Used FROM30 Apro 3700R-FMH #9302245 for sale

FROM30 Apro 3700R-FMH is a state-of-the-art, digitally controlled environmental chamber designed for testing a variety of components, products and materials in controlled combination of temperature and humidity. The temperature range is between -15°C and +150°C (or 5¬°C and 80°C for humidity tests), with time-programmable modes for setting separate variables of temperature and humidity. The automatic control equipment of Apro 3700R-FMH maintains the desired temperature accurately by modulating the electrical current applied to two high-precision heating elements, which are independent from each other. This allows testing of components at various temperatures simultaneously without introducing additional thermal stress onto the specimen, thus providing higher reliability for measurements. The heating elements are independently controlled, ensuring that the exact temperature is kept as set by the user. The digital humidity control system features a steam generator that is regulated by a PID controller, which allows FROM30 Apro 3700R-FMH to offer a wide range of relative humidity between 5 and 95%. The humidity is controlled accurately and precisely with a minimum hysteresis of 2%. Additionally, the humidity unit is equipped with a low-level water sensor to ensure the safety of the generator from overheating or over drying. Apro 3700R-FMH is designed with an ergonomic and user-friendly interface. The chamber features an LCD screen and keypad for easy operation. It also supports external input/output signals; data logging is provided with optional software for recording measurements over time. FROM30 Apro 3700R-FMH is enclosed in a stainless steel cabinet, and is certified for work safety standards. The cabinet is made of stainless steel sheet with perforation holes to provide ventilation, equipped with safety locks for operator safety and maximum temperature limit. A highly efficient heat exchanging machine, 3-stage air cooling technology, and powerful 3D air circulation ensure uniform temperature across the test zone.