Constant Temperature And Humidity Incubator LTHI-T2010

Introduction

Constant Temperature and Humidity Incubator a volume of 50 temperature controller that displays both set and actual values. Its internal chamber is made of corrosion-resistant mirror stainless steel and the outer body is treated with electrostatic high-temperature plastic spraying. Our incubator offers water quality analysis and testing, and breeding experiments.

It provides a stable and controlled environment for cell culture, microbial growth, and other biological experiments. The precise temperature and humidity control ensure consistent experimental conditions and reliable results.

Applications

Our Constant Temperature and Humidity Incubator is ideal for suitable for scientific research, colleges and universities, and production departments such as environmental protection, health and epidemic prevention, drug testing, agriculture and livestock, and aquatic products.

Specifications

Volume	50 L
Temperature Control Range	0 to 80℃
Temperature Fluctuation	± 0.5℃
Temperature Resolution	0.1℃
Temperature Control Accuracy	±1℃
Humidity Control Range	50 to 95% RH
Humidity Fluctuation	± 5 to 8% RH
Display
Timer Range	0 to 9999 minutes or hours
Programmable Temperature Stages	30 stages, Up to 99 steps per cycle
Inner Tank Dimension	350 × 350 × 400 mm
Dimensions	450 × 540 × 1000 mm
Packing Dimension	520 × 600 × 1200 mm
Net Weight	50 kg
Gross Weight	60 kg

Features

Over-temperature tracking alarm system

Multi-layer partition racks and pull-out partitions

All-round three-dimensional heating

Temperature correction function

Fan-forced convection circulation with air ducts

Magnetic-sealed outer door 

Observation window on door

Four movable double-wheel casters

FAQs

1. How does the ultrasonic humidification system benefits experiment compared to traditional humidifiers?

The ultrasonic humidification system produces a very fine mist using ultrasonic vibrations rather than heat. This method helps maintain a stable humidity level without raising the temperature inside the chamber, which is crucial for experiments involving heat-sensitive samples such as biological cultures or pharmaceuticals. Traditional humidifiers often rely on boiling water or evaporation, which can cause unwanted temperature fluctuations and uneven humidity distribution. By using ultrasonic technology, the incubator ensures a more precise and consistent humidity environment, leading to better experimental accuracy and reproducibility.

2. Can the samples be observed without disturbing the controlled environment?

Yes, our Constant Temperature and Humidity Incubator is designed with a magnetic-sealed outer door that includes a clear observation window. This feature allows users to visually check on their samples at any time without opening the door. Opening the door can cause rapid changes in temperature and humidity inside the chamber, which might disrupt sensitive experiments. The observation window minimizes this risk, maintaining the internal environment's stability and reducing the chances of contamination or experimental errors caused by sudden environmental changes.

3. What are the important placement and safety precautions for the incubator?

The incubator must be properly grounded and placed in a shaded, cool, and well-ventilated area. It should maintain a minimum distance of 10 cm from walls to allow effective heat dissipation. During transportation, handle the device carefully and avoid tilting it more than 45 degrees from the horizontal plane to prevent damage.

4. How do I maintain the incubator when operating at low temperatures?

When using Constant Temperature and Humidity Incubator at low temperatures, it is important to regularly drain accumulated water from the drainage tray at the bottom to prevent condensation on the inner walls. This helps maintain stable humidity and prevents potential damage from excess moisture.

5. What should I do if the incubator suddenly stops working or experiences temperature control failure?

If operational issues occur, immediately disconnect the power. Check the fuse box located at the rear of the incubator for any blown fuses and replace them. If the problem persists, inspect related components such as the electric heating tube, axial fan, or circuit control board for faults.