Balluff BES 516-131-S4-C Inductive Proximity Sensor BES0178
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Balluff BES 516-131-S4-C Inductive Proximity Sensor (BES0178)
The Balluff BES 516-131-S4-C is a robust and reliable inductive proximity sensor designed for precise, non-contact detection of metallic objects in industrial automation environments. With its compact housing, stable switching behavior, and durable construction, this sensor is well suited for continuous operation in demanding applications.
Detailed Features and Specifications:
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Inductive Sensing Technology
Detects metal targets using electromagnetic fields, providing non-contact operation that eliminates mechanical wear and ensures long-term reliability. -
Compact Cylindrical Housing
Designed with a slim, threaded cylindrical body, making it easy to integrate into machinery, mounting brackets, and areas with restricted space. -
PNP, Normally Open (NO) Output
Equipped with a PNP transistor output in normally open configuration, enabling straightforward connection to PLCs, controllers, and automation systems. -
High Detection Accuracy
Offers stable, repeatable switching performance, ensuring consistent detection even in environments with vibration or electrical noise. -
Industrial-Grade Durability
Built with rugged materials and high-quality sealing to withstand exposure to dust, oils, shock, and harsh operating conditions found in factories and automation systems. -
Fast Response Time
Suitable for fast-moving processes such as part counting, conveyor operations, and robotic positioning. -
Maintenance-Free Operation
Non-contact sensing principle prevents physical wear, supporting long service life and reducing downtime.
Typical Applications:
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Metal presence and absence detection
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Position feedback in industrial machinery
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Part counting and flow monitoring on assembly lines
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End-of-travel and limit position sensing
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Conveyor and packaging equipment control
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Robotics and automated handling systems
The Balluff BES 516-131-S4-C (BES0178) delivers precise, stable, and long-lasting performance, making it a reliable choice for a broad range of sensing tasks in modern automation systems.
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