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0.1ms Ultra-high-speed response radiation thermometer TMHX-CUE0500 (H) series-TMHX-CUE0500-0200H008
0.1ms Ultra-high-speed response radiation thermometer TMHX-CUE0500 (H) series-Japan Sensor

0.1ms Ultra-high-speed response radiation thermometer TMHX-CUE0500 (H) series
Japan Sensor

Japan Sensor's Response Status

Response Rate

100.0%

Response Time

31.9hours

Relatively Fast Response


About This Product

The 0.1ms ultra-high-speed response radiation temperature gauge TMHX-CUE0500 (H) series is a groundbreaking radiation thermometer that succeeded in capturing the temperature change of 0.0001 seconds that exceeded the 0.001 second high-speed response at room temperature that was not possible before.

■ Ultra -high -speed response 0.0001s revolutionary radiation temperature meter that achieves measurement from the room temperature range

The 0.1ms ultra-high-speed response radiation thermometer TMHX-CUE0500 (H) series is a groundbreaking radiation thermometer that succeeded in capturing the temperature change of 0.0001s, which exceeds the 0.001S high-speed response in the unpapable room temperature.

■ TMHX-C series common features

・ Significant improvement in performance and stability ・ Easy to adjust the measurement part ・ Installation environment is not selected ・ Abundant variations / configuration ・ For cost reduction ・ Long life of peace of mind ・ CE Marking conformity <Product features>

■ 0.0001s high -speed response

Ultra -high -speed response 0.0001s captures temperature changes from room temperature range. A radiation thermometer that realizes an ultra -high -speed response in the low temperature that was not possible. Ideal for temperature measurements with sudden temperature changes or at high speed samples.

■ Measurement wavelength 2.0 to 6.8 μm can be measured by metal material

When measuring a low temperature range of 100 ° C or less, a more stable temperature measurement has been achieved by setting the medium infrared region a measurement wavelength compared to a thermometer using the conventional far -infrared region. In addition, by adopting high sensitivity sensors, higher accurate temperature measurements can be performed.

■ INSB (Indium Antimon) Significant performance and stability are improved by adopting elements

Conventional thermopile elements were converted to an electric signal after converting infrared rays into heat, so there was a limit to reducing the response time, but the TMHX series directly converted infrared light to an electrical signal by adopting INSB (indium antimon) elements. At room temperature, the world's fastest response time was realized, and the measurement time was greatly reduced. In addition, stability has also been greatly improved. Since the INSB (indium antimon) element uses a short wavelength between 2 and 6.8 μm, the radiation ratio set of nearly twice the value of metal (iron, SUS, chromium, etc.) can be expected, and further stability can be expected.

■ For cost reduction

The indicator is not always necessary because it is an analog output standard equipment. If you use multiple units, you can save money. There are the following options: ・ Parameter configuration device PWCX; If you have one, you can set multiple thermometer parameters. With a temperature display function. ・ USB-RS232C converter PWUX; Connect to a PC to set a thermometer parameter. Used in combination with the free version software PWSX-F. Temperature display is also possible on the PC. ・ Parameter setting set PWZX; PWUX and paid software PWSX set. In addition to the function of the free version software PWSX-F, it is possible to save parameters on the PC and display the measured value graph. ・ Display setting device TMCX series; A variety of optional functions are added by combining a thermometer and a display configuration. * There are many other features.

  • Product

    0.1ms Ultra-high-speed response radiation thermometer TMHX-CUE0500 (H) series

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1 Models of 0.1ms Ultra-high-speed response radiation thermometer TMHX-CUE0500 (H) series

Image Part Number Price (excluding tax) Temperature range Effective wavelength Detection element Measured distance Target size response speed Aim Accuracy rating Reproducibility Measurement and decomposition ability Response time (variable with smoothing function) Warm -up time Analog output RS232C output (RS232C compliant, non -insulation) Alarm output (non -insulation) Peak hold Radioactivity correction Sensor correction function Used peripheral temperature and humidity Power-supply voltage Cable length (standard)
0.1ms Ultra-high-speed response radiation thermometer TMHX-CUE0500 (H) series-Part Number-TMHX-CUE0500-0200H008

TMHX-CUE0500-0200H008

Available upon quote

0 to 500 ° C

2.0 to 6.8μm

INSB

200mm

φ8mm

0.0001s ~

LED aim

Less than 400 ° C; ± 4 ° C, 400 ° C or higher; ± 1 % of measured values

± 0.5 ℃

Less than 50 ° C; 4 ° C or less, 50 ° C or higher; 3 ° C or less

0.0001-5s (0 to 95 % Analog Output) (measuring sampling interval 0.1 ms)

3min

DC4 ~ 20ma, DC0 ~ 20ma, MV/℃, DC0 ~ 1V (Optional 0 ~ 5V/0 to 10V)

Output swing width: about ± 4V, communication speed: 4,800,9,600,19,200,38,400,600,600,200 BPS

Open Drain: DC27V, 0.2A

Reset method (selection),
Time: 0.01-10s variable,
Discharge: Time 0.01 to 10s, level 0.2-1.0

Guarantee range 0.3-1.0,
Set range 0.050 to 1.000 (set -decomposition 0.001),
With reflective correction function

Span: 0.500-2.000,
Zero: -50 ~+50 ° C (° f)

0-50 ° C (Saving peripheral temperature: -15-70 ° C) /30-85% RH (without condensation)

DC4.7-27V, 0.1a Max,
Analog output 0 to 5V; 8-27V / 0-10V; 13-27V

2m

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About Company Handling This Product

Response Rate

100.0%


Response Time

31.9hrs

Company Overview

Japan Sensor Corporation, founded in 1972, is a Japanese manufacturer based in Minato-ku, Tokyo, specializing ...

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