BSE-0080 Plant Growth Chamber

BSE-0080 Plant Growth Chamber Specification

Heating Capacity
1.2 kW

Power Source
Electric

Accuracy
0.5C

Condition
New

Control Mode
Digital Microprocessor Control

Heating Method
Air Heating

Type
Plant Growth Chamber

Model
BSE-0080

Internal Size
490 x 390 x 1030 mm

External Size
710 x 800 x 1950 mm

Volume
200 L

Air Flow
Forced Air Circulation

Temperature Range
5C to 50C

Material
Stainless Steel (Interior), Powder Coated Steel (Exterior)

Dimension (L*W*H)
710 x 800 x 1950 mm

Power
1200W

Voltage
220V / 50Hz

Surface Finish
Polished

BSE-0080 Plant Growth Chamber Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0080 Plant Growth Chamber

Temp. 93 degree C to 50 degree C humidity 20-95% & light arrangement system.

Specification

Cat. No	Size Capacity in cu. Ft	Capacity
BSE-0080(A)	570 x 875 x 550 mm	10	280 Ltrs.
BSE-0080(B)	775 x 900 x 775 mm	20	560 Ltrs.
BSE-0080(C)	835 x 1200 x 825mm	30	840 Ltrs.
BSE-0080(D)	900 x 1720 x 800 mm	45.8	1282 Ltrs.

OPTIONAL FOR PLANT GROWTH CHAMBER

Electronics Digital Indicator cum humidity controller and temperature controller. 34100.00
Microprocessor PID digital temp. Indicator-cum-controller. 13200.00
Automatic voltage stabilizer (Recommended). 12100.00

Advanced Environmental Control

This growth chamber utilizes digital microprocessor technology to maintain exact temperature and humidity levels, ensuring an environment that mimics natural growing conditions. Automatic controls, forced air circulation, and high-quality lighting create reliable and reproducible results, making the chamber ideal for various plant science applications and experiments.

User-Friendly and Safe Design

With a large LCD digital display, programmable timer, and safety elements like overtemperature protection and door alarms, users can operate the chamber with confidence. The casters enable effortless mobility. The double-layer insulated door with an observation window lets you monitor progress without disturbing internal conditions.

Versatile Applications

The BSE-0080 is tailored for tasks such as seed germination, plant tissue culture, and insect rearing. Its durable construction and energy-efficient systems make it a valuable asset for laboratories, universities, and research centers engaged in plant studies or biological experiments.

FAQ's of BSE-0080 Plant Growth Chamber:

Q: How does the BSE-0080 Plant Growth Chamber maintain precise environmental conditions?

A: The chamber employs a digital microprocessor control system for both temperature (5C to 50C 0.5C) and humidity (40%-90% RH), ensuring stable internal conditions. Forced air circulation and hermetically sealed refrigeration further contribute to consistent, uniform environments for reliable results.

Q: What is the process for adjusting the shelves and lighting inside the chamber?

A: Shelves are fully adjustable to accommodate different plant sizes or experimental setups. The chamber comes equipped with both fluorescent and LED growth lamps, which can be easily accessed and adjusted to optimize light exposure as required for specific applications.

Q: When should the programmable timer function be used, and how does it benefit experiments?

A: The programmable timer (up to 99 hours) is ideal when conducting tasks requiring specific durations, such as growth periods or photoperiod experiments. It allows precise scheduling, ensuring consistency and improving experiment repeatability without manual intervention.

Q: Where can users observe plant growth without interrupting environmental integrity?

A: Observations can be conveniently made through the double-layer insulated door's observation window. This feature allows users to monitor samples without opening the chamber, thus maintaining temperature and humidity stability during critical stages.

Q: What safety features does the BSE-0080 provide for laboratory usage?

A: The chamber incorporates overtemperature protection, a door alarm, and a built-in circuit breaker. These features prevent equipment damage, protect samples, and ensure operator safety throughout operation.

Q: How do the chamber's design and materials enhance its durability and usability?

A: Built with a stainless-steel interior and powder-coated steel exterior, the chamber resists corrosion and damage. Heavy-duty caster wheels enable easy movement, while its well-insulated structure ensures energy efficiency and long-term reliability in demanding laboratory environments.

Tell us about your requirement