Heating Incubator LHI-T2010

Introduction

Heating Incubator features a precision constant temperature incubator with a temperature range of RT +5 to 60℃. It maintains excellent temperature stability with a fluctuation margin of ±0.5°C, protecting samples from thermal stress. The -based control system ensures real-time temperature correction and accuracy. Its stainless steel heating tube delivers even thermal distribution with reduced energy consumption. Our Incubator is widely used for cultivating microorganisms and bacteria in controlled environments.

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 widely used for cultivating microorganisms and bacteria in controlled environments. It is ideal for laboratories in industrial, mining, medical, and academic institutions.

Specifications

Capacity	15 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 steel heating tube
Timer	0 to 9999 minutes (switchable hours)
Display
Exhaust Port	Diameter 40 mm (can be used test hole)
Interior	Stainless steel inner liner
Alarm Type	Independent over-temperature alarm
Temperature Sensor	CU50
Working Environment Temperature	5 to 50°C
Power	0.3 KW
Power Supply	220V/ 50 Hz
Internal Dimensions	250 × 250 × 250 mm
External Dimensions	400 × 370 × 560 mm
Net Weight	15 Kg
Gross Weight	18 Kg

Features

Natural convection heating mode

Digital screen 

Temperature deviation alarm

Benchtop design

FAQs

1. What are the display features of the Heating Incubator ?

The Heating Incubator features an display that provides clear, real-time monitoring of internal conditions. This display supports temperature control with high precision. It includes settings for timing, temperature adjustment, and self-tuning functions. The display interface also helps in easy navigation and setup for various experimental needs. It contributes to overall operational efficiency and user convenience.

2. Does the Heating Incubator provide any safety alarms?

Yes, the incubator is equipped with an independent over-temperature alarm system. This feature ensures operational safety by alerting users to any critical temperature deviations. It helps prevent overheating, which could damage samples or compromise results. The alarm system is designed to function independently of the main controller for added reliability. This safety mechanism makes the unit suitable for sensitive laboratory experiments.

3. What are the specialities of the work chamber in the Heating Incubator ?

The internal work chamber of the is constructed using a stainless steel liner, offering both durability and corrosion resistance. It is manufactured using high-quality materials for enhanced hygiene and easy cleaning. The mirror-finished stainless steel provides even heat distribution and helps maintain stable conditions throughout the chamber. This makes it ideal for long-term culture and incubation work. Its design ensures optimal temperature uniformity and minimizes contamination risks.

4. What type of circulation mode is used in the Heating Incubator ?

The adopts a natural convection circulation mode, which ensures gentle and uniform heat distribution without the use of mechanical fans. This method maintains a stable internal environment, minimizing disturbances to samples. It's particularly beneficial for microbial and bacterial culture, where airflow could interfere with sample growth. Natural convection also supports quiet operation and energy efficiency. The uniformity achieved through this mode ensures consistent and reliable results.

5. Why does the Heating Incubator contain a CU50 temperature sensor?

The CU50 temperature sensor used in the provides high-precision temperature monitoring. It plays a key role in achieving consistent temperature control and maintaining ±0.5°C fluctuations. The sensor supports regulation, allowing for fast response to changes in temperature conditions. Its accuracy helps protect sensitive cultures and ensures repeatable results. This sensor enhances the overall reliability of the incubator during extended use.