autonics Proximity Sensor PS08-2.5DP

Product Overview

The autonics Proximity Sensor PS08-2.5DP is a versatile and configurable product designed to meet various industrial sensing needs. With adjustable connection options, polarity, output, sensor length, and mounting type specifications, each variant comes with a unique SKU to cater to specific requirements.

Key Specifications

• Wire Type and Power: DC 3-wire type 12-24VDC
• Sensing Side Size: Frame size 8mm
• Sensing Distance: 2.5mm
• Standard Sensing Target: 8×8×1mm (iron)
• Response Frequency: 1kHz
• Current Specification: Max. 10mA
• Control Output: PNP Normally Open
• Sensing Type: Standard type (front sensing type)
• Material: Polycarbonate
• Protection Structure: IP67 (IEC standard)

Environmental Conditions

• Ambient Temperature: -25 to 70℃, storage: -30 to 80℃
• Ambient Humidity: 35 to 95% RH, storage: 35 to 95% RH

Performance Features

• Hysteresis (Distance): Max. 20% at sensing distance
• Weight: Approx. 16g (Approx. 30g)

Product Description

The PS08-2.5DP proximity sensor provides reliable and precise proximity detection in challenging industrial environments. Its front sensing type allows for easy installation and accurate target detection. The rugged polycarbonate construction ensures durability and resistance to harsh conditions.

This sensor is a reliable solution for various applications, including manufacturing, automation, and robotics, where non-contact sensing of metallic objects is essential. With its adjustable parameters and different SKU options, the PS08-2.5DP offers flexibility and versatility to suit specific sensing needs.

The PS Series

The PS Series is a collection of rectangular inductive proximity sensors renowned for their exceptional noise immunity and robust protection circuits. Various sizes and sensing side models are available for application in diverse environments. Whether it’s in industrial settings or challenging conditions, the PS Series delivers reliable and accurate proximity sensing for a multitude of applications.