Variocool

Versatile circulation chillers

Versatile circulation chillers with cooling capacities from 1.2 kW to 10 kW and a temperature range of -20 to 80 °C. They are ideal for dissipating process heat in laboratory, miniplant, and production environments.

The LAUDA Variocool offers a comprehensive performance range, making it ideal for precise and demanding process temperature control in the moderate temperature range.

Equipment with a variety of pump options and modular expansion capabilities allows for optimized adaptation to evolving process requirements. This includes external temperature control via interface modules.

Features of the versatile circulation chillers:

The versatile circulation chillers stand out with their compact design and broad range of configuration options. They are easy and convenient to operate thanks to a user-friendly color TFT display.

To complement the standard USB port and alarm contact, you can retrofit additional interfaces. You can find them at the front of the device for easy access.

You can adjust the working pressure and flow rate to suit different applications using the integrated bypass and optional pumps. This ensures optimal temperature control and thermostating performance.

Benefits and added value:

• Adjustable bypass for pressure restriction (analogous to pressure display for operating control, adjustable via bypass)
• Filling opening at the top, drain tap at the rear
• Integral programmer with 150 segments, can be divided into 5 programs
• Electronic level indicator and low-level protection alarm
• SmartCool system for energy-saving digital cooling control including automatic compressor control

Working range: 

All models are available in air- or water-cooled versions (W) and come equipped with steerable fixed castors. For the powerful process thermostats in tower design, starting from the VC 5000, sound insulation and outdoor installation options are also available.

Min. working temperature: -20 °C

Max. working temperature: 80 °C

Temperature stability: 0.05 ± K