High-speed, sensitive molecular and temperature measurements for field use and industrial process control

The Bloodhound™ Optical Molecular Sensor system is a flexible and scalable line-of-sight analytical instrument for measurement of molecular concentrations and temperatures for industrial process control applications and field use.

A combination of detectors bundled into a single fiber optic can be positioned to monitor chemical composition or presence in most any gas stream, regardless of temperature.

Simple measurement of multiple gases with high fidelity and fast response is possible anywhere in your process.

Optimize processes with feedback from a suite of temperature and concentration sensors quickly integrated throughout your plant.

The Bloodhound™ sensors are ruggedized for industrial applications. Control output can be via current control, voltage control, or custom, user-specified output. Custom software interfaces are also available.

With multiple measurement laser beams optically carried in a single fiber optic over distances from meters to kilometers, the measurement is easy to integrate into even the most complicated process streams. Measurements can be made at high or low pressure, and at temperatures as high as 2000K / 3150°F or more.

FEATURES:
	Molecular species measurements of O2, CH4, CO, CO2, NH3, H2O, and many other small molecules.
	Measurements from parts-per-million to percent concentrations.
	Large dynamic range configured for your application.
	Temperature to within ±15 K.
	Measure in-process dynamics as fast as 1 kHz.
	Fiber-optic cables allow deployment of sensors throughout the factory.
	Intuitive software control.
	Configurable interface for existing control systems.

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