High Temperature Circulator LHTCR-T2014

Introduction

High Temperature Circulator operates from room temperature to 200°C, ensuring stable and reliable heat transfer for thermal applications. The built-in circulation system supports steady fluid movement across external setups. Its insulated body reduces heat loss while improving energy efficiency. Our High Temperature Circulator is suited for reactors, pilot-scale production lines, and controlled heating in chemical and biological processes.

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  is designed to provide consistent heating for reactors, pilot plants, and fluid-based systems. This ensures reliable temperature conditions for bioprocessing, chemical reactions, and small-scale production workflows.

Specifications

Working Temperature Range	RT to 200°C
Temperature Control Accuracy	±1°C
Reservoir Volume	15 L
Heating Power	6000 W
Lift	15 m
Inlet/Outlet Size	12.7 mm
Flow Rate	30 L/min
Circulating Pump Power	250 W
Power Consumption	6250 W
Power Supply	220V / 50Hz
Dimensions (W × D × H)	460 × 650 × 935 mm

Features

Stabilized equipment mounting base

Toolless top lid access

Quiet-running circulation enclosure

Wide-range voltage support

Protected internal wiring compartment

FAQs

1. Is the High Temperature Circulator safe to use with temperature-sensitive fluids in complex processes?

High Temperature Circulator is engineered to protect sensitive materials by providing controlled, indirect heating without thermal shock. Its closed-loop system keeps the working fluid isolated, ensuring uniform temperature application without exposing delicate compounds to abrupt thermal shifts. This makes it dependable for fermentation, bio-research, and extraction processes where stability is critical. The internal structure avoids direct contact with heated surfaces, lowering the risk of breakdown or denaturation. It is especially suitable for procedures requiring thermal gentleness over extended periods. The circulator adapts well to varied laboratory fluid types. These design choices ensure consistency during high-integrity thermal applications.

2. Can the High Temperature Circulator be integrated into automated lab workflows?

The High Temperature Circulator supports external connections that allow integration into automation-driven setups. It accommodates temperature probes and feedback systems, making it compatible with broader control platforms in research or industrial environments. This capability lets users adjust heating parameters based on real-time input from other instruments. The circulator communicates effectively without needing manual correction between runs. For labs operating under digital supervision or using programmable logic, this flexibility enhances workflow accuracy. It also reduces response time when thermal changes occur. Such integration makes the unit valuable for controlled experiments and high-throughput processes.

3. Is the High Temperature Circulator a good fit for labs with limited space?

High Temperature Circulator features a vertically compact layout that supports easy placement in space-constrained work areas. Its upright design minimizes floor usage while keeping controls within immediate reach. The housing allows it to be positioned near reaction vessels or tanks without cluttering the bench. Wiring and hose arrangements are kept clean to support multi-equipment setups. Users working in smaller labs benefit from its efficient footprint without sacrificing thermal output. It blends into crowded environments while remaining accessible. The product was designed with lab ergonomics in mind. Compact doesn’t mean limited when it comes to its performance.

4. What advantages does the High Temperature Circulator offer for continuous fluid heating processes?

High Temperature Circulator is tailored for long-running systems that demand consistent thermal flow without interruptions. Its internal circulation design supports even distribution, reducing irregular flow or pressure dips over time. This allows it to be looped into pilot lines, production tanks, or testing units without loss of efficiency. The system is built to avoid thermal fade during repetitive tasks. Even under constant operation, its temperature delivery remains steady across multiple connections. The design limits turbulence and supports backflow control. It is ideal for settings where fluid heating must run uninterrupted for hours.

5. Does the High Temperature Circulator offer on-screen monitoring during live operation?

High Temperature Circulator is equipped with a digital display interface that keeps operators informed of active temperature conditions. It shows both current and target values in real-time, helping users maintain control without pausing the process. The screen remains readable even when the unit is surrounded by other equipment. Its layout is user-friendly, making it easy to identify alerts or status changes quickly. This reduces reliance on secondary sensors or unnecessary checks. Having temperature data always visible improves workflow awareness. It’s especially beneficial during batch work or thermal profiling routines.

6. Is the High Temperature Circulator designed for quick and easy maintenance?

The High Temperature Circulator is built for low-effort servicing in laboratory and pilot settings. It includes an internal filter that protects the flow path from debris, extending the unit’s performance life. Users can access key service points without full disassembly, making periodic cleaning and inspection straightforward. Its structural layout minimizes fluid buildup and allows for safe shutdown procedures. With easy-to-reach components and protected housings, upkeep becomes a simple part of routine operation. These design features lower the risk of unplanned downtime. It suits labs that value reliability and minimal maintenance effort.