Williamson

Product Details:

The Gold Series of Williamson IR offers a complete line of single wavelength infrared thermometers featuring state of the art technology to provide accurate, reliable measurements for a range of general industrial applications.

• Temperature limits: – 40˚ to 450˚ F / -40˚ to 2500˚ C
• Line of Sight, Visual Aiming, and Fiber Optic Aim Light alignment options
• A complete range of precisely selected short, long and specialty wavelengths
• 4-20mA and voltage sensor outputs which may be programmed with a choice of up to 5 different measured parameters
• Bi-directional RS232 andRS485 communications
• Built-in human interface with intuitive text based menu for sensor adjustment
• Stand alone sensors feature a menu selectable alarm relay or analog input for remote emissivity and alarm set point adjustments
• Optional remote interface module with a built-in AC power supply and a wide selection of output and alarm options
• NEMA 4X sensor enclosure, optional NEMA 7 and ATEX enclosures available

Product Details:

Williamson IR Pyrometer PRO Series features state of the art technology to provide accurate and reliable measurements for traditional and challenging applications.

• Unique Multi wavelength/Dual wavelength model with application specific ESP algorithm
• Automatic emissivity compensation
• Measures emissivity & signal dilution apart from object temperature
• Views through dust & dirty optics
• Advanced emissivity compensation techniques, ESP
• Rugged, corrosion-resistant IP65 enclosure
• Long term calibration stability

Product Details:

The PRO 40/50 Series offers a complete family of single-wavelength infrared thermometers featuring state-of-the-art technology to provide accurate and reliable measurements for a wide range of industrial applications.

PRO 40/50 Series sensors feature a variety of input, output, and alarm options to enable advanced process monitoring and control capabilities. Each sensor can be configured to  operate as a stand-alone sensor or with a remote Interface Module using the sensor’s six conductor interconnecting cable.

• Temperature limits: – 40˚ to 450˚ F / -40˚ to 2500˚ C
• Miniature sensors for easy installation.
• Emissivity settings are fixed or adjustable with a 4-20mA input or a USB connection
• Line of Sight, Visual Aiming, and Fiber Optic Aim Light alignment options
• A complete range of precisely selected short, long and specialty wavelengths
• A choice of low and high resolution optics
• 4-20mA and voltage sensor outputs programmable with a choice of up to 5 different measured parameters
• Bi-directional RS232 andRS485 communications
• Built-in human interface with intuitive text based menu for sensor adjustment
• Stand alone sensors feature a menu selectable alarm relay or analog input for remote emissivity and alarm set point adjustments
• Optional remote interface module with a built-in AC power supply and a wide selection of output and alarm options
• Rugged NEMA 4X (IP65) sensor enclosure, optional NEMA 7X (Ex II 2G) enclosures available

Product Details:

The Silver Series is a family of compact industrial infrared thermometers. They are recommended for applications that typically involve:

• target temperatures below 1000°F/550°C
• non-reflective target materials
• moving targets
• a need for a small sensor size
• high reliability and performance

The Silver Series contains the latest advances in digital processing to provide the most accurate, repeatable, and reliable measurements for this type of sensor. With a choice of sensor configurations and outputs, they are easy to install and maintain.

Product Details:

nfrared Sensors & pyrometers for Monitoring Smokeless Flares, Pilots, and Flame Intensity

Monitor smokeless flare combustion efficiency to maximize destruction of hazardous VOCs and assure smoke-free operation.

Smokeless flares incinerate flammable hazardous vent gas with the assistance of supplemental high-velocity air or steam to prevent the formation of soot or smoke. Excessive injection of air or steam reduces combustion efficiency resulting in the release of hazardous VOC gasses while inadequate injection of air or steam results in the formation of undesirable soot and smoke. Although modern flares are designed for high flow rates associated with an emergency condition, they most commonly operate at high-turn-down, low-flow rates, making it challenging for the flare to operate at optimal combustion efficiency.