Engineered with a compact square design and cable type connection, the PZ-G51P is ideal for applications including conveyor systems, packaging lines, and material handling where consistent and accurate sensing is critical. Key Features: Thrubeam sensing technology for highly stable and accurate detection Excellent resistance to dust, dirt, and environmental interference Compact square design for easy installation in tight spaces Cable type connection for secure and reliable wiring High-speed response for efficient industrial automation processes Specifications: Product Type: Photoelectric Sensor Thrubeam Manufacturer: Keyence Model Number: PZ-G51P Sensing Method: Transmissive Thrubeam Detection Range: Long-distance detection capability application dependent Voltage Rating: 12 to 24V DC Output Type: PNP Connection Type: Cable type Housing Design: Square compact body Protection Rating: IP67 or equivalent Application: Object detection in conveyors packaging and automation systems The Keyence PZ-G51P Thrubeam Sensor is a dependable solution for accurate and stable detection in demanding industrial environments. Backed by Keyence’s reputation for precision and durability, it ensures long-term performance and operational efficiency. For more information or to place an order, contact Ram Automations at info@ramautomations.com and upgrade your automation systems with trusted sensing technology.
Variants (1)
- Default Title — 999.00 GBP — In stock
AI Readiness
Good foundation, but some important product data is still missing.