Low-High Temperature Circulating Bath NLHTB-101 offers a wide temperature range from –30°C to 100°C, enabling thermal applications. It has a 5 L capacity, suitable for small to medium-scale lab needs. This unit allows external temperature control using a movable PT100 sensor for precise monitoring. It delivers a circulation flow rate of 22 L/min to ensure efficient fluid movement. Our bath includes a waterproof control panel designed for long-term durability and ease of operation.
FAQ for Low-High Temperature Circulating Bath NLHTB-101
1: Is the Low-High Temperature Circulating Bath NLHTB-101 made of durable materials?
Yes, the chamber and cooling coils are made from corrosion-resistant SUS 304 stainless steel. This prevents rust even during continuous long-term operation.
2: Is the Low-High Temperature Circulating Bath NLHTB-101 energy-efficient during operation?
Yes, our Low-High Temperature Circulating Bath incorporates a high-efficiency compressor and intelligent PID control, which together optimize energy use. This results in lower power consumption and consistent temperature stability during long-term use.
3: Can the Low-High Temperature Circulating Bath operate after an accidental power outage?
Yes, the Low-High Temperature Circulating Bath provides three restart modes for different scenarios. You can choose whether the unit stays off, resumes with adjustable settings, or resumes with locked settings once power returns.
4: How often should the Low-High Temperature Circulating Bath NLHTB-101 be cleaned?
It is recommended to clean the bath chamber and internal parts every 2–4 weeks, depending on usage frequency. Regular cleaning helps maintain temperature accuracy and prevents the buildup of contaminants or corrosion.
5: What should I do if an alarm sounds?
When an alarm activates, check the display for the error code. Most common issues are low fluid level or temperature limit exceedance—both can be resolved by refilling or adjusting settings.
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.
