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Tyco Safety Sensormatic
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UMEXCAL
Users manual
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Tyco Safety Sensormatic UMEXCAL Users manual

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Page 1
Preliminary
AMS-1070 Controller
Installation Guide
ZEDEX-1070
Contents
Connecting the Antennas and Remote Alarm
Module ............................................................... 5
Connecting a tall and a short antenna ........ 5
Connecting two short antennas and a remote
alarm module .............................................. 5
Connecting a split-receiver (dual-aisle)
configuration................................................ 6
Regulatory Compliance............................. 13
Other Declarations .................................... 13

About this Guide

This installation guide explains how to install the controller for an AMS-1070 system. This document only describes how to install the controller and connect the antenna cables. Information on how to mount the antennas is in the antenna documents. Other related documents are:
• Install Guide, AMS-1070 Antenna, P/N 8200-
0127-01
• Quick Install Guide, AMS-1070 Remote Alarm
Module, P/N 8200-0127-02
• Installation Guide, Digital 216 Noise Coils 8000-
2693-05
• Quick Install Guide, AMS-1070 Antenna Flush-
Mount Brackets, P/N 8200-0127-07
• Quick Install Guide, AMS-1070 Antenna
Cantilever-Mount Brackets, P/N 8200-0127-08
• Quick Install Guide, AMS-1070 Antenna Pole-
Mount Brackets, P/N 8200-0127-09
• Installation Guide, AMS-1070 Controller EMI
Shield 8200-0127-12
• Installation Guide, AMS-1070 Controller Under
Counter Installation Guide 8200-0127-13
• Installation Guide, AMS-1070/ScanMax Pro
Deactivator Mounting Plate 8200-0127-14
Note: Because customer requirements dictate the placement of system components, your Sensormatic representative will supply this information separately.
© Sensormatic 2002
AMS-1070 CONTROLLER INSTALLATION GUIDE (8200-0127-06, REV. 0)
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Page 2

About the Product

An AMS-1070 controller is part of an Ultra•Max® security label detector. The controller powers and controls up to four transceiver antennas, two optional remote alarm modules, and two noise canceling antenna kits. Figure 1 shows the system components.
Figure 1. System components
Antenna
Ranger
Remote Alarm Module
Controller
Preliminary
❑ Shall thoroughly review the project to ensure
that all work meets or exceeds the above requirements. Any alleged discrepancies shall be brought to the attention of Sensormatic Electronics.
WARNING!
Do not install this product in hazardous
!
areas where highly combustible or

Site Requirements

Refer to Figure 2 for description of site requirements and placement considerations.
❑ Connect the controller to a 100-240Vac source.
No fuse exchange is required for the controller.
❑ Use the appropriate power cord based on the
country of use.
❑ Replace the controller’s slow-blow fuses only
with a fuse of the same type and rating.

Tools and Equipment Required

For all controller installations:
explosive products are stored or used.

Installation Requirements

Verifying Equipment and Unpacking

❑ Verify that all equipment has arrived. Make sure
the system configuration is the right one for the installation site.
❑ Unpack major components in a back room. At
the install site, lay out parts in the order you will need them. Do not clutter the aisle or cause a trip hazard.

Installer/Contractor

❑ Shall have electrical work comply with the latest
national electrical code, national fire code, and all applicable local codes and ordinances.
❑ Shall coordinate all work with other trades to
avoid interference.
❑ Shall verify existing site conditions and
coordinate with the owner’s representative and appropriate utilities as required.
❑ Shall obtain copies of all related plans,
specifications, shop drawings and addenda to schedule and coordinate related work.
• Phillips and slotted screwdrivers
• Wire strippers
• Cordless drill and phillips-head screwdriver bits
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Page 3
Preliminary
Figure 2. Component placement constraints
Power Outlet Voltage Range: 100-240Vac (50-60Hz) Type: Three-wire, unswitched. Do not use
orange outlets; they are dedicated to computer equipment).
Availability 24 hours Grounding: < 0.5Vac between neutral and ground Loading: Cannot share line with neon signs,
motors, computers, cash registers, terminals or data communications equipment.
Power cord options
P/N 0351-0547-0x
-01 USA
-02 Schuko
-03 UK
-04 Japan
-05 USA line filter
-07 Australia
Antenna
[a]
[b]
[c]
Ranger
Ref Description Distance Reason
[a] Controller to antenna separation 9m (30ft) max Tx/Rx cable length [b] Controller to ranger separation 12m (40ft) max Ranger cable length [c] Controller to remote alarm unit separation 9m (30ft) max Remote alarm unit cable length [d] Controller to power outlet separation 2.3m (7.5’) max (USA)
2.5m (8’) max (non-USA)
[e] Space around all sides of controller 20cm (8in) min Ventilation. May be mounted on shelf
[e]
Controller
[d]
Power outlet
Length of power cord
or wall. May be hidden (e.g. checkout counter, backroom, basement).
AMS-1070 CONTROLLER INSTALLATION GUIDE (8200-0127-06, REV. 0)
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Page 4

Installing the Controller

The controller can be mounted on a wall or rest on a shelf (no mounting procedure required).
• To mount the controller on a wall, proceed
to the section below.
• Otherwise, go to “Connecting the
Antennas and Remote Alarm Module” on page 5.
The pack may be mounted in any orientation except one. Do NOT mount the pack with the power cord and connectors on top. See Figure 3.
Figure 3. Wall mounting orientations
NO!
OK
Preliminary
Figure 4. Attaching the mounting plate
5. Hang the controller onto the mounting plate and slide it over to the left until it is secure, as shown in Figure 5.
Figure 5. Attaching the controller to the mounting plate
OK
OK
1. Unscrew the mounting plate from the bottom of the controller.
2. Select the mounting method.
The mounting method must be able to support 24kg (53 lbs.) if both the controller and the deactivator are mounted together and 12kg (27 lbs.) if the controller is mounted by itself. Therefore, the controller should only be mounted to metal or wood, not to hollow walls.
For wood or metal walls, you can use 10 x 1­1/2” self-drilling phillips-head screws (P/N 5899­0031-01).
3. Using a level, position the mounting plate on the wall and mark the four mounting hole locations.
4. Attach the mounting plate to the wall with screws.
6. If the power pack for a ScanMax Pro deactivator is nearby, you can use the ScanMax Pro mounting plate (Figure 6) to mount the deactivator to the top of the controller to conserve space.
Refer to the AMS-1070/ScanMax Pro Deactivator Mounting Plate Installation Guide (8200-0127-14) for the installation procedure.
Figure 6. ScanMax Pro mounting plate
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Page 5
Preliminary

Connecting the Antennas and Remote Alarm Module

The cables from the antennas and remote alarm module are inserted into the Aisle A and Aisle B connectors. Table 1 below lists the signals the cables carry.
Table 1. Controller Aisle connector pinout
Wire Color
Red Tx -
Black Tx +
Shield Shield*
Brown Piezo
Orange RS-232 Rx (from pack)
Yellow RS-232 Tx (from pack
Green Lamp 1
Blue Lamp 2
Violet +12V
Gray Digital Ground*
* Never connect shield to Digital Ground
The correct wiring method depends on the antenna configuration. The following sections describe how to wire each of the basic antenna configurations listed in Table 2. A tall antenna is an alarming antenna; a short antenna is a non-alarming antenna.
Table 2. Basic antenna configurations
Configuration
Tall/short 1 1 0
Short/short 0 2 1
Regular split 1 2 0
The EMI shields must be put on the antenna and alarm cables before you connect the wires to the connectors. Refer to the AMS-1070 EMI Shield Installation Guide (8200-0127-12) before proceeding.
Signal Description
Non­Alarming Antenna
Alarming
Antenna
Remote Alarm Module

Connecting a tall and a short antenna

If you are connecting an alarming antenna and a non-alarming antenna to the controller, use Table 3 to connect the antennas.
Table 3. Antenna connector pinout
Cable Wire Color Pin
Non-alarming
Non-alarming and Alarming Shield 3
Alarming
Red 1
Black 2
Black 4
Red 5
Brown 6
Orange 7
Yellow 8
Green 9
Blue 10
Violet 11
Gray 12

Connecting two short antennas and a remote alarm module

If you are connecting two non-alarming antennas and a remote alarm module to the wiring harness, use Table 4 to connect the antennas and remote alarm module.
Table 4. Antenna connector pinout
Cable Wire Color Pin
Non-alarming 1
Non-alarming 1 and 2 and remote alarm module
Non-alarming 2
Remote alarm module
Red 1 Black 2 Shield 3
Black 4 Red 5 Brown 6 Orange 7 Yellow 8 Green 9 Blue 10 Violet 11 Gray 12
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Page 6
Preliminary

Connecting a split-receiver (dual-aisle) configuration

If you are connecting two non-alarming antennas and one alarming antenna to the wiring harness, use Table 5 and Table 6 to connect the antennas.
Table 5. Aisle A connector
Cable Wire Color Pin
Non-alarming 1
Both antennas Shield 3
Alarming
For zone identification to work properly, the alarming antenna must be installed so the piezo on it faces non-alarming antenna 1.
Table 6. Aisle B connector
Red 1
Black 2
Black 4
Red 5
Brown 6
Orange 7
Yellow 8
Green 9
Blue 10
Violet 11
Gray 12

Connecting the Noise Canceling Antennas

The table below lists the pinouts for the Noise/Rx Coils connector.
Pin Signal
1 Shield 2 Coil A Return 3 Coil A 4 Coil B Return 5 Coil B 6 Shield 7 Inhibit Aisle A 8 Inhibit Aisle B 9 Digital Ground 10 I/O Port 1 11 I/O Port 2 12 I/O Port 3 13 Digital Ground 14 Shield

Connecting to Relays in the Controller

The table below lists the pinouts for the Relay connector.
Cable Wire Color Pin
Non-alarming 2
Unused
Red 1
Black 2
Shield 3
Black 4
Red 5
Brown 6
Orange 7
Yellow 8
Green 9
Blue 10
Violet 11
Gray 12
AMS-1070 CONTROLLER INSTALLATION GUIDE (8200-0127-06, REV. 0)
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Pin Signal
1 Relay A Arm
2 Relay A NC
3 Relay A NO
4 Shield
5 Relay B Arm
6 Relay B NC
7 Relay B NO
8 Shield Ground
9 System Error Arm
10 System Error NC
11 System Error NO
12 Shield
13 Shield
14 Shield
Page 7
Preliminary

Connecting Power to the Controller

For installation using a line cord, the socket-outlet must be installed near
!
the equipment and at a location which is easily accessible.
Für Installationen mit einem Stromkabel muß die Steckdose an einem Standort installiert werden, welcher einfachen Zugang erlaubt.
WARNING—RISK OF ELECTRIC SHOCK!
The AC power line could be carrying 120Vac or 240Vac.
The AC power source can be 100-240Vac and is connected by an ac power cord. Attach the appropriate power cord based on the country of use.
USA-IEC 320, 18/3, 125V, 10A, 7.5ft. 0351-0547-01
Schuko-IEC 320, 1mm sq., 250V, 10A, 2.5m 0351-0547-02
UK-IEC 320, 1mm sq., 250V, 10A, 2.5m 0351-0547-03
Japan-IEC 320, 2mm sq., 250V, 15A, 2.5m 0351-0547-04
US-Filter, Line, 125V, 6A, Plug-in 0351-0547-05
Australia to IEC 320, 2.5m, 250V, 10A 0351-0547-07

Connecting a Service Laptop to the Controller

To use the configurator on your service laptop to configure the controller, connect your laptop to the Service connector on the controller.
Figure 7. Connecting a laptop to the controller
Service Laptop
RJ11 male
RJ22 male
RS232 Modem
Service
AMS-1070 Controller
Network
Ethernet
RJ11 male to RJ22 male cable
Sync
AMS-1070 CONTROLLER INSTALLATION GUIDE (8200-0127-06, REV. 0)
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Page 8
Connecting a Modem to the
Preliminary
To connect the modem to the controller, do the following:
Controller
If you are not connecting a modem to the controller, skip this section.
When a modem is connected to the controller, a remote computer can dial-up and connect to the controller for remote service. The following hardware is required:
• External modem – you must flash the modem
and set the dip switches before using. Refer to the AMS-1070 Setup and Service Guide for more information.
• DB25 male to RJ12/RJ11 female connector
• RJ11 male to RJ22 male cable
Figure 8. Connecting a modem to the controller
Service Laptop
RS232 Modem
Ethernet
1. Prepare the DB25 to RJ12/RJ11 connector. Follow the diagram in Figure 9.
2. Connect the DB25 connector to the modem.
3. Connect the RJ11 connector to the DB25 to RJ12/RJ11 connector (Figure 10).
4. Connect the RJ10 connector to the controller.
5. Connect the telephone line to the TO LINE port of the modem.
Figure 9. Preparing DB25 to RJ12/RJ11 adapter
RJ12/RJ11
Inside View
Signal RJ12 DB25 Rx Pin 2 Pin 3 Tx Pin 3 Pin 2
1
2
3
4
5
6
Gnd Pin 4 Pin 7
TO LINE
Modem
DB25
Service
Telephone line
DB25 male to RJ12/11 male adapter
RJ11 male to RJ22 male cable
Network
AMS-1070 Controller
Sync
DB25
2
3
7
Figure 10. Modem cabling
RJ22 (to controller)
RJ11
DB25 (to Modem)
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Page 9
Preliminary
A
A
r

Connecting a Controller to an RS-485 Network

If you are not connecting the controller to an RS­485 network, skip this section.
You can network controllers two different ways. The first way is to use the SyncLink port and the Network port to daisy-chain the controllers. This method is shown Figure 11. This method is only possible, however, if the SyncLink port is not used for the SyncLink feature.
If the SyncLink port is already in use (or will be in use), you can network the controllers by connecting an RJ-12 “T” adapter to the Network port, as shown in Figure 12.
You can connect a maximum of 32 controllers in an RS-485 network. More than 32 controllers requires multiple networks.
The following equipment is required:
• RS232/485 converter – one for every 32
controllers
• RJ-12 connectors – must be 6-wire
• RJ-12 T adapter - available from Black Box
(part number CBCC47289)
• Cabling – you may use either flat telephone
cable or CAT5 cable. Only 3 wires are used.
CAUTION: Do not put the RJ-12
!
!
Figure 11. Using the SyncLink and Network ports to network several controllers
Service
connectors on upside down. Reversing the order of the conductors will connect +5V to ground, which will damage the controller.
CAUTION: Do not connect a Sync-Link port directly to another Sync-Link port. Doing so can cause damage to the controller if one of the controllers is turned off.
232/485 Converter
Network
AMS-1070 Control ler
Sync
RS232/485 converter
Service
Network
AMS-1070
1
Controller
Sync
Service
2
Network
MS-1070
Controller
Sync
32
Figure 12. Using an RJ-12 "T" adapter to network several controllers
Service
232/485 Converter
Network
AMS-1070 Control ler
RS232/485 converter
T adapte
Service
Sync
1
Network
AMS-1070 Controller
Sync
Service
2
Controller
Network
MS-1070
Sync
32
Figure 13. SyncLink and Network connectors
SYNCLINK NETWORK
Table 7 and Table 8 show the pinouts for the SyncLink and Network ports. To connect the controllers in an RS485 network, you must connect pin 1 of either the SyncLink port (method 1) or the Network port (method 2) on one controller to pin 1 of the Network port on the next controller. Similarly, pin 4 must connect to pin 4 and pin 5 to pin 5.
Table 7. Sync Link connector pinout
Pin Signal Description
1 Gnd Digital Ground
2 Synclinkout
3 Synclinkin
4 RS485A Also known as 485-
5 RS485B Also known as 485+
6 +5v Not used
Table 8. Network connector pinout
Pin Signal Description
1 Gnd Digital Ground
2 NC No connect
3 NC No connect
4 RS485A Tied to pin 4 on SyncLink port
5 RS485B Tied to pin 5 on SyncLink port
6 NC No connect
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Page 10
Preliminary
A
A
A
r

Connecting a Modem to an RS-485 Network

Figure 14 shows a service laptop connected to an RS-485 network of controllers. W hen a modem is connected to the network, a service laptop can dial-up and connect to the controllers for remote service. The following hardware is required:
• External modem – you must flash the modem
and set the dip switches before using
• DB25 male to DB9 male adapter
• Null modem adapter
• RS-232/RS-485 converter
Figure 14. Connecting a modem to a RS-485 network
Service L aptop
RS232 Mod em
TO LINE
Modem
DB25
Ethernet
Modem
DB25 male to DB9 male adapter

Specifications

For the electrical specifications, see Figure 15. For the mechanical (i.e. size and weight) and environmental specifications, see Figure 16.
Null modem adapter
RS232/RS485 converter
Service
Control ler
Network
MS-1070
Sync
Service
Network
MS-1070
Control ler
T adapte
Service
232/485 Converter
Network
MS-1070
Control ler
Sync
1. Plug the RS-232/RS-485 converter into the DB25/DB9 adapter.
2. Plug the DB25/DB9 adapter into the DB25 connector on the modem.
3. Connect the telephone line to the TO LINE port of the modem.
Sync
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Page 11
Figure 15. Electrical specifications
Input Power Voltage Range: 100-240Vac (50-60Hz) Primary Power Fuse: 1A, 250V slo-blo Input Power: < 30 W per controller (<15 W per aisle) Current Draw: 0.75A peak
Preliminary
Transmitter/Receiver Ports Ports: 2 (2 antennas per port) Operating freq.: 58 kHz (+ Coil resistance: 13 Ohms (at 58 kHz) Transmit current: 1 amp +/- 0.1 amps Tx burst duration: 1.6ms Burst rep rate: System Type 50Hz 60Hz
Two aisle 37.5 Hz 45 Hz One aisle 75 Hz 90 Hz Split receiver 37.5 Hz 45 Hz Split receiver when 150 Hz 180 Hz tag detected Output Power: NEC Class 2
200 Hz)
IEC950 Limited Power Source
Noise Coil Receiver Ports: 1 (2 antennas) Center freq: 58 kHz
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Page 12
Figure 16. Mechanical and environmental specifications
26.15cm (10 ¼ in)
Preliminary
21cm 8 ¼ in.
.94cm (3/8 in)
2.5mm (0.1 in)
89.7cm (35 5/16 in)
Operating temperature: 0-40° C (32-104° F) Non-operating temperature: -40 – 70° C (-40 - 158° F) Relative humidity: 0-90% non-condensing Weight (with power cord): 2.9kg (6.4 lbs.)
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Page 13

Declarations

Regulatory Compliance

Emissions .......................... 47 CFR, Part 15
EN 300 330 EN 301 489
Safety................................. UL 60950
CSA C22.2 No 60950 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.
Preliminary

Other Declarations

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. Further, Sensormatic Electronics Corporation reserves the right to revise this publication and make changes from time to time in the content hereof without obligation of Sensormatic Electronics Corporation 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: Sensormatic and the Sensormatic logo 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.
No part of this guide may be reproduced in any form without written permission from Sensormatic Electronics Corporation.
RWH -7/02
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Page 14
AMS-1070 Controller EMI Shield
Installation Guide
Two EMI shields are required. To install each shield:
1. Run the unterminated cable through the slot in
the shield from the direction shown, and then connect the cable ends to the cable connector according to wiring diagrams in AMS-1070 Controller Install Guide 8200-0127-06.
2. Attach the shield to the controller using the four
screws supplied.
© Sensormatic 2002
EMI Shield
AMS-1070 EMI SHIELD INSTALLATION GUIDE (8200-0127-12, REV. A)
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