The nonlinear transition detector lornets new 2012-0836-911is an indispensable tool for the rapid and reliable detection of devices containing semiconductor components. It can be used to combat surveillance job search on campus

Duoble Sensing Frequency Nonlinear Detector - Lornets New 2012-0836-911

The nonlinear transition detector lornets new 2012-0836-911is an indispensable tool for the rapid and reliable detection of devices containing semiconductor components. It can be used to combat surveillance job search espoused on the premises (concealed transmitter identification), as well as for placing explosive devices outside. DPF (double frequency sensing) technology with a patented antenna system places it actually different from the competition.   

Main competitive advantages:

Duoble frequency sensing mode gives you lornets new 2012-0836-911 significant advantages over a single NLJD frequency because it is much better for detecting small size and high frequency semiconductor objects at high frequencies, while applying low frequency doses from improved detection on wet and concrete walls.

It is possible to work in one of the frequency bands and both at the same time; The embedded high-gain parabolic antenna (20 dB at 3600 MHz) allows very strong detection of semiconductor components from a distance ling (up to 10 m); Laser to highlight the space selective object localization.

Wide range of power control, automatic and manual signal level sensing modes adjustment; The ability to listen to the envelope detector output, as well as at the level of the received signal through the built-in loundspeaker and wireless headphones to the phone, to assess the parametric effects (e.g. knocking) on a suspicious object.

Specifications:

Signal sensing type pulse First sensing signal frequency 789.5 ... 791.5 MHz Second sensing signal frequency 3581,5 ... 3607.5 MHz Operating cycle 0.3% and 5% Transmitters peak power in each frequency range 40 W / 20 W Sensitivity receivers 3.0 / 1.5 h Dimensions 305 mm x 305 mm x 280 mm