Christmas Sale Pra12-2dn Accessory [LAR1l4TI]

Christmas Sale Pra12-2dn Accessory [LAR1l4TI] Inductive Proximity Sensor

Introducing the Christmas Sale Pra12-2dn Accessory [LAR1l4TI], a top-tier inductive proximity sensor designed for exceptional performance and reliability. This cylindrical sensor is a perfect fit for a wide range of industrial applications, offering robust functionality and ease of integration.

• Spatter-Resistant Type
• Cable Type

The Christmas Sale Pra12-2dn Accessory [LAR1l4TI] features a spatter-resistant type and cable type design, making it highly durable and suitable for harsh environments. Its cable type configuration simplifies installation and ensures a secure connection, enhancing the overall performance and longevity of the sensor.

Key Features and Specifications

The Christmas Sale Pra12-2dn Accessory [LAR1l4TI] is part of the PR series, known for its exceptional quality and advanced technology. Here are some of the key features and specifications that make this sensor stand out:

• Standard Body
• M12 Thread
• 2 mm Sensing Distance

The sensor boasts a standard body and M12 thread, ensuring compatibility with various mounting options. With a 2 mm sensing distance, it provides precise detection capabilities for accurate and reliable performance. The 10-30 VDC supply voltage range allows for flexibility in various electrical systems.

Practical Applications

The Christmas Sale Pra12-2dn Accessory [LAR1l4TI] is designed to meet the demands of various industrial applications, offering numerous practical benefits:

• NPN Normally Open Output
• Wide Supply Voltage Range

With its NPN normally open output, the sensor provides a reliable switching signal for automation systems. The wide supply voltage range (10-30 VDC) ensures compatibility with different power sources, making it an ideal choice for various applications. From manufacturing and assembly lines to packaging and sorting, the Christmas Sale Pra12-2dn Accessory [LAR1l4TI] is a versatile solution for enhancing your operational efficiency.