American Dynamics RASELHC, RASELHS, RASELPC, RASELPS, RASONPC Installation

SpeedDome®
Optima LT Indoor
Camera Dome

RASEL Series

Installation and Service Guide

Contents

Warnings................................................................2

Before You Begin................................................... 3

Installation..............................................................6

Troubleshooting .....................................................9

Parts List for Authorized Users ............................ 10

Specifications.......................................................12

Declarations ......................................................... 14

The SpeedDome Optima LT indoor camera dome
mounts either to a hard ceiling or to a 2x2 tile
ceiling using a mounting plate (instructions for the
plate are supplied separately).

CAUTION: Save the box and packing
materials. These materials are required
should you need to ship the dome to a
repair center.

Note: The dome accepts either cable or conduit. If
running cable through a plenum ceiling, either
plenum-rated cable or flexible conduit is required.

© 2006 Sensormatic Electronics Corp.

SPEEDDOME OPTIMA LT INDOOR CAMERA DOME 8200-0181-01, REV. E
INSTALLATION AND SERVICE GUIDE 1 of 14

Warnings

Please review the following warnings before you
install or service the camera dome.

ALWAYS USE:

• Proper safety equipment for the location and
type of installation.

• Proper lift equipment to reach the installation.

• Safety features of the lift equipment.

BE SURE:

• Electrical power is not connected to the dome
when connecting wires. Camera will move when
power is applied.

• Electrical power is not connected to nearby
fixtures that you might touch during installation.

DO NOT install this dome in hazardous areas
where highly combustible or explosive products are
stored or used.

This dome runs on 24Vac. DO NOT connect line
voltage to this dome.

North America power requirements: In North
America, this device is intended to be supplied
from a Class 2 power supply.

This installation should be made by a qualified
service person and should conform to all local
codes.

EU power requirements: This product runs on
24Vac. In the EU, it is intended to be powered from
a Limited Power Source. A limited power source is
a certified source of SELV, and if inherently limited,
with 8 amps maximum output current, and a
maximum of 100VA available; or if not inherently
limited, fused with a maximum value of 3.3 Amps,
meeting section 2.11 of IEC950, and a maximum of
250VA available. The power supply can be
obtained through Sensormatic or through another
source where the provider can furnish the
verification. This is required to assure electrical
safety in the product.

Stromanforderungen in der EU: Dieses Produkt
wird mit 24 V Wechselstrom betrieben. In der EU
ist es für den Betrieb durch eine begrenzte
Stromquelle vorgesehen. Eine begrenzte
Stromquelle ist eine zertifizierte SELV-Quelle
(Schutzkleinspannung), bei inhärenter Begrenzung
mit einem maximalen Ausgangsstrom von 8 A und
100 VA maximaler Verfügbarkeit, bei nicht
inhärenter Begrenzung mit einer maximalen
Sicherung von 3,3 A gemäß Abschnitt 2.11 der
IEC950 und 250 VA maximaler Verfügbarkeit. Das
Netzteil kann über Sensormatic oder eine andere
Quelle bezogen werden, wobei der Anbieter den
Nachweis der Konformität bereitstellen sollte. Dies
ist zur Gewährleistung der elektrischen Sicherheit
des Produktes erforderlich.

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INSTALLATION AND SERVICE GUIDE 2 of 14

Before You Begin

To ensure a smooth and successful installation,
observe the following requirements.

General Requirements

• Have electrical work comply with latest national
electrical code, national fire code, and all
applicable local codes and ordinances.

• Coordinate work with other trades to avoid
interference.

• Verify existing site conditions and coordinate
with the owner’s representative and appropriate
utilities as required.

• Obtain copies of all related plans, specifications,
shop drawings and addenda to schedule and
coordinate related work.

• Thoroughly review the project to ensure that all
work meets or exceeds the above requirements.
Bring alleged discrepancies to the attention of
the CCTV Project Coordinator.

Mounting Requirements

Mounting space: Ensure there is the following
space above the ceiling to accommodate the
dome.

Height above ceiling:

Diameter: 192mm (7.5in)

Structural members: Verify that ceiling members
can support the camera dome and mounting
structure, if used.

170mm (6.7in)

Data cable requirements

SensorNet

Cable type 1 unshielded,

twisted pair*

Wire gauge 22 AWG 22AWG 18 AWG

Connection Non-

polarized

Max. devices
per cable run

* Power, data, and video cables can be ordered separately or

within a composite cable that can be ordered in various
lengths. Plenum-rated cables must be used in indoor
ceilings used for environmental air return (called "other air
space" in the National Electrical Code). Order parts through
your distribution network.

Note: If you order cable from an outside source, wire colors
may be different.

** The RS-422 Simplex connection only uses a single twisted

pair allowing the dome to receive only. RS-422 transmit
from the dome is not supported.

*** Belden 88760 (plenum), or Belden 8760 cable (non-plenum)

cable is recommended. Plenum-rated cables must be used
in indoor ceilings used for environmental air return (called
"other air space" in the National Electrical Code). Order
cable directly from Belden by calling 1-800-235-3361.

32 10 3

RS-422
Simplex Manchester

1 shielded,
twisted
pair* **

Polarized Polarized

1
shielded
twisted
pair***

Plenum ceilings: Cable must be rated for plenum
or routed through flexible conduit. A cover plate for
the dome accepts ½" conduit.

WARNING! Do not run cables adjacent

to or in the same conduit as line voltage
mains power.

Weight: 2.5kg (5.5 lbs)

Power cables. Make power cable lengths as short
as possible to minimize the affects of low line

Cable Requirements

Data cables: The following table shows cable

requirements for SensorNet, RS-422 and
Manchester networks. For more information about
communication protocols and cable networks, see
Communication Protocols and Cable Networks,
8000-2573-19.

voltages and outdoor cold temperature
performance. Maximum cable length between a
Class 2 LPS (low voltage) ac source, such as a J­box, and the dome depends on the ac line voltage.
See the tables below for maximum cable lengths
based on the worst-case low line voltages.

The line voltage must not go below the voltage
shown for the dome to be able to power up and
operate at the corresponding distances shown.
Typically cable distances are used that provide a
15% margin between nominal and low line
conditions. For example, if the nominal voltage
measures 120Vac, restrict the cable length to the
distance for .85 x 120 or approximately 100Vac.

SPEEDDOME OPTIMA LT INDOOR CAMERA DOME 8200-0181-01, REV. E
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r

Power cable requirements—Indoor Dome

Table 1 shows the maximum cable distance for
several worst-case low line voltages between
various indoor power sources and the indoor
SpeedDome Optima. These distances are for
Sensormatic composite cables, which use 18
ac power wires.

This table applies to domes produced after October
of 2001; distances are much less for earlier domes.

Twisted Pair Adapter

The ADACTP01BNC Twisted Pair Adapter
(supplied) can be used to transmit video or video
with up-the-coax (UTC) dome control signals over
unshielded twisted pair (UTP) cables, point-to­point, up to 300m (1000ft).

The adapter mounts directly to the video source or
receiver without additional cabling and uses
Category 2-6 twisted pair wires to transmit the
video and dome control signals. The adapter does
not require power.

One adapter is supplied. If used, another adapter
must be ordered to for the connection at the other
end of the cable. The figure below shows twisted
pair cable connections. See installation guide
8200-0298-01 for details.

Twisted Pair Adapter
(Dome End)

American Dynamics

Dome O

Fixed Camera

Twisted Pair Adapter
(Fixed Camera End)

Cat 2-6 UTP Cable

AWG

Table 1. Maximum cable length and worst-case
low line voltages

Indoor Dome

AC Power Source

28 VA

Transformer

5604-0006-01

50 VA

Transformer

5604-0044-01

1-position SensorNet

or RS-422 J-Box

RJ1SNUD, RS856UD

1-position SensorNet

or RS-422 J-Box

RJ1SNUD-1, RS856UD-1

6-position SensorNet

Indoor J-Box

RJ6SN

10-position RS-422

Indoor 120V/60Hz J-Box

RJ860AP

10-position RS-422

Indoor 240V/50Hz J-Box

RJ860AP1

Universal Transformer

0300-0914-01

Universal Transformer

0300-0914-03

Worst-Case Meters

Low Line V (Feet)

117 130 (425)

100 80 (250)

90 60 (200)

117 160 (525)

100 100 (325)

90 60 (200)

117 160 (525)

100 100 (325)

90 80 (250)

240 160 (525)

200 100 (325)

180 80 (250)

117 210 (675)

100 130 (425)

90 80 (250)

240 210 (675)

200 130 (425)

180 80 (250)

117 200 (625)

100 130 (425)

90 100 (325)

240 225 (750)

200 160 (525)

180 125 (375)

117 130 (425)

100 100 (325)

90 60 (200)

240 160 (525)

200 100 (325)

180 80 (250)

Twisted Pair Adapter
(Switcher/Controller End)

Video Switcher/

Controller

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INSTALLATION AND SERVICE GUIDE 4 of 14

SensorNet Line Termination

SensorNet communication protocols require line
termination. Accessing slide switch S1 through the
hole in the top of the dome, terminate the dome
furthest from the video controller or junction box by
moving the switch to the “terminated” position. All
other domes along the line must be unterminated.

Manchester and RS-422 protocols do not require
line termination.

Setting the Camera Address

Accessed through the hole in the top of the dome
are rotary switches SW1, SW2, and SW3 are used
to set the dome address.

Protocol address ranges are as follows:

SensorNet 1-255

Manchester 1-64

RS-422 1-99

For example, for address 107, set SW3 to 1, SW2
to 0 (black dot), and SW1 to 7.

Power-Up Routine

After power is connected to the dome, the dome
performs a homing routine. During the homing
process, the camera will pan and then either:

• Go to the start point of the “apple peel” pattern,
or

• If powered up once before, to the last position in
memory.

Once the camera stops, the camera is online and
is ready to be controlled.

Synchronizing Domes

To prevent picture rolling when switching from
camera to camera, all domes can be synchronized
to the ac source. A V-phase adjustment at the
control console enables the dome to sync to any
line phase.

Save Packaging Material

Should the camera dome need to be sent to a
repair center, use the packaging that the dome was
shipped in.

Compatibility with the VM96 Controller

If using a VM96 controller, the controller must be
Version 5.2 or higher.

Box for
Bubble

Plastic Bag

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INSTALLATION AND SERVICE GUIDE 5 of 14

Installation

A

V

Parts required

Note: For installation to a tile ceiling, also order the

UL-approved RH2x2 Metal Plate Mounting Kit.

Install Kit 0352-0020-01

Connector, 3-position (power) 1 2109-0254-02
Connector, 2-position (data) 1 2109-0756-01
Wire, hanging 3.6m (12ft) 2898-0007-01
Card, quick connect 1 2402-2055-02
Template, cutout, hard mount 1 2402-2054-01

Procedure

Use the following steps when attaching the dome
to a hard ceiling.

1. Using template supplied, cut a hole in the
ceiling. Run power and data cables and the
video cable to the hole.

3. To expose connectors and settings at the top
of the dome, remove the cover plate by
removing one screw and loosening the other.

ideo

7

1

P9

S1

Termination

Address Switches

Set the camera address .

s an example, addres s

107 is show n.

Comm. (P9)

1 - No Po larity

SNet

2 - No Po larity

1 - WHT

Manch.

2 - BLK

1 - Rx +

RS422

2 - Rx –

Un-Terminated

Line

Switch

(S1)

Ter min at e d

24Vac (P10)

Comm. Select (S2)

SensorNet / Manchester:
Switch 6 & 7 "On", all others "Off"

8

7 6 5 4 3 2 1

Off
On

RS422:
Switch 6 & 7 "Off", all others "On"

8

7 6 5 4 3 2 1

Off
On

SW3 SW2 SW1

x100 x10 x1

1

AC

1

AC

S2

4. Set address switches SW1, SW2, and SW3 for
the address (for example: 001–016 for VM16,
001–096 for VM96).

2. For ease of installation, adjust the two “swing
out” mounting clips for ceiling thickness.

Mounting Clip

5. If daisy-chaining domes, the dome furthest
from the video controller requires that
termination switch S1 remain in the
“terminated” position (resistor symbol). All
other domes along the chain must be set to
“un-terminated”.

6. Inside the opening, check communications
DIP switch S2 for the correct settings.

• For SensorNet and Manchester, ensure

switches 6 and 7 are “On”. Other switches
should be “Off”.

• For RS-422, ensure that switches 6 and 7

are “Off”. Other switches should be “On”.

7. Determine if conduit or cables will be used. If
using conduit, remove the Romex clamp and
use 1/2in. flexible conduit and appropriate
fittings. If using cables, they must be plenum­rated if running through a ceiling plenum and
they must be secured using the cover plate
and Romex clamp.

8. Leaving .6m (2ft) of service loop so the dome
can be dropped from the ceiling for servicing,
run the cable through the cover plate and
Romex clamp, if used.

9. Remove 2.5-3.8cm (1–1.5in) of jacket from the
cable end and install power and data
connectors supplied.

10. Plug connectors to the board according to the
figure above.

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11. If using conduit, attach it to the cover plate
using the appropriate fittings and then reattach
the cover plate. If using cable, reattach the
cover plate to the dome using two screws and
then tighten the Romex clamp against the
cable (required to maintain the Plenum rating).

12. Attach a BNC connector to the video cable (if
not using the Twisted Pair Adapter). Also
attach the orange 3-pin power plug to
connector P10 and the gray 2-pin data
communications plug to connector P9. Wire
colors in diagram refer to cables supplied by
Sensormatic.

Note: Use a small screwdriver to tighten the
connector screws. DO NOT over tighten the
connectors!

13. Plug video (or Twisted Pair Adapter), power,
and data communications cables into their
mating connectors in the top of the dome
housing.

WARNING! Ensure power is off at

the source when connecting cables.
Otherwise, the dome will operate
during installation.

15. Using safety wire, attach the dome to a strong
structural ceiling member as follows:

a. Find a strong structural member capable of

supporting the dome. Wrap one end of the
wire around this member and twist the wire
around itself four times to secure.

b. Run the other end of the wire through one

of the holes above the swing out tabs.
Twist the wire around itself four times to
secure.

c. Ensure the wire is taut!

WARNING! Keep the wire as

taut as possible. Do not secure
to any component of a fire
control system.

14. Reattach the cover plate to the dome housing.

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16. Insert the dome into the hole in the ceiling.

17. Turn each of the two locking screws clockwise
to fully extend the “swing out” mounting clips
and to seat them tightly against the top surface
of the ceiling.

19. Once the homing routine completes, affix the
bubble to the dome as follows:

a. Place the large hole at the end of the

lanyard over the screw head of the bubble
and pull its end to snap it in place. Loop
the lanyard to the inside of the housing.

b. Center the bubble over the dome housing

and align its tabs with the mating tabs in
the housing.

18. Apply power to dome.

Note: When power is applied, the dome
checks its function by performing a homing
routine during which the camera pans and then
either goes to the start point of the “apple peel”
pattern or if powered up once before, to the
last position in memory. Once the camera
stops, the camera is online and is ready to be
controlled.

Also, green, red, and yellow LEDs will light in
various patterns to indicate status. Typically,
you do not need to view these LEDs unless a
failure occurs during or after the routine. See
“Troubleshooting” for an explanation of the
LED patterns.

c. Turn the bubble clockwise until it catches

the tabs and stops.

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INSTALLATION AND SERVICE GUIDE 8 of 14

Troubleshooting

If a failure cannot be easily fixed, send the dome to
a repair center.

No power (no LEDs light).

Check for power coming in from J-box or controller.

Homing routine does not complete.

No video.

1. Check the video cable and its connection to
the dome. If not OK, fix or replace the cable.

2. Check the iris setting. Open iris or set to auto
iris.

3. If the problem cannot be corrected, send the
dome to a repair center.

Green, red, and yellow LEDs are visible through
small holes in the dome housing that surround the
camera yoke. After power up, the LEDs light as
follows:

GREEN

PLD Loading
(approx. 20 sec)

Homing Process Off Blink On

Looking for Network* On Off On

Online Waiting for 1st
Command**

* If the dome remains in this state, it cannot locate either the

SensorNet or Manchester network.

** The yellow LED remains on until it receives a PTZ movement

command, then goes off. Further PTZ commands will cause
the LED to blink; otherwise, the LED is off.

(DS1)

On Off Off

Blink Blink On

RED

(DS2)

YELLOW

(DS3)

Connected to RS-422 but no communication.

Check RS-422 wiring by doing the following.

1. Set the dome address to 901; observe the
green, red, and yellow LEDs through the
housing.

LED Indication Cause

Yellow blinks Wiring OK.

Red flickers,
Green blinks*

Red blinks.
Green flickers*

*Fix wiring.

RS-422 wired
backwards.

A wire is not
connected.

Video rolls when switching cameras.

Perform V-phase adjustment at the controller.

Contrast or color off.

1. Check the iris setting. Open iris or set to auto
iris.

2. If the problem cannot be corrected, send the
dome to a repair center.

Pan control absent or improper, but other
control OK.

Send the dome to a repair center.

Tilt control absent or improper, but other
control OK.

1. Check tilt belt operation. Fix the belt if
necessary.

2. If the problem cannot be corrected, send the
dome to a repair center.

Zoom, focus, and iris control is absent.

Check the flex cable connecting the camera the
housing. If you see damage, send the dome to a
repair center.

Only some camera control (for example, zoom
and focus works, iris doesn’t).

Send the dome to a repair center.

2. Reset the dome to the desired address.

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Parts List for Authorized Users

The following parts can only be ordered by
authorized users. To become authorized, contact
your sales representative.

General

1 Chassis Assembly, NTSC 0101-0013-01

2 Chassis Assembly, PAL 0101-0013-02

3 Housing Assembly 0404-0009-01

4 Install Kit 0352-0020-01

3

1, 2

5 Bubble Assembly, Clear 0100-2458-01

6 Bubble Assembly, Smoked 0100-2458-02

Tilt Assy. 0400-1207-01 (NTSC), -02 (PAL)

7 Base, Tilt 0500-9110-01

8 Gear, Camera Base 0500-9112-01

9 Tilt Upright (2) 0500-9168-01

10 Camera, 1/4" CCD, NTSC,

STD, 22XM

11 Camera,1/4" CCD, PAL,

STD, 22XM

12 Timing Belt 2500-0041-01

13 Tilt Motor with Pully 3501-0028-01

14 PCB, Tilt Sensor 0312-1524-01

15 Ribbon Cable, 20mm, Blk 6007-0039-03

2003-0049-01

2003-0049-02

Base Assy. 0404-0008-01

16 Base, Pan 0500-9109-01

17 Slip Ring 2100-0006-02

18 Bearing, Pan 2510-0040-01

19 Pan Motor Assy. 0400-1240-01

20 PCB, Dome System 0312-1620-01

5, 6

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Tilt Assy. 0400-1207-01/-02

8

12

9

10, 11

15

14

13

7

18

Base Assy. 0404-0008-01

17

16

19

20

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Specifications

Operation

Manual pan speed....................... 1–50° per second

Target pan speed ................. 100° per second max.

Pan travel ..................360° continuous, no end stop

Manual tilt speed ......................... 1–50° per second

Target tilt speed...................... 50° per second max.

Tilt travel........................................................... >90°

Optical zoom ..................................................... 22X

Digital zoom....................................................... 11X

Bubble density............................................Clear, f0

Tilt/Pan accuracy............................................. ±0.5°

Zoom/Focus accuracy ................................... ±0.5%

Quick View™ access:

• < 2 seconds to pan and tilt position

• < 3 seconds to full zoom position

• < 1 second focus on VM16 and

VideoManager controllers

• < 7 seconds focus on VM96 and RV2715
controllers

Synchronization....................Automatically selected

Line locked ............Remote V-phase adjustment

Internal.............................Built-in sync generator

Program storage......................256KB of electrically

programmable Flash Memory

Data storage.................................. 128KB of SRAM

Video output connector .......................Female BNC

Product life ...................................5 years operation

500,000 position changes

NTSC version

Pickup device................ 768 (H) x 494 (V) pixels

Scanning .............525 lines, 60 fields, 30 frames

Horizontal...........................................15.734kHz

Vertical .....................................................59.9Hz

PAL version

Pickup device................ 752 (H) x 582 (V) pixels

Scanning .............625 lines, 50 fields, 25 frames

Horizontal...........................................15.625kHz

Vertical ........................................................50Hz

Lens

Design..................................................... Aspherical

Focal length ............................................4 to 88mm

Aperture .................................f1.6 (wide), f3.8 (tele)

Scanning area..................... 3.2mm (H) x 2.4mm(V)

Viewing angle:

4 mm ......................................... 47.0°H x 35.2°V

88 mm ......................................... 2.2°H x 1.65°V

Field-of-View Formulas:

3.2 mm* x distance from camera (m)

Focal length (mm)

2.4 mm** x distance from camera (m)

Focal length (mm)

* Horizontal scanning area of pickup device (mm) in camera.
** Vertical scanning area of pickup device (mm) in camera.

Example: Wide angle view with lens at 6mm and viewed
object at 10m.

3.2mm x 10m

6mm

2.4mm x 10m

6mm

= 5.33m Horizontal view (m)

= 4.0m Vertical view (m)

= Horizontal view (m)

= Vertical view (m)

Color Camera Specifications

Type.......................Interline Transfer ¼” CCD array

Scanning system .................................. 2:1 interlace

Horizontal resolution................... 470 lines at center

Video out ................. 1.0 Vp-p / 75 ohms composite

Signal/Noise ...................................... 50dB (typical)

Minimum illumination...................... 1.0 lux (20 IRE)

Gain control .................................. Automatic (AGC)

White balance.................... Through the Lens (TTL)

Automatic Tracing
White Balance (ATW)

Electrical Specifications

Power Line

Input voltage ..............................18–30Vac, Class 2

Limited Power Source

Design tolerance......................................16–36Vac

Line frequency ............................................50/60Hz

Power consumption .................................21W max.

Power on inrush current.......................................3A

Allowable drop out .......................................... 33ms

Connector ................................... Plug-in Euro-style

terminal block 5.08mm

Max. cable distance ................ See chart on page 4

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Surge Protection

Video output gas discharge tube rated at:

• 8/20µs impulse discharge current: 10kA

• Ten 8/20µs impulses discharge current: 5kA

• 3.9 ohm series resistors

• Low capacitance Zener suppressor 6.5V

1500W

Power line gas discharge tube impulse rated at:

• 8/20µs impulse discharge current: 10kA

• Ten 8/20µs impulses discharge current: 5kA

• TVS rated at 60V, 250A, 1.5 Joules, 8/20µs

impulse

SensorNet/Manchester gas discharge tube impulse
rated at:

• 8/20µs impulse discharge current: 10kA

• Ten 8/20µs impulses discharge current: 5kA

• Isolation transformer coupled, 2000Vrms

• PTC resettable fuse protects transformer

• TVS rated at 5.6V, 40A, 0.1 Joules, 8/20µs

impulse

EIA-422 comm gas discharge tube impulse rated at:

• 8/20µs Impulse discharge current: 10kA

• Ten 8/20 µs Impulses Discharge Current:

5kA

• 33 ohm series resistors

• TVS rated at 5.6V, 40A, 0.1 Joules, 8/20µs

impulse

EIA-422 Communications

Network Distance.............................................. 1km

Maximum Loads.......................................... 10/node

Cable topologies ................................... Daisy chain

Star

Wire configuration........... One twisted pair 22AWG,

polarized, shielded

Connector ................................... Plug-in Euro-style

terminal block 3.81mm

Manchester Communications

Network distance ........................................... 1.5km

Maximum loads..................................... 32 per node

Node repeaters ...............SensorNet junction boxes

Cable topology...................................... Daisy chain

Transmission medium. Single polarized twisted pair
18AWG (Beldon 8760)

Connector ................................... Plug-in Euro-style

terminal block 5.08mm

Terminating resistor ....120 ohms, switch selectable

Mechanical Specifications

Camera Dome

Housing diameter..............................190mm (7.5in)

Housing height:

(above ceiling)............................210mm (8.26in)

Bubble diameter...........................178mm (7.0in)

Bubble depth (below ceiling)..........94mm (3.7in)

Weight .......................................... 2.5kg (5.5 lbs)

SensorNet Communications

Network distance...............................................1km

Maximum loads .................................... 32 per node

Node repeaters............... SensorNet junction boxes

Cable topologies....................................Daisy chain

Backbone
Star

Environmental Specifications

Indoor operating temperature ...........–10°C to 50°C

(14°F to 122°F)

Humidity ............................. 0–95% non-condensing

Storage temperature.........................–20°C to 65°C

(–4°F to 149°F)

Transmission medium .............Single non-polarized

unshielded twisted pair UTP 22AWG

Wire configuration ....Single unshielded twisted pair

UTP 22AWG non-polarized

Connector.................................... Plug-in Euro-style

terminal block 5.08mm

Terminating resistor ... 120 ohms, switch selectable

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INSTALLATION AND SERVICE GUIDE 13 of 14

Other Declarations

Declarations

Regulatory Compliance

REG ID ....................................................SV SDUW

Emissions ...................................... 47 CFR, Part 15

EN 50130-4
ICES-003
EN 55022

Safety ..........................................................UL1950

CSA C22.2 No 950
EN 60 950

FCC COMPLIANCE: This equipment complies with Part 15
of the FCC rules for intentional radiators and Class A digital
devices when installed and used in accordance with the
instruction manual. Following these rules provides reasonable
protection against harmful interference from equipment
operated in a commercial area. This equipment should not be
installed in a residential area as it can radiate radio frequency
energy that could interfere with radio communications, a
situation the user would have to fix at their own expense.

EQUIPMENT MODIFICATION CAUTION: Equipment
changes or modifications not expressly approved by
Sensormatic Electronics Corporation, the party responsible for
FCC compliance, could void the user's authority to operate the
equipment and could create a hazardous condition.

Thank you for using American Dynamics products. We
support our products through an extensive and worldwide
network of dealers. The dealer, through whom you originally
purchased this product, is your point of contact if you have a
need for service or support. Our dealers are fully empowered
to provide the very best in customer service and support.
Dealers should contact American Dynamics at
[phone] or [phone] or on the web at
www.americandynamics.net.

WARRANTY DISCLAIMER: Sensormatic Electronics
Corporation makes no representation or warranty with respect
to the contents hereof and specifically disclaims any implied
warranties of merchantability or fitness for any particular
purpose.

NOTICE: The information in this manual was current when
published. The manufacturer reserves the right to revise and
improve its products. All specifications are therefore subject to
change without notice.

LIMITED RIGHTS NOTICE: For units of the Department
of Defense, all documentation and manuals were developed at
private expense and no part of it was developed using
Government Funds. The restrictions governing the use and
disclosure of technical data marked with this legend are set
forth in the definition of “limited rights” in paragraph (a) (15)
of the clause of DFARS 252.227.7013. Unpublished - rights
reserved under the Copyright Laws of the United States.

TRADEMARK NOTICE: American Dynamics and
Sensormatic are trademarks or registered trademarks of

Sensormatic Electronics Corporation. Other product names
mentioned herein may be trademarks or registered trademarks
of Sensormatic or other companies.

COPYRIGHT: Under copyright laws, the contents of this
manual may not be copied, photocopied, reproduced,
translated or reduced to any electronic medium or machine­readable form, in whole or in part, without prior written
consent of Sensormatic Electronics.

MDR (shf) 08/2006

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