Industrial Water Chiller LIC-308

Name: Industrial Water Chiller LIC-308
Brand: Labotemp
SKU: LIC-308
Price: 16729.00 USD
Availability: InStock
Rating: 4.9 (772 reviews)

Labotemp Industrial Water Chiller LIC-308 is a high-capacity cooling system featuring a 100L reservoir and an ultra-low temperature range down to -120°C, engineered for applications that demand precise and stable thermal control. This advanced Air Cooled Industrial chiller integrates a high-efficiency refrigeration system with intelligent microprocessor-based control for accurate temperature regulation. It supports stable coolant flow, consistent circulation pressure, and adjustable flow control, ensuring uniform heat exchange across connected equipment. The system is designed for continuous operation with efficient heat dissipation, optimized power consumption, and a user-friendly digital interface for real-time monitoring of temperature, flow, and system status.

This Industrial Chiller is ideal for demanding applications such as cryogenic research, pharmaceutical processing, advanced chemical reactions, and material testing where maintaining ultra-low and stable temperatures is critical. It seamlessly supports equipment like reactors, rotary evaporators, and vacuum systems, delivering consistent cooling performance. Built-in safety features including overload protection, pressure stability control, and system diagnostics ensure reliable operation while protecting both the equipment and samples in long-duration workflows.

Why Choose Labotemp Industrial Water Chiller LIC-308?
✓ Ultra-low temperature capability: Reliable cooling down to -120°C for critical processes
✓ Stable flow & pressure control: Ensures uniform cooling across applications
✓ Advanced monitoring system: Real-time control for precise and safe operation

$16729

Datasheet

Model : LIC-308 Model	LIC-308
Volume : 100 L Volume	100 L
Temperature Range : -120°C to RT Temperature Range	-120°C to RT
Voltage : 380V 50Hz Voltage	380V 50Hz
Pressure : <0.4 MPa Pressure	<0.4 MPa
Flow : 40 L/min Flow	40 L/min
Lifting Head : 10–12 m Lifting Head	10–12 m
Dimensions (W×D×H) : 1460 × 1200 × 1350 mm Dimensions (W×D×H)	1460 × 1200 × 1350 mm

−120°C Cryogenic Cooling ➤ −120°C Cryogenic Cooling
High circulation capacity of 40 L/min for stable fluid transfer in larger systems ➤ High circulation capacity of 40 L/min for stable fluid transfer in larger systems
Extended lifting head range (10–12 m) supports multi-point and elevated setups ➤ Extended lifting head range (10–12 m) supports multi-point and elevated setups
Large 100L reservoir suitable for continuous and high-load applications ➤ Large 100L reservoir suitable for continuous and high-load applications
Low operating pressure (<0.4 MPa) enhances system safety and durability ➤ Low operating pressure (<0.4 MPa) enhances system safety and durability
380V industrial power compatibility for heavy-duty performance ➤ 380V industrial power compatibility for heavy-duty performance
Optimized cabinet dimensions for efficient space utilization in industrial environments ➤ Optimized cabinet dimensions for efficient space utilization in industrial environments
Designed for integration with high-capacity external equipment and pipelines ➤ Designed for integration with high-capacity external equipment and pipelines
Suitable for long-duration operation with consistent hydraulic performance ➤ Suitable for long-duration operation with consistent hydraulic performance

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 ➤ 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 ➤ Suitable for heat dissipation in analytical instruments, vacuum systems, and GMP labs requiring consistent thermal control and scalable fluid handling