HUMAN SAFETY
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HUMAN SAFETY Warning devices for safety in electromagnetic fields

NARDALERT S3 AND RADMAN XT PERSONAL MONITORS FOR WORKING IN HIGH FREQUENCY ELECTROMAGNETIC FIELDS Nardalert S3 and RadMan XT, the personal monitors from NARDA Safety Test Solutions, provide warning wherever humans may be endangered by strong electromagnetic fields, especially where the following types of equipment are involved: Telecommunications Broadcasting Industry Military Air traffic control These personal warning devices from Narda are unique because they can be worn directly on the person without affecting their accuracy, a fact that has been confirmed by several independent c ...

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Optimized for field use These warning devices are designed for daily use. They use very little current in the ready state, so the batteries last for a very long time. The measured values are reliable, even under extreme temperature conditions from -10° C up to +50° C. Nardalert S3 can also be recharged from any USB port on a PC. Switch on and pocket it Nardalert S3 and RadMan XT are immediately ready to use: Simply switch on, and the devices will eliably warn you if limit values are exceeded. r There are no controls that require any specialist knowledge, and none of the basic functions...

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PERSONAL MONITORS WITH YOU EVERY DAYr Minimal body influence Non-directional sensors The personal monitors are best carried flat against the body, either outside your clothing in the s torage pouch or in the outside breast pocket of your jacket or shirt (if the material has no special coatings). bsorbers minimize the influence of your A body; without them, the monitor would usually overestimate the field, giving a warning too early. Independent calibration laboratories have confirmed the correctness of the results. The absorber is in the yellow protector cap of the RadMan XT and is...

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of 100%. The compact, narrow shape of the R adMan XT makes it ideal for accessing places d ifficult to reach. Shaping gives standard-compliant assessment Different services radiate at widely differing fre quencies. Filters in the Nardalert S3 and RadMan XT ensure standard-compliant assessment of all services regardless of their frequencies – a unique, patented device function. This so-called shaping covers the entire frequency range up to 40 or 50 GHz. Anyone carrying a Nardalert S3 or RadMan XT can be sure of being warned of excessive exposure levels. User software for data evaluation...

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NARDALERT S3 WARNS YOU BY SOUND, SIGHT, AND TOUCH! LEDs and display on top are easy to see Nardalert S3 is a handy warning device ideal for wearing on a belt or harness. It can be fixed to textiles and belts alike, thanks to two different types of clip. The warning lights and display are on the top face of the device and can be seen at a glance. Nardalert S3 detects the electric field in the requency f range 100 kHz to 50 GHz using three different s ensor / detector combinations: True RMS values from thermocouple detectors Warnings are visible, audible, and palpable Programmable...

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RadMan XT THE PERSONAL MONITOR FOR E- AND H-FIELDS The pluggable protective cap enables the RadMan XT to function as a warning device and as a detector and monitor. The additional extension rod is particu larly useful in the vicinity of short wave and VHF transmitters, as it further reduces the effect of the human body on the measurement result. This also means that you can see straightaway if the next step will result in 100% exposure or if the radiation level is more likely to decrease. RadMan XT uses six sensors to record all the c omponents of the electric and magnetic field s ...

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Overview of human safety devices from Narda Safety Test Solutions Nardalert S3 RadMan XT RadMan Frequency range 100 kHz (3 MHz) – 50 GHz 1 (3) MHz – 40 GHz 1 (3) MHz – 40 GHz Human safety Measurement function Leak detection E-field H-field Isotropic sensors Thermocouple sensor for highest frequency range Displacement sensor for the low frequency range Diode sensor Shaping Alarm Visible Audible Vibration Settable alarm level Data memory 1) 2) 1) 62,000 events (option) 2) 1,637 data sets with date, time, and average, maximum and minimum measured values (for E- and H-field in each case) Order...

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