High And Low Temperature Circulator LHLTC-T2016

Introduction

High and operates from -80 to 200°C making it suitable for processes that demand both heating and cooling. Its pumping lift supports stable circulation across varied system layouts. The unit handles medium reactor volumes fitting well into pilot and research environments. Our High and Low Temperature Circulator is used in reactors fermentation setups and extraction lines requiring consistent thermal control.

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

Applications

High and Low Temperature Circulator is used to deliver both heating and cooling functions for systems requiring controlled thermal environments. This makes it suitable for regulating temperature in reactors, fermentation vessels, and extraction setups during lab-scale or pilot-stage processes.

Specifications

Working Temperature Range	-80 to 200°C
Ambient Temperature	5 to 35°C
Relative Humidity	Less than or equal to 70%
Temperature Control Accuracy	±1°
Temperature Sensor	PT100
Circulating Pump Pressure	Less than or equal to 0.4 MPa
Circulating Pump Lift	4 to 6 m
Max. Reactor Volume Can Be Matched	10 L
External Input	External Sensor Port
Cooling Capacity	6972 W
Heating Power	3000 W
Compressor Power	2205 W
Circulating Pump Power	100 W
Power Consumption	7510 W
Power Supply	Single Phase 220V / 50Hz
Dimensions (W × D × H)	804 × 703 × 900 mm
Net Weight	170 kg

Features

Adaptive load balancing control

Flow disturbance suppression design

Vertical chamber cooling path

Multi-device hookup readiness

Cycle-interrupt prevention mechanism

FAQs

1. Does the High and Low Temperature Circulator require separate machines for heating and cooling tasks?

The High and Low Temperature Circulator eliminates the need for two systems by managing both heating and cooling within a single unit. There’s no switching of hardware or manual change in piping required during operation. Internal systems handle transitions automatically based on temperature demands. This setup reduces equipment clutter and simplifies lab organization. It is especially useful for alternating tasks that demand both heat and cold within the same session. Researchers can avoid setup delays when switching between phases. The unit supports continuous operation through both functions. It’s ideal for labs with time-sensitive workflows.

2. Will the High and Low Temperature Circulator interfere with other temperature equipment nearby?

High and Low Temperature Circulator is designed to operate without radiating unwanted thermal energy into its surroundings. Its structure directs heating and cooling flow only through connected lines. Other devices in close proximity remain unaffected during its operation. This makes it suitable for labs where multiple temperature-based systems run simultaneously. Thermal insulation reduces the chance of hot or cold zones forming externally. It supports safe placement near sensitive instrumentation. The unit allows efficient use of tight workspace. Researchers can integrate it into packed environments without concern.

3. Can the High and Low Temperature Circulator be moved during active research use?

The High and Low Temperature Circulator includes mobility features for flexible placement but is not meant to be moved while running. Its operation depends on stable positioning and uninterrupted fluid connections. Repositioning during active cycles may disrupt flow or pressure balance. It is better suited for project-based movement between tasks rather than dynamic relocation. Once installed, it performs consistently in one position. Labs benefit from its ability to relocate between trials. However, continuous shifting is not part of its intended function. It supports modular lab planning, not mobile operation.

4. Does the High and Low Temperature Circulator need downtime between heating and cooling cycles?

High and Low Temperature Circulator switches between heating and cooling without requiring reset time or idle periods. This internal transition occurs seamlessly within the system’s flow management logic. It’s well-suited for experiments involving sudden thermal changes or rapid phase transitions. Researchers can progress through cycles without interruption. This helps maintain reaction timing and data accuracy. It avoids performance lags between temperature shifts. Process continuity remains intact throughout alternating phases. Labs can rely on it for uninterrupted multi-stage testing.

5. How does the High and Low Temperature Circulator prevent disruption in sensitive dispensing lines?

High and Low Temperature Circulator maintains a steady circulation pattern that avoids thermal surges during dispensing. This is important for systems where consistent product flow is essential, such as dosing or filling units. Its thermal control supports ingredient stability throughout the line. Temperature does not spike during slow-downs or pauses in dispensing. This results in better batch uniformity. The unit is ideal for pharmaceutical or liquid food testing lines. It supports continuous operation across variable speeds. It keeps process flow thermally balanced across the entire run.

6. Will the High and Low Temperature Circulator perform well with temperature-sensitive plant extracts?

High and Low Temperature Circulator provides smooth thermal transitions that are critical when working with sensitive plant-based materials. It avoids overheating or rapid cooling that might alter extract integrity. This control supports consistent outcomes in supplement development or herbal beverage testing. Flow stays stable across extended runs. It keeps bioactive components from degrading due to unstable temperature shifts. The unit helps preserve formulation quality throughout production. It fits well into natural product research settings. Labs benefit from its ability to support delicate thermal applications.