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Heat Stroke Checker [WBGT-203A/213AN]
This device can measure by sensing the temperature difference resulting between the sides of flat, thermally conductive surface when heat flow (heat energy) passes through it.
As shown in the figure, a thin plate with a thermal conductivity of λ(W/mK or kcal/mh°C) and a thickness of d (m) is placed in contact with a heat radiating surface, a heat flow (W/m2, kcal/m2h) which goes through the thin plate after it reaches equilibrium can be found by the following method:
Q＝（λ/d）・⊿T
Where ΔT = Temperature difference between two sides of the thin plate, and λ and d are known values, Q can be found by measuring ΔT
The heat flow sensor is made of a thin material with a low thermal conductivity, and its differential thermocouple has multiple contacts to improve its overall sensitivity.
Heat Stroke Checker [WBGT-203A/213AN]
Features
- It is easy to carry and use.
- For “quick ‘At site’ WBGT index measurement,” “solution with low initial cost,” But “with high reliability.”
- It is the simple and high cost performance model suites for widespread use.
- The high reliability is confirmed by many associations and organizetions.
- WBGT-index shows the criterion of heat stress warning specified by Japan Athletic Society in order to prevent heat stroke.
specifications
| Type and Model Name | WBGT-203A/213AN Heat Stroke Checker | ||||||||||||
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| Power Source | 2 AAA dry cells | ||||||||||||
| Weight | Approx. 115g (includes batteries) |
Manufacturers
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Document
Heat Stroke Checker [WBGT-203A/213AN]
Industries
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Methods
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