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Climate Chamber POLEKO KK1200

Fiyat Sorunuz

Ultrasonic humidified climate chamber with precision temperature, humidity, and photoperiod control for biological and material testing

Precision temperature range: 0°C to +60°C (ultrasonic model)
Controlled humidity with piezo-electric ultrasonic humidification system
Programmable day-night photoperiod cycles
1200-liter capacity chamber
Deionized water supply system (included)
Suitable for seed germination, plant/fungal growth, and microorganism culture
Photostability and food stability testing capabilities
Allows insect breeding without ultrasonic interference

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2-3 Gün

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Daha fazla detay

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Daha fazla detay

The Climate Chamber is engineered to control temperature, humidity, and day-night light cycles, simulating real environmental conditions for controlled research applications. The MBB Series is utilized in plant cultivation, seed germination, plant acclimation to new climate conditions, cell and tissue culture production, plant genetic research, cellular and protoplasm cultivation, insect incubation and breeding, and related controlled-environment studies.

Technical Specifications

Model	KK1200 (Ultrasonic humidified)
Chamber Volume	1200 L
Temperature Range	0°C to +60°C
Temperature Range (FIT version with light)	+10°C to +50°C
Relative Humidity Range	Zone A (adjustable)
Water Supply Requirement	Deionized water (<1µS/cm conductivity)
Water Source Options	Deionized water reservoir (included), internal deionization network, or ion exchanger
Condensate Discharge	Collection container (included) or drainage system
Power Supply	230V 50-60Hz
Humidification System	Piezo-electric ultrasonic generator converting deionized water into fine mist

Applications

Plant and fungal growth cultivation
Seed germination and viability testing
Microorganism and insect breeding (non-ultrasonic models for insect-specific protocols)
Photostability testing for pharmaceuticals and cosmetics
Food preservation and shelf-life stability testing
Cell and tissue culture production
Packaging and electronics material stability testing
Plant genetic research and acclimation studies
Building material durability testing
Any research requiring controlled temperature and humidity environment

Frequently Asked Questions

What is the difference between KK (ultrasonic) and KKS (steam) series chambers?

KK series uses piezo-electric ultrasonic humidification, making it ideal for plant and fungal growth, and food testing. KKS series uses steam humidification without ultrasonic output, allowing insect breeding (e.g., Drosophila melanogaster) and accommodating a wider temperature range (0°C to +100°C) and humidity profile, making it suitable for electronics, plastics, and construction material testing.

What type of water is required for the KK1200?

Deionized water with conductivity <1µS/cm is required. The system includes a water reservoir, and can be equipped with internal deionization networks or ion exchangers for on-site water treatment.

How does the ultrasonic humidification system work?

The piezo-electric generator converts electrical energy into mechanical vibration energy. When submerged in deionized water, it fragments the water into extremely fine droplets that are evenly dispersed throughout the chamber, ensuring uniform humidity distribution.

What applications require FIT version lighting?

The FIT (illuminated) version is specified for photoperiod-dependent research including plant growth studies, seed germination under controlled light cycles, and any biological research requiring day-night cycle simulation (light operational range: +10°C to +50°C).

What condensate management options are available?

The chamber includes a condensate collection container. Alternatively, a drainage system can be configured for continuous drainage to external waste water systems.

Is the KK1200 suitable for insect breeding?

The ultrasonic KK1200 is not optimal for insect breeding. For insect incubation and breeding (particularly sensitive species), the KKS series (steam-humidified) is recommended, as it operates without ultrasonic emissions.