Beltronics Express 946 Owner's Manual - Page 13

Three Radar Frequencies, Total Tracking Laser, Safety Warning System, What is it? - cordless radar laser detector

Page 13 highlights

Three Radar Frequencies Three microwave frequencies have been allocated by the  (Federal Communications Commission) and are used for traffic Radar. They are: X band z K band z Super Wideband Ka z to z Both X and K bands are well known to motorists who have traveled with Radar detectors. Introduced first was X band Radar which became common during the s. In the mid s the lower powered, more difficult to detect K band Radar was introduced. In approval was given for Radar equipment using a third frequency, Ka. In response to this introduced the first Radar detectors capable of detecting X, K and Ka band signals. In late approval was given to Wideband Ka z to z. Once again,  responded with Wideband Ka detection. Today Cordless detects the complete Super Wideband Ka frequency allotted for police monitoring-. to z. Total Tracking Laser™(ttl™) Unlike Radar signals, which are highly reflective, Laser signals have very poor reflective characteristics. Many of today's Laser detectors do not have the high sensitivity necessary to detect Laser within a large "field of view". Your Cordless incorporates 's number one rated Laser detection. Twin Laser ports detect energy far outside the main Laser beam- including off-axis signals-providing the largest achievable eld of view". The alerts received by your unit are the same whether they are received from the front or rear. Note-the use of the pocket reflector will provide front Laser detection only. Safety Warning System™ (sws™)-What is it? The Radio Association Defending Airwave Rights, Inc conceived and developed the Safety Warning

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
 ,   
Three Radar Frequencies
Three microwave frequencies have been allocated by the

(Federal Communications Commission) and are used for
traffic Radar. They are:
X band:
. 
z
K band:
. 
z
Super Wideband Ka:
. 
z
to
. 
z
Both X and K bands are well known to motorists who have
traveled with Radar detectors. Introduced first was X band
Radar which became common during the

s. In the mid

s the lower powered, more difficult to detect K band Radar
was introduced. In

,

approval was given for Radar
equipment using a third frequency, Ka. In response to this,

introduced the first Radar detectors capable of
detecting X, K and Ka band signals. In late

,

approval
was given to Wideband Ka:
. 
z
to
. 
z
. Once again,

responded with Wideband Ka detection. Today,

Cordless detects the
complete
Super Wideband Ka frequency
allotted for police monitoring—
.
to
. 
z
.
Total Tracking Laser
(ttl
)
Unlike Radar signals, which are highly reflective, Laser signals
have very poor reflective characteristics. Many of today’s Laser
detectors do not have the high sensitivity necessary to detect
Laser within a large “field of view”
. Your

Cordless
incorporates

’s number one rated Laser detection. Twin
Laser ports detect energy far outside the main Laser beam—
including off-axis signals—providing the largest achievable

° “field of view”
.
The alerts received by your unit are the
same whether they are received from the front or rear.
Note—the use of the pocket reflector will provide front Laser
detection only.
Safety Warning System
(sws
)
—What is it?
The Radio Association Defending Airwave Rights, Inc.
(
.....
) conceived and developed the Safety Warning