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Plant Growth Chamber LMPG-A101

Plant Growth Chamber LMPG-A101 is a double-layer insulation, high efficiency and energy saving model, having 400 L chamber capacity. The rapid heat pump defrost technology enables continuous operation and effectively prevents frost because of continuous operation of evaporator. Integrated, dot-matrix LCD display with English subtitles, designed for the highest operation comfort. The display parameters include temperature, humidity, cycle, run time and run/stop.

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Specifications

Chamber Volume 400 L
Interior Steel Material Stainless-steel SUS304
Convection Mode Forced convection
Control System Thirty stages Microprocessor PID controller
Temperature Range 10 to 65 ℃
Temperature Accuracy 0.1 ℃
Temperature Fluctuation ±0.5 ℃
Temperature Uniformity ±1.5
Humidity Range 50 to 90% RH
Humidity Fluctuation ±3% RH
Illumination Range 0~6000LX(five stages adjustable)
Working Environment 10~30 ℃
Power Consumption 1350 W
Power Supply AC 220V/50 Hz
Net Weight 158.5 Kg
Dimensions (L × D × H) 1700 × 745 × 930 mm

Pricing

Product Price Unit Action
Plant Growth Chamber LMPG-A101 $ 8775 Each of 1

Features

Smooth internal surface for easy cleaning and maintenance
Sheet metal parts use laser cutting and CNC bending technology
Cold-rolled sheets use three line of acidification anti-rust technology
Utilizing a three-dimensional light source, evenly dispersed illumination, and a stainless-steel mirror to improve lighting while allowing for adjustable lighting intensity
Liquid crystal micro-computer controller with diagnostic function
Electrical control components and working room are installed separately for the ease of maintenance
Automatic double over temperature protection function
Multiple over temperature protection function, sound and light alarm
Chamber humidification collection tank drainage design. To avoid bacteria, the user can release water as needed
User password protection, built-in multifunctional memory menu, connect to multiple devices (up to 16 units) and real-time monitoring

Optional Accessories

Portable printer LCD touch screen controller Power supply interface Software UV sterilization system

Applications

Plant Growth Chamber is used in plant breeding, genetic research, photosynthesis, nutrition, and other elements of plant physiology and biotechnology, as well as incubation and microbial cultivation tests, insect feeding tests, and numerous other medical and scientific research organisations.

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Frequently Asked Questions

1 What is a Plant Growth Chamber?

A Plant Growth Chamber is a controlled environment chamber designed to simulate various climatic conditions for studying and promoting the growth of plants.

2 How does Plant Growth Chamber work?

It works by precisely controlling environmental parameters such as temperature, humidity, light, and carbon dioxide levels to create ideal conditions for plant research and cultivation.

3 How is Plant Growth Chamber used in agricultural research?

In agricultural research, it is used to study crop responses to environmental stressors like drought, high salinity, or temperature extremes under controlled conditions.

4 How does Plant Growth Chamber help in drug discovery from plants?

It helps maintain consistent plant conditions required for pharmaceutical research while studying medicinal plants and extracting active compounds.

5 How does food industry benefit from Plant Growth Chamber?

The food industry uses Plant Growth Chamber to develop high-yield, fast-growing, nutrient-enriched crops by experimenting with ideal growing conditions and nutrient delivery systems.

6 Can Plant Growth Chamber support pest and disease research?

It enables controlled introduction of pests or pathogens to study plant immune responses and test biocontrol or chemical treatments.

7 How does Plant Growth Chamber assist in breeding new plant varieties?

It accelerates breeding cycles by providing year-round controlled environments, allowing rapid testing and selection of desired traits in new plant varieties.

8 Can Plant Growth Chamber be used to study plant-microbe interactions?

It helps in controlled studies of plant-microbe interactions, essential for understanding symbiotic relationships, soil health, and microbial inoculant performance.

9 How is Plant Growth Chamber used in plant pathology research?

It is crucial in plant pathology research for creating uniform environments to study disease development, infection cycles, and the effectiveness of fungicides or biocontrol agents.

10 How does Plant Growth Chamber help in studying nutrient deficiencies?

It allows for controlled nutrient removal or limitation, enabling detailed study of deficiency symptoms and the development of corrective fertilization strategies.