We offer analysis of Briza convector with casing in ceiling mounted position. The focus of analysis is convector's impact to thermal comfort. Following your request  we will use particle image velocimetry (PIV) to investigate air flow patterns around the convector and thermal manikin to define thermal sensation of a human.

According to your specification we provide costs of one experimental state for PIV and manikin.

We offer air flow analysis which include for one state:
1 day of preparation (for a series only once),
1 day of experiment resulting at 6 analysed windows 40 x 70 cm.
4 hours data evaluation and report.

We offer thermal comfort analysis by manikin for one state:
1 day of preparation (for a series only once),
4 hours of experiment including definition of thermal sensation and local discomfort.
4 hours data evaluation and report.

An experimental state is defined by one set of room temperature, water supply/return temperatures, one setting of fan speed and one option of fresh air supply (yes/no).

Limits of our laboratory:
For heating maximum thermal output of convector is 550 W (without fresh air supply), 1000 W (with fresh air supply). 
For cooling maximum cooling output of convector is 650 W (without fresh air supply), 1200 W (with fresh air supply).
