Product Description
Temp. 5C to 50C humidity 20-95%& light arrangement system.
Size Capacityin cu. Ft. Capacity
570 x 875 x 550 mm 10 280 Ltrs.
775 x 900 x 775 mm 20 560 Ltrs.
835 x 1200 x 825 mm 30 840 Ltrs.
900 x 1720 x 800 mm 45.8 1282 Ltrs.
OPTIONAL FOR PLANT GROWTH CHAMBER
Precision Climate ControlThis plant growth chamber ensures stable temperature and humidity for highly reproducible results. The microprocessor-based PID controller maintains settings within narrow tolerances, offering users consistent environments between 5C and 50C, alongside precise humidity control. Digital displays allow continuous monitoring and easy adjustments, making this chamber ideal for sensitive plant growth experiments.
Advanced Safety FeaturesSafety is prioritized through multiple systems: over-temperature alarm, door safety interlock, and water shortage protection. High-quality valves and a robust design ensure safe operation, even during intensive use. Polyurethane foam insulation further enhances operational security by maintaining internal temperature stability, protecting both samples and staff.
User-Friendly, Durable DesignConstructed with an AISI 304-grade stainless steel interior and powder-coated steel exterior, this chamber withstands regular laboratory usage. Adjustable stainless shelves, removable trolleys, and lockable caster wheels provide flexible sample handling, while the transparent observation window offers uninterrupted viewing of the growing plants. The digital timer, programmable up to 99 hours, adds operational convenience.
Innovative Lighting and SterilizationLED grow lighting with programmable photoperiods simulates natural day-night cycles to optimize plant health. The built-in automatic steam generator enables efficient chamber sterilization at 121C for up to 99 minutes, ensuring a hygienic environment and minimizing contamination risks-key for all research and propagation applications.
FAQ's of Plant Growth Chamber:
Q: How does the chamber maintain precise humidity and temperature conditions for plant growth?
A: The chamber uses a microprocessor-based PID control system, ensuring humidity is precisely maintained between 50% and 95% RH with a 3% resolution and temperature from 5C to 50C. The digital display allows real-time monitoring and adjustment, maintaining consistent growing environments essential for plant research.
Q: What safety features are included in this plant growth chamber?
A: Key safety features include an over-temperature alarm, door safety interlock to prevent accidents during operation, water shortage protection, and high-quality safety and release valves. These safeguards help protect specimens, staff, and the equipment during use.
Q: When should the chamber's sterilization function be used, and what is the process?
A: Sterilization should be performed before beginning new experiments or after contamination. The built-in automatic steam generator achieves a sterilizing temperature of 121C, with an adjustable sterilization period from 0 to 99 minutes. The process is simple and efficient, accessible from the chamber's digital controls.
Q: Where is this plant growth chamber most commonly used?
A: This chamber is commonly used in laboratories, research institutions, agricultural universities, and biotech facilities. Its robust design and flexible controls make it suitable for plant physiology studies, germination tests, propagation, and tissue culture work.
Q: How is lighting managed for plant growth in this chamber?
A: The chamber features LED grow lights with a programmable photoperiod system, allowing users to simulate various day-night cycles tailored to different plant species. This ensures optimal light conditions for healthy and vigorous plant development, customizable through the digital timer.
Q: What are the benefits of the chamber's stainless steel construction and insulation?
A: The AISI 304-grade stainless steel interior and corrosion-resistant spraying piping ensure durability, hygiene, and easy cleaning. Polyurethane foam insulation provides excellent thermal stability, improving energy efficiency and ensuring uniform conditions throughout the chamber.