About BSE-0079 Environmental Chamber Humidity Cabinet
Temp. 5 degree C to 50 degree C humidity 20-95%.
Specification
| Cat. No | Size Capacity | | |
| BSE-0079(A) | 455 x 455 x 455 mm | 95 Ltrs | 88990.00 |
| BSE-0079(B) | 455 x 455 x 710 mm | 147 Ltrs | 94050.00 |
| BSE-0079(C) | 605 x 605 x 605 mm | 225 Ltrs | 104170.00 |
| BSE-0079(D) | 605 x 605 x 910 mm | 335 Ltrs | 114400.00 |
- Hygrometer (Humidity Indicator). 1870.00
- Digital Temp. Control-cum-indicator. 7260.00
- Microprocessor PID digital Temp. Control-cum-indicator. 13200.00
- Automatic electronic controller with digital display for Temp. humidity combined. 4100.00
- Automatic voltage Stabilizer 3KVA (recommended). 12100.0
Advanced Humidity & Temperature ControlAchieve exacting humidity (40% to 95% RH) and temperature (5C to 60C) regulation with the BSE-0079 Environmental Chamber. Its microprocessor PID controller, supported by a high-sensitivity PT-100 sensor, ensures stability and accuracy vital for sensitive testing environments. The digital LED display allows users to monitor and set parameters effortlessly, while the forced air circulation maintains uniform conditions throughout the chamber for reproducible results.
Durable Construction & User-Friendly DesignBuilt to last, the inner chamber is high-grade stainless steel, while the exterior sports a durable powder-coated finish. Double-walled doors with observation windows offer visibility without disrupting the internal environment. Two adjustable stainless steel shelves maximize flexibility for various sample sizes. Mobility is enhanced by caster wheels, and comprehensive alarms maintain safety during intensive applications.
FAQ's of BSE-0079 Environmental Chamber Humidity Cabinet:
Q: How does the BSE-0079 humidity cabinet maintain stable environmental conditions?
A: The BSE-0079 uses a microprocessor PID controller and a PT-100 temperature sensor to provide precise humidity and temperature regulation. Forced air circulation ensures an even climate inside the 140-liter chamber, maintaining conditions set between 40% RH to 95% RH and 5C to 60C, suitable for consistent testing environments.
Q: What safety features are integrated in the environmental chamber?
A: Safety is prioritized with over-temperature protection and an advanced audio/visual alarm system, which promptly alerts users in case of significant deviations. The chamber's insulated construction and robust door design further enhance reliability and user safety during operation.
Q: When should I use this humidity cabinet for my research or testing?
A: This cabinet is recommended for stability studies, environmental testing, and a range of laboratory or industrial research where controlled humidity and temperature are crucial, such as pharmaceutical stability trials, material testing, and quality control processes.
Q: Where can the BSE-0079 chamber be installed, and how mobile is it?
A: Designed for flexibility, the BSE-0079 can be installed in laboratories, research facilities, and industrial environments. Caster wheels allow easy relocation within your workspace, while its compact 755 x 755 x 1550 mm footprint maximizes space efficiency.
Q: What materials are used in the construction of the humidity cabinet?
A: The inner chamber is crafted from corrosion-resistant stainless steel, while the outer shell is powder-coated mild steel for durability. High-density polyurethane foam insulation provides energy efficiency and thermal stability.
Q: How is the usage process monitored and controlled?
A: The cabinet features a fully automatic digital PID controller, allowing users to set and monitor parameters on a bright LED display. The adjustable stainless steel shelves and observation window facilitate convenient sample handling and continuous observation without disturbing the internal environment.
Q: What are the benefits of using this environmental chamber in research applications?
A: Using the BSE-0079 ensures precise, reliable, and reproducible climatic conditions, essential for research accuracy and quality assurance. Its comprehensive safety features, robust build, and easy operation enhance workflow efficiency across scientific and industrial testing