Low Temperature Recirculating Chillers LTRC-T2012

Introduction

Low Temperature Recirculating Chillers offers a temperature range from –80°C to 40°C, suitable for ultra-low cooling across various processes. It includes an automatic discharge that removes excess liquid without interrupting circulation. The reinforced outer frame adds stability and allows safe repositioning in lab settings. Our chiller is used for reactor cooling, thermal testing, and process control in pharmaceutical and material science labs.

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

Low Temperature Recirculating Chillers provides steady low-temperature support to external equipment used in scientific and industrial settings. This enables accurate control during reactor cooling, material testing, and thermal cycle simulation processes.

Specifications

Temperature Range	–80°C to 40°C
Temperature Stability	±2°C
Cooling Method	Air cooling
Cooling Capacity at -40 °C	10000 W
Cooling Capacity at -60 °C	6000 W
Cooling Capacity at -80 °C	2500 W
Refrigerant	R404A, R23
Rated Pump Power	1 bar
Rated Pump Flow Rate	30 L/min
Outer Circulation Interface Size	Rc 1/2
Reservoir Capacity	24 L
Protection Grade	IP20
Power Supply	3 to 380 V, 50 Hz
Power Consumption	19300 W
Dimensions (W×D×H)	867 × 1475 × 1598 mm
Packaging Dimensions	1550 ×1020 × 1780 mm
Net Weight	600 kg
Gross Weight	616 Kg

Features

Impact-dampening support structure

Wide-input power handling

Aerodynamically positioned exhaust vents

Shielded cable routing slot

Integrated vibration control buffers

FAQs

1. Can the Low Temperature Recirculating Chillers manage sudden fluid overflow during operation?

Low Temperature Recirculating Chillers includes an automatic overflow discharge mechanism that directs excess liquid out safely without interrupting circulation. This function is especially useful during extended cooling processes where expansion can occur due to fluctuating conditions. Unlike systems that require external draining or user input, this built-in safety ensures continuous operation without risk to surrounding equipment. The design helps avoid spillage in confined lab spaces. It also supports unattended runs without requiring frequent checks. Integrated control prevents reservoir pressure build-up. This makes it ideal for processes that involve varying fluid volumes. Even in high-throughput setups, fluid levels remain consistently regulated.

2. Does the Low Temperature Recirculating Chillers support rugged lab movement and relocation?

Low Temperature Recirculating Chillers is constructed with a durable frame and caster support that allows frequent relocation without internal wear. Its robust chassis absorbs movement-related stress and keeps the internal components stable even when repositioned. This is especially beneficial for laboratories that frequently change layouts or share equipment across multiple zones. Rear locking wheels provide anchoring once the unit is placed. The chiller remains level and vibration-free during operation. Moving the unit does not require disassembly. All connections are accessible from the front or side. It is built to match the needs of dynamic lab environments.

3. What happens if the Low Temperature Recirculating Chillers is exposed to power interruptions?

Low Temperature Recirculating Chillers is equipped with delayed start protection and phase monitoring to avoid damage from sudden power returns. The system waits to verify stable input before resuming operation. This helps prevent compressor stress and reduces system faults in environments with power instability. It also prevents short cycling after voltage flickers. Restart protocols require no user reset. Operation resumes smoothly after internal checks are completed. This feature is valuable in labs that rely on uninterrupted workflows. It maintains chiller safety even when external supply is inconsistent.

4. Is the Low Temperature Recirculating Chillers suitable for reactor cooling below standard ambient conditions?

The Low Temperature Recirculating Chillers is engineered to manage reactor temperatures that fall well below ambient levels, offering deep cooling capabilities for lab synthesis applications. It supports direct jacket cooling of chemical reactors without external water sources. The unit maintains thermal consistency during temperature-sensitive reactions. Its insulation prevents rebound or drift. The chilled fluid remains stable even under load fluctuations. This ensures reliable heat extraction from exothermic systems. It suits labs handling sensitive materials. Cooling performance remains unaffected by room conditions.

5. How is airflow managed in the Low Temperature Recirculating Chillers during continuous use?

It Low Temperature Recirculating Chillers uses split airflow zoning to separate intake and exhaust paths, preventing recycled hot air from interfering with performance. This layout improves cooling stability during long operations. Side and rear vents distribute warm air away from the working zone. As a result, the internal components maintain optimal temperature even under strain. The chiller can be placed near walls without airflow blockage. Fan noise is minimized for lab comfort. Filter access does not require dismantling. It supports daily operation in high-use environments.

6. Is the Low Temperature Recirculating Chillers optimized for tight lab footprints?

Low Temperature Recirculating Chillers is built with a compact upright design that fits narrow lab spaces without sacrificing performance. It reduces floor usage by minimizing rear and side clearance requirements. The vertical structure makes it easy to install in equipment-dense setups. Airflow direction allows flush placement along benches. All ports are front facing for easy access. The stable base ensures safe operation on uneven floors. Its design eliminates the need for repositioning during routine maintenance. This makes it ideal for laboratories with limited layout flexibility.