High Temperature Circulator LHTCR-T2012

Introduction

High Temperature Circulator operates from ambient to 200°C, enabling stable performance for fluid heating applications. Its corrosion-resistant interior ensures long-term compatibility with various heat transfer fluids. The built-in filtration system helps prevent blockages, maintaining uninterrupted circulation. Our circulator supports reactor heating, fermentation, and thermal regulation in lab and pilot-scale setups.

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 Temperature Circulator functions to maintain stable thermal output across laboratory and pilot-scale systems. This supports controlled heat circulation in reactors, fermentation tanks, and other equipment requiring consistent fluid heating.

Specifications

Working Temperature Range	RT to 200°C
Temperature Control Accuracy	±1°C
Reservoir Volume	10 L
Heating Power	3000 W
Lift	15 m
Inlet/Outlet Size	12.7 mm
Flow Rate	30 L/min
Circulating Pump Power	250 W
Power Consumption	3250 W
Power Supply	220V / 50Hz
Dimensions (W × D × H)	460 × 580 × 805 mm

Features

Compact frame for mobility

Stable power load management

Insulated tank wall structure

Wide fluid compatibility range

Tool-free service access

        

FAQs

1. How does High Temperature Circulator ensure thermal safety during extended operations?

High Temperature Circulator is designed with built-in safeguards against overheating, leakage, and overcurrent, ensuring continuous protection throughout extended usage. These mechanisms activate automatically to halt faults before they escalate. This is especially important in lengthy thermal procedures such as fermentation or extraction. The system maintains internal temperature balance even under demanding workloads. You can operate the device with confidence during overnight or unattended cycles. Its protective logic reduces the need for supervision. Downtime is minimized by self-monitoring systems. It helps users meet safety requirements without interrupting processes.

2. Why is High Temperature Circulator preferred for vertically positioned pilot equipment?

The High Temperature Circulator features a powerful circulation system that maintains efficient flow across elevated or multi-tiered equipment layouts. Its internal mechanism ensures uniform heating regardless of vertical distance, making it ideal for tall pilot fermentation tanks or extraction towers. This design eliminates issues with flow loss or thermal delay. Heating stays consistent even when components are positioned on different levels. You don’t need external pumps to assist vertical transfer. Its capacity supports multi-height applications smoothly. It adapts well to complex production structures. Heat delivery remains balanced through every layer of connected systems.

3. What makes High Temperature Circulator reliable for heating delicate biological substances?

High Temperature Circulator ensures smooth and stable heat transfer, avoiding temperature spikes that could damage sensitive materials like enzymes or proteins. Its regulated performance supports work in molecular biology, peptide synthesis, or culture growth systems. Samples remain thermally protected throughout the process. This results in more predictable biological outcomes. The device can support sterile or reactive workflows without disrupting compound integrity. Biological reactions perform reliably under its thermal management. It’s well-suited for labs handling temperature-sensitive substances. Researchers trust its steady environment for demanding bio-based tasks.

4. How does High Temperature Circulator protect its pipeline system from clogging issues?

The High Temperature Circulator includes a built-in filtration feature in the circulation line that prevents particles or residues from blocking the thermal loop. This is particularly helpful during extended use with extracts, solvents, or plant-based liquids. The filter captures impurities before they reach the pump or internal chamber. It keeps fluid flow clean and uninterrupted during sensitive operations. It also protects connected devices from receiving contaminated liquid. Long-term usage results in fewer maintenance disruptions. The feature extends both fluid and machine performance. Consistent circulation is maintained across all applications.

5. How does High Temperature Circulator enhance ease of use for lab technicians?

High Temperature Circulator is equipped with a dual-display touchscreen that simultaneously shows both current and target temperatures, allowing operators to make on-the-fly adjustments confidently. This setup is ideal for labs juggling multiple heating profiles or frequent changes. It simplifies operation and reduces user error. Even those unfamiliar with the model can navigate it efficiently. Tasks like setting cycles or checking temperature logs become quicker. The interface improves usability across all technical levels. It supports rapid training and onboarding. Long-term lab operations benefit from this clarity and accessibility.

6. How does High Temperature Circulator adapt to different temperature control strategies?

It High Temperature Circulator supports external PT100 temperature sensing, allowing users to monitor and regulate temperature at the actual application point rather than only the reservoir. This external feedback ensures thermal consistency across long or insulated piping routes. It’s especially helpful in modular systems where temperature drops can occur between source and destination. Users can fine-tune the system to meet highly specific control demands. Temperature response is based on the target, not just the tank. This ensures the output stays within desired limits. It supports flexible heating approaches across industries.