Constant Temperature Water Bath ADWB-503

1. Does the Constant Temperature Water Bath ADWB-503 have a timer function?

Yes, the Constant Temperature Water Bath ADWB-503 is equipped with a built-in digital timer that allows users to set durations ranging from 1 to 9999 minutes. This feature is ideal for time-sensitive experiments, enabling precise control over incubation or heating periods. Once the preset time elapses, the unit can automatically stop heating, helping to prevent overheating and improve experiment repeatability.

2. In what ambient conditions does the Constant Temperature Water Bath ADWB-503 operate best?

The Constant Temperature Water Bath ADWB-503 is engineered to perform optimally within an ambient temperature range of 5°C to 40°C. Operating within this range ensures that the unit maintains consistent temperature control and stability during use. This design consideration makes it suitable for most standard laboratory environments, eliminating the need for specialized climate control or additional equipment.

3. What are the power specifications of this Constant Temperature Water Bath ADWB-503?

The Constant Temperature Water Bath ADWB-503 water bath operates on a standard 220V / 50Hz power supply, which is compatible with most laboratory and industrial electrical systems worldwide. It has a power consumption of 500 watts, balancing efficient energy use with effective heating performance. This power rating ensures the unit can quickly reach and maintain the desired temperature while minimizing electricity costs.

4. What are the physical dimensions of the Constant Temperature Water Bath ADWB-503?

The Constant Temperature Water Bath ADWB-503 features an inner chamber with dimensions of 450 × 300 × 100 mm, providing ample space to accommodate multiple samples or larger containers simultaneously. The external size of the unit is 600 × 350 × 210 mm, making it compact enough to fit comfortably on most laboratory benches without occupying excessive workspace. This balance between internal capacity and external footprint ensures the water bath is both practical and efficient for various laboratory environments.

5. Are Constant Temperature Water Bath ADWB-503 center lids removable?

Yes, the Constant Temperature Water Bath ADWB-503 is designed with removable center lids, which provide enhanced flexibility for laboratory use. This feature allows users to easily access samples during experiments or adjust the bath configuration to fit containers of varying sizes and shapes. The removable lids also help minimize heat loss when only part of the bath is in use, improving energy efficiency. Overall, this adaptability supports a wide range of applications and makes the water bath more convenient and user-friendly.

6. What makes a Constant Temperature Water Bath different from a standard water bath?

A Constant Temperature Water Bath offers precise digital or microprocessor-based temperature control, maintaining consistent thermal conditions with minimal fluctuation. Unlike standard water baths, it is specifically designed for critical applications where even minor temperature variations can affect results. This makes it ideal for research, diagnostics, and quality control.

7. Can the Constant Temperature Water Bath be used continuously for extended periods?

Yes, Constant Temperature Water Baths are specifically designed for long-duration and continuous operation. They are equipped with essential safety features such as over-temperature protection, thermal cutoffs, and automatic shut-off systems. These ensure safe, stable performance even during prolonged use, making them ideal for demanding laboratory workflows.

8. What safety features are included in your Constant Temperature Water Bath?

Constant Temperature Water Baths are equipped with multiple safety mechanisms to ensure reliable and secure operation. These include over-temperature protection, low water level alarms, thermal fuse cutoffs, and digital error notifications. Such features safeguard both the user and the samples by preventing overheating, dry running, and system malfunctions, making the equipment suitable for continuous and unattended use in laboratory environments.