The Shanghai Yetuo Wet Ball Black Ball Temperature (WBGT) Index Instrument is a device specifically designed to evaluate the impact of high temperature environments on human thermal stress. Compared to traditional temperature measuring instruments, it can more comprehensively reflect the comprehensive effects of environmental temperature, humidity, and thermal radiation on the human body, helping people scientifically predict heatstroke and heat related cases in very hot environments. The following are the main advantages of the WBGT index meter:

1. Comprehensive measurement that can reflect human thermal stress

Compared to single temperature measurement, WBGT is more scientific. Traditional thermometers can only measure dry bulb temperature (air temperature) and cannot consider the effects of humidity and thermal radiation.

The WBGT index analyzer combines dry bulb temperature (Ta), wet bulb temperature (Tw), and black bulb temperature (Tg) to comprehensively evaluate the effects of environmental temperature, air humidity, and radiant heat on the human body, providing more scientific thermal stress analysis.

Closer to the true human experience

Wet bulb temperature (Tw) reflects air humidity and evaporative cooling capacity. The higher the humidity, the more difficult it is for the human body to sweat and the more susceptible it is to heatstroke.

The temperature of the black sphere (Tg) reflects the influence of solar radiation or heat sources. When the sun is directly shining or the heat radiation is strong, the human body will feel higher heat pressure.

Dry bulb temperature (Ta) represents the basic temperature of the air as a reference.

2. Suitable for various environments and places

Factories and construction sites: help enterprises manage workers' health in high-temperature environments and prevent heatstroke accidents.

Sports training and competitions: Ensure that athletes do not suffer from dehydration, heatstroke, and other issues caused by high temperatures.

Military training: Monitor training conditions under high temperature weather and anticipate thermal stress damage.

Laboratory research: used for high-temperature research to ensure the safety of all experimental personnel.

3. Highly intelligent and easy to operate

Automatically calculate WBGT index without manual conversion

The internal chip can automatically read sensor data and calculate the WBGT index, display the results in real-time, and reduce human calculation errors.

One click operation, simple and easy to use

Simply turn on the device and it will automatically measure the WBGT index, eliminating the need for complex settings and making it suitable for all types of personnel.

Data storage and transmission

The device can store historical data for long-term environmental monitoring and analysis.

Some models support mobile devices, Bluetooth, and Wi Fi connections, making it easy to export data to computers or smartphones.

Support warning function

WBGT an full threshold can be set. When the index exceeds the full range of an, the device will automatically issue an alarm to remind users to take protective measures, such as replenishing water, reducing work intensity, resting, etc.

4. Portable design, suitable for outdoor and mobile monitoring

Small size, light weight, easy to carry

Many WBGT index meters adopt lightweight design, suitable for outdoor carrying, and convenient for quick measurement in different locations.

Low power consumption, long battery life

The device adopts low-power chips, and some models can run continuously for 8-12 hours, suitable for all day monitoring.

Long term use, adaptable to harsh environments

Many models have a fan water dustproof design, which can work stably in outdoor conditions such as humidity, high temperature, and strong winds.

5. Improve work and exercise efficiency, reduce the risk of heatstroke

Advance prevention of high temperature risks to ensure human health

Through WBGT index monitoring, management personnel can develop reasonable daily routines, such as:

(1) Arrange more rest time during high temperature periods

(1) Establish regular water replenishment measures

(3) Set the upper limit of high-temperature working hours

(4) Provide appropriate cooling equipment

(5) Reduce work-related injuries and health damage, and improve work efficiency

In high temperature environments, workers are prone to fatigue, dizziness, and even heatstroke. The WBGT index meter can provide warnings to prevent accidents from occurring.

For high-intensity trainers such as athletes and military personnel, WBGT monitoring can help prevent heat exhaustion, dehydration, heatstroke, and even heat stroke.

Meets all professional standards and reduces legal risks

In industrial and commercial environments, the WBGT index is an important part of occupational health and safety management (OSHA, ISO) standards.

The use of Shanghai Yetuo WBGT index instrument can ensure that enterprises comply with high-temperature operation standards, reduce the risk of occupational diseases and work-related injury compensation.

6. Suitable for scientific research and meteorological monitoring

Data can be used for scientific research

WBGT data is an important research indicator in fields such as climate change, human physiology, and high-temperature operations, and can be used for long-term trend analysis.

Support meteorological and environmental monitoring

Some WBGT index meters can be integrated with meteorological stations and environmental monitoring equipment for regional high temperature warning.

7. Economic efficiency and long-term cost savings

Reduce production losses

Under high temperature conditions, worker efficiency decreases and error rates increase. WBGT monitoring helps optimize work arrangements and reduce production losses.

Reduce equipment damage

In certain environments, high temperatures may cause electronic devices to overheat, and WBGT monitoring can help adjust cooling plans in a timely manner and extend device lifespan.

conclusion

The WBGT index meter plays an important role in various fields such as high-temperature operations, sports training, military heatstroke prevention, meteorological monitoring, and scientific research, thanks to its advantages of precise measurement, wide applicability, intelligent convenience, portability, and comprehensive warning. It can not only prevent heatstroke and ensure the safety of personnel, but also help enterprises and institutions improve efficiency and reduce losses, making it an indispensable measurement tool in high-temperature environments.