Application & Function
Advanced Testing Solution for Seat Thermal and Humidity Comfort Evaluation. The Seat Thermal Manikin is specifically designed to evaluate the thermal and humidity comfort of seating systems used in automotive, aerospace, and public transportation applications.
By accurately simulating human heat and sweat transfer, it provides quantitative data for assessing seat comfort performance under controlled environmental conditions.
The Seat Thermal Manikin serves as a precise tool for seat comfort research, material validation, and system optimization.
It is widely used in:
Vehicle seat R&D for passenger cars, trucks, and buses
Aircraft seat thermal environment testing
HVAC performance verification for localized comfort systems
Comparative analysis of seat materials, cushions, and covers
Human thermal comfort simulation in transportation cabins
Standards Compliant
GB/T 29120-2012 — Thermal Manikin Digital Model (Back + Buttocks + Thigh)
ISO 15831 — Clothing Thermal Insulation Measurement Using a Thermal Manikin
ASTM F1291 / F2370 — Standard Test Methods for Evaluating Thermal and Evaporative Resistance
SAE J2234 — Vehicle Seat Thermal Comfort Evaluation
Specifications & Performance
| Parameter | Specification |
|---|---|
| Manikin Model | Digital model based on GB/T 29120-2012 (“Back + Buttocks + Thigh”) |
| Heating Zones | 8 independently controlled heating zones |
| Environmental Sensors | 2 ambient temperature sensors, 1 relative humidity sensor |
| Control System | Electronic signal regulator with software control |
| Sweating System | Water-circulation porous metal skin embedded plate |
| Operating Temperature Range | -20°C to 70°C |
| Maximum Heat Output | 600 W/m² |
| Sweating Rate | 0–1000 ml/(h·m²) |
| Measurement Accuracy | Temperature ±0.1°C; Power ±0.5%; Humidity ±3% |
| Power Supply | 220V / 1N / 50Hz |
| Accessories | Power and control cables |
Product Features
Realistic Human Simulation
Replicates human body heat and moisture exchange with precision for accurate comfort testing.
High-Resolution Multi-Zone Control
Eight independently controlled heating zones ensure detailed temperature mapping across the seat contact areas.
Integrated Sweating System
Uses a porous metal skin with controlled water circulation to simulate perspiration and evaluate seat humidity comfort.
Accurate and Repeatable Measurement
Temperature accuracy within ±0.1°C and humidity within ±3%, ensuring consistent and reliable results.
Easy Integration with Test Environments
Compact design with simple plug-and-play control system; suitable for climate chambers or vehicle-mounted testing setups.
Software-Controlled Automation
Built-in control software for real-time monitoring, data logging, and automatic steady-state detection.
