Multispectral pyrometer for steel foundry temp measure

Multispectral pyrometer for steel foundry temp measure

In applications where conventional sensors are not available, users can use an Infrared Pyrometer to measure temperature.Specifically, in measuring moving objects (such as rollers, sports equipment, or measuring temperature.In particular, Industrial Pyrometer should be used when non-contact measurements are required to measure moving objects such as rollers, sports equipment or pressure, or when distances are too great, or when the temperature to be measured is too high for thermocouples or other contact sensors to measure.Mars series one color pyrometer has a solid shape, using stainless steel movement (movement diameter only 50mm), optional stainless steel protective sleeve, protection class IP65, with full environmental temperature compensation.Use adjustable lens, high brightness green LED light source or visual eyepiece to aim,Clearly show the location of the object under test and the size, achromatic lens, high reliability circuit design (low temperature drift, design of full digital measurement, high integration SOC chip application, visualization, industrial-grade OLED display) as the interface and software design (ambient temperature compensation and real-time signal processing, abnormal signal processing, a variety of applications software code optimization).There are abundant peripheral interfaces: 1 programmable analog output, 1 alarm output, and 1 RS485 communication interface.The monochromatic thermometer has a temperature measurement accuracy of 0.5%, a repetition accuracy of 2℃, a response time of 5ms, and a resolution of 0.1℃.These special designs enable the MARS range of 1-color pyrometer to be used in a variety of demanding industrial applications and for precise temperature control.

Infrared Thermometer consists of optical system, photoelectric detector, signal amplifier, signal processing, display and output.The optical system concentrates the infrared radiation energy of the target in its field of view, which is determined by the optical components of the thermometer and their positions.The infrared energy is focused on the photodetector and converted into the corresponding electrical signal.The signal passes through the amplifier and signal processing circuit, and is converted to the temperature value of the measured target according to the algorithm of the instrument internal therapy and the target emissivity correction.

In selecting infrared temperature time, should be for my application to consider what factors, important considerations about the any one-color infrared pyrometer are including the field of the size and distance of the (target), stay on the surface of the gauge type (the emissivity factor), spectral response (for atmospheric effects or through the surface), temperature range and installation (portable or fixed installation type).Other considerations include response time, environment, installation constraints, use of observation holes or Windows, and required signal processing.

Mars's monochromatic pyrometer measure the temperature of an object by receiving the sum of the energies emitted by the object in a narrow band.Advanced hardware and software design, wide dynamic range, high stability.It can be widely used in forging industry, heat treatment, induction heating, vacuum furnace, high temperature furnace, monocrystalline silicon, polysilicon and other industrial temperature measurement.

Features

Measuring range：350℃～2000℃
Detector：InGaAs
Distance coefficients：100：1
Measuring Distance：Standard Focus length：0.35m adjustable to infinity，Near focus distance：0.2m～0.5m
Accuracy：±0.5%T℃（T is measured temperature）
Resolution：0.1℃
Repeat Accuracy：±2℃
Response time：Fasted 5ms, adjustable in 5ms-99.99s 

Technical Parameters