11/23 - San Francisco, CA
AHR 2014
1/26 - Chicago, IL
IAQA Annual Meeting
3/16 - Grapevine, TX
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LDV Debut at APS Show in San Francisco
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High Quality, High Performance, Compact Size LDV System
We'll be showing our new LDV system at the upcoming American Physical Society Annual meeting in San Fransisco later this month.
The LDV uses two laser beams from the transceiver probe to detect velocity. The smart LDV System is easy to use and the best device for precision PIV calibration and high spatial resolution measurements of middle or low velocity flows.
Applications Include: Air flow investigations in wind tunnels, fans, engines (intake, exhaust) and Liquid flow investigations in water channels, water jets
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Kanomax Calibration Manager: Pete Serino
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Kanomax is pleased to announce that Peter Serino had joined Kanomax NJ as the technical service manager. Mr. Serino has an extensive background in instrument repair and calibration. His focus is to continue to raise the level of support to our customers within the service department.
Schedule your year end calibration now to get you equipment calibrated during the holiday slow down.
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Kanomax manufactures the model 6162 high temperature anemometer that can be used to measure airflow in the applications mentioned above. The instrument comes with a number of features and benefits that can solve the problem of measuring air flow in a high temperature environment.
A fume hood is a local ventilation device designed to eliminate or minimize exposure to hazardous fumes, dust or other airborne particulates. Basically, the fume hood provides an area where a technician can safely work with certain hazardous materials. The fume hood is designed to contain and vent all dangerous vapors and particulates away from the worker. A typical fume hood will undergo quality testing by the manufacturer, but it is also necessary to test the fume hood in its installed state and to periodically make sure the hood is performing correctly to limit human exposure to airborne hazards. ASHRAE 110-1995 is the current industry accepted standard for this testing procedure.
Ozone can be used to sterilize equipment and to significantly reduce or eliminate the spread of micro-organisms in hospitals. High levels of Ozone are required so people cannot be present. An ozone monitor with data-logging is a useful tool during treatments to document that the concentration has reached optimal levels for the appropriate time and then to check that it is safe for people to re-enter the room. Measurement can help optimize the effective dose, documents each room's sterilization and supports liability issues or complaints.