Comfortable Thermal Manikin

Application

Comfort-oriented thermal human body models have wide applications in various fields, including but not limited to:

Architectural Design: Used to assess the thermal comfort of building interiors and optimize the design of ventilation and air conditioning systems.

Automotive Engineering: Used to assess the thermal comfort of passenger compartments and optimize the design of vehicle air conditioning and ventilation systems.

HVAC System Design: Used to assess and optimize the thermal comfort of buildings and indoor environments, improving energy efficiency.

Environmental Control: Used to predict and control thermal comfort under asymmetric thermal environments, providing personalized thermal demand regulation solutions.

These applications demonstrate the importance of comfort-oriented thermal human body models in improving human comfort and optimizing environmental control.

Standard Test

ISO 15831:2004:Clothing - Physiological effects - Measurement of thermal insulation by means of a thermal manikin

ASTM F1291:Standard Test Method for Measuring the Thermal Insulation of Clothing Using a Heated Manikin

ASTM F2370:Standard Test Method for Measuring the Evaporative Resistance of Clothing Using a Sweating Manikin

ISO 7730:2005:Ergonomics of the thermal environment - Analytical determination and interpretation of thermal comfort using calculation of the PMV and PPD indices and local thermal comfort criteria

Features

1. Purple dolphin model with good thermal conductivity.

2. Dark treatment with the same skin radiation value as human’s . Perfect simulation of human skin;

3.The modular manikin structure, easy to dismantle. Achieving the scene assembly measurement in the narrow space.

4. 11 independent control heating sections with high precision.

5. Heat insulation capacityin each independent heating section. Achieve special test requirements of the human body temperature difference. And the temperature difference up to 3 ℃ in the adjacent section. Easy to disassemble and install due to the 6 detachable joints.

6. Head cable drawing-off way is easy for clothing wear off.

7. 11 internal temperature monitoring segments, 11 external temperature monitoring segments, 11 power output segments, 4 ambient temperature monitoring segments, 2 environmental humidity monitoring segments.

8. PID algorithm combined with fuzzy algorithm to ensure good control accuracy.

9. Four kinds of work modes with automatic conversion and data record function:Constant temperature test, variable temperature test, constant power test, variable power test.

10. The analysis software provides the results of thermal resistance and CLO value.

Built-in thermal comfort evaluation model and the EQT evaluation model, which can analyze the thermal comfort feeling of the human body in the closed environment and the non-uniform thermal environment. And the thermal comfort value is quantifiable.

11. Anti-leakage safety protection device with the function of overrun alarm and overheating automatic power off.

Parameters

Parameter	Description
Dimensions	Adult male: 178.5cm height, 90.8cm chest, 73.2cm waist, 99cm hip; Child: 10yo/8yo with 16 sweating zones
Weight	35 kg (adult male)
Temperature Range	-40°C to +50°C (with cold option), accuracy ±0.1°C
Humidity Range	0-100% RH, accuracy ±3%
Sweating System	0-1000 ml/hr/m² sweating rate, 16 independent zones
Heating/Cooling	Max 1000 W/m² heating, 350 W/m² cooling
Sensors	Thermal sensors for heat flux, pressure sensors for gas flow
Control Software	Pre-programmed software for experiment control, data analysis, and report generation
Data Acquisition	Real-time data collection with processing units and cables
Standards Compliance	ASTM F1291. ISO 15831. EN 342. etc.
Mobility	Adjustable posture (standing, walking, sitting, lying), detachable waist
Power Supply	Rechargeable batteries, 208-265 VAC power input
Additional Features	Thermal signature simulation, voice box for training, uniform weight distribution

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