Low-High Temperature Circulating Bath NLHTB-103 has a 20-liter capacity, providing ample space. It offers a temperature range of -5 to 100°C, making it suitable for various applications. This unit supports external temperature control through a movable PT100 sensor for precise monitoring. It utilizes a high-efficiency compressor to ensure stable and energy-efficient operation. Our bath is constructed using corrosion-resistant SUS 304 stainless steel, ensuring long-term performance.
FAQ for Low-High Temperature Circulating Bath NLHTB-103
1: Does the Low-High Temperature Circulating Bath NLHTB-103 include any safety features?
Yes, our Low-High Temperature Circulating Bath includes dual safety protection systems such as liquid level detection and temperature limit alarms. These features help prevent overheating, dry running, and other common operational issues.
2: What types of circulation can the Low-High Temperature Circulating Bath NLHTB-103 perform?
Our Low-High Temperature Circulating Bath can perform both internal and external circulation, supporting closed systems like reaction vessels or open containers. This makes it versatile for different experimental setups and sample types.
3: Is the operation interface easy to use?
Our Low-High Temperature Circulating Bath features a waterproof control panel with a high-brightness LED display for easy operation. Temperature can be adjusted quickly using step-wise buttons, press-and-hold functions, or direct cursor input.
4: Can the Low-High Temperature Circulating Bath NLHTB-103 resume operation after a power failure?
Yes, the Low-High Temperature Circulating Bath offers three restart modes for flexible recovery after power loss. You can choose whether the system should remain off, resume automatically with setting changes, or resume with locked settings.
5: How often should the Low-High Temperature Circulating Bath be cleaned?
It is recommended to clean the bath regularly, especially after extended use or when switching between different types of samples. Routine cleaning prevents residue buildup and ensures accurate temperature control.
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.
