Specifications

Impac 50-LO plus Series Pyrometers: Operational temperature range (°C): 250 and 3500 °C (18 ranges in between) Spectral Range (m): 0.55 and 1.8 (6 ranges in between) Measurement Uncertainty (°C): From 03% oR + 1 °C Optics (mm): Fixed optics, Focusable optics FOV (minimum spot size) (mmm): Min 200:1 (0.45) Alignment / Sighting: Laser targeting Interface / Output (mA): 0/4 to 20 mA Exposure Time t90 (ms): 1 ms Ambient Temperature (°C): 0 to 60 Resolution (°C): 0.1 Display: Illuminated LC display for temperature indication or parameter settings Protection Class: IP54 Emissivity: 20 to 100% adjustable inside the instrument or via interface in 0.1% steps Weight (kg): Multiple. Please refer to Datasheet. Housing: Alu die-casting Connection: 12-pin connector Operating Position: Any CE-label: According to EU directives about electromagnetic immunity Parameters / Settings: Adjustable at the instrument or via serial interface: emissivity e, exposure time t90, analog output, address, baud rate, waiting time,°C / °F, setting of the maximum value storage, temperature sub range Isolation: Power supply, digital interface, analog output are galvanically isolated against each other Wavelength Repeatability (pm): 0.1% oR + 1 °C

Description

Impac 50-LO plus Series Pyrometers – Digital pyrometer with fiber optics, 250 to 3500 °C

The Impac®50-LO plus and IGA 50-LO plus series includes highly precise infrared measuring instruments, equipped with fiber optics for non-contact temperature measurement on diverse materials like metals, ceramics, and graphite, witth temperature range of 250 to 3500 °C. Included in this series are specialized versions, the IS 50/055-LO plus and IS 50/067-LO plus, which have extremely short wavelengths. In addition, the IS 50-Al-LO plus is pecifically designed to measure temperatures on aluminum parts and profiles, adaptable for various applications.

Switchable digital interface RS232/RS485
Adjustable settings via the integrated keypad or the interface
Optical fiber for high ambient temperatures up to 250 °C, unaffected by electromagnetic interferences
Laser-targeting light
Test current output

Digitally display and store temperature readings
Facilitate the measurement of the fastest heating processes
Take advantage of very short response time
Utilize three different types of optical heads for different measuring distances
Enable the exact alignment onto the measuring object