Thermostatic Water Bath NTWB-200 offers a 5L capacity and a single-hole design, suitable for precise heating applications. It supports a temperature range from room temperature +5°C to 100°C for versatile thermal processing. This unit includes a built-in water level sensor to protect against dry burning. It incorporates a unique sealing structure that eliminates the risk of water leakage. Our water bath uses dual digital tube displays to clearly present temperature and timing parameters.
FAQ for Thermostatic Water Bath NTWB-200
1: How does the water level sensor work?
The built-in water level sensor helps prevent dry burning by automatically detecting if the water level is too low. This safety feature ensures that it operates only when there is sufficient water, protecting both the unit and your samples from potential damage.
2: Is it safe to use this Thermostatic Water Bath NTWB-200 for long periods?
Yes, the Thermostatic Water Bath is designed for long-term use with its dry burn prevention and safe temperature control features. The built-in safety mechanisms and leak-proof design ensure reliable performance, even during extended operation.
3: How easy is it to clean the Thermostatic Water Bath NTWB-200?
Cleaning the water bath is simple due to its independent drain valves that allow easy drainage of wastewater. The stainless-steel inner liner and corrosion-resistant materials make it easy to wipe down and maintain over time.
4: Does the Thermostatic Water Bath NTWB-200 have an alarm system for timing and temperature?
Yes, the Thermostatic Water Bath features an audible alarm that alerts you when the set time is complete or when any preset parameters are met. This is a convenient feature that helps you stay on top of your experiments without having to constantly monitor the unit.
5: What materials are the inner and outer parts made of?
The inner liner is made of stainless steel, which is highly durable and resistant to corrosion. The outer shell is made of PC material, which also offers high strength and resistance to damage, ensuring long-lasting performance in demanding environments.
