About Humidity Chamber/plant Growth Chamber
Humidity Chamber/plant Growth Chamber
An all purpose humidity chamber specifically designed for drying envirnoment of animals and plant growth, investigation of vapor, proofness of packed meterials, determination of di-electrc strength, insulation test of electrical components and other tests requiring an atmosphere of controlled temperature and humidity.
A strong double walled chamber with the inner chamber made of thick S.S. sheet and the outer body made of thick M.S. sheet. The door is also double walled having glass window for inspection, the humidity is controlled by a sensitive humidistat having a range from 40 to 95% fitted inside the chamber with hygrometer. Forced air circulation by turbo blower is provided along with stainless steel water tank in the side of the chamber. The temperature and humidity is controlled by a digital temperature & humidity controller with display. The indicating lights, controller knobs have been provided on the side panel.
Advanced Growth Environment for PlantsThis chamber offers a meticulously controlled environment, blending accurate temperature and humidity regulation from 5C to 60C with 0.5C accuracy. The interior's mirror-finish stainless steel enhances light reflection and hygiene, while three adjustable shelves accommodate diverse plant research needs. The forced air circulation ensures uniform climate distribution, fostering optimal plant development.
Flexible Lighting and Programmable ControlsEquipped with both fluorescent and LED illumination options, the chamber allows users to simulate various lighting conditions. The programmable photoperiods make it easy to match specific research protocols. A microprocessor PID controller and digital LED display enable precise management of temperature, humidity, and light timing for advanced experimentation.
Reliable Safety and Ease of OperationOperator safety is prioritized through features like over-temperature protection, automatic cut-off, and alarms. Double-door construction-outer metal and inner plexiglass-provides excellent insulation and visibility. Caster wheels afford simple relocation, making it practical for dynamic laboratory environments and industrial settings.
FAQ's of Humidity Chamber/plant Growth Chamber:
Q: How does the humidity chamber ensure accurate environmental control for plant growth?
A: The chamber uses a capacitive sensor to maintain humidity between 40% and 95% RH with a 3% margin. Temperature is precisely managed by a microprocessor PID controller, which ensures consistency within 0.5C, providing a stable environment essential for plant research.
Q: What programmable features are included for lighting and growing cycles?
A: It features fluorescent and LED illumination with programmable photoperiods, allowing users to automate day/night cycles and simulate natural light conditions to match specific research protocols or plant species requirements.
Q: When should I use this chamber in my laboratory or industrial process?
A: This chamber is ideal whenever controlled temperature, humidity, and photoperiods are critical for plant growth, propagation, or product testing. It's widely used in research institutions, seed testing, biotechnology labs, and industrial quality assurance.
Q: Where can the chamber be placed, and is it easy to move?
A: Designed with caster wheels, the chamber can be easily relocated within a laboratory or industrial space. Its epoxy powder-coated mild steel exterior and double-door system provide durability and secure insulation for a variety of settings.
Q: What is the process of adjusting shelves and monitoring conditions inside the chamber?
A: Shelves can be easily adjusted to accommodate different sample heights. Internal conditions such as temperature and humidity are displayed on a digital LED panel, allowing real-time monitoring and easy adjustments through the PID controller.
Q: How do the safety features benefit users during operation?
A: Over-temperature protection, automatic cut-off, and alarms safeguard both the specimens and the operator by shutting off the system or alerting in case of malfunctions, preventing equipment or sample damage.
Q: What are the main benefits of using this plant growth chamber?
A: Key benefits include precise environmental control, flexible shelving for various experiments, robust construction for durability, user-friendly programmable features, reliable safety mechanisms, and easy mobility, making it highly efficient for a range of scientific and industrial applications.