Infrared Hotplate LIRH-T2010

Introduction

Infrared Hotplate features a temperature control range of RT + 20℃ to 520℃ with an accuracy of ± 1℃. Its board is made of pyroceram (microcrystalline glass), with a soft texture offering high thermal resistance. The hotplate includes a clear and intuitive information. It is equipped with advanced multifunctional capabilities such as over-temperature alarms, automatic error correction, and power-off memory retention. Our hotplate is used for heating, evaporation, drying and other work in the laboratory.

This laboratory hotplates 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 Infrared Hotplate is used in for heating, evaporation, and drying tasks in laboratories. It is widely applied in chemical analysis, pharmaceutical research, biological product preparation, and food processing.

Specifications

Temperature Control Range	RT + 20℃ to 520℃
Temperature Control Accuracy	± 1℃
Hotplate Size	300 × 200 mm
Load Capacity	5 kg
Board Material	Pyroceram
Board Thickness	6 mm
Display
Power	2000 W
Power Supply	AC 220 V 50 Hz
Net Weight	5.5 kg
Dimension	300 × 280 × 190 mm
Gross Weight	6.8 Kg

Features

temperature control

Corrosion-resistant hotplate

Self-tuning function

Compact structure

FAQs

1. Why is pyroceram used as the heating surface material in the Infrared Hotplate ?

Pyroceram is chosen for the Infrared Hotplate because of its exceptional thermal resistance, durability, and corrosion resistance. It can withstand repeated heating cycles without cracking or deforming. Its smooth, soft-textured surface is also easy to clean and ideal for maintaining a stable heat transfer environment in laboratory settings.

2. How does the temperature control system improve the performance of the Infrared Hotplate ?

The (Proportional-Integral-Derivative) system in the Infrared Hotplate ensures precise and stable temperature control by automatically adjusting the heating rate in real time. This minimizes overshooting and stabilizes the temperature quickly, which is critical for experiments that require accurate thermal conditions over extended periods.

3. Why is the Infrared Hotplate preferred for laboratory evaporation and drying tasks?

Infrared Hotplate offers a wide temperature range up to 520?, along with fast and consistent heating, making it ideal for processes like evaporation and drying. Its high thermal efficiency and safety features such as over-temperature alarms ensure reliability during extended usage, especially in chemical and pharmaceutical labs.

4. How does the self-tuning function enhance the usability of the Infrared Hotplate ?

The self-tuning function in the Infrared Hotplate automatically optimizes control parameters to suit the specific heating load. This results in faster stabilization, reduced temperature overshoot, and improved accuracy, all without requiring manual calibration, making it easier and safer to operate.

5. How do the built-in safety features of the Infrared Hotplate contribute to laboratory safety?

Infrared Hotplate includes over-temperature alarms, automatic error correction, and power-off memory retention. These features protect both the user and equipment by responding instantly to temperature deviations or power interruptions, ensuring safe and uninterrupted operation.