IC control pro 20 c: a high-precision immersion thermostat for demanding applications
The IC control pro 20 c from IKA is an instrument designed to meet the thermal control needs of modern laboratories. This device combines high-performance technology with ease of use, making it an ideal choice for researchers and technicians who want accurate and reproducible results.
This immersion thermostat is capable of operating in a wide temperature range from -20 °C (with external cooling) to 250 °C, offering maximum flexibility for a variety of applications such as analytical chemistry, biotechnology and industrial processes. Thanks to its sophisticated PID control system, it guarantees exceptional temperature stability of ±0.01 K, which is essential for sensitive experiments.
The device is equipped with a colour TFT display for clear and detailed display of the current parameters. Users benefit from an intuitive interface for setting the temperature and pump speed and accessing the numerous integrated safety functions. These functions include protection against low or high water levels, visual and audible alarms in the event of overheating, and a safety circuit adjustable up to 260°C for reliable operation.
The IC control pro 20 c is "ready to use" with a large-capacity IB 20 pro stainless steel bath, a PT 100.30 temperature sensor, an integrated CC1 cooling coil and other essential accessories. This configuration simplifies installation and allows for quick commissioning in the laboratory.
With an adjustable pressure/suction pump and a maximum flow rate of 26 litres per minute, this device also offers excellent temperature homogeneity in the bath. RS232 and USB interfaces allow easy integration into automated systems or connection to external control software.
Robust and compact, the IC control pro 20 c is designed for continuous operation (100% ON time) in environments with ambient temperatures between 5 and 40°C. Its reliable design and numerous features make it an ideal solution for tasks requiring precision, safety and performance.
