| ID | Title |
|---|---|
| ATB0111 69.32KB |
The Alnor Model 315 BSC Low Airflow and 350 CEM Hi/Low Airflow Monitors can be used on several NuAire product models. When installing the airflow probe, refer to the standard NuAire methods below. In addition, be sure the airflow probe orientation has the probes oval tip opening in line with the airflow direction. |
| ATB0036 41.84KB |
NuAire has developed an armrest for various Class II Biological Safety Cabinets (BSC). The armrest was developed to enhance the BSC ergonomic design for improved forearm support. Lack of forearm support causes overuse of muscles supporting the arms. |
| ATB0028 15.09KB |
On NuAires (Class II, Type B2) Biological Safety Cabinets, the optional Lay-in charcoal Filter Module may be used inline with our exhaust transition flue hoods when venting to the outside, or alone when (Class II, Type A) units are vented into the room. The optional lay-in charcoal filter can be added on top of the exhaust HEPA filter on our Class II, Type B1 or B2 Biological Safety Cabinets, with a special exhaust filter housing. |
| ATB0122 126.6KB |
NuAire Biological Safety Cabinets (BSCs) may have an optional chart recorder installed. This chart recorder will monitor airflow within the BSC. Please use this bulletin for installation instructions. |
| ATB0145 20.42KB |
The Digital Manometer Monitor uses an integrated digital pressure transducer to monitor exhaust system negative pressure. The monitor indicates through both a segment display and LEDs. The segment display is green and operates to + 0.01" w.g. sensitivity. The LEDs indicate acceptable pressure (green), caution or near alarm points to within 0.005" w.g. (yellow) or alarm condition (red). |
| ATB0032 299.24KB |
The Digital Manometer Sentry System is an all electronic version of NuAire's successful Labgard Sentry System. This all new system is designed to provide an additional measure of safety in the Biological Safety Cabinet by informing the operator when cabinet airflow drops below the critical level per NSF Standard #49, (that level at which air velocities within the cabinet may be low enough to permit contaminants to escape and enter the cabinet and room, respectively, due to normal disruptions of the air barrier). |
| ATB0035 3.39MB |
All NuAire, Biological Safety Cabinets (BSCs) are Class II, Type A2. When exhausted outside through a properly functioning canopy, thimble or air gap exhaust transition, the cabinets may be used for work with minute quantities of volatile toxic chemicals and tracer amounts of radionuclides required as an adjustment to microbiological studies. |
| ATB0089 1.56MB |
NuAire Biological Safety Cabinet (BSCs) may be exhausted outside through a properly functioning canopy, thimble or air gap exhaust transition. This allows the cabinets to be used for work with minute quantities of volatile toxic chemicals and tracer amounts of radionuclides required as an adjustment to microbiological studies. |
| ATB0015 2.52MB |
NuAire, Biological Safety Cabinets (BSCs) may be exhausted outside through a properly functioning canopy, thimble or air gap exhaust transition. This allows the cabinets to be used for work with minute quantities of volatile toxic chemicals and tracer amounts of radionuclides required as an adjustment to microbiological studies. |
| ATB0001 1.37MB |
NuAire air-tight Butterfly Valves are available in a wide variety of sizes and configurations to direct and control airflow in heating, exhausting and air conditioning installations. The air-tight butterfly valve design features all stainless steel construction and silicon gasketing for high reliability. |
| ATB0002 7.59MB |
NuAire air-tight butterfly valves can be installed using standard HVAC duct connection techniques. To assure a tight connection, NuAire recommends the use of silicon RTV. |
| ATB0087 17.2KB |
HOODGARD 1 should be used routinely in the decontamination and cleaning of laminar flow hoods and other equipment and worksurfaces used in your aseptic compounding processes. This is especially true of equipment used in the antineoplastic compounding areas, where residues or buildup of these substances may be hazardous to pharmacy and nursing personnel. |
| ATB0086 203.34KB |
The NU-425E (Series 20), NU-437E, NU-440E and NU-480E with the double exhaust filter option requires additional HEPA filter integrity testing. The additional HEPA filter integrity test is performed by accessing the exhaust filter sample port located next to the D.O.P. challenge port in the top center of the cabinet. |
| ATB0166 4.69MB |
NuAire Class II (International Designation), Type A2 (Further North American Designation) Biological Safety Cabinets when exhausted outside through a properly functioning canopy, thimble or air gap exhaust transition, the cabinets may be used for work with minute quantities of volatile toxic chemicals and tracer amounts of radionuclides required as an adjustment to microbiological studies. This bulletin outlines exhaust transitions which may be used with the NU-480 Biological Safety Cabinet. |
| ATB0050 95.47KB |
The NuAire Airflow Monitor can be used for practically any application requiring the mass flow of an air stream to be monitored for minimum acceptable flow. A stable/repeatable response to airflow detection is achieved by using two thermistors: One that is self-heated and one that is measuring ambient. As air is passed over the thermistors the heated thermister is cooled, generating a difference in resistivity that translates into the flow rate. The second thermister provides the temperature compensated ambient reference. |
| ATB0116 78.53KB |
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| ATB0069 25.59KB |
The NuAire portable germicidal ultraviolet lamp is primarily intended for the destruction of bacteria and other microorganisms in the air or on directly exposed surfaces. Approximately 95% of the ultraviolet radiations from germicidal tubes are in the 253.7 manometer region. This is a region in the ultraviolet spectrum which is near the peak of germicidal effectiveness. The exposure necessary to kill bacteria is the product of time and intensity. |
| ATB0081 6.25MB |
NuAire airflow products may have optional storage trays installed. This bulletin describes the placement of these storage bins on several NuAire products. |
| ATB0066 25.7KB |
NuAire disposable forearm pads were specifically designed and tested for NuAire Biological Safety Cabinets. Please consult original equipment manufacturer for use on other than NuAire Biological Safety Cabinets. This bulletin describes how to install these pads on NuAire Biological Safety Cabinets. |
| ATB0068 16.62KB |
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| ATB0067 24.47KB |
The NuAire ergonomic elbow rest was specifically designed and tested for use on NuAire BSCs. The elbow rest is intended to be placed on the front grill of a Biological Saftey Cabinet. The legs have a centering pin for locating and locking into position on the front grill. |
| ATB0165 621.47KB |
The NU-984 Formalin/Ammonia Vaporizer has been used to decontaminate Biological Safety Cabinets (BSCs) using many of the principles and practices of many international standards. This bulletin outlines the use of a formalin/ammonia vaporizer for the purpose of decontaminating a NuAire Biological Safety Cabinet. |
| ATB0027 10.32KB |
Potassium Permanganate odoroxidant is a unique product for use in air purification. Consisting of activated alumina and potassium permanganate, Potassium Permanganate destroys odors and gas phase through the processes of absorption, adsorption, and chemical oxidation. |
| GTB0164 16.61KB |
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| GTB0134 14.52KB |
The topic of canopy versus hard connection of Class II, Type A2 Biological Safety Cabinet (BSCs) has long been a matter of discussion over the years. Safety professionals have interpreted the many revisions of both the NSF 49 standard and the CDC/NIH Biosafety in Microbiological and Biomedical Laboratories (BMBL) guidelines differently. This bulletin discusses the differences between these exhaust connections. when exhausting type A2 BSCs. |
| GTB0131 391.98KB |
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| GTB0171 23.55KB |
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| GTB0042 8.86KB |
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| GTB0163 2.08MB |
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| GTB0158 666.41KB |
Isoflurane is a commonly used anesthetic gas within vivariums. This bulletin describes what to expect when using a isoflurane within a NuAire Biological Safety Cabinet. |
| GTB0121 19.81KB |
The use of natural gas for Bunsen burners in a microbiological laboratory has long been an accepted practice over the years. This practice has also carried over to use within a Biological Safety Cabinet (BSC). However, Bunsen burners within BSCs do present some inherent problems and are not needed or recommended unless deemed absolutely necessary. |
| GTB0155 26.84KB |
Biological safety cabinets havea 15 year useable life. This bulletin describes how long and what to consider over the lifespan of a NuAire biological safety cabinet. |