Heating Incubator LHI-T2014

Introduction

Heating Incubator offers a temperature range of RT +5 to 60℃ with a capacity of 210 cold-rolled steel, treated with a specialized spraying process. Its CU50 temperature sensor is known for its high responsiveness and thermal feedback accuracy. Our incubator is widely used in laboratories for microbial culture, biochemical experiments, and bacterial incubation.

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 Heating Incubator is extensively used in laboratories for microbial culture, biochemical experiments, and bacterial incubation, providing the ideal settings for precision-driven research. 

Specifications

Capacity	210 L
Temperature Range	RT +5 to 60°C
Temperature Resolution	0.1°C
Temperature Fluctuation	±0.5°C
Temperature Uniformity	±0.5°C
Circulation Mode	Natural convection
Heater	Stainless heating tube
Timer	0 to 9999 minutes
Display	Double row digital tube display
Exhaust Port	Diameter 40 mm (can be used test hole)
Interior	Stainless steel inner liner
Alarm Type	Over-temperature sound illumination alarm
Temperature Sensor	CU50
Working Environment Temperature	5 to 50°C
Power	0.8 KW
Power Supply	220V/ 50 Hz
Internal Dimensions	500 × 600 × 700 mm
External Dimensions	650 × 720 × 970 mm
Net Weight	65 Kg
Gross Weight	75 Kg

Features

Over-Temperature Alarm

Stainless Steel Heater

Temperature Control

Dual Digital Display

FAQs

1. What are the key display features integrated into the Heating Incubator ?

Heating Incubator is equipped with a double-row digital tube display, offering clear and simultaneous visibility of both temperature and timing settings. This interface simplifies user operation by allowing easy tracking of incubation conditions. The display works in tandem with the controller to reflect any changes immediately, enhancing control over test parameters. It also features a programmable timing function that ranges up to 9999 minutes, making it ideal for both short and extended applications.

2. What construction elements make the Heating Incubator durable and long-lasting?

The Heating Incubator is built with a robust outer shell made of cold-rolled steel, which undergoes a precision shaping and anti-corrosive spraying treatment. This exterior ensures resistance to mechanical wear and chemical corrosion often encountered in lab environments. The interior chamber is constructed using mirror-polished stainless steel, providing both durability and ease of cleaning.

3. Does the Heating Incubator include any built-in safety or alarm functions?

Yes, the Heating Incubator is integrated with a sound and light over-temperature alarm system. This safety mechanism instantly notifies the user when the internal temperature exceeds the preset limits, protecting both the device and the experimental materials. The alarm works in coordination with the intelligent controller, which also provides temperature deviation correction and self-adjustment functions. These features ensure safe operation even during long, unattended incubations.

4. What makes the Heating Incubator durable and long-lasting?

Heating Incubator is built with a robust outer shell made of cold-rolled steel, which undergoes a precision shaping and anti-corrosive spraying treatment. This exterior ensures resistance to mechanical wear and chemical corrosion often encountered in lab environments. The interior chamber is constructed using either galvanized steel or mirror-polished stainless steel, providing both durability and ease of cleaning. These materials support long-term usage and maintain structural stability during high-temperature operations.

5. How does the Heating Incubator maintain stability and performance throughout usage?

Heating Incubator is built with a stainless steel chamber that enhances heat retention and resists corrosion. It uses a stainless steel heating tube for efficient and durable thermal output. A CU50 temperature sensor provides precise thermal feedback, allowing accurate -based temperature regulation. The sturdy construction and stable heating system ensure consistent operation, even over prolonged periods. With features like over-temperature alarms and deviation correction, it maintains safety and performance throughout its working cycle.