The Optris CTlaser P7 pyrometer specializes in precise temperature measurement of thin plastic materials from 0 °C to 710 °C using its 7.9 µm spectral region. It addresses emissivity challenges by leveraging material-specific absorption bands and enhancing control in plastic thermoforming processes and other thin plastic foil production. The double laser aiming system reduces alignment deviations.

The Optris CTlaser P7 pyrometer is designed for precise non-contact temperature measurement of thin plastic materials, covering a broad range from 0 °C to 710 °C. The pyrometers specialized spectral region of 7.9 µm enables accurate readings for thin plastic materials, making it particularly suitable for applications requiring temperature control while producing thin plastic foils.

Featuring a measuring head capable of withstanding temperatures up to 85 °C without additional cooling, the CTlaser P7 ensures reliable performance in industrial environments. Its measuring wavelength of 7.9 µm, coupled with a rapid response time of 150 ms, enhances efficiency in temperature monitoring during various manufacturing processes.

Emissivity, a critical factor in temperature measurement accuracy, is carefully addressed in the CTlaser P7’s design. While plastics with a thickness greater than 0.4 mm and pigmented films exhibit high emissivity in the long-wave LT spectral range (8 µm -14 µm), very thin plastic films pose a challenge due to their transparency. To overcome this, the CTlaser P7 leverages material-specific absorption bands in the IR spectrum, employing narrowband sensitive IR sensors for precise temperature measurement.

Materials such as Fluoroplastic (FEP), Polyimide (PI), Acrylic (PMMA), Polycarbonate (PC), Polyester (PET), and Polyvinyl chloride (PVC or Vinyl) demonstrate the desired properties at 7.9 μm, enabling easy measurement with the CTlaser P7.

A distinguishing feature of the CTlaser P7 series is its double laser aiming marks, which provide precise aiming support and minimize alignment errors. This innovative system utilizes two laser beams to trace the infrared optical path and accurately indicate the spot’s position and size, regardless of distance.

The CTlaser P7 pyrometer adopts a two-piece design with a separate electronics box, delivering advanced signal processing capabilities. Offering a wide range of analog and digital outputs, infrared sensor ensures seamless integration into various industrial processes and control systems.

Enhanced with Optris accessories such as air purging and mounting flanges, the CTlaser P7 is designed for integration into diverse manufacturing and process applications. Manufactured and calibrated in Germany, these pyrometers undergo meticulous calibration to meet government standards such as PTB or NIST. Customization options, such as different cable sizes, cater to specific requirements.

Optris provides comprehensive support for the CTlaser P7 series, including consultation on industrial applications and post-sales assistance, ensuring optimal performance and user satisfaction. With its precision, versatility, and reliability, the CTlaser P7 is a valuable tool for temperature measurement in various industrial environments.

The Optris CTlaser P7 pyrometer is designed for precise non-contact temperature measurement of thin plastic materials, covering a broad range from 0 °C to 710 °C. The pyrometers specialized spectral region of 7.9 µm enables accurate readings for thin plastic materials, making it particularly suitable for applications requiring temperature control while producing thin plastic foils.

Featuring a measuring head capable of withstanding temperatures up to 85 °C without additional cooling, the CTlaser P7 ensures reliable performance in industrial environments. Its measuring wavelength of 7.9 µm, coupled with a rapid response time of 150 ms, enhances efficiency in temperature monitoring during various manufacturing processes.

Emissivity, a critical factor in temperature measurement accuracy, is carefully addressed in the CTlaser P7’s design. While plastics with a thickness greater than 0.4 mm and pigmented films exhibit high emissivity in the long-wave LT spectral range (8 µm -14 µm), very thin plastic films pose a challenge due to their transparency. To overcome this, the CTlaser P7 leverages material-specific absorption bands in the IR spectrum, employing narrowband sensitive IR sensors for precise temperature measurement.

Materials such as Fluoroplastic (FEP), Polyimide (PI), Acrylic (PMMA), Polycarbonate (PC), Polyester (PET), and Polyvinyl chloride (PVC or Vinyl) demonstrate the desired properties at 7.9 μm, enabling easy measurement with the CTlaser P7.

A distinguishing feature of the CTlaser P7 series is its double laser aiming marks, which provide precise aiming support and minimize alignment errors. This innovative system utilizes two laser beams to trace the infrared optical path and accurately indicate the spot’s position and size, regardless of distance.

The CTlaser P7 pyrometer adopts a two-piece design with a separate electronics box, delivering advanced signal processing capabilities. Offering a wide range of analog and digital outputs, infrared sensor ensures seamless integration into various industrial processes and control systems.

Enhanced with Optris accessories such as air purging and mounting flanges, the CTlaser P7 is designed for integration into diverse manufacturing and process applications. Manufactured and calibrated in Germany, these pyrometers undergo meticulous calibration to meet government standards such as PTB or NIST. Customization options, such as different cable sizes, cater to specific requirements.

Optris provides comprehensive support for the CTlaser P7 series, including consultation on industrial applications and post-sales assistance, ensuring optimal performance and user satisfaction. With its precision, versatility, and reliability, the CTlaser P7 is a valuable tool for temperature measurement in various industrial environments.

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