Newton thermal manikin
A thermal manikin of an average human body shapi is used for assessment of thermal comfort of indivuduals both indoors and outdoors, and for assessment of thermal insulation properties of clothing or other equipment for sport or work activities.
The thermal manikin of an average human body shape capable of limbs positioning (motion of shoulders, elbows, knees and ankles) is employed for assessment of thermal comfort of individuals both indoors and outdoors (e.g. buildings, vehicle cabins). It can also be used to assess thermal insulation properties of clothing and equipment for sport or work activities. The manikin can be used to measure heat losses due to convection, radiation and conduction over 34 heated zones (face, head, chest, abdomen, back, arms, forearms, hands, hips, thighs, calves and feet); based on these values the total heat loss of the entire body can be obtained. The manikin is also provided with an adjustable breathing system (various inhalation and exhalation flow rates through either mouth or nose or both) and with filters, which allow to monitor a composition of the inhaled particles.
- Average human body shape
- Operating temperature range from -20 to +50 °C
- 34 independently controlled zones
- 34 independently measured zones - surface temperature, heat flux
- Two air temperature sensors
- Relative humidity sensor
- Air speed sensor
- Breathing system
- Filter for monitoring of inhaled particles
Thermal comfort measurement - Inside vehicle cabins and building interiors a precise control of environmental parameters. The aim of measurements is to reveal the areas where draught or other causes can lead to thermal discomfort..
Assessment of thermal resistance - It is necessary to verify thermal insulation capability of clothing or equipment for sport or working activities. The measurement values obtained can be further used for optimisation and CFD modelling of ventilation or air-conditioning systems in vehicle cabins and building interiors.
Ing. Jan Fišer, Ph.D., phone : +420 54114 3242, email: fiser@fmevutbrcz