Huber CC-820: high-precision cooling and heating thermostatic bath
The CC-820 from Huber is a high-performance system for the most demanding temperature control applications, covering an impressive temperature range from -80°C to +100°C. Designed to meet DIN 12876 standards, it combines robustness, reliability and ease of use. Its air-cooled system, which is free of CFCs and HCFCs, uses refrigerants that comply with current environmental regulations. With a temperature stability of 0.02 K, it ensures constant conditions for sensitive industrial and scientific processes.
Intuitive and comprehensive control with Pilot ONE
The CC-820 is equipped with the Pilot ONE controller, a modern control device with a 5.7-inch colour touchscreen and an ergonomic navigation system based on colour-coded icons and menus. It offers quick access to essential functions via a favourites menu and "One-Click" user guidance. USB, Ethernet and RS232 connections allow easy integration into existing systems, with remote control and data transfer options via Spy software. Pilot ONE supports 13 languages, making it easy to deploy in international contexts. In addition, E-grade options extend functionality, offering features such as TAC adaptive control, multi-step programming and precise calibration functions.
Robust construction and reliable performance for all applications
The 17-litre (minimum 15 litres) stainless steel tank offers excellent durability and resistance to intensive laboratory conditions. The integrated variable-speed pump ensures a maximum flow rate of 25 l/min at pressure and 18.5 l/min at suction, guaranteeing efficient fluid circulation. The 3 kW heating power and cooling capacity ranging from 1.2 kW at 100 °C to 0.14 kW at -80 °C ensure fast and precise control.
Safety features, such as adjustable overheating protection, ensure reliable operation in compliance with regulatory requirements. Compact despite its performance, the CC-820 measures 539 x 629 x 1102 mm and weighs 150 kg, making it easy to integrate into a variety of technical environments.