LAUDA Chiller LOOP 250

Introducing the LAUDA LOOP 250, a compact circulation thermostat designed for precise and constant temperature applications ranging from 4° to 80°C. After two years of intensive R&D, LAUDA has revolutionized Peltier technology, leading to this new, unparalleled thermoelectric circulation thermostat. The industry's positive feedback highlights its location-independent, space-saving, and eco-friendly design catering to the needs of modern-day workflows demanding flexibility and versatility. Ideal for a variety of applications, it provides a practical and lightweight solution.

Available in two versions, LOOP 100 and LOOP 250, which are air-cooled devices offering cooling capacities of 120 and 250 Watts respectively, and a heating power of 0.2 and 0.4 kW. These devices focus on efficiently maintaining constant temperatures with minimal energy consumption, excelling particularly in part load operation.

Key features include a compact size and low weight, refrigerant-free temperature control using Peltier technology, electrically adjustable fan, and exceptional energy efficiency. With a 3-button control featuring an OLED display, it supports voltages of 100-240V at 50/60Hz and includes an RS 232 interface as a standard feature. Its operation is remarkably quiet with imperceptible vibrations, enhanced by under and over temperature alarms for safety.

Applications span a wide array, from refractometers, polarimeters, and micro reactors to climatic chambers, battery tests, and stress tests, among others.

Accessories include nozzles for pump connections, complemented with a simple control panel featuring a large TFT display for easy navigation. The tank cover is elegantly integrated into the structure to prevent exposure when not in use, and the back panel includes RS232 serial connections along with pump inlet and outlet connections.

For assistance, do not hesitate to reach out to our LAUDA product expert to help select the ideal model for your laboratory needs or to design a tailor-made solution.