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Low-High Temperature Circulating Bath NLHTB-200

Low-High Temperature Circulating Bath NLHTB-200

Low-High Temperature Circulating Bath NLHTB-200 is designed with an 8-liter capacity suitable for laboratory and testing needs. It operates across a temperature range from -20°C to 100°C, allowing both heating and cooling functions. This unit offers three methods for setting the temperature, providing flexibility in control. It features a single-point calibration function to enhance accuracy. Our bath includes a clear LED display for precise and easy monitoring.


$2,875.00

Catalog

Specifications

Capacity 8 L
Temperature range -20 to 100°C
Temperature fluctuation ±0.05°C
Temperature resolution 0.1°C
Pump flux 12L/min
Power supply 220V
Open dimension 175×145 mm
Overall dimension 415×410×426 mm
Net weight 25 kg
Gross weight 30 kg

Features

  • Waterproof control panel
  • PID control system
  • Stainless steel body
  • Corrosion-resistant tubes
  • High-efficiency compressor
  • RS-232/RS-485 interface
  • Alarm with buzzer
  • Dual safety protection

Applications

  • Low-High Temperature Circulating Bath NLHTB-200 is used for precise temperature control during testing, calibration, and analysis of samples. It is widely applied in research laboratories, industrial quality control, and chemical processing facilities.

Ask Expert

FAQ for Low-High Temperature Circulating Bath NLHTB-200

1: Can the Low-High Temperature Circulating Bath NLHTB-200 be used for external circulation?

Yes, the Low-High Temperature Circulating Bath supports both open and closed external circulation. This makes it suitable for maintaining constant temperatures in external containers like reaction vessels and condenser coils.

2: Is the Low-High Temperature Circulating Bath NLHTB-200 safe to operate continuously?

The Low-High Temperature Circulating Bath has dual safety features—liquid level detection and high/low temperature limit alarms. It stops automatically if the liquid is too low or the temperature exceeds the set limits.

3: What happens if power goes out during operation?

There are three restart modes to choose from: manual start, auto-restart with adjustable settings, and auto-restart with locked settings. This ensures safe recovery after power failures.

4: How often should the liquid be replaced?

It is recommended to check the condition of the bath liquid regularly and replace it every few weeks or sooner if contamination occurs. Using non-combustible, clean fluid ensures optimal performance and safety.

5: How can the Low-High Temperature Circulating Bath NLHTB-200 be cleaned safely?

The stainless-steel bath can be cleaned using a soft cloth and mild detergent. Avoid abrasive materials or strong chemicals that could damage internal surfaces or sensors.

6: Are there different bath sizes or capacities available?

These Low-High Temperature Circulating Baths come in multiple bath capacities to suit different experimental needs. Whether you work with small volumes or require large-capacity applications, there’s a suitable option.

7: How is energy efficiency maintained?

An integrated thermal insulation layer helps minimize heat loss. This not only ensures stable operation but also improves energy efficiency during long-term use.

8: What safety features are included in the Low-High Temperature Circulating Bath?

The Low-High Temperature Circulating Bath includes low liquid level alarms and over-temperature protection for safe and reliable operation. These features help prevent damage and ensure uninterrupted performance.

9: How often should the Low-High Temperature Circulating Bath be cleaned?

Regular cleaning is recommended every 2–4 weeks, depending on usage frequency and the type of fluids used. This helps maintain thermal efficiency and prevents buildup or contamination inside the chamber.


Low-High Temperature Circulating Bath NLHTB-200

Low-High Temperature Circulating Bath NLHTB-200

Related Models Of Low-High Temperature Circulating Bath

Labnics Low-High Temperature Circulating Baths are designed for precise thermal control across a broad temperature range. They ensure stable and accurate temperature regulation through PID temperature control. These units support both open and closed loop circulation for flexible operation. They offer easy operation through an intuitive and user-friendly interface. Our baths minimize heat loss and enhance energy efficiency with an integrated thermal insulation layer.

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