Allen‑Bradley Proximity Sensor
Allen-Bradley Proximity Sensor devices are used for non-contact detection of objects by sensing metal or other materials without physical touch. They are widely used in conveyors, packaging machines, and object detection systems where fast and accurate sensing is required. Check suitable options for Proximity Sensor based on your application needs.
Allen-Bradley Proximity Sensor solutions are known for their consistent sensing performance, durability, and reliable operation in industrial environments. Many Allen Bradley Dealers and Distributors support industries with these products to ensure stable detection and smooth automation processes. Learn more about Allen Bradley automation products.
Allen‑Bradley Proximity Sensor Series
Allen‑Bradley Proximity Sensor: 871C Series
- Capacitive Sensing Technology: Detects both metallic and non-metallic objects including liquids and granular materials.
- Adjustable Sensitivity: Allows fine tuning for different materials and sensing distances.
- Compact Cylindrical Design: Easy installation in tight spaces within industrial machines.
- Reliable Detection Performance: Stable operation even in dusty or moist environments.
- Wide Application Use: Suitable for level detection, packaging, and material handling systems.
Allen‑Bradley Proximity Sensor: 871T Series
- Inductive Sensing Technology: Designed for reliable detection of metal objects in industrial automation.
- Extended Sensing Range: Provides longer detection distances compared to standard inductive sensors.
- Rugged Stainless Steel Housing: Ideal for harsh environments including food and washdown applications.
- High Switching Frequency: Supports fast response for high-speed machine operations.
- Multiple Mounting Options: Available in various sizes and configurations for flexible installation.
Allen‑Bradley Proximity Sensor: 871TM Series
- Miniature Inductive Design: Compact size ideal for tight installation spaces in automation equipment.
- Flush and Non-Flush Mounting: Flexible installation options based on application requirements.
- Reliable Metal Detection: Consistent sensing performance for precise object detection.
- Fast Switching Speed: Suitable for high-speed production and assembly lines.
- Robust Industrial Build: Resistant to vibration, dust, and typical factory conditions.
Allen‑Bradley Proximity Sensor: 872C Series
- Capacitive Detection Technology: Suitable for sensing liquids, powders, and non-metallic materials.
- Adjustable Sensing Range: Allows tuning based on material type and application needs.
- Short Barrel Design: Ideal for compact installations in machines and control panels.
- Reliable Level Sensing: Commonly used for tank level monitoring and packaging applications.
- Durable Industrial Construction: Ensures stable performance in challenging environments.
Allen‑Bradley Proximity Sensor Suppliers
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Deals in South India
Dealing Proximity Sensor Brands: Omron
Sensys Corporation
Deals in PAN India
Dealing Proximity Sensor Brands: Baumer
Top Allen‑Bradley Proximity Sensor Models
Top Allen‑Bradley Proximity Sensor Models
871C-A2N12-A2
871C-A2C12-A2
871C-A5N18-A2
871C-A5C18-A2
What types of proximity sensors are available in Allen-Bradley range?
Allen-Bradley offers inductive, capacitive, magnetic, and ultrasonic proximity sensors, each designed for different materials and sensing requirements.
How do I select the right Allen-Bradley proximity sensor?
Selection depends on sensing distance, target material (metal or non-metal), mounting size (M12, M18, etc.), output type (PNP/NPN), and environmental conditions.
What is the sensing distance of Allen-Bradley proximity sensors?
Sensing distance varies by model, typically ranging from a few millimeters to several centimeters for inductive sensors, and higher for other types like capacitive or ultrasonic.
What is the difference between shielded and unshielded proximity sensors?
Shielded sensors can be flush-mounted in metal surfaces with shorter sensing distance, while unshielded sensors offer longer sensing range but require clearance around the sensing face.