Biological Safety Cabinet YR06540: Key Buying Criteria and Validation
Product Description
The Biological Safety Cabinet model YR06540 is a state-of-the-art solution designed to protect personnel, products, and the environment through its negative pressure system, which prevents leaks. With an internal circulation principle that utilizes 70% recirculation and 30% external discharge, this cabinet ensures optimal safety and efficiency. The structure is built from high-quality cold-rolled steel, and the work surface is made of corrosion-resistant physico-chemical plate. Precision CNC laser cutting and electrostatic resin spray surface treatment ensure durability.
This model is equipped with intelligent control via a digital LCD touch panel, allowing intuitive operation and monitoring of the working status. The cabinet complies with international standards ISO14644.1 Class 5, equivalent to US Federal 209E Class 100.
| Feature | Specification |
|---|---|
| Model | YR06540 |
| External Dimensions (mm) | 1300 x 760 x 2250 |
| Internal Dimensions (mm) | 1140 x 600 x 600 |
| Filtration Type | HEPA and ULPA Filters |
| Airflow System | 30% External, 70% Internal |
| Construction Material | Cold-rolled Steel with Epoxy Coating |
Market Price
The YR06540 Biological Safety Cabinet is competitively priced at $1928.00. This price reflects its advanced features, durability, and compliance with critical safety standards, making it a valuable investment for laboratories, hospitals, and research facilities.
Frequently Asked Questions
What is the difference between ULPA and HEPA filters?
The ULPA (Ultra-Low Penetration Air) filters have an efficiency of 99.999%, while HEPA (High-Efficiency Particulate Air) filters have an efficiency of 99.995%. While both filter types are exceptional, ULPA provides a slightly higher level of purity.
What is the accuracy of the downward airflow control?
The accuracy of the downward airflow control in the YR06540 is 0.015 m/s, ensuring uniformity and stability of airflow to maintain sterility within the work area.
What sizes are available for this cabinet?
The YR06540 model is part of a series that includes various sizes tailored to fit specific laboratory needs. The cabinet dimensions are optimized for different environments.
What level of cleanliness does this cabinet guarantee?
The cabinet guarantees Level 5 cleanliness according to the international standard ISO14644.1 (equivalent to Class 100 US Federal 209E), which is a strict requirement for sensitive environments.
What are the operational temperature and humidity requirements?
The operational environment for the YR06540 cabinet should be maintained between 10-30°C with relative humidity levels below 70% to ensure optimal performance.
Is mobility an option with this cabinet?
Yes, the YR06540 is designed with robust wheels, allowing for easy positioning and stability during operation.
Pros and Cons
Pros:
- Double Filtration: Uses external HEPA and ULPA filters, ensuring up to 99.999% efficiency.
- Superior Safety: The negative pressure design prevents leaks, protecting both the operator and the environment.
- Optimized Design: Well-designed airflow ducts and optimized negative pressure box for airflow uniformity.
- High-Performance German Motor: Employs low-energy, high-volume EBM motors.
- Durable Construction: Made from corrosion-resistant cold-rolled steel with an epoxy resin surface finish.
Cons:
- Environmental Requirements: The working environment must be kept between 10-30°C and with humidity below 70%.
- Shipping Weight: The shipping weight ranges from 138 kg to 198 kg, which may complicate transport and installation.
- Flow Limitations: Although it recirculates 70%, the 30% external discharge requires consideration of an extraction ventilation system.
Field Usage
The Class II Type A2 Biological Safety Cabinet is essential for handling biological agents of low to moderate risk, such as viruses, bacteria, and cell cultures requiring biosafety. It is the standard choice in microbiology laboratories, hospitals, and biotechnological and pharmaceutical research centers where protection of the product, personnel, and environment is critical. Its vibration control capability (half peak: 3μm) and stable airflow are essential for sensitive experiments.
Recommendations
To ensure longevity and maximum safety: Perform regular maintenance on the filters and verify the calibration of the imported sensor. Confirm that the working environment meets temperature (10-30°C) and humidity (below 70%) requirements. Periodically verify the intake airflow speed (averaging 0.53m/s to 0.56m/s) and the downward airflow speed (averaging 0.35m/s) to ensure the negative pressure protection remains effective. Use sturdy mobile wheels for initial positioning and secure stability before operation.
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