Ultra•Exit Antennas (AMS-9060 Compatible Version

ULTRA•EXIT ANTENNAS (AMS-9060 COMPATIBLE VERSION) 8200-0537-36, REV. B INSTALLATION GUIDE 1 of 22

Ultra•Exit Antennas (AMS-9060 compatible version) Installation Guide

Model number Product code

AMS-1090 ZS1090A

AMS-1092 ZS1092A

AMS-1121 ZS1121A

AMS-1121-CN ZS1121-CNA

AMS-1123 ZS1123A

AMS-1130 ZS1130A

AMS-1132 ZS1132A

Contents About this guide ..................................................... 1 To the installer ....................................................... 2 About the product................................................... 2

Features ............................................................ 2 Options .............................................................. 3 Antenna configurations ..................................... 3 Tag check/Alarm inhibit..................................... 4

Installation requirements ........................................ 6 Pedestal installation ............................................... 7

Mounting procedure .......................................... 8 Connection procedure..................................... 11 Setting pedestal address ................................ 12 Adjusting antenna resonance ......................... 12 Base cover installation procedure ................... 18 Spare parts ..................................................... 19

Specifications ....................................................... 22 Declarations ......................................................... 22

About this guide This installation and service guide explains how to install and set up AMS-9060 compatible Ultra•Exit antennas. The following parts and equipment are required to install the antennas:

• AMS-9050 or AMS-9060 Controller. • AMS-1100 series or AMS-1090 series

antennas. Other documents that may be required for installation are:

• AMS-9050 Detection System Planning Guide, 8200-0537-01.

• AMS-9050 Controller Installation Guide, 8200-0537-02.

• AMS-9060 Detection System Planning Guide, 8200-1014-02.

• AMS-9060 Controller Installation Guide, 8200-1014-01.

• Ultra•Exit Transceiver Antenna 25m (82ft) Cable Kit Installation Guide, 8200-0537-34.

ZS1121A ZS1123A ZS1121-CNA

Do not discard! This document may be needed by code inspectors.

Leave it at the site until the installation is complete and the system has been approved.

ZS1090A ZS1092A ZS1130A ZS1132A


If you need assistance… For product bulletins, and most recent updates to this document, or to speak to a technical support specialist, visit www.sensormatic.com and select the Support link on the menu bar.

To the installer Regulatory restriction: For indoor use only.

Regulatory requirement: Two opposing pedestals that transmit simultaneously must have their electronics/buzzers face each other across the exit lane. See diagrams on page 3.

Regulatory requirement: For single pedestals or pedestals operating in Alternating or Backfield Reduction modes, do not cut antenna cables to less than 9.1m (30ft). For all other pedestal configurations, do not cut antenna cables to less than 6.1m (20ft). All cables referenced in this installation guide to be buried in concrete have been investigated and found acceptable as suitable for direct burial in concrete.

Intended use: Only install this device as described in this guide.

Declaration of Conformity: If this product was installed in a European Union or European Free Trade Association member state, give the Declaration of Conformity included with this product to the manager or user. By law, this information must be provided to the user.

Note: Because customer requirements dictate the placement of system components, your Sensormatic representative will supply this information separately.

About the product Ultra•Exit pedestals can have one of three different types of capacitor boards - 2.0m, 2.4m, or 2.4m -with harmonic filters. The table below lists the models of pedestals, which cap boards are available, what the features of the cap boards are, and which manual describes the installation of the pedestal.

Pedestals Cap boards Manual ZS1090 ZS1092 ZS1102 ZS1121 ZS1121-CN ZS1123 ZS1130 ZS1132

0312-2145-01 0312-2145-04 (2.0m boards)

8200-0537-16 0312-2145-02

0312-2145-05 (2.4m boards)*

ZS1090A ZS1092A ZS1121A ZS1121-CNA ZS1123A ZS1130A ZS1132A

0312-7089-01 (2.4m plus harmonic filters)*

8200-0537-36 (this manual)

Note: Pedestal will provide 2.4m coverage when used with the 2.4m installation kit and 2.0m when used with 2.0m installation kit.

Features Ultra•Exit antennas have the following features (see Table 1):

• Unicoil construction.

• Alarm lamp.

• Transmitter/Alarms inhibit switch located in the alarm lamp board.

• ‘System on’ lamp that lights when the system is on.

• Capacitor board in the base of the pedestal contains tuning jumpers and accepts cables from the controller and an optional alarm counter. It also contains an alarm buzzer and volume potentiometer.

• Base covers that cover the capacitor board. These covers come in several versions - stainless steel angled (standard) and stainless steel square, and molded plastic.

• The base cover on all pedestals accepts the optional alarm counter.

http://www.sensormatic.com/


Table 1. Comparison of features on Ultra•Exit antennas

Feature AM

S-10

90A

AM

S-10

92A

AM

S-11

21A

A

MS-

1121

-C

NA

A

MS-

1123

A

AM

S-11

30A

AM

S-11

32A

Max Coverage Distance (m) 2.0 2.0 2.4 2.4 2.4 2.4 2.4

Alarm Lamp ● ● ● ● ● ● ● Alarm Buzzer ● ● ● ● ● ● ● System On Lamp ● ● ● ● ● ● ● Tx/Alarms Inhibit Switch ● ● ● ● ● ● ●

Integrated People Counting Option ● ● ● ● ● ● ●

Alarm Counter Option ● ● ● ● ● ● ●

Custom Panel Kit Option ● ● ○ ○ ○ ● ●

Acrylic Panel Upgrade Option ● ● ○ ○ ○ ● ●

Edge Bumper Option ● ● ○ ○ ○ ● ●

25m Cable Kit Option ○ ○ ● ● ● ● ●

● – Feature is either standard, or available as an option.

○ – Feature is not available on this model.

Differences between AMS-9060 compatible Ultra•Exit pedestals and previous versions If you are familiar with the installation of previous versions of Ultra•Exit pedestals with AMS-9050 controllers, please note these important differences when installing the AMS-9060 compatible versions: • Address switch S1 on cap board: For AMS-

9060 installations, S1 must be set to match the number of the Tx/Rx port that the pedestal is connected to. For AMS-9050 installations, it must be set to an invalid port (4-7).

• Comm connectors: The cap board has a new Comm connector, P3. The wiring for the Comm cable differs for AMS-9050 and AMS-9060 installations. See step 4 of the connection procedure on page 11.

• 9050/9060 Selection jumpers (Harmonic Bypass): For AMS-9050 controllers, pins 1 and 2 must be jumpered. For AMS-9060 controllers, pins 2 and 3 must be jumpered.

• Tuning procedure: Tuning an AMS-9060-compatible pedestal does not require a current probe; instead the current can be read from the configurator.

Options Ultra•Exit antennas have the following options available (see Table 1):

• Integrated people-counting 2 (traffic-flow) kits, ZPUE-PCNTR2, ZPUE-PC2-PCBKIT.

• Alarm counter option, ZPUE-ALMCNTR.

• Custom panel kit, ZPUE-PANELKIT-2.

• Acrylic panel upgrade option, ZPUE-INSERTS.

• Edge bumper option, ZPUE-BUMPER.

• 25m (82ft) cable kit for 2.4m Ultra•Exit antennas, 0352-0268-03.

Antenna configurations Note: Opposing pedestals that transmit simultaneously must have their capacitor boards face each other, except in a split system, where Antenna B faces the back of Antenna C.

Examples of antenna configurations are as follows: Single Exit, Dual Exit, Backfield, or Alternating

• Arrows indicate the direction of cap board.


• Up to two doorways supported with two antennas in a doorway and each antenna set up as a transceiver.

• Each pair of antennas can be set to transmit simultaneously (dual exit), in transmit-receive mode (backfield), or in an alternating transmit-receive mode (alternating).

Single Exit

Dual Exit, Backfield or Alternating

Split Exit: • Arrows indicate the direction of cap board.

• A single doorway supported with three antennas and each antenna set up as a transceiver.

• The alarm lamp in the antenna automatically signals the aisle where detection occurred.

Quad Exit:

• Arrows indicate the direction of cap board.

• A single doorway supported with four antennas and each antenna set up as a transceiver.

• The alarm lamp in the antenna automatically signals the aisle where detection occurred.

Tag check/Alarm inhibit The Tag Check/Alarm Inhibit switch is accessed under the lens on the antenna. If the antenna switch operation on the software configurator screen is enabled, complete these steps:

• Momentarily pressing the Tx/Alarms Inhibit switch at the top of the pedestal puts the pedestal in tag check mode for 30 seconds. During tag check, the transmitter is inhibited but receivers and alarms function.

• You can also use this mode to determine the source of reoccurring unexplained alarms.

a. If the alarms stop when the transmitter is turned off, the alarm was probably caused by a tag in the field.

b. If the alarm occur while the transmitter is off, the alarm was probably caused by a non-tag source such as environmental noise.

• Pressing the switch again during tag check turns off the transmitter indefinitely.

• Pressing the switch a third time returns the transmitter to normal operation.

If the antenna switch operation is disabled, the Tx/Alarms inhibit switch has no effect on the pedestal.

Ant A Ant C Ant B Ant D

Ant A Ant C Ant B Ant D

Ant A Ant C

Ant A Ant C Ant B


Figure 1. Capacitor board, 0312-7089-01

Part Number

JW10 JW6 JW5 JW1

RV1

JW11

P5 P1

JW12

JW7

JW8

JW9 JW2

JW3

JW4

P3

S1 TB1

TB2

TB4

TB3 P7

P2

P4

• • • •

1

0312-7089-01 Rev 1

DS1

DS2

P6

DS3-DS5

J1

1

1 1 1

1 1 1

1 1

1 1

1

Jumpers

JW1-JW5 Top coil capacitor tuning jumpers JW6-JW10 Bottom coil capacitor tuning jumpers JW11 Top coil harmonic filter bypass jumper.

For 9050 controllers, bypass the filters by jumpering 1-2.

JW12 Bottom coil harmonic filter bypass jumper. For 9050 controllers, bypass the filters by jumpering 1-2.

LEDs DS1 Rx LED (Green). DS2 Tx LED (Red). DS3 Heartbeat LED (Yellow). DS4 In LED (Red). DS5 Out LED (Green).

Terminal Blocks

TB1 Antenna top coil terminal block. TB2 Antenna bottom coil terminal block (for use

only with pedestals with 18 gauge wire). TB3 Antenna bottom coil terminal block (for use

with only with pedestals with 18 gauge wire).

TB4 Antenna bottom coil terminal block.

Potentiometer/Switches

RV1 Alarm volume. S1 Antenna address switch. Set value to match

# of Tx/Rx port on controller for AMS-9060 controllers. Set to unused value (4-7) for AMS-9050 controllers.

Ports

P1 Tx/Rx 1 Black 2 Red 3 Shield 4 Green 5 White

P2 Alarm Counter 1 +5V 2 LCD Out 3 -LCD Reset 4 Ground 5 Unused

P3 Comm 1 Ground 2 Ground 3 12V 4 RS-485 LO 5 RS-485 HI

P4 Direction 1 In Count Enable 2 Ground 3 Reverse Direction 4 Ground

P5 Comm/Alarm 1 Ground 2 Audio 3 LED 4 Unused 5 12V 6 RS-485 LO 7 RS-485 HI 8 TX Inhibit Out

P6 Traffic Flow 1 12V 2 RS-485 LO 3 RS-485 HI 4 PCRX1 5 PCRX2 6 Ground

P7 Alarm Board/TF 1 12V 2 LED Out 3 TX Inhibit In 4 Ground 5 Ground 6 PCRX1 7 PCRX2 8 Ground

J1 RS-232

9060 9050

9060 9050


Installation requirements Equipment required Basic setup requires the following equipment:

• AMS-9050 controller.

• Ultra•Exit antennas.

• Hard tag (non-deactivatable Ultra•Max® tag).

• Ultra•Max low energy labels.

Advanced setup requires the following additional equipment:

• Laptop with Windows® 7, Windows® 95, Windows® 98, Windows® NT, or Windows® 2000, or Windows® XP operating system software.

• RS232 Ultra•Max programming cable to connect laptop to system.

• Service configurator software.

Notes:

• Verify that all equipment has arrived. Ensure the system configuration is correct for the site.

• Unpack major components in a back room. At the install site, lay out parts in the order used. Do not clutter the aisle or cause a trip hazard.

Installer/Contractor • Have electrical work comply with the 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 Sensormatic Electronics.

Safety requirements WARNING: Do not install this device where highly combustible or explosive products are stored or used.

WARNING: Risk of electric shock The transmit pedestal contains hazardous voltages. If the pedestal must be left unattended with its high voltage components exposed, turn off power or cover these components to avoid unauthorized persons access to hazardous voltages.

Antenna requirements Regulatory requirements: Two opposing pedestals that transmit simultaneously must have their electronics/buzzers face each other across the exit lane. For single pedestals or pedestals operating in Alternating or Backfield Reduction modes, do not cut antenna cables to less than 9.1m (30ft). For all other pedestal configurations, do not cut antenna cables to less than 6.1m (20ft). Do not space 2m pedestals more than 2m (6.56ft) apart. All spacing distances should be measured from the center of one pedestal to the center of the other. Do not space 2.4m pedestals more than 2.4m (7.9ft) apart when using the standard length 12.2m (40ft), or shorter, cables. When using the optional 25m (82ft) cables, do not space 2.4m pedestals more than 2m (6.56ft) apart to avoid a negative impact on detection performance. Measure the distance from the center of one pedestal to the center of the other.

Antennas should be placed in close proximity to the exit/entrance doors, encouraging the consumer to pass through the system.

Keep antennas no less than 1.2m (4ft) apart.

Fixtures, equipment, amusements, or information should not be placed in close proximity to antennas. Often these items can obscure or conceal the antennas, which may themselves be concealed within the store architecture, making them difficult to identify or unintentionally causing people to linger near the antennas.


Implanted medical devices This anti-theft system complies with all applicable safety standards. However, people with implanted electronic medical devices may ask if the store has an anti-theft system and its location. Although most anti-theft systems are easily seen, some can be concealed. To help these people, do the following:

Consider Health and Safety Place the anti-theft system antennas so customers:

• Do not linger near or lean on them while making their purchase.

• Are only near the front of them while exiting the checkout area.

For exit systems, place anti-theft system antennas: • Close to exit/entrance doors, encouraging

the customer to pass through them. Do not use antennas intended for exits in an aisle configuration.

• Away from fixtures, equipment, amusements, and other signage that can attract customers to them.

Apply ‘Anti-Theft’ signage • ‘Anti-Theft’ labels are placed on each antenna,

including those hidden behind door frames and other structures. Do not cover these labels with other signage.

• In non-English speaking countries, apply ‘Anti-Theft’ labels in the local language to the antennas. For hidden antennas, apply an ‘Anti-Theft’ label in the local language to each side of the door frame facing the doorway about 1.2m (4ft) above the floor. Order local language labels, 2412-0170-XX, from your distribution center.

• To improve customer awareness of the anti-theft system, encourage the store to display signs that state it has an anti-theft system. Order awareness materials through your sales representative.

Pedestal installation The 2.0m and 2.4m antennas have different installation kits, which have different transceiver cable assemblies.

The 2.0m antennas use install kit, 0352-0606-01. Item Qty Part number Cable Assy., Transceiver 1 0652-0242-01 Cable Assy., Alarm/Comm 1 0652-0243-01 Connector, Alarm/Comm 2 2109-1017-05 Connector, Alarm/Comm 1 0304-2952-01 Connector, Tx/Rx 2 2109-1018-05 Cable Tie, 7.5in Nylon 4 6009-0005 Shim Tree, Black 4 0500-9687-02

The 2.4m antennas use install kit 0352-0606-02. Item Qty Part number Cable Assy., Transceiver 1 0652-0242-02 Cable Assy., Alarm/Comm 1 0652-0243-01 Connector, Alarm/Comm 2 2109-1017-05 Connector, Alarm/Comm 1 0304-2952-01 Connector, Tx/Rx 2 2109-1018-05 Cable Tie, 7.5in Nylon 4 6009-0005 Shim Tree, Black 4 0500-9687-02

An optional 25m (82ft) cable install kit, 0352-0268-03, can be ordered for the 2.4m antennas where the additional length is required.

Item Qty Part number Cable Assy., Transceiver, 82ft 1 0652-0242-03 Cable Assy., Alarm/Com, 82ft 1 0652-0243-02 Cable Tie, 7.5in Nylon 4 6009-0005 Shim Tree, Black 4 0500-9687-02

Note: This option kit is intended for use with 2.4m antennas only. Also, when you replace the standard length cables with these longer cables, the separation between antennas must be reduced to 2m (6.5ft) to avoid a negative impact on detection performance.


Mounting procedure 1. Position pedestals in their exact mounting

location.

CAUTION: Do not space 2m pedestals more than 2m (6.56ft) apart. CAUTION: Do not space 2.4m pedestals more than 2.4m (7.9ft) apart when using the standard length 12.2m (40ft), or shorter, cables. When using the optional 25m (82ft) cables, do not space 2.4m pedestals more than 2m (6.56ft) apart. CAUTION: Capacitor boards in pedestals must face each other.

2. If trenching the floor between the pedestals, do the following: Ensure the proposed trench extends under the pedestal location so cables can enter the pedestal from underneath. Then, using a floor saw, create a trench in the floor from pedestal to pedestal. - The depth of the trench is 1.5cm (3/4in),

which allows for 0.5cm (1/4in) of floor compound above the cable.

- The width of the trench is 0.5cm (1/4in).

3. Route transceiver and alarm/com cables from pedestals to the controller.

Do not cut the transceiver cables at this time. The antennas were tuned before shipment assuming that a 12m (40ft) cable will be attached. Shortening the transceiver cable may require that you adjust the antenna resonance (tune the antennas).

Note: If cables are to be routed through conduit, the bracket at the end of the base has holes for 1/2-inch conduit.

Note: Ensure the wires in the transceiver cable are arranged as shown below; that is, the white and black wires must be opposite each other as shown in Figure 2, not next to each other as shown in Figure 3. If the wires are not arranged this way, you must get another transceiver cable. Other cable configurations will result in reduced current in the cable and decreased antenna performance.

Figure 2. Acceptable wire arrangements in transceiver cable

Figure 3. Unacceptable wire arrangement in transceiver cable

4. Bolt each pedestal to the floor. a. Using the base holes as a template, mark

locations for four mounting holes. b. For each anchor, drill 9.6mm (3/8in) holes to

a depth of 7cm (2.75in). Tap an anchor into each hole leaving 3.2cm (1.25in) of threads exposed.

c. Place mounting holes on the base over the four protruding anchors.

d. Secure the base to the floor using anchor hardware (not supplied). Note: Check the pedestal’s vertical orientation and if necessary use shims provided to adjust. Place shims completely under the flange of the pedestal base and tighten nut. Shims may be stacked for additional thickness.

Wh

Gr Rd Blk

Wh

Rd Gr Blk

Wh

Blk Gr Rd

Wh

Blk Rd Gr


Figure 4. AMS-9050 connectors

PEDESTAL ALARM A (P92, P97, P93, P100) Pin 1 - White with an 'X' (Shield) Pin 2 - Yellow (Audio 1) Pin 3 - Orange (Alarm 1B) Pin 4 - Blue (Alarm 1A) Pin 5 - Brown (12V) Pin 6 - Black (PED485_LO) Pin 7 - Red (PED485_HI) Pin 8 - Green (TX_INHIBIT 1)

Tx A-D TRANSMIT ANTENNA (P58, P59, P88, P91) Pin 1 - Black (Figure-8 return) Pin 2 - Red (Antenna A2) Pin 3 - Silver (Shield) Pin 4 - Green (Aiding return) Pin 5 - White (Antenna A1)

TXD (P91)

TXC (P88)

TXB (P59)

TXA (P58)

ALARM A (P92)

ALARM B (P97)

ALARM C (P93)

ALARM D (P100)


Figure 5. AMS-9060 connectors

P26

P25

P24

P23

P22

P21

P20

P191 2

J1

S1

S2

S3

11

88

Off

On

Off

On

1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12

31

23

12

3

12

34

51

23

45

12

34

51

23

45

12

34

5BKR

DO

GNWT

BKRD

OGNW

TB

KRDO

GNW

TB

KRDO

GNW

T

COMM A-D (P20, P22, P24, P26) Pin 1 – Shield (Ground) Pin 2 – No connect (Ground) Pin 3 – Brown (12V) Pin 4 – Black (Peripheral RS485 LO) Pin 5 – Red (Peripheral RS485 HI)

PED A-D Tx/Rx (P19, P21, P23, P25) Pin 1 - Black (Bottom coil return) Pin 2 - Red (Bottom coil) Pin 3 - Shield Pin 4 - Green (Top coil return) Pin 5 - White (Top coil)


Connection procedure For each pedestal:

1. Route conduit or wire raceway to the base.

• Cables can enter the base from below or from the ends of the base covers.

• The base has built-in receptacles for conduit connectors, circled below.

2. Route cables underneath and around the

capacitor board to keep them away from high voltage.

3. Attach the 5-position connector provided to the transceiver cable as indicated in the table below. Plug it into connector P1 on the capacitor board.

Table 2. Tranceiver cable, P1

Pin Color Signal name

1 Black Bottom coil return 2 Red Bottom coil 3 Silver Shield 4 Green Top coil return 5 White Top coil

4. Attach the other end of the transceiver cable to the appropriate TX connector on the controller board.

Antenna AMS-9050 AMS-9060

A (P1) TXA (P58) PED A (P19)

B (P1) TXB (P59) PED B (P21) C (P1) TXC (P88) PED C (P23)

D (P1) TX D (P91)

PED D (P25)

5. Connect the Alarm/Comm cable to the pedestal cap board and the controller. The procedure varies depending on the controller.

Connecting AMS-9050 Alarm/comm cable 1. Attach the 8-position connectors provided to

the Alarm/Com cable as indicated in the table below. See Table 3.

Table 3. AMS-9050 alarm/comm cable connection


1 White with X Shield

2 Yellow Audio 1

3 Orange Alarm 1B

4 Blue Alarm 1A (Not used)

5 Brown 12V

6 Black PED485_LO

7 Red PED485_HI

8 Green TX_INHIBIT 1

2. Plug it into connector P5 on the capacitor board.

3. Plug the other end of the alarm/comm cable into the appropriate ALARMS connector on the controller board: Antenna A (P5) to ALARMS A (P92) Antenna B (P5) to ALARMS B (P97) Antenna C (P5) to ALARMS C (P93) Antenna D (P5) to ALARMS D (P100)

Connecting AMS-9060 Alarm/Comm cable 1. Attach the 5-position connectors provided to

the Alarm/comm cable as indicated in the table below.

2. Plug it into connector P3 on the capacitor board.

Table 4. AMS-9060 alarm/comm cable connection


1 Shield Ground 2 No connect Ground 3 Brown 12V 4 Black PED485_LO 5 Red PED485_HI

3. Plug the other end of the alarm/comm cable into the appropriate ALARMS connector on the controller board:

Connector P5

Connector P1

Volume (RV1)

Cap board

RS-232 port


Antenna A (P3) to COMM A (P20) Antenna B (P3) to COMM B (P22) Antenna C (P3) to COMM C (P24) Antenna D (P3) to COMM D (P26)

Setting pedestal address Set the address of the board using the S1 address switch to the appropriate value.

AMS-9060 controllers

When connecting the pedestal to an AMS-9060, set the address switch to the value that matches the TX connector that the pedestal connects to. See the table below:

Connector S1 setting TXA 0 TXB 1 TXC 2 TXD 3

AMS-9050 controllers

When connecting the pedestal to an AMS-9050, set the address switch to an invalid address: 4, 5, 6, or 7. If the switch is not set to one of these values, the alarm light and audio alarm will not activate when a tag is detected.

1. Adjust the alarm potentiometer (RV1) for the proper volume.

2. Using a good tag, test the performance of the system to ensure it performs satisfactorily. • If the performance is satisfactory, you do not have to tune the antennas. Go to step 1. • If the performance is not satisfactory, you should retune the antennas. Go to the section Adjusting antenna resonance on page 12. When the system is retuned, go to step 1.

Note: When using the optional 25m (82ft) cables, you must retune the antennas.

1. If the cables are buried, cover the cables using acceptable fill material. These cables have been investigated and found suitable for direct burial in mortar and concrete. • 2.0m Tx/Rx cable assembly, 0652-0242-01,

uses cable part number, 6002-0208-01. • 2.4m Tx/Rx cable assembly, 0652-0242-02,

uses cable part number, 6002-0213-01. • Alarm cable assembly, 0652-0243-01, uses

cable part number, 6002-0171-01.

• Optional 25m (82ft) cable kit 2.4m Tx/Rx cable assembly, 0652-0242-03, uses cable part number, 6002-0213-02.

• Optional 25m (82ft) cable kit alarm cable assembly, 0652-0243-02, uses cable part number, 6002-0171-01.

An inspector may request the listing file number for the cables.

Sensormatic part number

Listing file numbers* Vendor

6002-0208-01 Rated CMP or CL3P

E116684 Isotec E118871 Tappan E310330 or

E108998 or E108842

Belden

6002-0213-01 / 6002-0213-02 Rated CL3P

E118871 Tappan E310330 or

E108998 or E108842

Belden

6002-0171-01 Rated CMP

E118871 Tappan E116394 General cable E310330 or

E108998 or E108842

Belden

* The listing file number varies with the cable vendor and is printed on the cable.

2. Go to the section Base cover installation procedure on page 18.

Adjusting antenna resonance The capacitor boards for Ultra•Exit antennas use a different design called hybrid resonant, also referred to as series/parallel resonant. This name refers to the fact that the capacitor boards have capacitors both in series and parallel with the antenna coils. Previous antennas used a design called series resonant, where capacitors were only in series with the antenna coils.

Hybrid-resonant antennas, such as the Ultra•Exit antennas, are less susceptible to becoming detuned from nearby metal than series resonant antennas, but they are more susceptible to becoming detuned if you shorten their transceiver cables.

Ultra•Exit antennas are pre-tuned at the factory for an environment with no metal nearby and with uncut transceiver cables. In other words, with the 12.2m (40ft) transmit cables supplied.

If you install an antenna in an environment with a lot of metal nearby or if the cables are cut, you may


need to retune the antenna to get the desired performance. Cutting the transceiver cables, therefore, is not recommended. If they are cut, they must not be shortened too much or they will violate regulatory standards.

• For single pedestals or pedestals operating in Alternating or Backfield Reduction modes, do not cut antenna cables to less than 9.1m (30ft).

• For all other pedestal configurations, do not cut antenna cables to less than 6.1m (20ft).

See the table below for a summary of the minimum transceiver cable lengths for different pedestal configurations.

Pedestal configuration Min length Single 9.1m (30ft) Multiple Alternating or Backfield

Reduction 9.1m (30ft)

All others (Dual, Split, Quad, etc.)

6.1m (20ft)

Note: The Ultra•Exit antennas are pre-tuned at the factory using the 12.2m (40ft) transmit cables. If you install 2.4m antennas using the optional 25m (82ft) cables, you must retune the antennas to get the desired performance.

Overview of tuning procedure The goal of the tuning procedure is to adjust the capacitance on the capacitor board until the amplitudes of the current in the top and bottom coils are roughly equal and the ringdowns are similar.

• For hybrid-resonant antennas, when capacitance is added to, or subtracted from, the antenna coil, it can be added in series with the coil (Cs) or in parallel (Cp).

• Adding or subtracting capacitance to a coil

affects the amplitude and ringdown of the current in the coil.

• Switching capacitance between Cs and Cp affects the amplitude and, in AMS-9050 systems, the ringdown of the current in the coil.

• The process of tuning one coil affects the amplitude and, in AMS-9050 systems, the ringdown of the signal in the other coil.

The tuning procedure for hybrid-resonant antennas differs from the procedure for series-resonant antennas. Starting with the top coil on a hybrid-resonant antenna, you adjust the capacitance in steps until the transmit burst current is maximized. You then repeat this step for the bottom coil. If necessary, you retune the top coil until the amplitudes of the current in the two coils are roughly equal. Once the transmit burst is maximized this way, you move the jumpers one-at-a time from the series (Cs) position to the parallel (Cp) position, or vice versa. For AMS-9050 systems, this step is done to balance the ringdown of the top and bottom coils. For AMS-9060 systems, this step is done to maximize the current.

The procedure for tuning the capacitor board differs depending on whether the pedestal is connected to an AMS-9050 controller or an AMS-9060 controller. Choose the correct procedure below.

Tuning procedure for AMS-9060 To tune antennas with a 0312-7089-01 capacitor board, see Figure 1, that is connected to an AMS-9060 controller, you need the following equipment:

• Laptop computer • ADS 4 software configurator

1. Ensure that pins 2 and 3 of the Harmonic

Filters Bypass jumpers (JW11 and JW12) are jumpered, as shown below. This enables the harmonic filters.

2. Turn on the controller and ensure you do not have an ‘H/W current fault’ or ‘S/W current fault’ error. If you get a current fault error message, ensure you have the version 1.1086 or later of the controller software, which allows higher currents. If you have the latest controller software, try changing tuning jumpers from Cs to Cp to reduce the current from the controller.

3. Connect the laptop computer to the RS232 service port on the controller and launch the

3113 2 2

AMS-9060 AMS-9050 AMS-9050 AMS-9060

JW11 JW12


ADS 4 software configurator. The antenna also has an RS232 port you can connect to; however, it cannot be used if an integrated people-counting option has been installed in the antenna and an UltraLink device is connected to the controller.

4. Using the configurator, select the Tx Configuration tab. On that screen, set the following parameters:

• Tx Frequency to Nominal. • Ant Polarity to Aiding.

5. Locate the tuning jumpers on the capacitor

board. The capacitor board has two banks of five jumpers: JW1-JW5 for the top coil and JW6-JW10 for the bottom coil.

Note: the Top and Bottom Coil sections on the 0312-7089-01 capacitor board are reversed from their location on the 0312-2145-02/05 capacitor boards. Ensure that you are looking at the correct group of jumpers.

6. Set the top and bottom coil jumpers to the appropriate default value, based on the system configuration (see the next table). The ‘Steps’ refer to the jumper settings listed in Table 5.

System type Top coil Bottom 2.0m system, 6-wire antenna

coil termination Step 27 Step 27

2.0m system, 12-wire antenna coil termination

Step 22 Step 12

2.4m system Step 28 Step 28

Note: At this stage in the tuning procedure it does not matter whether a jumper is set to Cs or Cp, only whether it is off or not. For example, if jumpers JW5-JW1 are set to OFF, OFF, Cp, Cp, OFF, respectively, then the jumpers are set to Step 7.

7. Move the top coil jumpers JW5-JW1 up or down in steps until you maximize the current in the top coil, which you can view using the Tx Current window in the configurator. Start from the default position appropriate for your system, listed at the bottom of Table 5.

8. Repeat Step 7 above for bottom coil jumpers JW10–JW6 (Table 5).

Note: Tuning one coil has an effect on the other coil.

9. To further fine tune the antennas, experiment with alternate combinations of Cs and Cp listed

in the next column in Table 5 to see if the current can be increased. For example, if the current is at a maximum at step 4, where JW1 and JW2 are set to Cs, try the three alternate combinations listed in the next column in the table for that step: JW1-Cs and JW2-Cp, JW1-Cp and JW2-Cs, JW1-Cp and JW2-Cp.

10. Reset controller Tx Ant polarity to Normal and Frequency to Hopping.

Tuning procedure for AMS-9050 To tune antennas with a 0312-7089-01 capacitor board (see Figure 1) connected to an AMS-9050, you need the following equipment:

• Laptop computer • ADS 4 software configurator

1. Ensure that pins 1 and 2 of the Harmonic Filters Bypass jumpers (JW11 and JW12) are jumpered, as shown below. This disables (bypasses) the harmonic filters.

2. Turn on the controller and ensure you do not have an ‘H/W current fault’ or ‘S/W current fault’ error. If you get a current fault error message, ensure you have the version 1.8005 or later of the controller software, which allows higher currents. If you have the latest controller software, try changing tuning jumpers from Cs to Cp to reduce the current from the controller.

3. Connect the laptop computer to the RS232 service port on the controller and launch the ADS 4 software configurator. The antenna also has an RS232 port you can connect to; however, it cannot be used if an integrated people-counting option has been installed in the antenna and an UltraLink device is connected to the controller.

4. Using the configurator, select the Tx Configuration tab. On that screen, set the following parameters:

• Tx Frequency to Nominal. • Ant Polarity to Aiding. • If the system only has one pedestal, enable

the Low Emissions checkbox.

3113 2 2

AMS-9060 AMS-9050 AMS-9050 AMS-9060

JW11 JW12


5. Find out what the settings on the cap board currently are for the top coil tuning jumpers.

The capacitor board has two banks of five jumpers: JW1-JW5 for the top coil and JW6-JW10 for the bottom coil.

Note: the Top and Bottom Coil sections on the 0312-7089-01 capacitor board are reversed from their location on the 0312-2145-02/05 capacitor boards. Ensure that you are looking at the correct group of jumpers.

6. Set the top and bottom coil jumpers to the appropriate default value, based on the system configuration.

System type Top coil Bottom 2.0m system Step 11 Step 6 2.4m system Step 20 Step 22 Metal Detection -/Cp/Cs/-/-

(Step 13) -/Cp/Cs/-/- (Step 13)

Metal Detection (alternate)

-/Cs/-/Cs/Cs (Step 12)

-/Cs/Cs/Cs/- (Step 16)

• If the pedestals are part of a 2.0m system (white interconnect cable) and does not have a metal foil detection option, set the jumpers to Step 11 and Step 6 in (Table 5).

• If the pedestals are part of a 2.4m system (black interconnect cable) and does not have a metal foil detection option, set the jumpers to Step 20 and Step 22 in (Table 5).

• If the system has a metal foil detection option, use one of the two settings in the previous table. The first setting is equivalent to Step 13 in Table 5 for both coils; the second setting is equivalent to Step 12 for the top coil and Step 16 for the bottom coil.

Note: At this stage in the tuning procedure it does not matter whether a jumper is set to Cs or Cp, only whether it is off or not. For example, if jumpers JW5-JW1 are set to OFF, OFF, Cp, Cp, OFF, respectively, then the jumpers are set to Step 7.

7. Move the top coil jumpers JW5-JW1 up or down in steps until you maximize the current in the top coil, which you can view using the Tx Current window in the configurator. Start from the default position appropriate for your system, listed at the bottom of Table 5.

8. Repeat Step 7 above for bottom coil jumpers JW10-JW6. See Table 5.

Note: Tuning one coil has an effect on the other coil.

9. To fine-tune the antennas further, experiment with alternate combinations of Cs and Cp listed in the next column in Table 5 to see if the current can be increased. For example, if the current is at a maximum at Step 4, where JW1 and JW2 are set to Cs, try the three alternate combinations listed in the next column in the table for that step: JW1-Cs and JW2-Cp, JW1-Cp and JW2-Cs, JW1-Cp and JW2-Cp.

10. Ensure that you have not increased the ringdown by looking at the Tx burst in the Time/Phase Graph. If the leftmost black dot on the graph is much higher than the one to its right, as shown in Figure 6, the ringdown of the Tx burst is too long. If it is, try an alternate combination of Cs and Cp until the graph resembles Figure 7.

Figure 6. Time/Phase graph with ringdown


Figure 7. Time/Phase graph without ringdown

Note: If a system has a large ringdown that you can’t eliminate, use the setting in the table below instead. This is equivalent to Table 5 Step 18.

JW5 JW4 JW3 JW2 JW1 JW10 JW9 JW8 JW7 JW6

Off Cs Cs Cp Cp Off Cs Cs Cs Cs

11. Reset controller Tx Ant polarity to Normal and Frequency to Hopping.


Table 5. Top and Bottom Coil tuning sequence

Step JW10/ JW5

JW9/ JW4

JW8/ JW3

JW7/ JW2

JW6/ JW1 Alternate Settings for Balancing ring-down Defaults

1 – – – – –

2 – – – – Cs –/–/–/–/Cp

3 – – – Cs – –/–/–/Cp/–

4 – – – Cs Cs –/–/–/Cs/Cp, –/–/–/Cp/Cs, –/–/–/Cp/Cp

5 – – Cs – – –/–/Cp/–/–

6 – – Cs – Cs –/–/Cs/–/Cp, –/–/Cp/–/Cs, –/–/Cp/–/Cp 9050,2m (bot.)4

7 – – Cs Cs – –/–/Cs/Cp/–, –/–/Cp/Cs/–, –/–/Cp/Cp/–

8 – – Cs Cs Cs –/–/Cs/Cs/Cp, –/–/Cs/Cp/Cs, –/–/Cs/Cp/Cp, –/–/Cp/Cs/Cs, –/–/Cp/Cp/Cs, –/–/Cp/Cs/Cp, –/–/Cp/Cp/Cp,

9 – Cs – – – –/Cp/–/–/–

10 – Cs – – Cs –/Cs/–/–/Cp, –/Cp/–/–/Cs, –/Cp/–/–/Cp 11 – Cs – Cs – –/Cs/–/Cp/–, –/Cp/–/Cs/–, –/Cp/–/Cp/– 9050,2m (top)4

12 – Cs – Cs Cs –/Cs/–/Cs/Cp, –/Cs/–/Cp/Cs, –/Cs/–/Cp/Cp, –/Cp/–/Cs/Cs, –/Cp/–/Cp/Cs, –/Cp/–/Cs/Cp, –/Cp/–/Cp/Cp

9060,12-wire,2m (bottom)2

13 – Cs Cs – – –/Cs/Cp/–/–, –/Cp/Cs/–/–, –/Cp/Cp/–/–

14 – Cs Cs – Cs –/Cs/Cs/–/Cp, –/Cs/Cp/–/Cs, –/Cs/Cp/–/Cp, –/Cp/Cs/–/Cs, –/Cp/Cp/–/Cs, –/Cp/Cs/–/Cp, –/Cp/Cp/–/Cp

15 Cp – – – –

16 – Cs Cs Cs – –/Cs/Cs/Cp/–, –/Cs/Cp/Cs/–, –/Cs/Cp/Cp/–, –/Cp/Cs/Cs/–, –/Cp/Cp/Cs/–, –/Cp/Cs/Cp/–, –/Cp/Cp/Cp/–

17 Cp – – – Cs Cp/–/–/–/Cp

18 – Cs Cs Cs Cs Too numerous to list

19 Cp – – Cs – Cp/–/–/Cp/–

20 Cp – – Cs Cs Cp/–/–/Cs/Cp, Cp/–/–/Cp/Cs, Cp/–/–/Cp/Cp 9050,2.4m (top)5

21 Cp – Cs – – Cp/–/Cp/–/–

22 Cp – Cs – Cs Cp/–/Cs/–/Cp, Cp/–/Cp/–/Cs, Cp/–/Cp/–/Cp 9060,12-wire, 2m (top)2

9050,2.4m (bot.)5 23 Cp – Cs Cs – Cp/–/Cs/Cp/–, Cp/–/Cp/Cs/–, Cp/–/Cp/Cp/–

24 Cp – Cs Cs Cs Cp/–/Cs/Cs/Cp, Cp/–/Cs/Cp/Cs, Cp/–/Cs/Cp/Cp, Cp/–/Cp/Cs/Cs, Cp/–/Cp/Cp/Cs, Cp/–/Cp/Cs/Cp, Cp/–/Cp/Cp/Cp,

25 Cp Cs – – – Cp/Cp/–/–/–

26 Cp Cs – – Cs Cp/Cs/–/–/Cp, Cp/Cp/–/–/Cs, Cp/Cp/–/–/Cp

27 Cp Cs – Cs – Cp/Cs/–/Cp/–, Cp/Cp/–/Cs/–, Cp/Cp/–/Cp/– 9060,6-wire,2m (top and bottom)1

28 Cp Cs – Cs Cs Cp/Cs/–/Cs/Cp, Cp/Cs/–/Cp/Cs, Cp/Cs/–/Cp/Cp, Cp/Cp/–/Cs/Cs, Cp/Cp/–/Cp/Cs, Cp/Cp/–/Cs/Cp, Cp/Cp/–/Cp/Cp

9060,6-wire, 2.4m (top and bottom)3

29 Cp Cs Cs – – Cp/Cs/Cp/–/–, Cp/Cp/Cs/–/–, Cp/Cp/Cp/–/–

30 Cp Cs Cs – Cs Cp/Cs/Cs/–/Cp, Cp/Cs/Cp/–/Cs, Cp/Cs/Cp/–/Cp, Cp/Cp/Cs/–/Cs, Cp/Cp/Cp/–/Cs, Cp/Cp/Cs/–/Cp, Cp/Cp/Cp/–/Cp

31 Cp Cs Cs Cs – Cp/Cs/Cs/Cp/–, Cp/Cs/Cp/Cs/–, Cp/Cs/Cp/Cp/–, Cp/Cp/Cs/Cs/–, Cp/Cp/Cp/Cs/–, Cp/Cp/Cs/Cp/–, Cp/Cp/Cp/Cp/–

32 Cp Cs Cs Cs Cs Too numerous to list

A dash (–) in the table means the jumper is in the “off” or “disconnected” position. 1 9060 controller, 6-wire antenna coil termination on TB1-TB4, 2.0m (white interconnect cable) 2 9060 controller, 12-wire antenna coil termination on TB1-TB4, 2.0m (white interconnect cable) 3 9060 controller, 6-wire antenna coil termination on TB1-TB4, 2.4m (black interconnect cable) 4 9050 controller, 12-wire antenna coil termination on TB1-TB4, 2.0m (white interconnect cable) 5 9050 controller, 6-wire antenna coil termination on TB1-TB4, 2.4m (black interconnect cable)


Base cover installation procedure Parts required: Use one of seven types of base covers. ZPUE-SSBASE1 - Standard Stainless Steel Base Cover

Item Qty Part number Cover, Base 2 0505-1288-01 Screw, Mach, M5x12, PHP 4 5801-3071-120 Washer, Retaining, Nylon 4 2848-0033-01 Label, Temporary 1 2412-2238-01 Label, Anti-Theft, North America 2 2412-2261-01

–OR– ZPUE-SSBASE2 - Square Stainless Steel Base Cover. Two versions are available: version with 0505-1243-01 base cover does not have sound port or cutout for counter, -02 version has sound port and cutout for counter. Version -02 is for AMS-1100 pedestals only.

Item Qty Part number Cover, Base 2 0505-1243-01/02 Screw, Mach, M5x12, PHP 4 5801-3071-120

Washer, Retaining, Nylon 4 2848-0033-01 Label, Temporary 1 2412-2238-01 Label, Anti-Theft, N. America 2 2412-2261-01

–OR– ZPUE-SSBASE3 – Sloped, Side-Mounted, Stainless Steel Base Cover (without sound port, label recess, and counter cutout and is flush with the floor). Refer to ZPUE-SSBASE3 Cover Kit Install Guide (8200-0853-01) included with cover for installation information.

–OR– ZPUE-SSBASE4 – Sloped, Side-Mounted, Stainless Steel Base Cover (with sound port) Refer to ZPUE-SSBASE4 Cover Kit Install Guide (8200-2611-01) included with cover for installation information.

–OR– ZPUE-PLBASE - Plastic base cover

Item Qty Part number Cover, Base, Dark Gray 2 0404-0351-01 Screw, Mach, M5x12, PHP 4 5801-3071-120 Washer, Retaining, Nylon 4 2848-0033-01 Label, Temporary 1 2412-2262-01 Label, Anti-Theft, North America 2 2412-2261-01

–OR– ZPUE-PLBASE-MS - Plastic base cover

Item Qty Part number Cover, Base, Metallic Silver 2 0404-0351-02 Screw, Mach, M5x12, PHP 4 5801-3071-120 Washer, Retaining, Nylon 4 2848-0033-01 Label, Temporary 1 2412-2262-01 Label, Anti-Theft, North America 2 2412-2261-01

–OR– ZPUE-PLBASE-SPDG – Dark gray plastic base cover

Item Qty Part number Cover, Base, Speaker Dark Gray 1 0404-0777-01

Cover, Base, Dark Gray 1 0404-0351-01 Screw, Mach, M5x12, PHP 4 5801-3071-120 Washer, Retaining, Nylon 4 2848-0033-01 Label, Temporary 1 2412-2262-01 Label, Anti-Theft, North America 2 2412-2261-01

Recess for “anti-theft” label.

Sound port

Hole for mounting screw

ZPUE-SSBASE1


ZPUE-SSBASE2

Counter cutout (-02 version only)

ZPUE-SSBASE3 and ZPUESSBASE4

Slotted holes for mounting screws

Sound port (ZPUE-SSBASE4 only)

Sound port (-02 version only)

Counter cutout

Label recess and Counter cutout (ZPUE-SSBASE4 only)


For each base cover (except ZPUE-SSBASE3 and ZPUE-SSBASE4):

CAUTION: If using a metal cover, be careful not to scratch the acrylic during installation.

1. If bringing in conduit or wire raceway into the edge of the pedestal, bend and remove the knockouts from the respective end of the covers.

2. If required, install the optional alarm counter into the base cover that hides the capacitor board. See Ultra•Exit Alarm Counter Installation Guide 8200-0537-06.

3. Cradle the two half-moon detents in the base cover onto the two positioning screws of the pedestal. Ensure the cover with the recess for the “anti-theft” label faces the aisle or exit.

4. Insert the two screws supplied into the base cover holes and place the Nylon retaining washer supplied onto the very tip of each screw.

5. Insert the two cover screws into standoffs on the base, when the cover is to hide the capacitor board, or the base directly. Tighten to secure.

6. The top of the cover should be parallel to the bottom of the antenna coil. If not, loosen the two cover screws, realign the cover, and then retighten the screws. If using metal covers, be careful not to scratch the acrylic.

7. Affix the temporary label supplied to the base cover that covers the capacitor board. This label shows the inspector where to look for the universal regulatory label. After inspection, remove the temporary label.

8. Affix the ‘anti-theft’ label supplied, or one in the language of the country of use, into the recess of the base cover. Labels in your local language, 2412-0170-XX, can be ordered from

your distribution center. Do not cover the ‘Anti-theft system’ label.

Spare parts A complete parts list is available online at: http://www.sensormatic.com/support/techsupport/. Login, and then click the Part Information link on the Tech Support home page.

Part Number / Product code Description

Rep

aira

ble

FRU

(9U

)

FST

Spar

e

0312-7089-01 2.4M Capacitor PCB Yes No

ZPUE-SSBASE1 EU SS Base Cover – Beveled (Sloped) No Yes

ZPUE-SSBASE3 EU SS Base Cover – Beveled No Yes

ZPUE-SSBASE4 EU SS Base Cover – T/C Flush Mount No Yes

ZPUE-PLBASE Base Cover, Plastic, Dark Gray No Yes

ZPUE-PLBASE-MS

Base Cover, Plastic, Metallic Silver No Yes

ZPUE-PLBASE-SPDG

Base Cover, ABS Dark Gray, WM Speaker No Yes

0352-0606-01 Install Kit, 2.0m No Yes

0352-0606-02 Install Kit, 2.4m No Yes

0352-0268-03 Install Kit, 2.4m (82ft) No Yes

ZP9050-CONN AMS-9050 Connector Set No Yes

Recess for ‘anti-theft’ label.

Sound port


ZPUE-PLBASE and ZPUE-PLBASE-MS ZPUE-PLBASE-SPDG

http://www.sensormatic.com/support/techsupport/


Figure 8. Footprint of non-acrylic pedestals - ZS1090, ZS1092, ZS1130, ZS1132

Cut hole here in cover for conduit entrance

Mounting clip for conduit clamp

Channel for cable

Base

Mounting bolt

Cover

12.5cm

4.7cm

17.8cm 39.5cm

(4 7/8in)

(1 7/8in)

(15.5in) (7in)

ZPUE-SSBASE1 ZPUE-SSBASE3 ZPUE-SSBASE4

ZPUE-SSBASE2 ZPUE-PLBASE ZPUE-PLBASE-MS ZPUE-PLBASE-SPDG

12.5cm (4 7/8in)

12.5cm (4 7/8in)

8.5cm (3 3/8in)

2.0cm (3/4in)


Figure 9. Footprint for acrylic pedestals - ZS1121A, ZS1123A

Cut hole here in cover for conduit entrance

Mounting clip for conduit clamp

Channel for cable

12.5cm

5.79cm

17.8cm

39.0cm

(4 7/8in)

(2 1/4in)

(15 3/8in)

(7in) SERVICE SIDE

4.7cm (1 7/8in)

12.5cm (4 7/8in)

12.5cm (4 7/8in)

ZPUE-SSBASE1 ZPUE-SSBASE3 ZPUE-SSBASE4 ZPUE-SSBASE2

ZPUE-PLBASE ZPUE-PLBASE-MS ZPUE-PLBASE-SPDG

SERVICE SIDE

SERVICE SIDE

Base

Mounting bolt center

Cover

2.5cm (1 in)

8.1cm (3 3/16in)


Specifications Electrical Transmitter Operating Frequency .............................. 58kHz (±200Hz) (sync pulse) 56kHz Transmit Burst Duration .......................................... 1.6ms Max. Transmit Current (2.4m pedestals) .......... 20A peak Max. Transmit Current (all others) .................... 16A peak Burst Repetition Rate:

Based on 50Hz ac ................................ 75Hz or 37.5Hz Based on 60Hz ac ................................... 90Hz or 45Hz

Receiver Center Frequency .................................................. 58kHz

Alarm Audio level .......................................................... 83dB(A)

Environmental Ambient Temperature .................................... 0°C to 50°C (32°F to 122°F) Relative Humidity ............................................... 0 to 90% non-condensing Enclosure .................................................................. IPX0 Evaluated for altitudes < 3000m (9800ft)

Mechanical AMS-1121/-1123 Acrylic Pedestals Height .......................................................... 155cm (61in) Width ....................................................... 49.2cm (19.4in) Thickness (with base covers) .................... 12.5cm (4.9in) Weight (with base covers) ..................... 25.7kg (56.7 lbs)

AMS-1090/-1092/-1130/-1132 Pedestals Height .......................................................... 155cm (61in) Width .......................................................... 50.9cm (20in) Thickness (with base covers) .................... 12.5cm (4.9in) Weight (with base covers) ....................... 9.7kg (21.3 lbs)

Declarations TYPE: AMS-1090, AMS-1092, AMS-1121,

AMS-1123, AMS-1130, AMS-1132 NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. This Class A digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe A est conforme à la norme NMB-003 du Canada. EMC .................................................................. 47 CFR, Part 15 EN 300 330-2 EN 301 489-1 EN 301 489-3 EN 55022 EN 55024 ICES-003 RSS-210 Safety ............................................ UL 60950-1 (second edition) CSA C22.2.60950-1 EN 60950-1

EQUIPMENT MODIFICATION CAUTION: Equipment changes or modifications not expressly approved by Sensormatic Electronics, LLC, the party responsible for FCC compliance, could void the user’s authority to operate the equipment and could create a hazardous condition. See ‘About the product’ on page 2.

Other declarations WARRANTY DISCLAIMER: Sensormatic Electronics, LLC 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. Further, Sensormatic Electronics, LLC reserves the right to revise this publication and make changes from time to time in the content hereof without obligation of Sensormatic Electronics, LLC to notify any person of such revision or changes. 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: Ultra•Max, Sensormatic, and the Sensormatic logo are trademarks or registered trademarks of Sensormatic Electronics, LLC. Other product names mentioned herein may be trademarks or registered trademarks of Sensormatic or other companies. No part of this guide may be reproduced in any form without written permission from Sensormatic Electronics, LLC.

Documents

Ultra•Exit Antennas (AMS-9060 Compatible Version