Remi SC-10 Plus Stability Chamber ? Precise Temperature and Humidity Control for Medical and Pharmaceutical Use

The Remi SC-10 Plus is a precision stability chamber designed for accurate monitoring and control of temperature and humidity conditions, essential for long-term, intermediate, and accelerated stability studies in pharmaceutical, chemical, and agrochemical industries. It features a spacious internal volume of 280 liters with three adjustable trays, allowing efficient sample storage and organization. The chamber operates within a temperature range of 10°C to 60°C with ±1°C accuracy and humidity control from 40% to 95% RH with ±3% accuracy, using a microprocessor controller coupled with a capacitance-type sensor to ensure stable and reliable environmental conditions.

Constructed with durable stainless steel (304 grade for the outer body and 316 grade for the inner chamber), the SC-10 Plus includes machine-filled CFC-free polyurethane foam insulation for excellent thermal efficiency and uniformity. It incorporates a powerful fan motor for forced air circulation and long-life stainless steel tubular heaters, alongside a hermetically sealed compressor with eco-friendly refrigerant. The unit features a large 4-inch LCD display for direct readout of temperature and humidity, automatic tuning of the controller, battery backup for temperature control, and multiple alarm systems for door open, temperature or humidity deviations, and power failure to ensure sample integrity.

Additional features include a calibration port, remote alarm outputs, data acquisition capability through Centronic interface for printing temperature and humidity records, and optional REMI Datasoft software compliant with USFDA 21 CFR Part 11 guidelines for electronic data management. The chamber design integrates user-friendly elements like a smart door handle with LED closure indication, an auto door closer, and a rounded inner chamber for easy cleaning. The SC-10 Plus reliability and compliance make it an ideal choice for GMP-compliant stability testing environments seeking precise and controlled storage conditions.