Humidity derived from the thermoregulation can be seen as a body own signal which points towards the perception of too warm heat conditions. At the same time humidity can contribute to a cooler or warmer heat sensation. From a comfort perspective humidity is to be kept ideal.

Out of a co-operation between INSIDE CLIMATE, the University for Applied Sciences, Munich, and the Institute for Applied Ergonomics the SWEATOR-Climate-Assessment been developed.

SWEATOR is a quantitatively reproducible source for humidity and heat simulating the human thermoregulation process. It is available in various test body shapes and thus is highly flexible to be applied to a vast number of ready-made products of day to day life with a human/textile interface.

In combination with the SweatLOG technology the climatic processes may be tracked within various textile layers. Thus SWEATOR is not only capable of investigating single textile layers but whole textile systems and ready-made products on their thermodynamic attributes.

We will be pleased to consult you in detail or provide a best fit offer. Please also ask for our individual fact sheets for the SWEATOR models or visit our website for download www.inside-climate.com.

Our focus is set on the analysis of the actual microclimate development between human and textile. We investigate single textiles but also complex ready-made products and make their climate attributes transparent and ready for optimization.

Occupant based climate measurement and visualization procedures: Climate measurements with humans create qualitative data which is based on authentic thermoregulation processes. We capture and provide this data live and if applicable through visualization. Real data is important once the human moves into focus (e.g. medical sector, professional sports, sleep) but also once the client´s product actively treats heat and humidity developments and the general human reaction on this is of interest (e.g. sweat behavior on actively acclimatized seating systems or technical textiles).

Simulation based climate measurement and test procedures.

Our heat and humidity simulation imitates the human thermoregulation and delivers quantitative and highly reproducible climate data for the mid to long term analysis of product lines. The flexible modelling of the SWEATOR technology also allows the evaluation of ready-made products. Quantitative measurement methodologies offer the derivation of all essential thermodynamic key figures.

We would be pleased to consult you which measurement and test methodologies best fit your needs.

An optimal balance between heat and humidity is a crucial aspect for human comfort. Climate in this light is rather an area related aspect as opposed to punctual. SweatLOG special measurement technology provides insight into the real heat/humidity interaction between human and textile (object) and visualizes the conditions live and almost in real time.

SweatLOG is available for seating areas (SeatView), laying areas (SleepView), head protection (HeadView), and body areas (BodyView). The specialization on various field makes the product highly flexible and precise in its handling and data conduction.

Product features:

• Simple handling
• Highly reliable technology
• Short setup time
• PC independent usage
• Stationary use with PC
• Measurement and visualization of back rest and cushion areas
• USB, CAN interfaces
• Proven technology in various industry sectors (SweatLOG)

Fields of application:

• Climate measurement in all kinds of seating areas
• Detection of heat and humidity transportation within products
• Optimization of heat and ventilation cycles
• Development of intelligent climate algorithms
• Comparison of the climate features of various materials
• Presents a measure of “perceived” heat condition

Further technical specs, sizes, forms or special formats on request at www.inside-climate.com.

Humidity derived from the thermoregulation can be seen as a body own signal which points towards the perception of too warm heat conditions. At the same time humidity can contribute to a cooler or warmer heat sensation. From a comfort perspective humidity is to be kept ideal.

Out of a co-operation between INSIDE CLIMATE, the University for Applied Sciences, Munich, and the Institute for Applied Ergonomics the SWEATOR-Climate-Assessment been developed.

SWEATOR is a quantitatively reproducible source for humidity and heat simulating the human thermoregulation process. It is available in various test body shapes and thus is highly flexible to be applied to a vast number of ready-made products of day to day life with a human/textile interface.

In combination with the SweatLOG technology the climatic processes may be tracked within various textile layers. Thus SWEATOR is not only capable of investigating single textile layers but whole textile systems and ready-made products on their thermodynamic attributes.

We will be pleased to consult you in detail or provide a best fit offer. Please also ask for our individual fact sheets for the SWEATOR models or visit our website for download www.inside-climate.com.