Tark Thermal Solutions EFC2400-A1-20-BT1 Nextreme™ Eco-Friendly Chiller

Tark Thermal Solutions EFC2400-A1-20-BT1 Nextreme™ Eco-Friendly Chiller (EFC) offers a cost-effective and reliable thermal management solution that is compliant with foreseeable future regulations regarding refrigerant use. This recirculating chiller uses a natural R290 refrigerant to achieve comparable performance while boasting a near-zero Global Warming Potential (GWP) in contrast to conventional Hydrofluorocarbon (HFC) refrigerants. Offering zero Ozone Depletion Potential (ODP), the EFC2400-A1-20-BT1 chiller also reduces energy consumption by up to 50% compared to traditional compressor-based systems. The product employs a variable speed compressor to maintain a high Coefficient of Performance (COP) and reduce system noise during partial load operation.

As part of the Nextreme chiller product line, the EFC chiller offers the same ease of use and low-maintenance design, making it suitable for cooling sensitive electronics in industrial and analytical equipment. This device operates with a universal input voltage range of 200V to 240V at a frequency of 50/60Hz, allowing for global functionality. Typical applications include mass spectrometry, electron microscopes, medical imaging, biotech liquid chromatography, medical lasers, industrial lasers, semiconductor metrology, and semiconductor fabrication.

Features

Reliable performance, environmentally friendly, and economical cooling solution
Semi-closed fluid system:
- Sealed fluid system with a breathable reservoir cap (similar to an automobile)
- This prevents evaporative loss, introduction of bacteria, and the need for components to prevent fluid from draining back into the system when installed below the application

Color touchscreen display:
- Simple user interface and detailed communication of system status without the need for alarm codes or symbols
Optical fluid level switch:
- Fluid level sensing with no moving parts
RS-232 communications:
- Complete control integration of chiller into higher level assembly control system