5.0um-6.8um Radioactive Thermometer Japanese Fiber Optic Radiation Thermometer

Product Specification

 Radioactive thermometer - Japanese imported fiber optic radiation thermometer

  The TMHX-TME0050 (E) series of metal radiation thermometers enables you to measure low-emissivity metals and other materials with a high-speed response of 0.001 seconds. In addition, measurement can be carried out through a quartz window. Measurement can now be carried out without using paint or tape.

Features of TMHX-TME0050 (E) series of metal radiation thermometers:

Materials such as metals with low emissivity can be measured from low temperatures with a low-speed response of 0.001s.

In addition, measurement can be carried out through a quartz window. Measurement can now be carried out without using paint or tape.

There is also a lampshade (sold separately) to ensure stable temperature measurement at temperatures below 100°C. The installation environment will be further expanded by using various accessories. Easy to align measurement parts, in any installation environment, with a wide variety of displays and setup devices, reducing costs and extending service life.

Measure metals at a stable temperature! Measurement can also be carried out through the window

When measuring the temperature of metals, choosing a radiation thermometer that can detect the shortest wavelength at that temperature will help maintain a small emissivity error.

The TMHX-TME0050 (E) series not only achieves stable temperature measurement by using short wavelengths ranging from 1.95 to 2.6μm, but also can reach a low-temperature high-speed response from 50°C to 0.001s.

Because it uses a wavelength of 2.7μm or less, it can pass through quartz glass, and thus the temperature can also be measured through a quartz window.

2. You can measure the temperature of metals without using paint or tape.

When using a radiation thermometer to measure low-temperature lustrous metals, the effects of reflected light and the like are taken into account, and the measurement is usually carried out by applying paint with a known emissivity or by adhering tape to the surface.

With the TMHX-TME0050 (E) series, temperature measurement can be carried out without contact even for jobs where it is difficult to apply paint or use tape.

3. Eliminate light interference

If the measured temperature is below approximately 100°C, the effect of attention will be obvious and the temperature indicator will increase. The lower the emissivity of the workpiece, the more obvious it becomes. Interfering light is indoor lighting, sunlight and radiation from high-temperature materials. To prevent this situation, we offer a light shielding cover and shielding plate for sale separately.

4. Reduce costs

The analog output is a standard device, so indicators are not necessarily required. When using multiple units, you can save money.

Technical indicators:

Model: TMHX-CPE1200-0180E007-000 (CE Certified)
Measurement temperature range: 0-1,200℃ Measurement wavelength: 5.0-6.8μm Measurement distance: 180mm
The size of the object under test: Ø 7.0mm
Connection line length: 2M
Alignment device: LED alignment
Accuracy: ±3℃ below 300℃; The measurement value above 300℃ is ±1%. The time required to heat up the machine: 1 minute
Reaction time: 0.01 to 5 seconds (0 to 95% analog output)
Radiation rate correction: Ensure range 0.3 to 1.0; Set the range from 0.050 to 1.000
Output mode: Analog output: 0~1V, mV/℃, 4~20mA, 0~20mA is switched by the setter
RS-232C output: According to RS-232C, it is non-insulated, with an output amplitude of approximately ±4V
Operating ambient temperature: 0-50℃ Temperature display: None
Power supply voltage: DC4.7-27V, 0.1Amax
Construction: Dust-proof (approximately equivalent to IP67), except for the e-CON connection terminal part
Note: The standard specification of this product does not include the factory test report. If you have any requirements, please specify them at the time of ordering.