Warm body sweating dummy

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This dummy can test detailed data systems, and the dummy itself does not have fingers or face. The dummy has higher strength, with nearly 700m of pure nickel wire placed from the fingers to the nasal cavity inside the dummy. The independent intelligent circuit ensures the accuracy of the measurement process. The internal circuits in each section ensure measurement accuracy, and the built-in thermal conductivity system ensures good uniformity. At the same time, the dummy can be divided into two parts, making it easy to transport.

Product Description:

In addition to dissipating heat to the surrounding environment through conduction, convection, and radiation, the human body also loses heat through the evaporation of sweat on the surface of the skin. If water vapor can spread to the surrounding environment through the clothing system in a timely manner, people will feel comfortable. If clothing obstructs the passage of water vapor, causing an increase in humidity in the microclimate between the human skin and clothing, water vapor will accumulate to a certain extent and condense into water, making people feel uncomfortable. When the human body engages in intense activities or is in a hot environment, the evaporation of sweat becomes an important way for the body to dissipate heat, which requires clothing to have sufficient water vapor transmission capacity. It can be seen from this that it is necessary to accurately test the evaporation resistance of clothing in order to make a comprehensive evaluation of the heat and moisture transfer performance of clothing.

The warm dummy system device is applied to:

Building thermal ventilation and air conditioning, comfort in aircraft and vehicles, thermal resistance testing of various clothing, research on wet and sports clothing, analysis of the impact of cold and warm rooms on the human body, high and low temperature environments, such as special fire experimental environments.

1. Building thermal ventilation and air conditioning.

2. Evaluation of aircraft and cars.

3. Thermal resistance testing of various types of clothing.

4. Research on wet clothing and sportswear.

5. Analysis of the impact of cold and warm rooms on the human body.

6. In high and low temperature environments, such as special fire experimental environments.

The main characteristics of the warm body dummy are:

The human body model of a warm body dummy is divided into 17 anatomical segments, including the head, torso, and limbs. Each segment has insulated and fine tuned heaters in each segment, and constant power control can achieve surface heating and constant temperature control.

In the control software section, various measurement data and records can be processed and statistically processed, including the internal heat of the human body model, the temperature insulation performance of the clothing, and the surface temperature evaluation and heat dissipation value calculation of the human body model.

3. When making the human body model of a warm mannequin, resin with small heat capacity is used, which can quickly handle the thermal response and heat exchange process of the human body model.

4. The thermal nickel wire sensor, connected to the entire system, can measure the average temperature with good sensitivity in each section.

5. The joints, shoulders, and knees can be bent and changed to standing or sitting positions, making it easy to remove clothes.

6. The warm body dummy system comes standard with a lifting bracket for the human body model, which can easily move the human body model.

Product features:

The thermal human body model system (warm sweating dummy) is used to evaluate the overall thermal and humidity comfort of clothing, providing accurate and effective experimental data for the study of mine thermal hazard protection technology and the analysis and identification of metal and non-metal mine thermal hazard accidents.

Compliant with standards:

ISO15831, ASTMF2370-05, ASTMF2371-05, EN13537, EN342 and other standards.

Product parameters:

The body shape and size conform to the physiological and anatomical characteristics of the human body;

1. Model size: The model represents the average height of Asian males.

2. Standard measurement area: 22 independent control thermal energy area

3. Section area: Head -1391cm2, chest -1880cm2, back -1780cm2, abdomen and buttocks -1808cm2, thighs -1696cm2 x 2, calves -1203cm2, feet -572cm2 x 2, arms -4cm2 x 2

4. Connection: There are seams at the shoulder, hip, knee, elbow, and ankle joints

5. Weighing approximately 30 kilograms

6. Standard clothing size M;

7. Center temperature variation range: 37 plusmn; 0.1 ℃.

8. The whole body heating wires and wired temperature and humidity sensors (including 18 temperature sensors and 18 humidity sensors) can accurately control and measure skin temperature. The accuracy of temperature sensors is plusmn; 0.1 ℃, and the accuracy of humidity sensors is plusmn; 3%

9. Under normal circumstances, the maximum heating power is 1200W/㎡ (dry and wet state);

10. It can also be used in wet skin conditions;

11. Environmental requirements for use: temperature -50 to 150 ℃, humidity 0 to 100%;

Temperature system:

1. Range: 0-55 ℃

2. # Accuracy: plusmn; 0.1 ℃

3. System default: 37 ℃

4. Maximum temperature difference between adjacent areas: 3 ℃

5. Standard temperature measurement area: 22 independent control thermal energy area

6. Heating method: hot plate type (uniform and stable) or extremely stable electric heating wire

7. Measurement method: Wired sensor measurement, penetrating below 0.5mm deep into the skin surface, protected by high conductivity fine epoxy copper.

8. Control method: Independent electronic control within the human body to ensure precise maintenance;

Sweating system:

1. Sweating method: detachable fabric skin layer

2. # Humidity: Control accuracy plusmn; 3%, resolution 0.1%

3. Sweating rate: custom, adjustable

4. Sweat preheating: built-in

5. Sweating volume: 0-600g/m2? H

Monitoring system:

1. Including one computer, software control system, and monitoring system

2. Computer control analysis software can control and monitor the normal operation of the above components in real time, collect data, further calculate, and display test results in real time (clothing thermal resistance value, clothing moisture resistance value, clothing moisture permeability, clothing clo value, etc.), provide data analysis, data storage, and printing output functions; The analysis software provides results such as thermal resistance value, wet resistance value, Cro value, and moisture permeability; The measurable indicators of the entire system include: dynamic (static) thermal resistance value and humidity resistance value, and dynamic storage and reproduction of process parameters such as temperature, humidity, power, water circulation, and sweat output.