Labotemp Air Cooled Industrial Chiller LIC-302 is a high-performance recirculating cooling system engineered for laboratories and industrial processes that require deeper and more consistent temperature control. As an advanced water chiller, it delivers reliable cooling down to -40°C with a 50L reservoir, making it ideal for applications such as chemical reactors, rotary evaporators, vacuum systems, and analytical instruments. Its closed-loop circulation ensures uniform cooling, helping maintain process accuracy and safeguarding temperature-sensitive samples during continuous operation.
Designed for demanding environments, this industrial chiller combines a high-efficiency air-cooled compressor with a microprocessor-based control system for precise temperature regulation and ease of use. The digital interface allows accurate monitoring, while adjustable circulation flow enhances compatibility with various laboratory setups. Built-in safety features including overload protection, system monitoring, and stable operation control ensure reliable and secure performance. With energy-efficient operation and a durable construction, the LIC-302 is a dependable solution for long-term cooling requirements.
Why Choose Labotemp Industrial Chiller LIC-302?
✓ Stable temperature control: Uniform and precise cooling
✓ Energy-efficient system: Designed for continuous operation
✓ Trusted manufacturer: Labotemp ensures durability and reliability
| No. | Specification | Value |
|---|---|---|
| 1 | Model | LIC-302 |
| 2 | Volume | 50 L |
| 3 | Temperature Range | -40°C to RT |
| 4 | Voltage | 380V |
| 5 | Pressure | <0.4 MPa |
| 6 | Flow | 30 L/min |
| 7 | Lifting Head | 10–12 m |
| 8 | Dimension | 700 × 600 × 980 mm |
LIC-302 is used to supports closed-loop cooling for temperature control of reactors, condensers, and heat exchangers operating down to -20°C. Suitable for continuous circulation in chemical synthesis, pilot-scale processing, and analytical setups. Used in pharma labs, research institutes, and industrial QC for maintaining stable thermal conditions during long-duration experiments.
