Laser equivalent axis radiation thermometer
Japan Sensor
About This Product
The Japan Sensor's laser -shared axial radiation thermometer can measure the temperature of the processing point without being affected by the laser.
■ The work processing status is real time [visualization]
The Japan Sensor's laser -shared axial radiation thermometer can measure the temperature of the processing point without being affected by the laser.
･ The temperature can be measured at the time of processing with a thermometer with a different wavelength (measured wavelength 1.95 to 2.6 µm) different from the laser.
･ Understanding the temperature of the work / processing status by the optical axis measurement [visualization]
･ Easy to align with the optical axis LED aiming method
･ Compatible with all scenes by order type
･ Equipped with both analog output and RS232C output
･ Surely measurement temperature at the world's highest class response speed
･ Laser equivalent optical unit structure
■ Temperature can be measured without being affected by lasers
The unit with a laser -shared axis control control is a thermometer with a wavelength (measured wavelength 1.95-2.6 µm) different from the laser, so the temperature at the time of processing can be measured.
■ Equipped with both analog output and RS232C output
Equipped with both analog output and RS232C output. Analog output 1 point: 4-20ma, 0 ~ 20ma, 0-1v, MV/℃ Switch
■ You can understand the behavior of the work
The temperature of the laser processing point is measured with a radiation thermometer, and the heating conditions can be easily implemented by controlling the laser power. In the same optical axis measurement, you can [visualize] the temperature and processing status of the work. In addition, it is easy to check the processing point with the CCD camera and adjust the position with the LED aim pointer.
■ Surely measure temperature at the world's highest class response speed 0.1ms (0.0001s)
The world's highest class high -speed response 0.1ms (0.0001s) does not overlook the sudden change in temperature.
■ Easy to adjust the optical axis LED aiming method
The "optical axis LED aiming method" adopted by the laser equivalent axis radiation thermometer can be easily aligned because the temperature measurement range is close to the eye. In addition, it is easier to adjust the position even in the red part at high temperature by adopting a green LED. It is possible to aim LED even during temperature measurement.
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Product
Laser equivalent axis radiation thermometer
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Handling Company
Japan Sensor
2 Models of Laser equivalent axis radiation thermometer
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Accuracy rating | Aim | Alarm output (non -insulation) | Analog output (non -insulation) Output type (switching) | Cable length (standard) | Detection element | Effective wavelength | Measured distance | Measurement and decomposition ability | Peak hold | Power-supply voltage | RS232C output (RS232C compliant, non -insulation) | Radioactivity correction | Reproducibility | Response time (variable with smoothing function) | Sensor correction function | Target size | Temperature range | Used peripheral temperature and humidity | Warm -up time | response speed |
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TMHX-TAN0140-2000BM01 |
Available upon quote | ± 4 ℃ | Green LED aim | Open Drain: DC27V, 0.2A |
Temperature output / laser control output switching, DC4 ~ 20ma, DC0 ~ 20ma, MV/℃, DC0 ~ 1V (Optional 0 ~ 5V/0 to 10V) |
2m | INGAAS | 1.95-2.6 μm | 2,000mm |
Accuracy guarantee minimum temperature + 50 ° C less than 3 ° C or less, + 100 ° C less than 1 ° C, below, + 100 ° C or higher: 0.5 ° C or less |
Reset method (selection) Time: 0.01-10s variable Discharge: Time 0.01 to 10s, level 0.2-1.0 |
DC4.7-27V, 0.1a Max, Analog output 0 to 5V; 8-27V / 0-10V; 13-27V |
Output swing width: about ± 4V, communication speed: 4,800,9,600,19,200,38,400,600,600,200 BPS Laser ONOFF output (non -insulation) (valid for PC start setting) |
Setting range: 0.050 ~ 1.000 (setting decomposition No 0.001), With reflective correction function |
± 0.5 % ± 2 ℃ of the measured value |
0.1ms ~ 5s (0 to 95 % analog output) Variable setting with smoothing function (When the internal range is switched, 0.1ms may be added) |
Span: 0.500-2.000, Zero: -50 ~+50 ° C (° f) |
φ12mm | 140-700 ° C | 0-50 ° C (Saving peripheral temperature: -15-70 ° C) /30-85% RH (without condensation) | 1min | 0.0001s |
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TMHX-TAN0260-2000BM01 |
Available upon quote |
Less than 800 ° C: ± 4 ℃, 800-1,200 ° C: ± 0.5 % of the measured values, 1,200-2,000 ° C: ± 1.0 % of measured values |
Green LED aim | Open Drain: DC27V, 0.2A |
Temperature output / laser control output switching, DC4 ~ 20ma, DC0 ~ 20ma, MV/℃, DC0 ~ 1V (Optional 0 ~ 5V/0 to 10V) |
2m | INGAAS | 1.95-2.6 μm | 2,000mm |
Accuracy guarantee minimum temperature + 50 ° C less than 3 ° C or less, + 100 ° C less than 2 ° C or less, + 100 ° C or higher: 1 ° C or less |
Reset method (selection) Time: 0.01-10s variable Discharge: Time 0.01 to 10s, level 0.2-1.0 |
DC4.7-27V, 0.1a Max, Analog output 0 to 5V; 8-27V / 0-10V; 13-27V |
Output swing width: about ± 4V, communication speed: 4,800,9,600,19,200,38,400,600,600,200 BPS Laser ONOFF output (non -insulation) (valid for PC start setting) |
Guarantee range: 0.3 ~ 1.0, Setting range: 0.050 ~ 1.000 (setting decomposition No 0.001), With reflective correction function |
± 0.5 % ± 2 ℃ of the measured value |
0.1ms ~ 5s (0 to 95 % analog output) Variable setting with smoothing function (When the internal range is switched, 0.1ms may be added) |
Span: 0.500-2.000, Zero: -50 ~+50 ° C (° f) |
φ12mm | 260-3,000 ° C | 0-50 ° C (Saving peripheral temperature: -15-70 ° C) /30-85% RH (without condensation) | 1min | 0.0001s |
Click on the part number for more information about each product
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