Growth Chamber

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Growth Chamber Specification

Voltage
230 V Volt (v)

Core Components
Compressor, Controller, Lighting System

Feature
Highly Efficient

Model No

Capacity
300 Liters Ltr

Measurement Range
Up to 99% RH

Automation Grade
Automatic

Power Source
Electric

Accuracy
100 % %

Temperature Range
5 C to 60 C Celsius (oC)

Frequency
50 Hz Hertz (HZ)

Equipment Materials
Stainless Steel

Type
Growth Chamber

Usage
Laboratory

Display Type
Digital Display

Dimension (L*W*H)
1200 x 800 x 1800 mm Millimeter (mm)

Weight
120 kg Kilograms (kg)

Controller Type
Microprocessor based

Lighting
LED Illumination, Adjustable intensity

Humidity Range
40% to 95% RH

Defrost Type
Automatic Defrost System

Castor Wheels
Heavy Duty, Lockable

Inner Chamber Finish
Mirror Polish

Alarm System
Temperature Deviation & Power Failure

External Body
Powder Coated MS

Refrigerant
Eco-friendly, CFC Free

Door Type
Double Walled, Glass View Panel

Shelves
4 Adjustable Stainless Steel Shelves

About Growth Chamber

GROWTH CHAMBER (GERMINATOR)

Plant growth chamber is often used in research applications. The provide lighting for vascular plants, and are used in plant pathology research, seed development, and many other application. Plant growth chambers are designed to produce environment conditions
(humidity and temperature) that maximize plant growth.

Specification

Capacity 250 liters
Material Stainless Steel interior and Outer epoxy coated Mild Steel plate
No of Shelves 6 removable
Temperature Range -5C to +60C
Temperature accuracy +/- 0.1C
Humidity range 30-98%
Humidity accuracy 0.5%
CO2 range 0-5000 ppm
Heating device Electric heater
Cooling device Refrigerator
Safety devices High, Low temperature, limiter & alarm Microprocessor PID with digital LED /or LCD display
Timer Digital. 99 Hr/ 59 in or Hold
Interface USB interface to PC with appropriate software and cable
Power 220V, 50 Hz
Documentation Operation and service manual

Advanced Temperature and Humidity Control

The Growth Chamber offers precise temperature regulation from 5C to 60C and humidity control between 40% and 95% RH, making it ideal for a variety of laboratory growth experiments. Automated systems maintain stability and accuracy, while efficient alarm functions alert users to any deviations.

Eco-Friendly and Durable Design

Utilizing an eco-friendly, CFC-free refrigerant and constructed from mirror-polished stainless steel, the chamber combines safety with aesthetics. The powder-coated steel external body and lockable heavy-duty castor wheels ensure durability and ease of movement within lab environments.

Versatile Lighting and Shelving

Equipped with LED illumination featuring adjustable intensity, the chamber allows researchers to create tailored lighting conditions for plant or microorganism growth. Four adjustable stainless steel shelves offer flexibility to accommodate diverse sample sizes and experimental setups.

FAQs of Growth Chamber:

Q: How do I adjust the light intensity inside the Growth Chamber?

A: The features an LED illumination system with user-adjustable intensity, controlled via the microprocessor-based panel for customizing lighting conditions according to your research needs.

Q: What is the maximum humidity and temperature range supported by this growth chamber?

A: This chamber supports a temperature range from 5C to 60C and a humidity range between 40% to 95% RH, suitable for most laboratory growth experiments and environmental simulations.

Q: When should I use the automatic defrost system feature?

A: The automatic defrost system operates as needed to prevent frost buildup inside the chamber, ensuring consistent cooling and reducing manual maintenance requirements during continuous operation.

Q: Where can this chamber be used and transported easily in a laboratory?

A: The chamber is designed with heavy-duty lockable castor wheels, allowing for easy mobility and secure placement anywhere in the laboratory, whether you need to reposition or temporarily relocate it.

Q: What process ensures accurate environmental control inside the chamber?

A: Environmental conditions such as temperature and humidity are monitored and regulated by a microprocessor-based controller, with digital display feedback and alarms for deviations from set parameters for precision and safety.

Q: What are the benefits of the double-walled door with glass view panel?

A: The double-walled design ensures superior insulation, while the glass view panel provides convenient observation of samples without disrupting internal conditions, maintaining accuracy and efficiency during experiments.

Q: How is the safety of samples ensured during power failure or temperature deviations?

A: The built-in alarm system notifies users immediately of any temperature deviations or power failures, protecting experimental integrity and permitting timely intervention to safeguard samples.

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