Thermostatic Water Bath NTWB-202 features a capacity of 2L, allowing it to handle substantial water volumes. It uses stainless steel and PC materials on water-contact surfaces for corrosion resistance. This unit offers a temperature range from RT +5°C to 100°C, with an accuracy of ±0.5°C. It is equipped with a microcomputer program for PID automatic temperature control. Our water bath includes independent drain valves, allowing for efficient draining of water.
FAQ for Thermostatic Water Bath NTWB-202
1: How is the temperature controlled in Thermostatic Water Bath NTWB-202?
The Thermostatic Water Bath uses a PID microcomputer program for automatic temperature control, which ensures the water bath maintains a uniform and precise temperature throughout the process. This feature is particularly useful for experiments requiring consistent and accurate temperature settings.
2: How does the safety feature work?
The Thermostatic Water Bath includes a built-in water level sensor to prevent dry burning. This safety feature ensures that it will not operate without adequate water levels, protecting both the instrument and the user from potential damage or hazards.
3: Is there any maintenance required?
The Thermostatic Water Bath requires minimal maintenance due to its durable construction and corrosion-resistant materials. However, periodic cleaning and draining of water are recommended to ensure the instrument continues to operate efficiently and maintain its longevity.
4: How does the independent drain valve of the Thermostatic Water Bath NTWB-202 work?
The independent drain valves are designed to make cleaning and water disposal easy. After using the water bath, you can quickly drain the water from each tank independently, preventing cross-contamination and ensuring cleanliness for future experiments.
5: Does the Thermostatic Water Bath NTWB-202 come with an alarm system?
Yes, it includes a beep alarm prompt function that alerts you when the set temperature or time parameters are reached. This feature helps avoid overheating or time lapses, ensuring that experiments are completed safely and accurately.
