Description

Ophir Thermal Laser Power Sensor

is a high-precision instrument designed to measure the power and energy of high-power density and long-pulse lasers. Part number 611-146, this fan-cooled thermal sensor is engineered to provide accurate and reliable measurements, ensuring optimal performance and safety in various laser applications.

Key Features

• Broad Spectral Range: The sensor’s absorber covers wavelengths from 250 nm to 2200 nm, making it suitable for a wide range of laser types, including UV, visible, and infrared lasers.

• Continuous Power Measurement: Capable of measuring optical power from 100 mW to 250 W continuously, the sensor ensures accurate readings over extended periods, crucial for monitoring high-power lasers.

• Pulse Energy Measurement: It can measure pulse energies from 50 mJ to 300 J, accommodating various pulse durations and energy levels, essential for applications involving pulsed laser systems.

• Fan-Cooled Design: The integrated fan cooling system maintains optimal operating temperatures, preventing overheating and ensuring consistent performance during prolonged use.

• Compatibility with NOVA II Meter: Designed to be used with the Ophir NOVA II Laser Power & Energy Meter (part number 611-155), providing a comprehensive solution for laser power and energy measurement.

Applications

The Ophir Thermal Laser Power Sensor is ideal for various applications requiring precise laser power and energy measurements, including:

• Laser Materials Processing: Monitoring and controlling laser parameters in processes such as welding, cutting, and engraving to ensure quality and efficiency.

• Medical Laser Systems: Ensuring the safety and effectiveness of medical lasers used in treatments and surgeries by providing accurate power measurements.

• Research and Development: Facilitating experiments and development of new laser technologies by providing reliable data for analysis and optimization.

• Industrial Laser Applications: Supporting various industrial applications that utilize high-power lasers, ensuring consistent performance and safety.

Benefits

• Enhanced Accuracy: Provides precise measurements, enabling accurate monitoring and control of laser systems.

• Increased Efficiency: Helps optimize laser performance, leading to improved efficiency in various applications.

• Improved Safety: Ensures that laser systems operate within safe parameters, reducing the risk of accidents and equipment damage.

• Cost-Effectiveness: By preventing issues related to inaccurate measurements, it helps avoid costly repairs and downtime.

Technical Specifications

• Spectral Range: 250 nm to 2200 nm

• Continuous Power Measurement Range: 100 mW to 250 W

• Pulse Energy Measurement Range: 50 mJ to 300 J

• Cooling System: Fan-cooled

• Compatibility: Designed for use with Ophir NOVA II Laser Power & Energy Meter (part number 611-155)

• Part Number: 611-146

Conclusion

The Ophir Thermal Laser Power Sensor is an essential tool for professionals requiring accurate and reliable measurements of high-power density and long-pulse lasers. Its broad spectral range, wide power and energy measurement capabilities, and fan-cooled design make it suitable for various applications, including laser materials processing, medical laser systems, research and development, and industrial laser applications. When paired with the Ophir NOVA II Laser Power & Energy Meter, it provides a comprehensive solution for laser power and energy measurement, ensuring optimal performance and safety.