A&D > Test and Measurement > AD-5635
AD-5635
Infrared thermometer with laser marker AD-5635
PS/C mark certified product | With laser marker
- Instantaneous measurement (response speed approx. 1 second)
- Non-contact, safe and hygienic
- LCD display with backlight
Main uses
- Heat generation and temperature control of machinery, piping equipment, and air conditioning equipment
- Temperature measurement and control in the paint drying process
- Temperature control of asphalt pavement and concrete curing Temperature control of plastic molding and resin products
Heat generation and temperature control of floors and ceilings - Control of fermentation and maturation temperature of foods such as sake, soy sauce, miso, bread
- Temperature control of food (meat, seafood) and temperature during transportation and storage
"Trivia of Radiation Thermometer" document download
You can download a pdf document that summarizes "bits of knowledge about radiation thermometers" posted at the bottom of the page for free.
Additional Links
| type name | standard price | Product code | JAN code |
|---|---|---|---|
| AD-5635 | INR5700 | AD5635 | 4981046156493 |
"Trivia of Radiation Thermometer" document download
You can download a pdf document that summarizes "bits of knowledge about radiation thermometers" posted at the bottom of the page for free.
Limitations on the minimum measuring range (size) of radiation thermometers
A radiation thermometer has a measuring range. If the object to be measured is smaller than the measuring range, an accurate temperature…
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Relationship between radiation thermometer measurement distance and measurement range
The distance to the object to be measured (D: Distance) and the diameter of the measurement range (S:…
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How to choose a radiation thermometer based on its minimum measurement range and D:S ratio
The radiation thermometer that you purchase varies depending on the size of the object and the distance from the object to be measured.
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About emissivity
A radiation thermometer uses an infrared sensor to detect the amount of infrared energy radiated from the surface of a substance, and...
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How to set the emissivity
In order to correctly measure the temperature of the surface of a material with a radiation thermometer, the radiation thermometer must be set according to the emissivity of the material.
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Measurement of air temperature with a radiation thermometer
Is it possible to measure air temperature with a radiation thermometer? From the conclusion, air with a radiation thermometer ...
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Measurement of temperature of water and glass by radiation thermometer
Is it possible to measure the temperature of water/glass with a radiation thermometer? Because water and glass are colorless and transparent...
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Precautions when measuring with a radiation thermometer
When measuring temperature with a radiation thermometer, it is necessary to set the emissivity of the object to be measured correctly, as well as the surrounding environment.
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Water temperature measurement using a radiation thermometer
Have you ever been conscious of the water temperature when fishing? Fish are sensitive to even a 1°C change in water temperature...
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Advantages and disadvantages of contact and non-contact thermometers
Thermometers are broadly divided into two types: non-contact (radiation) thermometers and contact thermometers. Radiation thermometer…
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Temperature measurement during cooking with a radiation thermometer
When cooking deep-fried or stir-fried food, you probably also pay attention to the temperature of the oil and frying pan...
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Temperature measurement during asphalt pavement using a radiation thermometer
In the civil engineering and construction industry, temperature control is required during road construction in order to improve quality and durability.
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Temperature measurement when receiving raw materials in HACCP
When receiving raw materials, it is necessary to check the condition of the ingredients without fail. Corrupt...
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| Measurement Range | -38.0°C to +365°C |
| Minimum Display | 0.1°C |
| Response Speed | About 1 second (90%) |
| Response Wavelength | 5 µm to 14 µm |
| Accuracy (At Ambient Temperature 23°C ±3°C) | ±2.5% or ±2.5℃, whichever is greater (0 to 365℃) ±(2.5+0.05×absolute value of displayed value)℃ (-38 to 0℃) |
| Reproducibility (Repeatability) | 0.2°C for 25°C, 0.8°C for other measurement ranges |
| Emissivity Setting | Select from 0.95 / 0.70 / 0.30 (0.95 when shipped from the factory) |
| Measurement Distance: Measurement Range | Measurement Distance (D): Measurement Range (S) = 12:1 |
| Minimum Measuring Range | Φ23mm |
| Laser Marker | Class 2 (JIS C 6802), laser wavelength 635-660nm, output power less than 1mW (marker off possible) |
| Auto Power Off | About 15 seconds |
| Operating Temperature and Humidity Range | 0 to 50°C, 80% RH or less (no condensation) |
| Battery/Battery Life | 2 AAA batteries / 14 hours or more (alkaline batteries, continuous use) |
| External Dimensions/Mass | 40 (W) x 162 (H) x 115 (L) / Approx. 170g (including batteries) |
| Material | ABS resin (body) |
| Accessories | Battery (for monitor), instruction manual |
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