Beltronics Express 925 Owner's Manual - Page 15

Interpretation Of Alerts

Page 15 highlights

Safety Warning System® (sws™)-What is it? The Radio Association Defending Airwave Rights, Inc. (R.A.D.A.R.) conceived and developed the Safety Warning System®. The concept behind this system is to warn motorists of potential road hazards by employing Safety Warning System® transmitting devices in areas such as construction zones, accident sites and detours. These sws™ transmitters operate within the 24 GHz portion of the K band frequency and broadcast uniquely, coded signals which are detected by your EXPRESS 925. INTERPRETATION OF ALERTS Radar Alerts The alerts provided by your unit are affected both by the type of transmission (continuous wave or instant-on) and the position of the Radar source. Generally, when you drive closer to a Radar source, the intensity of the received signal increases, resulting in a higher number appearing in the Digital Display and a corresponding increase in the audio alert rate. Described below are five common types of Radar encounters and the alerts you will typically receive. 1. Stationary or moving Radar, straight ahead aimed in your direction. Since Radar signals travel in a straight line, this Radar encounter potentially offers maximum warning range. Once the signal is received, the initial warning consists of the X, K 14

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Safety Warning System
®
(sws
)—What is it?
The Radio Association Defending Airwave Rights, Inc.
(R.A.D.A.R.) conceived and developed the Safety Warning
System
®
. The concept behind this system is to warn motorists of
potential road hazards by employing Safety Warning System
®
transmitting devices in areas such as construction zones,
accident sites and detours. These sws
transmitters operate
within the 24
GH
z portion of the K band frequency and
broadcast uniquely, coded signals which are detected by your
EXPRESS 925.
Radar Alerts
The alerts provided by your unit are affected both by the type
of transmission (continuous wave or instant-on) and the
position of the Radar source. Generally, when you drive closer
to a Radar source, the intensity of the received signal increases,
resulting in a higher number appearing in the Digital Display
and a corresponding increase in the audio alert rate. Described
below are five common types of Radar encounters and the
alerts you will typically receive.
1.
Stationary or moving Radar, straight ahead aimed in your
direction.
Since Radar signals travel in a straight line, this Radar
encounter potentially offers maximum warning range. Once
the signal is received, the initial warning consists of the X, K
INTERPRETATION OF ALERTS
14