Thermostatic Water Bath LOTB-T410

Introduction

Thermostatic Water Bath features a temperature range of room temperature +5℃ up to 100℃. It has a durable stainless steel tank and a transparent tall cover that allows users to observe their samples. The built-in timing function allows users to set heating durations from 1 minute to 23 hours and 59 minutes. Its safety features include an anti-dry burning mechanism that prevents overheating when water levels are low. Our water bath is used for heating chemical solutions, and biological samples like enzymes and solutions.

This water baths is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Thermostatic Water Bath is suitable for sample incubation, enzyme reactions, and microbiological research where uniform heating is required. It is commonly used in medical, pharmaceutical, and chemical laboratories for precise temperature control.

Specifications

Temperature Range	Room Temperature + 5℃ to 100℃
Temperature Stability	± 1℃
Temperature Display Accuracy	0.1℃
Timer	1 min to 23 h 59 min
Bath Capacity	2 L/3L Flask
Circulation System	Built-in heating pipe
Control Mode	Digital control panel + key
Permissible Temperature	5 to 40℃
Permissible Humidity	80% RH
Power Consumption	800 W
Liner Dimension	200 × 200 × 130 mm
Overall Dimension	260 × 265 × 325 mm
Net weight	3.35 kg
Gross weight	5 kg

Features

Digital control panel

Built-in heating pipe

Corrosion resistant tank

Broad temperature control

Compact design

FAQs

1. What is the temperature range of the Thermostatic Water Bath, and how precise is its temperature control?

Thermostatic Water Bath operates within a temperature range from room temperature plus 5°C (RT + 5°C) up to 100°C. It maintains temperature stability within ±1°C, ensuring consistent conditions for sensitive experiments. The temperature display accuracy is 0.1°C, allowing for precise monitoring and adjustments.

2. What safety features are incorporated into the Thermostatic Water Bath?

Thermostatic Water Bath is equipped with an anti-dry burning mechanism that prevents the unit from overheating when water levels are low. This feature safeguards both the samples and the equipment, reducing the risk of accidents and equipment damage.

3. How is the temperature controlled and monitored on this Thermostatic Water Bath?

Thermostatic Water Bath features a digital control panel with key inputs, allowing users to set and adjust the temperature with precision. The clear digital display provides real-time temperature readings, ensuring accurate monitoring throughout the experiment.

4. Is there a timer function available in the Thermostatic Water Bath?

Yes, our Thermostatic Water Bath includes a built-in timer that can be set from 1 minute up to 23 hours and 59 minutes. This feature enables users to program heating durations according to specific experimental requirements, enhancing workflow efficiency.

5. What materials are used in the construction of the Thermostatic Water Bath, and how does this benefit its performance?

Thermostatic Water Bath is constructed with a corrosion-resistant stainless steel tank, ensuring durability and longevity. This material choice also facilitates easy cleaning and maintenance, which is crucial for maintaining a contamination-free environment in the laboratory.

6. What applications is the Thermostatic Water Bath suitable for?

Thermostatic Water Bath is ideal for a variety of laboratory applications, including sample incubation, enzyme reactions, microbiological research, heating chemical solutions, and preparing biological samples such as enzymes and solutions. Its precise temperature control and uniform heating make it highly suitable for medical, pharmaceutical, and chemical laboratories where consistent and reliable heating is essential.

7. How does the anti-dry burning function work, and why is it important?

The anti-dry burning function is a safety feature that prevents the water bath from operating without sufficient water, which could lead to overheating and potential damage. This mechanism detects low water levels and automatically shuts off the heating element, thereby protecting both the equipment and the samples from heat-related damage.