Leuze FT328I.X3/2N Diffuse Sensor

Leuze FT328I.X3/2N Diffuse Sensor

The Leuze FT328I.X3/2N is a robust, high-precision infrared diffuse sensor designed specifically for reliable detection of dark or low-reflectivity objects at short ranges. Utilizing an 850 nm infrared LED, it operates on the diffuse reflection principle, making it ideal for environments where colored, matte, or black surfaces are common.

This sensor delivers a guaranteed detection range up to 110 mm for white targets, and up to 70 mm for dark targets (6% reflectivity), with a response time of 1 ms and switching frequency of 500 Hz for responsive performance. It supports both light and dark switching through an NPN transistor output, enhancing application flexibility.

Encased in a compact M18 cylindrical housing, constructed from a combination of V2A stainless steel and ABS plastic, the FT328I.X3/2N provides excellent durability with an IP67 protection rating, ensuring reliable operation in harsh industrial environments. The integrated Teach button allows for intuitive range setup and calibration.

Its 4-wire PUR-sheathed cable, LED status display, and temperature resilience down to -40°C make this sensor a go-to solution for demanding detection tasks in automation and material handling.

Key features :-

Applications :-

• Detection of Dark and Low-Reflectivity Objects
  Optimized to handle materials like black rubber, dark plastics, or matte surfaces reliably at close range.
• Compact Industrial Installations
  The M18 threaded barrel design ensures easy mounting into machinery and conveyors, even in tight spaces.
• Rugged Environments
  With a V2A stainless steel housing and IP67 protection, it's well-suited for use in factories with dust, moisture, or mechanical stress.
• Flexible Output Options
  Supports both light and dark switching (NPN), enabling quick configuration changes for varying detection logic.
• Quick Commissioning with Teach Button
  Simplifies setup without external tools, reducing installation time and errors.

Precautions:

• Ensure Correct Wiring: Incorrect connections can cause sensor failure
• Avoid Overvoltage: Operating within 10-30V DC prevents damage
• Protect from Extreme Heat: Avoid installing near high-temperature sources
• Regular Cleaning: Keep the optical lens free from dust and debris for optimal performance

Note : All tax and custom duty should be pay by buyer only.

Note: All trademarks and trade names used are the property of their respective owners.