Panasonic HG-C1030-P Micro Laser Distance Sensor

The Panasonic HG-C1030-P Micro Laser Distance Sensor is a high-precision laser distance sensor designed for measuring distances with exceptional accuracy in industrial environments. Utilizing laser triangulation technology, it offers precise distance measurements with a high resolution of 1 micrometer, making it ideal for applications where accuracy is crucial. The HG-C1030-P has a measurement range of 0.1 mm to 30 mm, allowing it to measure both small and precise objects. It’s particularly suited for tasks that require high-speed and high-precision measurement in automated systems.

This compact and robust sensor is designed for use in environments where space is limited, yet accuracy and durability are required. The HG-C1030-P features high-speed response with a maximum sampling rate of up to 20 kHz, making it perfect for fast-moving objects in applications like production lines and quality control processes. The analog output of the sensor provides real-time feedback to control systems, ensuring that continuous measurement data can be used for real-time decision-making in manufacturing processes.

Equipped with an IP67-rated enclosure, the HG-C1030-P ensures protection against dust and water, which makes it a reliable solution even in harsh industrial conditions. It operates with a 12-24 VDC power supply, ensuring compatibility with standard industrial systems. The easy-to-use interface and simple installation further enhance its suitability for integration into automated systems, reducing downtime and increasing operational efficiency.

Key features :-

Applications :-

• Precision Measurement:
  Ideal for measuring small components and precise distances in high-accuracy applications, such as quality control and inspection systems.
• Quality Control:
  Ensures the correct dimensions and tolerances of products during the manufacturing process, improving product consistency and quality.
• Material Handling:
  Used for precise position monitoring in material handling systems, ensuring proper alignment and movement of objects along conveyor belts.
• Automated Assembly Lines:
  Ideal for distance measurement in automated assembly lines, ensuring components are placed accurately and efficiently during production.
• Research and Development:
  Used in laboratory and testing environments where precise distance measurements are required for experiments or product testing.

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

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