PSC Metis MB39 Series

Pyrometer for Measuring Through Flame & Combustion Gases

The Metis MB39 pyrometer was designed to view through clean flame or hot combustion gases to measure a target’s temperature. With a narrow wavelength of 3.95µm, metal parts, glass, ceramics, composites and similar materials can be accurately measured despite flame or gas interference. Temperature ranges span 150°C to 2500°C.

At this wavelength, hot furnace gases and clean burning gas flames are largely transparent, allowing the Metis MB39 to accurately measure the temperature of materials engulfed inside a flame or inside a furnace containing clean hot combustion gases — including flame treating of metals or metal heat treating in industrial gas-fired reheat furnaces. It also performs penetrating glass and ceramic glass measurement.

Key Features

• Fast 3ms response time.
• Small minimum spot size of 0.7mm.
• Two aiming methods: laser (visible up to approximately 750°C target temperature) or sight-through optics with a reticle-defined target for hot, incandescent targets.
• Isolated analogue output, switchable 0 to 4-20mA, with RS232 or RS485 digital communication.
• Peak picker (maximum value storage) compensates for interruptions or attenuation caused by bursts of steam, smoke or dust — resettable automatically, manually via external contact, or on a preset clear time.
• Zero and full-scale temperatures adjustable to cover any portion of the instrument’s available span, to a minimum of 50°C.

Applications

Ideal for measurement through hot furnace gases and non-contaminated burning gas flames, including flame treating of metals, metal heat treating in gas-fired reheat furnaces, and penetrating glass or ceramic glass measurement.

Talk to the Techotrix team to find out whether the Metis MB39 is the right fit for your application.