Impac IGAR 6 Smart Pyrometer

Advanced Non-Contact Thermometry: The Versatile Impac IGAR 6 Smart Pyrometer (100 to 2550°C)

The Impac IGAR 6 Smart is a cutting-edge digital pyrometer offering rapid and precise temperature readings through non-contact methods. This highly adaptable instrument features single-colour, two-colour, and an intelligent smart mode, catering to a wide spectrum of sophisticated temperature measurement needs.

  • One-Colour Mode: 100 to 2550°C
  • Two-Colour Mode: 250 to 2550°C
  • Smart Mode: 100 to 2550°C (temperature-dependent, automatic transition from one-colour to two-colour mode)

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Temperature Ranges

One-Colour and Smart Mode – 100 to 2550°C
Two-Colour (ratio) Mode – 250 to 2550°C
(Spectral Range –  Channel One: 1.5 to 1.6 µm, Channel Two: 2.0 to 2.5 µm)

Typical Applications

  • Metal and steel making
  • Metal and steel forming: pouring stream, casting, and forging
  • Metal and steel finishing: induction hardening, tempering, annealing, induction soldering, brazing, welding, wire/rod mill, induction heating and cooling processes, sintering
  • Vacuum processes: coating and brazing
  • Laser applications

Interface & Communication

Analog Output
Adjustable 0 to 20 mA or 4 to 20 mA, linear (via digital interface)

Digital Interface
RS485 addressable (half-duplex)
Baud Rate: 1200 Bd to 115.2 kBd or RS232

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What our customers say…

When rebuilding one of our clamshell furnaces we opted for four Impac ISR 6 pyrometers for precise temperature measurement. I am very impressed with the quality of every component from the cooling jackets to the sensors themselves, which seem exceptionally well made. I would not hesitate to contact Control Matrix in the future for any other applications that I may need help/equipment for.

John Parkin – Senior Site Electrical and Control Engineer

When we needed to measure the temperature of an ion source within a high vacuum, we chose to use an Impac pyrometer from Control Metrix. The advice given by the Technical Sales Manager meant that the equipment was easily integrated into our system and immediately provided us with very impressive results.
David Cox – University of Surrey