38 Portable / Field Testing Violet Light LED Leak Detection Flashlight Makes All Industrial Fluid Leaks Glow Brightly
Spectronics Coporation’s (USA) OPTIMAX 400 is an economical, violet light LED leak detection flashlight. It emits less visible light so industrial fluid leaks are easier to spot, saving technicians valuable diagnostic time and effort!
The OPTIMAX 400 features a high-output LED that causes fluorescent dyes to glow more brilliantly and with greater contrast than conventional lamps. The flashlight’s pre-focused beam optimises fluorescent response without any adjustments needed. With power comparable to high-intensity 150-watt lamps, it works well with Spectroline OIL-GLO 33 (green), OIL-GLO 44 (yellow/green) and OIL-GLO 50 (red) oil-based dyes, as well as WATER-GLO 802 (green) water dye.
The OPTIMAX 400 is engineered with “instant-on” operation. Its cordless, compact design allows it to get into tight, cramped areas larger lamps can’t. A rugged, corrosion-resistant, anodised lamp body stands up to years of heavy use. Powered by standard AAA batteries (included), this unit features an LED with a 100,000-hour service life.
The flashlight comes with a lanyard, belt holster and fluorescence-enhancing glasses, all packaged in a full-colour hanging clamshell.
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24-Hour Noise and Vibration Monitoring At Hospital Construction Site ensures Safety for All
When 24-hour real time measurement of noise and vibration levels was required by McLaughlin & Harvey, one of the UK’s leading construction companies, for a building project at Kings College Hospital, three SV212 portable environmental vibration and sound monitoring stations from Svantek (UK) were considered the best solution for the job.
Tom Irving from McLaughlin & Harvey comments: “As part of our contractual obligation with Kings College Hospital, the noise and vibration associated with the construction project needed to be very tightly managed. It required 24-hour real time monitoring of both surgical and external environments.”
The Svantek SV212 stations were chosen because they were the most competitive, efficient and accurate way of monitoring noise and vibration on site. McLaughlin & Harvey also liked its robust, compact design. Advanced trigger and alarm functions alert when limits are exceeded plus data can be easily accessed and downloaded for inclusion in the monthly reports required by clients.
In line with the Hospital’s specifications, two of the SV212 stations are installed near live surgical theatres whilst the other is located externally.
McLaughlin & Harvey found the stations easy to install and simple to operate following useful training from Svantek.
As well as building and construction site monitoring, the SV212 is suitable for online vibration and noise measurement, acoustic map making and web-site population.
The SV212 kit consists of a SVAN958 four-channel sound and vibration analyser which is available with both PPV and weighted VDV measurement, with the latest standardised filters. The SVAN958 instrument is installed within a waterproof case which is also equipped with a rechargeable battery and controller.
Vibration monitoring is performed using a SV207B triaxial building vibration transducer with highly sensitive accelerometer (1 V/g) mounted in a robust, hermetically sealed metal base. A specially designed levelling system allows compensation of the ground level slope.
Svantek’s SV212 is also available with the option of a SV208 outdoor microphone kit for periodical monitoring. Protected by a SA277 windscreen, both the SV207B and SV208 are developed for outdoor use and can be connected to the SV212 monitoring station by waterproof connectors.
Additional features include GPRS modem and SvanPC++_RC remote communication software. This allows the user to access the monitoring system remotely for online data acquisition and easy wireless data transfer and download, as well as changing instrument settings.
Svantek also offers a SV205 weather monitoring module for measuring temperature, ambient pressure, humidity, and wind speed and direction distribution.
The SV212 is powered using an internal rechargeable battery or external DC power source with optional solar panel.
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New GPS Module for Outdoor Location Monitoring
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Banner Engineering (Belgium) introduces a GPS Module for outdoor location monitoring applications. Low power consumption, ability to withstand extreme environments, flexible power supply voltages and Modbus RTU communications makes this sensor ideal for heavy industrial use.
Combined with battery based wireless nodes, application examples include locating mobile equipment on industrial sites, such as skips, trailers or mobile tank units. Real time monitoring of vehicle position permits to visualise teams or equipment and increase efficiency by calling nearest drivers on a job. In landfills, the various vehicles can be precisely positioned to track the driving pattern and increase waste compaction.
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1753ad@reply-direct.com IET September / October 2014
www.envirotech-online.com
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Features include positional accuracy < 2.5 m, IP69K per DIN 40050, an operating temperature range of -40 °C to 80 °C, Modbus slave device - RS-485 half-duplex serial communications, SiRF Star IV GPS chip, satellite-based augmentation systems and high sensitivity navigation engine able to track as low as -163 dBm.
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