Recirculating Chillers LRC-L16

Introduction

Recirculating Chillers operates within a wide temperature range, ensuring compatibility with temperature-sensitive setups. Its rotatable circulation nozzle supports flexible alignment with external lab equipment. The built-in compressor delay feature helps prevent mechanical wear and extends component life by reducing the impact of frequent restarts. Our Chillers supports rotary evaporators and analysers as a stable cooling source.

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 Chillers serves as a reliable external cooling source for various laboratory instruments. This compact chiller is particularly suited for pairing with rotary evaporators and analysers, offering steady thermal control during extended operations.

Specifications

Working Temperature Range	-15~25 °C
Ambient Temperature	5 to 35°C
Temperature stability	±2 °C
Cooling method	Air cooling
Cooling capacity at 0 °C	400 W
Refrigerant	R134A
Protection grade	IP20
Rated pump pressure	0.2 bar
Pump flow rate	17 L/min
Outer circulation interface	ODΦ10 Pagoda type
Reservoir capacity	3 L
Power Consumption	450 W
Power supply	220–240 V~, 50 Hz
Dimensions (W × D × H)	260 × 410 × 550 mm
Net Weight	26 kg

Features

Corrosion-resistant internal tubing

Silent operation compressor unit

Low-maintenance system design

Leak-proof fluid enclosure

Foam-insulated fluid chamber

FAQs

1. Can Recirculating Chillers be integrated into compact lab setups?

Recirculating Chillers is designed with a small footprint and rotatable circulation nozzle, making it suitable for tight bench spaces. Its adaptable structure allows users to align it closely with small rotary evaporators or analyzers. This feature prevents space conflicts in crowded environments. Integration with vertical or side-mounted setups becomes easier without reconfiguring the entire workspace. Users working in constrained environments can benefit from its space-saving orientation. The physical design focuses on mobility without sacrificing functionality. Equipment layout changes can be accommodated without disconnecting hoses. This makes it an ideal fit for dynamic lab configurations.

2. Is Recirculating Chillers suitable for prolonged operation in busy labs?

Recirculating Chillers features compressor delay start and overload safeguards, enabling stable use throughout extended operations. These protections reduce mechanical strain during frequent start-stop cycles often seen in long-duration lab processes. By controlling the cooling cycle's response time, component wear is minimized. Labs operating continuously can depend on this reliability to avoid mid-process breakdowns. Consistent system readiness is especially useful when paired with analysers or multi-stage evaporation systems. The unit prevents thermal shocks during restarts. Its internal protection design supports round-the-clock performance. Operational continuity is prioritized without requiring frequent oversight.

3. Does Recirculating Chillers offer flexibility when connecting to different equipment?

Recirculating Chillers comes with a 360° rotatable circulation outlet, allowing diverse alignment options during equipment setup. Whether connecting to top-loading or side-inlet systems, the nozzle positioning ensures adaptability across instruments. This feature eliminates the need for angled tubing or bending joints. Compatibility with various device orientations simplifies installation. Tubing arrangements stay secure and stress-free even when repositioned. Technicians can switch connections between different lab modules without hardware changes. It supports workflows involving interchangeable glassware systems. Setup time and equipment movement are significantly reduced as a result.

4. How does Recirculating Chillers support rotary evaporation applications specifically?

The Recirculating Chillers is built to support rotary evaporators by providing consistent low-temperature coolant output during evaporation cycles. This helps control vapour condensation efficiency without requiring recalibration of external devices. Sudden temperature jumps that affect distillation yields are avoided. Its output maintains enough cooling to stabilize sensitive evaporative operations. Users processing volatile solvents benefit from its dependable thermal backing. Its compatibility extends beyond evaporation and supports similar cooling-demanding tasks. The chiller remains responsive during peak solvent recovery stages. This ensures that product integrity is maintained throughout.

5. What makes Recirculating Chillers a durable choice for lab users?

The Recirculating Chillers includes layered protection mechanisms like thermal overload control, enhancing its operational lifespan. This design limits exposure to stress conditions that typically damage cooling equipment over time. The chiller is shielded from voltage surges or inconsistent electrical input, often encountered in shared power environments. Hardware fatigue is slowed down due to controlled startup routines. Extended use doesn’t translate to frequent part replacement. Lab users looking for long-term reliability benefit from its self-protective features. Its robust housing and safeguarded internal circuits support year-round usage. Downtime due to internal failures is significantly minimized.