Climatic cycling chambers for temperature and humidity testing
Climatic chambers for environmental research quickly help users achieving all temperature and humidity testing requirements. The cycling climate chamber, manufactured by FDM, provides accurate results for testing in laboratories where products development and materials testing are performed.
The cycling test chamber series is ideal for semiconductor IC devices with varied kinds of electronic and non-electronic components and other applications such as assemblies, concrete, cement, textiles, beauty products and many more.
Climate chamber for environmental testing
The FDM climate chamber is equipped with a programmer. It reproduces the test according to the cycles set by the operator. It also monitors the parameters of temperature and humidity so to create the appropriate test environment.
The chamber also acts as a thermal cycling chamber: the dynamic conditions are, for the CB series, from -25° C to + 70° C, while for the CS series from 0° C to + 70° C.
The ventilation system of the cyclic climatic chamber offers high air flow performances. It provides the right temperature and humidity level for the entire duration of the operation.
The standard development rate of the temperature is approximately 0.1° C; this guarantees a stable temperature fluctuation.
Chambers for thermal cycles are equipped with highly sophisticated sensors, that simulate real conditions for the test. In fact they detect the temperature with a deviation of about 0.1° C.
Features of the revoFACE programmer
RevoFACE programmer; with the touch programmer it is possible to perform an infinite number of tests. It is standard equipped with 1 program and 20 segments, but optionally it is possible to implement it up to 50 programs and 200 segments.
Control humidity – Main features
The humidity sensor of the FDM cycling test chamber for thermal and climatic tests uses a technologically advanced module, that provides a constant and precise sampling of the values. Humidity has a range of 10-98% with a deviation of ≤ 3 ±% RH