Uniden LRD2200SWS Bedienungsanleitung

Introduction

Welcome to the world of sophisticated, early warning laser/radar

detection. You have purchased one of the most advanced laser/radar

detectors available. The LRD 2200SWS is a complete integrated

laser/radar detector. It responds to the X-, K-, and Ka-SuperWideband

radar guns in use today and also provides 360° detection of the latest

speed monitoring system — the laser gun. The built-in Safety Warning

System (SWS™) is capable of detecting a hazardous warning signal

transmitted on the K-band.

The LRD 2200SWS provides distinct visual and audio alerts to warn you

of the presence of X-, K-, and Ka-SuperWideband radar signals as well as

IR laser signals. You can drive with confidence when you bring along the

LRD 2200SWS.

The LRD 2200SWS employs Super Stalker Technology (SST), a

state-of-the-art electronic system designed to make this radar detector

invisible to all current VG-2 radar detector detectors. The LRD 2200SWS

also uses the new D.R.O. (Dielectric Resonant Oscillator) and E.D.I.T.

(Electronic Data Interference Terminator) circuitry, giving more reliable

performance.

We are certain that you will enjoy the LRD 2200SWS, and to ensure that

you get the most from its features, please read this Operating Guide

carefully before installing and operating the unit.

Feature Highlights

•360° Laser Detection •Safety Warning System™

•Complete 4-Band Coverage •4 Alarm Tones

•Super Wideband •VG-2 Undetectable

•K/Ka Priority •Pulse Detection

•Signal Strength Meter •Warning Lights

•Visual Only Mode •Auto Mute Mode

•Audio Only Mode •Self Test

•Memory Retention Feature •City and Highway Modes

Speed Detection Systems

A speed detection device (often called a radar gun) sends out either a

microwave signal or beam of light. When this signal reaches its target,

part of the signal is reflected or bounced back toward the emitting gun.

The time required for the signal to leave the gun, bounce off an object,

and return is used to determine a vehicle’s distance and speed.

Radar

Radar (Radio Detection and Ranging) is a microwave system for

detecting the speed of moving objects by reflected pulses of high

frequency radio waves. There are 3 radar bands (microwave frequencies):

Xband (10.49 to 10.56GHz), Kband (24.04 to 24.26GHz), and the

“superwide” Ka band (33.4 GHz to 36 GHz).

The X band was the first used for traffic, followed by the K band which is

harder to detect (most instant-on radar is K band). The Ka band was

introduced in 1987, and widened to Ka SuperWideband in 1990 by the

FCC. The LRD 2200SWS monitors all current radar bands including the

entire Ka SuperWideband.

The radar beam is cone shaped — the narrower the beam, the greater the

resolution. A moving vehicle reflects radar signals back towards the radar

gun. The LRD 2200SWS can detect the signals emitted by radar guns,

and it will sound an audio alarm and flash a warning indicator.

For continuously transmitting radar, use the LRD 2200SWS to get

accurate detection from a safe distance. Weak signals cause the audio and

visual alarms to sound intermittently, but as the signal gets stronger (the

closer you get to the radar gun), both alarms increase in intensity.

Instant-on transmitters fire a short radar pulse beam at a vehicle and

instantly read its speed. When detected at a distance, you will hear a few

beeps and see the strength meter begin to light. Instant-On radar signals

are the most difficult to detect at a safe distance because they are

transmitted only when directed at you or at a vehicle directly ahead of

you.

Laser

The Laser Speed Detection System, also called LIDAR (for Light

Detection and Ranging), uses a laser gun that emits infrared light pulses

just outside the spectrum of visible light. Each reflected pulse measures

the speed of the object coming toward or going away from the laser gun.

Unlike radar, the laser gun emits a very narrow beam of light, so it can

pinpoint a speeding car within traffic. The infrared beam spreads out, but

slowly and over a longer distance than a radar signal.

The laser gun can acquire a speed reading as quickly as 0.3 seconds,

sometimes less. However, since it isn’t easy to accurately aim at and hit a

moving target, an operator often moves the laser gun in several directions

to get a reading. So laser signals are emitted continuously for a few

seconds for each speed measurement. The LRD 2200SWS can detect

these light pulses from as far away as 1.5 miles, which is about four times

the effective range of a laser gun (2,000 feet), and about ten times its

average operating range (500-800 feet).

Note: To be safe, do not ignore any warnings. Although there are other

types of radar signals that may cause interference, when the

LRD 2200SWS detects a signal, be on the alert. It is important to

exercise caution at all times.

Included with Your Radar Detector

If any of these items are missing or damaged, contact your dealer

immediately. Be sure to complete and mail the Product Registration Card.

Laser/Radar Detector

Operating Guide

Owner’s Guide Windshield

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Printed

Material Straight Power Cord

Coiled Cigarette

Adapter Fuses and

Spare Parts

Controls and Functions

1. Clip Release — Press the clip release button to remove the

LRD 2200SWS from the windshield mounting clip.

2. Rear and Side Laser Detector Lenses — For rear and side

detection of laser signals.

3. City Button — Press the CITY button to help reduce X-band false

alarms while driving in the city. When you turn on the City Mode,

the City indicator turns on. While driving on highways, turn off

the City Mode for long-range detection.

4. Audio Button — Press the AUDIO button to activate the Audio

Alert Only operation. All the LEDs dim, and the signal strength

meter is disabled.

Note: To operate with visual alert only, set the volume control to

the minimum. Remember though, that if the volume control is

turned down and Audio Only operation is selected, the alarm

features are completely disabled.

5. Mute Button — Press the MUTE button to activate the Auto Mute

feature, which produces a full alert level when a signal is first

received, then automatically reduces to half volume for the rest of

the warning.

6. DC 12V Power Input — Connect the DC power cord here.

Note: Use on a Uniden® supplied power cord or its replacement.

MUTE

CITYAUDIO

1234

DC12V

7. LED Display — LEDs display visual alerts, signal strength, and

operation mode.

8. On-Off/Volume Control — Turns the power on and adjusts the

Audio Alert volume.

9. Speaker — Sounds audio alert. There are four different audio alert

tones to distinguish each type of signal received. When you

become familiar with all the distinct alert tones, you can operate

the LRD 2200SWS just by listening, devoting your full attention

to the traffic in front of you.

1. X-Band Signal Indicator — A green LED lights and blinks to

indicate the presence of an X-band radar signal. The blink rate

increases as the radar source gets closer. A distinct audio alert is

also heard.

2. K-Band Indicator — An amber (orange) LED lights and blinks to

indicate the presence of a K-band radar. The blink rate increases as

the radar source gets closer. A distinct audio alert is also heard.

3. Ka-SuperWideband Signal Indicator — A yellow LED lights and

blinks to indicate the presence of a Ka-SuperWideband radar

signal. The blink rate increases as the radar source gets closer. A

distinct audio alert is also heard.

4. Laser Signal Indicator — A red LED under L lights and blinks to

indicate the presence of a laser signal. A distinct audio alert is also

heard.

5. SWS Signal Indicator — When an early warning hazard or

informational signal is detected, the yellow SWS LED begins to

blink and the amber K-band LED lights. A distinct audio alert is

also heard.

6. Power-On Indicator — A green LED under P lights to indicate

power is being supplied to the unit and the unit is turned on.

7. LED Signal Strength Meter — Four LEDs give an accurate visual

indication of the strength of radar or laser signals.

8. City Mode Indicator — A green LED under C lights to indicate

that you selected City Mode.

9. Auto Mute Indicator — A red LED under M lights to indicate that

you selected the Auto Mute feature.

Note: Every time you turn on the LRD 2200SWS, a self-test is performed

for all LEDs and Alert tones. You will hear in-order four distinct

tones for the X-, K-, and Ka-SuperWideband radar bands, as

well as for laser.

123456 789

X K Ka L P 1 2 3 4 C MSWS

Installation

The LRD 2200SWS uses a highly sensitive horn-type antenna and IR

laser sensor to receive radar/laser signals. Its sensitivity and range depend

on the method of installation and the direction of the antenna/sensor in

relation to the signal source. The inherent nature of radar waves makes

them reflect off metallic surfaces. This is why these waves are so useful

for measuring the speed of a vehicle. The IR laser light may reflect only

from shiny surfaces. Both radar waves and IR laser light will, however,

pass through plastic or glass.

Before you decide where to put your radar detector, please keep in mind

these two important factors:

•For safety, do not mount the LRD 2200SWS in a location where it

will obstruct your driving vision.

•Most vehicles have the top part of the windshield tinted. Mounting

the LRD 2200SWS behind tinted or mirrored glass may reduce the

effectiveness of laser detection by reducing the amount of laser light

received by the Detector.

Helpful Tips

The antenna and the forward looking

sensor are located behind the rear

panel of the unit, (and the rear- and

side-looking sensors are located on

top of the unit), directly behind the

mode selection keys. The antenna

and sensors should not be obstructed

by metal or metallic surfaces and

should be pointed at the horizon for

accurate long-range detection.

•Do not mount the unit behind the windshield wiper blades, radio

antenna, tinted glass area, or mirrored glass. Be sure the unit is free

from obstruction by seat backs, rear view mirror, sun visors, or the

ceiling of the automobile.

•Do not mount the unit in front of the heater or defroster vents.

•Do not leave the unit in direct sunlight or in the glove compartment

of a closed car for long periods of time, as extreme changes in

temperature may cause internal damage. Also, removing the unit

from the windshield makes you less susceptible to break-in and theft.

Adjusting the Windshield Mounting Clip

1. The metal portion of the bracket locks into the plastic portion at

three different positions. These positions can be used for vehicles

with different vertical angles of their windshields. The back

position can be used for vehicles with windshields that are slanted

back.

2. For optimum laser detection, bend the angled portion of the

windshield mounting bracket so that the LRD 2200SWS is parallel

to the road surface. Be sure the LRD 2200SWS is mounted so it is

free of obstructions from seat backs, rear view mirror, sun visors,

or the ceiling of the automobile. There must be a clear 360° line of

sight to the outside of the vehicle.

To mount the LRD 2200SWS:

1. Insert the windshield clip into the LRD 2200SWS.

2. Place the bracket and the LRD 2200SWS in the proper location on

the windshield of your vehicle, and press the suction cups firmly

against the windshield.

Connecting the Power

Direct Connection

The LRD 2200SWS is designed to operate on most 12V DC negative

ground vehicle electrical systems. The straight power cord provided with

the unit has bare wires at one end, and a small connector at the other end.

1. Connect the positive wire to a 12V DC source in your vehicle’s

fuse box.

2. Connect the other wire to ground.

Note: The LRD 2200SWS is designed to operate only with 12V DC,

negative ground power systems. Operation of the unit on other

voltages or polarities will cause damage to the unit and may

create a fire hazard.

CITY

AUDIO

MUTE

KaL

P123

SWS

Fuse

Box

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