Recirculating Chillers LRC-L11

Introduction

Recirculating Chiller operates from –20 to 25°C and delivers stable cooling for sensitive systems in labs and industry. Its compressor delay start protects parts from sudden power shifts during repeated use. The built-in overload protection helps minimize equipment stress during extended operation cycles. Our Recirculating Chiller supports cooling in rotary evaporators, bioreactors and analytical units across research and pilot setups.

This laboratory chillers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Recirculating Chiller functions as an external cooling unit for laboratory instruments and pilot-scale systems requiring consistent circulation. That makes it suitable for applications such as bioreactor support, evaporator condenser cooling, and temperature regulation in material testing environments.

Specifications

Temperature Range	–20 to 25°C
Temperature Control Accuracy	±2°C
Ambient Temperature	5 to 35°C
Cooling Method	Air cooling
Cooling Capacity at 0°C	1650 W
Cooling Capacity at –10°C	950 W
Cooling Capacity at –20°C	500 W
Rated Pump Flow Rate	20 L/min
Rated Pump Power	0.4 bar
Outer Circulation Interface Size	Rc 1/2
Reservoir Capacity:	10 L
Protection Grade	IP20
Power Supply	220 to 240 V, 50 Hz
Power Consumption	1280 W
Dimensions (W×D×H)	435 × 690 × 720 mm
Net Weight	70 kg

Features

Shock-dampened structural alignment

Contaminant-blocking air intake

Maintenance-guided diagnostic indicators

Pressure-equalizing expansion buffer

Circuit-stabilized output regulation

FAQs

1. Can the Recirculating Chiller operate reliably in shared laboratory setups?

Recirculating Chiller is suitable for shared lab spaces where multiple teams depend on consistent access to external cooling. Its output remains stable even with shifting workloads, making it dependable across back-to-back tasks. The unit handles variable timing without requiring repeated adjustments. It accommodates frequent use without compromising cooling continuity. Structural insulation also minimizes sound disturbance across nearby stations. chiller fits shared academic, industrial, and collaborative research environments. That adaptability supports busy labs with parallel workflows. This makes it a robust addition to multi-user facilities.

2. Is the Recirculating Chiller suited for limited-space environments?

Recirculating Chiller has a structure built with lab space in mind. Its base layout and frame support stable operation without requiring excess clearance. The footprint allows for easy integration beneath lab benches or alongside processing units. Ventilation is positioned to maximize performance without crowding. The caster setup also supports relocation if workstations are restructured. All access points are designed for front-facing operation to limit unnecessary reach. That makes this chiller ideal for both compact labs and modular pilot plants. The build supports productivity in confined working zones.

3. Can the Recirculating Chiller be used in multi-equipment cooling setups?

The Recirculating Chiller is designed to interface with more than one system simultaneously. The flow output and port access allow it to connect to evaporators, reactors, or thermal testing chambers in parallel configurations. That functionality reduces the need for multiple individual chillers in process labs. It helps consolidate thermal control systems into a single compact footprint. Cooling distribution remains balanced due to optimized internal channelling. chiller also includes fittings that adapt well to variable tubing connections. Multi-station compatibility helps scale lab productivity. It’s particularly useful for test benches supporting mixed instrument loads.

4. How does the Recirculating Chiller ensure safe coolant handling?

The Recirculating Chiller includes built-in safeguards to manage fluid use without spills or contamination. A fully enclosed path limits air exposure, keeping the coolant clean throughout repeated cycles. Drainage and filling points are isolated and easy to access, reducing handling effort. The real-time level monitoring helps avoid overfilling or dry running. Leak-related issues are minimized due to sealing at all fluid interface points. The user does not require constant fluid checks during longer operations. unit simplifies controlled fluid use across standard and specialized lab settings. This makes it better suited for critical applications.

5. Can the Recirculating Chiller be relocated between lab stations easily?

Recirculating Chiller is built with mobility considerations. Its frame includes stable caster wheels that support movement without tipping or leakage. The outer structure absorbs minor bumps without damage during repositioning. Weight distribution helps prevent stress on key components when rolled. Handle placements are aligned with safe lifting zones. Relocation can be done without system disassembly. That makes it ideal for labs where equipment layout shifts frequently. Flexibility in movement extends the chiller’s usefulness beyond permanent installations.

6. Does the Recirculating Chiller provide any fluid safety during long runtime sessions?

Recirculating Chiller includes features that help preserve the integrity of the circulating fluid over extended sessions. The fully enclosed design shields the liquid from environmental exposure that could lead to contamination. Each fluid contact point is designed for resistance to breakdown from repeated cycling. No exposed areas allow vapor escape or fluid degradation. This closed-loop structure supports consistency across continuous runs. The setup is useful in workflows requiring fluid stability over many hours. That protection extends coolant service life. It’s built to support longevity in active lab conditions.