High And Low Temperature Circulator LHLTC-T2023

Introduction

High and operates within a working temperature range of -80 to 200°C and supports both cooling and heating needs. Its compact design fits easily into limited spaces without disrupting nearby equipment. The unit supports external sensor input, allowing responsive control based on process feedback. Our High and and multi-stage synthesis.

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 to external systems during process reactions and temperature-sensitive operations. This supports controlled thermal regulation in applications like bio-fermentation, pilot-scale synthesis, and temperature cycling experiments.

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	20 L
External Input	External Sensor Port
Cooling Capacity	13944 W
Heating Power	4500 W
Compressor Power	4410 W
Circulating Pump Power	100 W
Power Consumption	10510 W
Power Supply	Single Phase 220V / 50Hz
Dimensions (W × D × H)	950 × 650 × 1100 mm
Net Weight	160 kg

Features

Delayed power-off function

Low-fluid level alarm

Dual-stage safety control

Dry-run pump protection

Time-based operation scheduler

FAQs

1. Can the High and Low Temperature Circulator operate reliably during long experimental cycles?

High and Low Temperature Circulator is built to support extended runs without interrupting the temperature control process. It maintains consistent performance through coordinated interaction between its thermal components over long durations. The closed-loop design prevents fluid degradation, supporting long-term use with minimal risk of system stress. It can manage steady output even when thermal demands shift across phases. Protective mechanisms within the system reduce the chance of downtime during back-to-back tasks. The internal functions are tuned to deliver uniform output without needing constant adjustments. This ensures uninterrupted support for reactions or production requiring continuous thermal stability. circulator is ideal for demanding, time-intensive applications.

2. Is the High and Low Temperature Circulator suitable for labs with limited setup space?

The High and Low Temperature Circulator is designed to fit comfortably into compact working environments without interfering with nearby systems. Its form allows installation on lab benches, pilot-scale skids, or equipment stands with limited surface area. Tubing access points are arranged to avoid obstructing workspace flow. Despite its thermal capability, the unit does not impose unnecessary bulk or structural extensions. It provides the flexibility to relocate or reposition based on process layout. Technicians can integrate it into multistage systems without rearranging existing tools. The footprint is engineered for modular and scalable labs. The product adapts well to varied installation conditions.

3. How does the High and Low Temperature Circulator manage reactions with fast thermal changes?

High and Low Temperature Circulator supports fast-reacting processes that require quick thermal response during volatile reaction steps. It adjusts output swiftly by coordinating its internal components when thermal load increases or decreases suddenly. This makes it useful in setups where exothermic or endothermic behavior may shift rapidly. It avoids control lag by staying prepared to switch between heating and cooling cycles as needed. Its internal logic allows corrective response during unstable or transitional phases. The device can be paired with reactive vessels and batch setups. It helps maintain operational flow during thermal spikes or sudden energy demands. unit is engineered for fluid thermal balance under stress.

4. How does the High and Low Temperature Circulator protect sensitive downstream components?

The High and Low Temperature Circulator offers built-in protection layers to safeguard fragile lab and process equipment from thermal or electrical disruptions. It monitors the system for signs of overcurrent, overheating, or fluid drop and responds before these reach external connections. Instead of allowing system shocks to pass downstream, it contains them internally. The liquid pathway is enclosed, limiting exposure and protecting against unintended fluid interaction. Alerts are triggered when intervention is needed to prevent issues. This ensures a stable buffer between the circulator and sensitive devices like calorimeters or fermenters. The product emphasizes operational safety at every contact point. It’s built for integration with delicate systems.

5. What kind of feedback compatibility does the High and Low Temperature Circulator offer?

High and Low Temperature Circulator supports external sensor input, allowing dynamic thermal adjustments based on process conditions. Instead of relying only on internal readings, it allows users to connect sensors placed directly in reaction vessels or fluid paths. This improves responsiveness during applications where internal temperature may not reflect real-time changes. The input helps maintain consistency in experiments with fluctuating external influences. By adjusting based on real process data, the system reduces variability across runs. It improves accuracy during calibration-sensitive phases. The integration is straightforward and requires no additional programming. circulator is well-suited for dynamic, feedback-driven systems.

6. Is the High and Low Temperature Circulator compatible with pharma and food-grade setups?

High and Low Temperature Circulator features a closed fluid circuit and hygiene-conscious construction, making it compatible with cleanroom and regulated environments. It isolates the heat transfer medium from product-contact zones, maintaining process integrity in applications like oral liquid prep or extract filling. The system minimizes the chance of contamination by sealing thermal exchange from ambient air. This makes it useful for sterilized equipment lines in biotech and beverage production. Its surfaces can be wiped down without dismantling connections. It works with sanitary tanks, mixers, and pilot vessels. The product meets expectations in food and pharma-grade temperature control. It supports clean processes with reliable thermal tools.