Labotemp Industrial Water Chiller LIC-305 is a high-capacity cooling solution designed for laboratories and industrial processes requiring stable and efficient temperature control. This advanced Air Cooled Industrial chiller delivers reliable cooling down to -30°C with a 100L reservoir, making it ideal for rotary evaporators, reactors, vacuum systems, and large-scale analytical setups. Its recirculating design ensures uniform coolant flow, maintaining consistent thermal conditions and protecting sensitive samples during extended operations.
Engineered for continuous performance, this robust Industrial Chiller integrates a high-efficiency air-cooled compressor with a microprocessor-controlled system for precise temperature regulation and ease of operation. The digital interface allows real-time monitoring, while the system is built to perform under varying environmental conditions. Safety features such as overload protection, system safeguards, and stable operation control enhance reliability and reduce downtime. With energy-efficient operation and a durable structure, this chiller is well-suited for long-term use in demanding laboratory and industrial environments.
Why Choose Labotemp Industrial Water Chiller LIC-305?
✓ High-capacity cooling: 100L system for large-scale applications
✓ Stable temperature control: Reliable cooling down to -30°C
✓ Energy-efficient operation: Optimized for continuous use
| No. | Specification | Value |
|---|---|---|
| 1 | Model | LIC-305 |
| 2 | Volume | 100 L |
| 3 | Temperature Range | -30°C to RT |
| 4 | Voltage | 380V |
| 5 | Pressure | <0.4 MPa |
| 6 | Flow | 40 L/min |
| 7 | Lifting Head | 10–12 m |
| 8 | Dimension | 1100 × 900 × 1100 mm |
| 9 | Gross Weight | 270kg |
| 10 | Package Size | 1190x880x1540mm |
LIC-305 is used for continuous low-temperature circulation in chemical reactors, pilot-scale synthesis, and process cooling where stable flow (40 L/min) and controlled pressure are critical. Suitable for heat dissipation in analytical instruments, vacuum systems, and GMP labs requiring consistent thermal control and scalable fluid handling.
