The Optris CTlaser G5 pyrometer is tailored for precise temperature measurement in glass-related applications, featuring a two-piece sensor design for user-friendly operation and accurate readings from 100 °C to 1650 °C. It meets industrial requirements in the glass industry, with temperature ranges varying by model: G5L (100 °C to 1200 °C), G5H (250 °C to 1650 °C), and G5HF (200 °C to 1650 °C). Optical resolution ranges from 45:1 to 70:1, with ±1% or ±1.5 °C system accuracy and ±0.5% or ±0.5 °C repeatability. Exposure times range from 10 ms to 120 ms across models. The CTlaser G5's 5.0 µm spectral range suits various glass-related industrial processes like float glass production. The pyrometer supports a double laser aiming marks for accurate targeting.

The Optris CTlaser G5 pyrometer is engineered for precise temperature measurements in glass-related applications, featuring a two-piece sensor design comprising a separate electronic box housing programming keys and a display. This design ensures user-friendly operation and enables accurate temperature readings. With a temperature range spanning from 100 °C to 1650 °C, this pyrometer is suitable for deployment in vehicle and flat glass manufacturing processes, providing reliable and accurate temperature measurements to meet industrial requirements in the glass industry.

The temperature range varies depending on the model, with the G5L model covering temperatures from 100 °C to 1200 °C, the G5H model from 250 °C to 1650 °C, and the G5HF model from 200 °C to 1650 °C. Optical resolution ranges from 45:1 to 70:1 across different models, ensuring precise measurements. The system accuracy is specified as ±1% or ±1.5 °C, with repeatability of ±0.5% or ±0.5 °C, ensuring reliability in various glass applications.

Emissivity plays a crucial role in non-contact stationary infrared temperature measurement, influencing accuracy. The CTlaser G5 addresses this with its specialized spectral range of 5.0 µm, suitable for measuring glass temperatures effectively across various industrial processes. Wavelength selection is critical for measuring both surface and deeper layers of glass, with specific recommendations based on temperature levels and material properties.

The CTlaser G5 series features double laser aiming marks, providing precise aiming support and minimizing alignment errors. This system utilizes two laser beams to trace the infrared optical path accurately, indicating the spot’s position and size regardless of distance.

With a two-piece design and advanced signal processing capabilities, the CTlaser G5 offers a wide range of analog and digital outputs, ensuring seamless integration into various industrial processes and control systems. Enhanced with Optris accessories such as air purging and mounting flanges, this infrared thermometer is adaptable to diverse manufacturing and process applications.

Manufactured and calibrated in Germany, the CTlaser G5 undergoes meticulous calibration to meet government standards such as PTB or NIST, ensuring accuracy and reliability. Customization options like different cable sizes cater to specific customer requirements. Optris provides comprehensive support for the CTlaser G5 series, ensuring optimal performance and user satisfaction in various glass processing applications.

The Optris CTlaser G5 pyrometer is engineered for precise temperature measurements in glass-related applications, featuring a two-piece sensor design comprising a separate electronic box housing programming keys and a display. This design ensures user-friendly operation and enables accurate temperature readings. With a temperature range spanning from 100 °C to 1650 °C, this pyrometer is suitable for deployment in vehicle and flat glass manufacturing processes, providing reliable and accurate temperature measurements to meet industrial requirements in the glass industry.

The temperature range varies depending on the model, with the G5L model covering temperatures from 100 °C to 1200 °C, the G5H model from 250 °C to 1650 °C, and the G5HF model from 200 °C to 1650 °C. Optical resolution ranges from 45:1 to 70:1 across different models, ensuring precise measurements. The system accuracy is specified as ±1% or ±1.5 °C, with repeatability of ±0.5% or ±0.5 °C, ensuring reliability in various glass applications.

Emissivity plays a crucial role in non-contact stationary infrared temperature measurement, influencing accuracy. The CTlaser G5 addresses this with its specialized spectral range of 5.0 µm, suitable for measuring glass temperatures effectively across various industrial processes. Wavelength selection is critical for measuring both surface and deeper layers of glass, with specific recommendations based on temperature levels and material properties.

The CTlaser G5 series features double laser aiming marks, providing precise aiming support and minimizing alignment errors. This system utilizes two laser beams to trace the infrared optical path accurately, indicating the spot’s position and size regardless of distance.

With a two-piece design and advanced signal processing capabilities, the CTlaser G5 offers a wide range of analog and digital outputs, ensuring seamless integration into various industrial processes and control systems. Enhanced with Optris accessories such as air purging and mounting flanges, this infrared thermometer is adaptable to diverse manufacturing and process applications.

Manufactured and calibrated in Germany, the CTlaser G5 undergoes meticulous calibration to meet government standards such as PTB or NIST, ensuring accuracy and reliability. Customization options like different cable sizes cater to specific customer requirements. Optris provides comprehensive support for the CTlaser G5 series, ensuring optimal performance and user satisfaction in various glass processing applications.

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