SICK Distance Distance Sensor, Block Sensor

SICK Dx50 Series Distance Sensor, 200mm Detection Range, Analogue Output Type - DT50-P1113

This distance sensor is a robust and precise device designed for industrial applications. The model features a streamlined block-style housing MADE from die-cast zinc, providing durability and an IP65 rating for environmental protection. It operates within a detection range of 200mm to 10m, making it suitable for various proximity sensing tasks in automation and manufacturing settings.

Features & Benefits

• Provides high precision with a resolution of 1mm to detect distances accurately
  Features both analogue and digital outputs for versatile integration
  Quick response time of 20ms to ensure timely operation in automated systems
  Designed to operate in extreme temperatures from -30°C to +65°C
  Equipped with a laser light source visible at 658nm for accurate readings
  Compact dimensions of 36.1mm x 62.7mm x 57.7mm facilitate easy installation in tight spaces

Applications

• Used for automotive distance measurement in robotics
  Ideal for material handling in factory automation systems
  Employed in packaging machines for precise object detection
  Utilised in conveyor systems for efficient distance monitoring
  Integration in safety systems to prevent collisions in automated environments

What are the maximum operational currents and voltages for this device?

It can operate on a maximum DC voltage of 30V with an output current of up to 100mA, ensuring compatibility with various control systems.

How does the temperature range affect the performance of this sensor?

The sensor functions effectively within a temperature range from -30°C to +65°C, allowing for reliable operation in diverse environmental conditions, which is Crucial in industrial settings.

What type of connectors are compatible with this sensor?

It utilises a male M12 connector with five pins, facilitating secure and efficient electrical connections for various industrial applications.

How does this sensor ensure accurate distance measurements?

It utilises a laser light source that provides precise readings, along with built-in averaging settings to accommodate varying surface reflectivity, ensuring reliability across different materials.

What maintenance is required to ensure optimal performance?

Regular inspection of the lens for cleanliness and ensuring the sensor is free from physical obstructions will help maintain its accuracy and extend its operational lifespan.