About Anaerobic Chamber
The 855 AC(Anaerobic Chamber) has been designed for manually controlling your atmosphere when working with Oxygen sensitive materials. It is perfect for working insituations requiring low levels of Oxygen during critical isolation of the operator or your research materials. Any inert gas may be used.
Its main advantage is minimizing the risk of Oxygen entry into the main working chamber .If trace amounts of Oxygen happen to enter the main chamber, the Catalyst Heater reduces it to water vapor. The drying train can then be activated to remove any excess water vapor.
The 855 AC is offered as a complete system ready to use. There are no other components required. All you need to add are your work samples and gas of choice.
This glove box has a capacity of 348 culture plates when using our suspended shelf accessory. Precision in Anaerobic ResearchEngineered specifically for microbiology and anaerobic culture growth, this chamber creates a reliable, oxygen-free atmosphere through both automatic and manual purging. The digital LCD displays current readings, and its integrated alarm ensures safe operations. Adjustable test speeds and specimen sizes allow for versatility and accuracy in laboratory routines, securing dependable results every time.
Advanced Design for Ultimate ControlWith stainless steel construction and acrylic panels, the chamber offers durability and transparency. The removable stainless steel tray, LED illumination, and ergonomic neoprene gloves facilitate easy manipulation of samples inside a spacious single workspace and transfer hatch. On-board data logging and USB download simplify data management and compliance with laboratory protocols.
FAQ's of Anaerobic Chamber:
Q: How is the anaerobic environment maintained within the chamber?
A: The chamber maintains its anaerobic environment using an automatic and manual purging system that employs an integrated catalyst and desiccant for gas purification, ensuring oxygen levels remain within the 0-1000 ppm range. An audio-visual alarm system promptly alerts users in case of oxygen leakage.
Q: What benefits do the stainless steel and acrylic construction provide?
A: Stainless steel ensures structural durability and corrosion resistance, while acrylic panels offer transparency for clear observation during laboratory work. Together, they provide a robust and secure chamber suitable for demanding research environments.
Q: When should calibration of the oxygen sensors be performed?
A: Calibration is managed automatically by the chamber, using zero and span routines to ensure optimal sensor performance. Regular calibration may be scheduled according to your laboratory's standard operating procedures or after major maintenance interventions.
Q: Where can on-board data be accessed and downloaded?
A: Data gathered during tests are stored directly on-board and can be conveniently downloaded via the integrated USB port, allowing for easy review, analysis, or transfer to laboratory information systems.
Q: What is the process for specimen introduction and removal?
A: Specimens can be introduced or removed through the chamber's single transfer hatch and air-tight transparent access door. The glove access ports and removable front panel further facilitate safe and convenient handling and experimentation.
Q: How do the alarm systems enhance laboratory safety?
A: The chamber features an audio-visual alarm system that instantly alerts users if oxygen levels exceed set thresholds, helping to maintain strict anaerobic conditions and prevent experiment contamination or safety risks.
Q: What accessories are included with the chamber for usage and maintenance?
A: The package includes spare neoprene gloves, a maintenance kit, and a power cord. These accessories support regular upkeep and quick replacement, ensuring continuous reliable operation in laboratory settings.