Maintaining a stable thermal environment is essential for the success of sensitive chemical syntheses and analytical procedures. A Recirculating Chiller provides the consistent cooling power required to protect samples from thermal degradation while ensuring the longevity of expensive laboratory equipment. Whether you are supporting a rotary evaporator or a jacketed reactor, this system delivers the thermal stability your research demands.

Comprehensive Technical Specifications

The following parameters detail the operational ranges and precision engineering integrated into our cooling systems. Each Recirculating Chiller is designed to meet the rigorous demands of continuous industrial and scientific operation.

• Model Number: MSRECL10-5SWISS / MSRECL30-50SWISS / MSRECL40-100SWISS

• Temperature Control Range: -10°C to 20°C / -30°C to 20°C / -40°C to 20°C

• Reservoir Volume Capacity: 5 Liters to 100 Liters depending on configuration

• Temperature Stability Accuracy: ±0.1°C for high-precision applications

• Cooling Capacity at 0°C: 400W to 4500W based on model selection

• Pump Flow Rate Performance: 15L/min to 40L/min

• Pump Lift Height Range: 4 Meters to 12 Meters

• Refrigerant Type: Eco-friendly R404A or R134a

• Control Interface: Intelligent Digital PID Microprocessor Controller

• Safety Features: Over-temperature alarm and compressor delay protection

• Power Requirements: 220V/50Hz or 110V/60Hz options

Solving Common Laboratory Challenges

Struggling with variable sample separation or overheating during long distillation cycles? Many researchers face the frustration of fluctuating tap water temperatures or the excessive noise of standard refrigeration units. Utilizing a high-performance recirculating chiller system eliminates the unpredictability of manual cooling by providing a closed-loop environment that remains constant regardless of ambient lab conditions. If you are experiencing equipment downtime due to scale buildup from tap water, our precision-controlled recirculating chiller unit uses distilled water or specialized coolants to keep your internal fluid paths clean and efficient. Furthermore, the low-noise design ensures that your workspace remains conducive to focus, solving the problem of acoustic pollution in busy facilities.

Key Benefits for Advanced Lab Workflows

The primary benefit of this system is the significant improvement in laboratory safety and resource conservation. Unlike traditional water-cooled setups, the Recirculating Chiller operates on a closed-loop system, drastically reducing water consumption and preventing the risk of laboratory flooding.

Accuracy is enhanced through the advanced PID controller, which monitors and adjusts the compressor output in real-time. This ensures that even during exothermic reactions, the temperature remains within your specified range, protecting the integrity of your results. Efficiency is also a major factor; by providing high-capacity cooling, you can reduce the time required for solvent recovery and condensation. The durability of the stainless steel reservoir and high-quality pump components means you gain a versatile recirculating chiller solution that requires minimal maintenance while providing maximum uptime for your critical projects.

Enhanced Performance and Connectivity

Why compromise on the quality of your cooling when you can upgrade to a system built for the future? This Recirculating Chiller is equipped with an intuitive display that allows for rapid adjustments and clear monitoring of both set and actual temperatures. The compact footprint ensures it fits easily under benches or beside large-scale reactors without obstructing workflow.

Investing in a Recirculating Chiller is an investment in the precision of your science. By controlling the most volatile variable in your lab—temperature—you ensure that every experiment is repeatable and every product is of the highest quality.

Frequently Asked Questions

Is this unit compatible with rotary evaporators?

Yes, the RECL series is specifically designed to provide high-efficiency cooling for condensers in rotary evaporation and vacuum systems.

How often does the coolant need to be changed?

To maintain peak performance, it is recommended to inspect the fluid every six months, though this industrial-grade recirculating chiller solution is built to handle extended run times with high-purity fluids.

What safety protections are included?

The system includes automatic shut-off features for over-pressure, overheating, and sensor failures to protect both the user and the laboratory environment.