Remi CHM 28 Plus ? Compact and Reliable Clinical Centrifuge for Precise Laboratory Performance

The Remi CHM 28 PLUS is an advanced humidity chamber designed specifically for precise control and testing in medical and laboratory environments. It has a spacious internal volume of 800 liters, with internal dimensions of 800 x 800 x 1250 mm and external dimensions of 960 x 1370 x 1950 mm, making it suitable for handling a wide range of samples requiring controlled humidity and temperature conditions.

This chamber offers a humidity range of 40% to 95% relative humidity (Rh) with an accuracy of ±3%, and a temperature range from 10°C to 60°C with ±1°C accuracy, controlled by a microprocessor equipped with a capacitance-type sensor for reliable and consistent performance. The body is made of powder-coated CRCA steel externally and stainless steel 304 grade internally, ensuring durability and ease of cleaning for hygienic use. It is insulated with CFC-free polyurethane foam to maintain stable internal conditions while being energy efficient.

The Remi CHM 28 PLUS features a 4-inch attractive TFT LCD display for easy monitoring and operation. It includes intelligent control functions such as automatic tuning, error self-diagnosis, and battery backup for temperature controller to maintain performance during power fluctuations. The chamber also integrates multiple safety and alarm systems, including audio-visual alarms for door open, power failure, and temperature or humidity variation beyond set limits.

Additional user-friendly features include illumination via an 8-watt fluorescent tube, a noise level below 65 dB for quiet operation, and recommended voltage stabilizer VS-07 to ensure smooth electrical operation. The chamber supports extensive data logging capabilities, enabling storage of up to 1000 records with options for connection to external printers and remote alarms.

Overall, the Remi CHM 28 PLUS is a robust, highly accurate humidity chamber tailored for research, pharmaceutical, and industrial testing applications where stringent environmental control is critical for reliable and reproducible resul