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Intelligent lighting incubator


Widely used in microbial tissue cell culture, seed germination, and seedling testing,Plant cultivation, as well as insect and small animal feeding, can accurately simulate different environments climatic

conditions.

The LCD display panel can control the running cycle and schedule a scheduled start.

360 degree, no dead angle sterilization in all directions.

The microcomputer program controls temperature, humidity, and light intensity, which

can simulate changes in temperature, humidity, and light intensity during the day and

Night .Customers can also choose a light source with sufficient and stable growth

environment.

Standard multi-layer full spectrum LED cold light source Grow light board can save more

than 80% energy.

Users can set 0-99 cycles according to their needs, with 0-30 programs per cycle and a

set time of 0-9999 minutes for each program.

Use international brand imported compressors and dynamically adjust the cooling

capacity of the compression mechanism to ensure long-term continuous operation

of the testing equipment.

Use environmentally friendly refrigerant (R134a) to ensure efficient equipment

operation, low energy consumption, and promote energy conservation.

Adopting mirror face stainless steel inner liner,  four corners with a half arc

transition, the partition bracket can be freely loaded and unloaded, making it

easy for cleaning inside the box.

Equipped with an independent temperature limit alarm system, it automatically

interrupts when the temperature exceeds the limit, ensuring the safe operation

of the experiment and avoiding accidents.

You can choose to configure an RS-485 interface and connect to a computer to

synchronously monitor the experimental process or record experimental data

through the computer.

Low temperature and deep cooling temperature -15 , -25

(can be selected and matched)

Air duct structure: the design concept of annular air flow and the principle of

Forced convection  to simulate air circulation are adopted to ensure that the

internal temperature is highly uniform and stable.

Test hole (can be selected and matched): A 45mm diameter test hole produced

by a dedicated mold on the side of the box is convenient for user monitoring.

The insulation material for the box is made of German Bayer's fluorine-free

polyester amine, which has excellent insulation performance and obvious

energy-saving effect.

It has functions such as ultra-humidity protection and leakage protection, as well

 as functions such as automatic start, automatic stop, real-time operation, clock

display, and call recovery.


Capable of selecting configuration features 

² Optional printer

² Optional partition type multi-color culture carrier

² Optional low temperature and deep cooling temperature -15, -25 incubator

² Optional SMS alarm function

² Optional testing hole


Technical data sheet

Model

MGC-150  or  MGC-150 H*

MGC-250  or MGC-250 H*

MGC-350 or MGC-350H*

MGC-500 or MGC-500H*

MGC-1000 or

MGC-1000 H*

Volume

150L

250L

350L

500L

1000L

Temperature control range

0~70℃

Temperature resolution*

0.1℃

Temperature uniformity*

Standard style: ±0.5℃,  “H”Style: ±0.3℃

Temperature fluctuation*

±0.5℃

Strength of illumination

0-12000LX

Ten level adjustable

0-20000LX

Ten level adjustable

0-20000LX

Ten level adjustable

0-25000LX

Ten level adjustable

0-30000LX

Ten level adjustable

Input power

760W

860W

1650W

2100W

4500W

Power supply

AC220V 50HZAdjustments can be made according to the power requirements of the customer's country .

Working Temperature

5-35℃

Continuous work time

Not less than 9999 hours

Inner liner size

(mm)W*D*H

470*500*800

550*500*840

600*600*1000

600*730*1200

500*1360*1560

Overall dimensions

(mm)W*D*H

680*740*1550

740*850*1670

780*850*1750

900*850*1910

800*1950*1870

Load carrier (standard configuration)

2 pieces

3 pieces

6 pieces

 

! H type is a 99 segment programming type

*Temperature uniformity refers to the difference between the maximum value and the minimum value of the average measured temperature at each Test point in the working space of the temperature test equipment within the specified time after the temperature test equipment is stabilized.

*Temperature resolution reflects the sensitivity of a device to temperature. The smaller the temperature resolution, the more obvious the device's perception of temperature changes.

*Temperature fluctuation refers to the difference between the maximum and minimum measured values at any point in the working space of the temperature testing equipment during a specified time interval under stable conditions.