PLANT GROWTH CHAMBER
MAKE DINESH SCIENTIFIC
DESCRIPTION
A controlled environment created to offer ideal growing conditions for plants is called a plant growth chamber, sometimes referred to as a phytotron or plant growth room. These chambers are utilized in plant biology, agriculture, and scientific research to examine how plants develop, physiology, and react to different environmental conditions. An overview of a typical plant growing chamber is provided below:
STRUCTURE:
ENCLOSURE: To restrict entry and leave, plant growing chambers are usually enclosed areas with controlled access points. Typically, the enclosure is composed of metal or other stable and insulating materials.
WINDOWS AND DOORS: While permitting researchers to observe and engage with the plants within, access doors and observation windows are made to cause as little disturbance as possible to the carefully regulated environment.
MANAGED ENVIRONMENTAL ELEMENTS:
CONTROLLING THE TEMPERATURE: To maintain precise temperature ranges ideal for plant growth, plant growth chambers are equipped with sophisticated temperature control systems. This might vary from warmer circumstances for tropical plants to colder temps for specific crops.
CONTROLLED HUMIDITY: To replicate natural conditions, humidity levels are adjusted. The growth chamber can be changed to accommodate the different humidity requirements of different plants
AIR CIRCULATION: The chamber’s gases, humidity, and heat are all distributed equally thanks to the maintenance of adequate air circulation. This is crucial for establishing a consistent environment in which plants can flourish.
APPLICATIONS :
This chamber product is widely utilized for research purposes, including illuminating seedling germination and development as well as plant pathology research.
FEATURES :
- Easy to move PU wheels that lock and rotate, forced air circulation to maintain a constant temperature, Transportable, chamber fixed with castors.
- Integrated temperature. deviation and visual/auditory alerts.
- Safety thermostat to prevent temperature overshooting. a safety circuit to turn the entire system off.
TECHNICAL DETAILS:
MODEL |
DS-PDC-100 |
| Exterior Build Quality | Durable epoxy powder-coated metallic casing/galvanized steel corrosion-resistant chamber. |
| Interior Build Quality | Durable epoxy powder-coated metallic casing, corrosion-resistant stainless steel/galvanized steel chamber. |
| Light Intensity Control | Dimmable option for adjusting light intensity at multiple levels. |
| Temperature Set Range | 10°C to 40°C (Light ON), 4°C to 40°C (Light OFF). |
| Temperature Accuracy | ±0.5°C |
| Temperature Alarm | High and low temperature alarm included. |
| Internal Volume | 780 litres. |
| External Dimensions | 150 cm (L) x 120 cm (W) x 210 cm (H). Exact dimensions |
| Light Intensity | 100 µmoles/m²/sec (8000 LUX) per shelf. Exact light source |
| Controller System | Single-board controller for Manual, Diurnal, Multi-step programming (Temperature, Humidity & Light). Display showing set light and temperature parameters. |
| Operational Temperature | System function properly even at an ambient temperature of 35°C. |
| Door | Full access to chamber interior with magnetic gasket. |
| Insulation | CFC-free insulation. |
| Shelves | Three/four tiers for plant growth, provided by epoxy-coated steel wire. Provision for shelves there. |
| Shelf Size | Plant growing area per shelf: 65 cm (W) x 95 cm (L). Plant height: 20 cm per shelf. |
| Cooling System | Air-cooled condensing unit with hot gas bypass system for continuous compressor operation. Top-mounted refrigeration system for easy maintenance. |
| Relative Humidity (RH) | 70%, achieved by a suitable humidification system. |
| Casters | Casters assembly included for easy transport. |
| Voltage Stabilizer | A suitable voltage stabilizer provided. |
| RO System | RO system for water supply included for humidification. |
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