Door-Max® 4A Antennas - Johnson Controls

DOOR-MAX 4A ANTENNAS 8200-0378-02, REV. E

INSTALLATION GUIDE 1 of 34 *8200-0378-02*

Door-Max® 4A Antennas Installation Guide

ZSDM4A

© 2018 Sensormatic Electronics, LLC



Contents About this guide ............................................................................................................................................ 3 About the Door-Max 4A Antenna ................................................................................................................. 4

Kit parts ...................................................................................................................................................... 4 Safety ......................................................................................................................................................... 5 Implanted medical devices ......................................................................................................................... 5

Section l: Before you begin .......................................................................................................................... 6 Planning the location of the system components ....................................................................................... 6 Installation requirements ............................................................................................................................ 7

Section ll: Installation ................................................................................................................................... 7 Mounting the Antenna ................................................................................................................................ 7 AMS-9060 to Door-Max 4A cable connections ........................................................................................ 11

Connecting the AMS-9060 Tx/Rx cable to Door-Max 4A .................................................................... 11 Connecting the AMS-9060 Comm Cable to Door-Max 4A .................................................................. 13 Connecting cables to the AMS-9060 Controller .................................................................................. 15

AMS-9040 to Door-Max 4A cable connections ........................................................................................ 16 Connecting the AMS-9040 Tx/Rx cable to Door-Max 4A .................................................................... 17 Connecting the AMS-9040 Comm cable Door-Max 4A ...................................................................... 19 Connecting cables to the AMS-9040 Controller .................................................................................. 19

Tuning hybrid resonant antennas ............................................................................................................. 22 Antenna tuning setup ............................................................................................................................... 23 Pedestal a/b antenna tuning procedure ................................................................................................... 26 Completing the installation ....................................................................................................................... 29 Using the system ...................................................................................................................................... 30

Jammer detection ................................................................................................................................ 30 Tags-too-close ..................................................................................................................................... 30 Alarm volume ....................................................................................................................................... 30 Counter reset ....................................................................................................................................... 30 Push button function ............................................................................................................................ 30 RS-232 communication ....................................................................................................................... 30

Removing taped antennas ....................................................................................................................... 31 Troubleshooting installations .................................................................................................................... 32

Specifications .............................................................................................................................................. 33 Declarations ................................................................................................................................................. 34



About this guide

This installation guide outlines how to install Hybrid Serial/Parallel Door-Max® 4A Antennas with an AMS-9060 or AMS-9040 controller. Other related documents include the following:

AMS-9060 and AMS-1170 Detection Systems Planning Guide, 8200-1014-02

AMS-9040 Detection System Planning Guide, 8200-0367-01

AMS-9060 Controller Installation and Service Guide, 8200-1014-01

AMS-9040 Controller Installation and Service Guide, 8200-0367-02

Counter for the Digital Door-Max Installation Guide, 8000-2693-17

Customer requirements dictate the placement of detector components. Your Sensormatic representative supplies this information separately.

Regulatory restriction: Antennas that transmit simultaneously must be phase-opposed in order that their fields are canceling. Achieve this by wiring one of the antennas out-of-phase.

Regulatory restriction: For indoor use only.

Regulatory requirement: All cables included in the referenced installation kit are suitable for direct burial in concrete.

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

If this product is 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.

Technical support

For product bulletins, and the most recent updates to this document, visit https://sensormaticsecurelogin.com.

https://sensormaticsecurelogin.com/



About the Door-Max 4A Antenna Door-Max 4A Antennas attach to the wall or doorframe surrounding an exit, as part of an Ultra•Max® EAS security system. You can use up to four Door-Max 4A Antennas as transmitters, receivers, or transceivers by connecting to an AMS-9060 or AMS-9040 Controller.

The main difference between the Door-Max 4A Antenna and the previous Door-Max Antennas is that the Door-Max 4A Antenna includes a hybrid series-parallel capacitor board and a new coil design.

Figure 1. Door-Max 4A Antenna locations

A Controller

B Optional Remote Alarm

C Digital Door-Max Antennas

Kit parts

The following section lists the kit parts for the Door-Max 4A Antenna.

Table 1. Door-Max 4A Antenna, ZSDM4A

Item Quantity Part number

Door-Max 4A Antenna 1 0304-0131-01

Install Kit, Door-Max 4A 1 0352-0629-01

Table 2. Optional Kit Parts


Digital Door-Max 4 Mounting Kit, Black 1 ZPDDM-M1

Digital Door-Max 4 Mounting Kit, Gray 1 ZPDDM-M2

Digital Door-Max 4 Counter Install Kit 1 0351-2189-01



Safety

Installation requirements

The installer or contractor must adhere to the following guidelines:

Electrical work must comply with the latest national electrical code, national fire code, and all applicable local codes and ordinances. National or local wiring codes or rules may differ between regions. Adherence to these codes supersedes instructions in this document.

Coordinate all 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 listed requirements. Any alleged discrepancies must be brought to the attention of Sensormatic Electronics.

Safety requirements

WARNING: Risk of electric shock The Door-Max 4A Antennas contain hazardous voltages. If the antenna must be left unattended with its high voltage components exposed, turn off the power or cover these components to avoid unauthorized persons access to hazardous voltages.

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

CAUTION: Door-Max 4A Antennas are not approved for outdoor use.

Implanted medical devices

This anti-theft system complies with all applicable safety standards. However, people with implanted electronic medical devices can 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 individuals with implanted medical devices, consider the following guidelines:

Health and safety

Place the anti-theft system antennas to ensure that customers behave in the following ways:

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 according to the following guidelines:

Place antennas close to exit and entrance doors, encouraging the customer to pass through them. Do not use antennas intended for exits in an aisle configuration.

Place antennas away from fixtures, equipment, amusements, and other signage that can attract customers to them.



Apply ‘Anti-theft’ signage

Place ‘Anti-theft’ labels 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 1.2 meters, or 4 feet above the floor. You can 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 stating that it has an anti-theft system. You can order awareness materials through your sales representative.

Section l: Before you begin

The following section outlines the criteria that you must adhere to when you install the Door-Max 4A Antennas.

Planning the location of the system components

The following section outlines how to determine the location for the components of the Door-Max 4A-Antennas system.

Antenna placement

The minimum distance between the Door-Max 4A Antennas, from inside surface to inside surface, is 1.2 meters or 4 feet. The maximum distance between these antennas is 1.8 meters or 6 feet.

Whenever possible, keep the Door-Max 4A Antennas at least 2.4 meters or 8 feet away from noise sources, such as computer monitors, TVs, switching power supplies, and neon displays.

The Door-Max 4A Antennas must meet the ADA requirements in Accessibility for the Disabled Installation Guidelines, 8000-2685-01.

When doors open inward, protect the Door-Max 4A Antennas with door-limiting devices, such as doorstops and keepers.

Ensure that the Door-Max 4A Antennas are not interfering with security shutters that roll down from the ceiling.

Ensure that the doorframe is wide enough to mount the Door-Max 4A Antennas.

Ensure that fixtures, equipment, or information are not so close to the antennas that they obscure or conceal the antennas, which may themselves be concealed within the store architecture. This makes the antennas difficult to identify or causes people to linger near the antennas.

Antenna cables

The maximum allowable transmit/receive (Tx/Rx) cable length from a Door-Max 4A Antenna to the controller is 12 meters or 40 feet.

The minimum allowable Tx/Rx cable length from a Door-Max 4A Antenna to the controller is 3 meters or 10 feet.

The Tx/Rx cable is burial-rated and suitable for encasement in concrete without a conduit, but you must use a conduit from where the cable exits the floor to where the cable enters the antenna.

When replacing a Door-Max 4 Antenna with a Door-Max 4A Antenna, use the existing Tx/Rx cable, 0650-2422-01, connected to the AMS-9040 Controller.

When connecting a Door-Max 4A Antenna to an AMS-9060 Controller, use the TX/Rx cable, 0652-0798-01, supplied in the Door-Max 4A install kit.



Installation requirements

The following section outlines the requirements to install the Door-Max 4A Antennas.

Tool and equipment requirements

0.15 mm minimum plastic sheeting to protect nearby items from dust

A permanent marker or a pencil

A hammer

A Phillips and slotted screwdrivers

3.31 mm2 to 2.08 mm2 12 to14 AWG and 1.31 mm2 to 0.326 mm2 16 to 22 AWG wire strippers

2.4 mm or .093 in. Molex extractor tool

A ratchet and socket set

A hand vacuum and broom

Lubricant such as lithium grease or WD-40®

Mounting hardware, see Table 4.

A floor saw

A hammer drill with 6.5 mm or 1/4 in. and 10 mm or 3/8 in. masonry drill bits

A power drill with 1.5 mm or 1/16 in., 6.5 mm or 1/4 in., and 10 mm or 3/8 in. drill bits

Section ll: Installation The following section outlines how to install the Door-Max 4A Antennas.

Mounting the Antenna

To mount the Door-Max 4A Antennas, use the installation kit, 0352-0629-01.

Table 3. Installation Kit, 0352-0629-01


Door-Max bracket 1 0500-9772-01

Alcohol prep pad 3 1600-0033

M3 locknut 2 5826-0200-011

Flat washer 2 5840-0200-011

0.50 in. steel conduit clamp 1 6010-0052-01

0.75 in. steel conduit clamp 1 6010-0052-02

To mount the antennas, complete the following steps:

1. If the antenna is configured as a transmitter ensure that, in its mounting position, there is enough clearance on the left side to access the tuning jumpers on the capacitor board.

2. Determine the cable routing: in-wall, on-wall, or in-floor.

Note: In-floor cable routing is not recommended. Use in-wall or on-wall routing whenever possible.



Figure 2. Cabling Routing Options

A In-Wall Cabling B In-Floor Cabling

If you are routing the cable in the wall, run the cables through a 20 millimeter or 3/4 inch EMT conduit and enter the bottom of the mounting channel through a knockout, see Figure 3. The particular knockout you use depends on whether cables enter from the back, left, or right side of the channel.

If you are routing the cable on the wall, run the cables through a 16 millimeter or 1/2 inch EMT conduit or surface Wiremold® to the top of the mounting channel and through cable guides to the bottom of the channel, as shown in Figure 3.

If you are routing the cables in the floor, use a floor saw to trench the floor from antenna to antenna, ensuring that the trench extends under the antenna so that the cables can enter it from underneath. The trench depth is 15 millimeters or 3/4 inches, which allows for 5 millimeters or 1/4 inch of floor compound above the cable. Trench width is 5 millimeters or 1/4 inch.



Figure 3. Mounting channel parts

A Attachment B Cables (top entry)

C Cable Guides D Mounting Guides

E Mounting Channel F Knockouts (left, right, and back)

CAUTION: When orienting the mounting channels, ensure that the knockouts in the mounting channels are on the bottom, see Figure 3.

3. Install the conduit or Wiremold.

4. Decide the attachment method for the mounting channel.

If you are using adhesive tape, install the tape along the back surface of the mounting channel. Use the tape for glass, aluminum, steel, or painted steel surfaces. Ensure that the channel is flush against the mounting surface and that there are no gaps.

If you are using screws, ensure that the wall or doorframe is strong enough to support the Door-Max. The Door-Max 4A Antenna weighs 11.6 kilograms or 25.5 pounds.

5. Place the mounting channels in their exact mounting location. Refer to the appropriate planning guide for spacing recommendations.

6. Attach the mounting channel, leaving room beneath it for floor cleaning equipment. Use a level to ensure that the channel is vertical.

If you are using adhesive tape, clean the surface of the wall or doorframe with an alcohol pad and let it dry. Remove the liner from the tape and press the channel firmly in place.

If you are using screws, mark and drill at least six 4 millimeter or 11/64 inch holes. See Table 4.



WARNING: Table 4 lists the surfaces approved for mounting. The antenna may detach from other surfaces and cause damage to product and property, and possible injury.

Table 4. Mounting hardware

Mounting surface Hardware

Metal frames Self-tapping M4 (#8) screw, hex head, 19 mm (3/4 in.) long or adhesive tape pre-mounted on mounting channel.

Dry wall 50 lb E-Z Ancor® with M4 (#8) Phillips head or self-tapping, hex head screw, 25 mm (1 in.) long.

Steel framed dry wall Self-tapping M4 (# 8) screw, hex head, 38 mm (1.5 in.) long or adhesive tape pre-mounted on mounting channel.

Wood frame Drywall M4 (#8) screw, 38 mm (1.5 in.) long.

Cement Tapcon® screw, 3/16 in. diameter, 32 mm (1.25 in.) long.

Glass Adhesive tape pre-mounted on mounting channel.

7. To facilitate antenna removal after installation, such as for servicing, apply lithium grease or other lubricant on the mounting guides inside the mounting channel.

8. Route the cables into the mounting channel. If the cables enter the channel from below, route them through the plastic block in the channel, as shown in Figure 4.

9. Slide the antenna into the mounting channel.

Note: Ensure that you do not pinch the cables.

Figure 4. Routing cables through channel

Cables routed from below Cables routed from above



AMS-9060 to Door-Max 4A cable connections

To connect a Door-Max 4A to the AMS-9060 controller, use the Door-Max 4A installation kit, 0352-0629-01.

Table 5. Door-Max 4A installation kit


Door-Max 4A Tx/Rx cable 1 0652-0798-01

Door-Max 4A Comm cable 1 0652-0796-01

5-position terminal block 1 2109-1017-05


5-position connector 1 0304-2866-01

5-position spring-gate connector 1 2109-0798-05



Black 3/8 ID heat-shrink tubing, .53 ft 1 3121-0008

Black .062 ID heat-shrink tubing, .53 ft 1 3121-0027-01

WARNING: Risk of electric shock. Turn off the controller before connecting cables.

CAUTION: Do not coil excess wire in the ceiling, because this can cause false alarms.

Connecting the AMS-9060 Tx/Rx cable to Door-Max 4A

To connect the AMS-9060 Tx/Rx cable to the Door-Max 4A Antennas, complete the following steps:

Note: For performance and regulatory reasons, Ultra•Max antennas are mounted so that they face each other. This ensures that their fields are in opposition. Because Door-Max antennas cannot be mounted this way, one of the two antennas must be wired out-of-phase instead.

Run the AMS-9060 Tx/Rx cable, 0652-0798-01, into the component side of the electronics compartment.

1. Remove 5 millimeters or 3/16 inches of insulation from the end of each cable wire.

CAUTION: Removing too much wire can cause short circuits. Not removing enough wire can cause non-connections.

2. Use a small screwdriver to attach cable wires to the terminal block connector, 2109-0039-05. See Table 6.

CAUTION: Wire opposing antennas out-of-phase to maximize detection. Incorrect wiring reduces detection distances.

Table 6. Door-Max 4A Tx/Rx connector (P1) pinout for AMS-9060

Pin Antenna A Opposing Antenna C

1 Black Red

2 Red Black

3 Shield Shield

4 Green White

5 White Green



3. Attach the Tx/Rx cable to connector P1 on the capacitor board and route the cable, as shown in Figure 5.

Figure 5. Electronics compartment

A P3 Comm cable connector B Alarm Board, 312-2081-03

C Capacitor Board, 0312-7143-01 D P1 Tx/Rx cable connector

CAUTION: To prevent arcing between the Tx/Rx cable and high-voltage components on the capacitor board, you must adhere to the following guidelines:

Route over the insulator.

Put the cable in at the mounting channel near the alarm board and route the cable either up or down the channel from that point.



Connecting the AMS-9060 Comm Cable to Door-Max 4A

To connect the AMS-9060 Comm cable to the Door-Max 4A Antennas, complete the following steps:

1. Run the AMS-9060 Comm cable, 0652-0796-01, into the component side of the electronics compartment.



3. Use a small screwdriver to attach the cable wires to the connector, 0300-2319-01, as outlined in Table 7.

Note: Ignore the color code on the connector.

Table 7. Door-Max 4A Comm connector P3 pinout for AMS-9060

Pin Wire Color Signal

1 Black 12 V Return

2 Brown RS-485 Low

3 Red RS-485 High

4 Orange 12 V Alarm

5 No connection

6 No connection

7 No connection

8 No connection

9 No connection

10 Shield Shield

4. Attach the Comm cable to the connector P3 on the alarm board, as shown in Figure 5.

5. Route the Comm cable from the antenna to the controller.



Figure 6. Wiring diagram for Dual Door-Max 4A Antennas with AMS-9060 controller

A COM Cables (4-conductor), 0652-0796-01

B Tx/Rx Cables (4-conductor), 0652-0798-01

C AMS-9060 Controller

D P1 of antenna C Note: The second antenna is wired out-of-phase

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Connecting cables to the AMS-9060 Controller

To connect cables to the AMS-9060 complete the following steps:

WARNING: Risk of electric shock.

Do not hot plug cables. Turn off the controller before connecting cables.

1. Connect Tx/Rx cables, 0652-0798-01, to the controller, as shown in Figure 6, by completing the following steps:

a. Install Romex-type connectors or conduit fittings in the knockouts on the controller.

b. Route each Tx/Rx cable through the knockout closest to its connector.

c. Prepare the Tx/Rx cable by inserting 2 millimeter or 1/16 inch heat shrink over the drain wire and 5 millimeter or 3/16 inch heat shrink over the cable, overlapping the exposed end by 10 millimeters or 3/8 inch.

d. Following the color-coded label, attach the Tx/Rx cable to the connector, 2109-0837-05. Pull the heat shrink back toward the connector and shrink the heat shrink.

Table 8. AMS-9060 PED connector pinout

Pin Wire color Signal

1 Black Bottom Coil Return

2 Red Bottom Coil

3 Shield Shield

4 Green Top Coil Return

5 White Top Coil

e. Insert the Tx/Rx cable for antenna A into pluggable terminal block PED A, P19. Insert the transmit cable for antenna C into pluggable terminal block PED C, P23.

CAUTION: One pair of Door-Max 4A Antennas must be wired in an A–C configuration. Two pairs of Door-Max 4A Antennas must be wired in an A–C B–D configuration, as shown in Figure 7.

CAUTION: Inspect the wires after clamping them into the pluggable terminal block to ensure that no wire strands are touching any other wires. Contact between the wires causes arcing and may damage the components.

Figure 7. Door Max 4A Configuration

0.3 m or 1 ft



2. Connect the Comm cables, 0652-0796-01, to the controller, by completing the following steps:


b. Route each Comm cable through a knockout.

c. Prepare the Comm cable by inserting 2 millimeters or 1/16 inches heat shrink over drain wire and 5 millimeters or 3/16 inches heat shrink over cable, overlapping the exposed end by 10 millimeters or 3/8 inches. Following the color-coded label, use a small screwdriver to attach the Comm cable to the 5-position connector, 2109-1017-05, then shrink the heat shrink.

Table 9. AMS-9060 COMM connector pinout


1 Shield Shield

2 Black 12 V Return

3 Orange 12 V

4 Brown RS-485 Low

5 Red RS-485 High

d. Insert connectors into pluggable terminal blocks on the controller. Connect antenna A to COMM A, P20. Connect antenna C to COMM C, P24.

3. If an optional electronic counter, 0351-2189-01, is included with this equipment, install the counter. For more information refer to the Counter for the Digital Door-Max Installation Guide, 8000-2693-17.

4. Proceed to Tuning hybrid resonant antennas.

AMS-9040 to Door-Max 4A cable connections

Important: If you are replacing a Door-Max 4 antenna connected to an AMS-9040 with a new Door-Max 4A, use the existing Tx/Rx cable connected to the AMS-9040. Do not use the Tx/Rx cable included in the Door-Max 4A installation kit.

Always connect the Door-Max 4A to an AMS-9040 controller with the Tx/Rx cable, 0650-2422-01. If this cable is not available, obtain one by ordering the DoorMax-4 installation kit.

Table 10 lists the items in the DoorMax-4 installation kit, 0352-0177-01.

Table 10. Door-Max 4 installation kit


Door-Max Tx/Rx cable 1 0650-2422-01

Door-Max Comm cable 1 0650-2423-01





Black 3/8 ID heat-shrink tubing, 0.53 ft 1 3121-0008

Black .062 ID heat-shrink tubing, 0.53 ft 1 3121-0027-01

WARNING: Risk of electric shock Turn off the controller before connecting cables.

CAUTION: Do not coil excess wire in the ceiling. This can cause false alarms.



Connecting the AMS-9040 Tx/Rx cable to Door-Max 4A

To connect the AMS-9040 Tx/Rx cable to the Door-Max 4A Antennas, complete the following steps:

Note: For performance and regulatory reasons, Ultra•Max antennas are mounted so that they face each other. This ensures that their fields are in opposition. Because Door-Max antennas cannot be mounted this way, one of the two antennas must be wired out-of-phase instead.

1. Run the AMS-9040 Tx/Rx cable, 0650-2422-01, into the component side of the electronics compartment.



3. Using a small screwdriver, attach the cable wires to the terminal block connector, 2109-0039-05. See Table 11.

CAUTION: Wire opposing antennas out-of-phase to maximize detection. Incorrect wiring reduces detection distances.

Table 11. Door-Max 4A Tx/Rx connectors (P1) pinout for AMS-9040

Pin Antenna A Opposing Antenna B 1 Black Red

2 Red Black

3 Shield Shield

4 Green White

5 White Green

4. Attach the Tx/Rx cable to connector P1 on the capacitor board, and route the cable. See Figure 8.

Figure 8. Electronics compartment

A P3 Comm cable connector B Alarm Board, 0312-2081-03

C Capacitor Board, 0312-7143-01 D P1 Tx/Rx cable connector



Figure 9. Wiring diagram for Dual Door-Max 4A Antennas with AMS-9040 controller

A Tx/Rx Cables (4-conductor), 0650-2422-01 B Comm Cables (9-conductor), 0650-2423-01

C AMS9040 Controller D P1 of Antenna B

Note: The second antenna is wired out-of-phase

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CAUTION: To prevent arcing between the Tx/Rx cable and high-voltage components on the

capacitor board, you must adhere to the following guidelines:

Route over the insulator.

Insert the cable at the mounting channel near the alarm board, and route the cable either up or down the channel from that point.

Connecting the AMS-9040 Comm cable Door-Max 4A

1. Run the AMS-9040 Comm cable 9-conductor, 0650-2423-01, into the component side of the electronics compartment.



3. Using a small screwdriver, attach the cable wires to the connector, 0300-2319-01. See Table 12.

Note: Ignore the color code on the connector.

Table 12. Door-Max 4A Comm connector P3 pinout for AMS-9040

Pin Wire Color Signal

1 Black 12 V Return

2 Brown RS-485 Low

3 Red RS-485 High

4 Orange 12 V Alarm

5 No connection

6 No connection

7 No connection

8 No connection

9 No connection

10 Shield Shield

4. Attach the Comm cable to connector P3 on the alarm board. See Figure 8.

5. Route the Comm cable from the antenna to the controller.

Connecting cables to the AMS-9040 Controller

WARNING: Risk of electric shock Do not hot plug cables. Turn off the controller before connecting cables.

1. Connect the Tx/Rx cables, 0650-2422-01, to the controller, as shown in Figure 9, by completing the following steps:


Regulatory Requirement: To meet regulatory requirements, the Tx/Rx cable in the controller must be as short as possible. Route the Tx/Rx cable through the knockout nearest to the connector and straight onto the connector.

b. Route each Tx/Rx cable through the knockout closest to its connector.



c. Prepare the Tx/Rx cable by inserting 2 millimeters or 1/16 inch heat shrink over drain wire and 5 millimeters or 3/16 inches heat shrink over cable. Overlap the exposed end by 10 millimeters or 3/8 inches.

d. Following the color-coded label, attach the Tx/Rx cable to connector, 2109-0798-05. Pull the heat shrink back towards the connector, and shrink the heat shrink.

e. Insert the Tx/Rx cable for antenna A into the pluggable terminal block Tx/Rx ANT A, and insert the transmit cable for antenna B into the pluggable terminal block Tx/Rx ANT B. Antennas 0-3 are always transceivers. Antennas 4-7 are always receivers.

Table 13. AMS-9040 Tx/Rx connector pinout


1 Black Bottom Coil Return

2 Red Bottom Coil

3 Green Top Coil Return

4 White Top Coil

5 Shield Shield

Figure 10. Inserting Tx/Rx connectors into terminal blocks

CAUTION: Mounting two pairs of antennas within 0.3 meters or 1 foot of each other from the same controller can lead to controller failure, if the two closest antennas transmit at the same time. To prevent this, wire the antennas in the configuration B–A C–D, as shown in Figure 11.



Figure 11. Antenna placement

CAUTION: Misaligning the connector may cause controller failure. Before turning on the controller, ensure that the Tx/Rx and Comm cables for an antenna are attached to their corresponding connectors correctly. See Figure 12.

Figure 12. Aligning connectors

2. Connect the Comm cables, 0650-2423-01, to the controller by completing the following steps:


b. Route each Comm cable through the knockout.

c. Prepare the Comm cable by inserting 2 millimeters or 1/16 inch heat shrink over the drain wire and 5 millimeters or 3/16 inches heat shrink over the cable. Overlap the exposed end by 10 millimeters or 3/8 inches. Following the color-coded label, use a small screwdriver to attach the Comm cable to the 5-position connector, 0304-2866-01, then shrink the heat shrink.

Table 14. AMS-9040 Comm connector pinout


1 Black 12 V Return

2 Brown RS-485 Low

3 Red RS-485 High

4 Orange 12 V Alarm

5 Shield Shield

d. Insert connectors into pluggable terminal blocks on the controller, as shown in Figure 9. Connect antenna A to Comm A, P5. Connect antenna B to Comm B, P25.

3. If an optional electronic counter, 0351-2189-01, is included with this equipment, install the counter. For more information, refer to the Counter for the Digital Door-Max Installation Guide, 8000-2693-17.

4. Proceed to Tuning hybrid resonant antennas.

Correct Incorrect

B C A D

0.3 m or 1 ft



Tuning hybrid resonant antennas

The Door-Max 4A Antennas are pre-tuned, using the full 12 meter or 40 foot length transceiver cables, for an environment with a minimal amount of metal nearby. The antennas require minor tuning to adjust for conditions at the installation site.

Do not cut the transceiver cables to a length shorter than 3 meters or 10 feet, or the performance of the antennas degrades.

Overview of hybrid resonant antenna tuning

The goal of the tuning procedure is to adjust the total capacitance on the capacitor board until the amplitudes of the current in the top and bottom coils are at their maximum level. This current level depends on the controller installed. During the tuning procedure, monitor the current at the controller with the ADS 4 configurator software.

Starting with the top coil, adjust the total capacitance by repositioning the tuning jumpers to increase the transmit burst current, adding or subtracting capacitance one step at a time, until the maximum current is reached. Repeat this process for the bottom coil with its tuning jumpers. If necessary, retune the top coil and bottom coil again until the amplitudes of the current in the two coils are at their maximum values.

In most cases, tuning is accomplished by adjusting the jumpers one or two steps above or below the initial settings. Additional tuning steps are required only if the transceiver cable has been shortened or if large metal objects are nearby.

Ring-Down Cancel jumper

The Ring-Down Cancel jumper, P2, on the Cap Board must be configured to match the type of controller in use:

AMS-9060 – P2 removed

AMS-9040 – P2 installed

Verify controller type selection

The Door-Max 4A Antennas are normally shipped configured for use with the AMS-9060 controller. The Door-Max 4A is also compatible with the AMS-9040 controllers. The JW6, and JW12 jumpers on the Cap board determine which controller the antenna is compatible with.

Before applying power to the antenna, verify the positions of the controller selection jumpers on the Cap board, and re-configure them as required. Table 15 lists the required jumper configurations for each available controller.

CAUTION: Powering up the controller when the controller type selection jumpers are not configured correctly may damage the controller and the capacitor board.

Table 15. Controller selection jumper settings

Jumper AMS-9060 AMS-9040

JW6 2 – 3 1 – 2

JW12 2 – 3 1 – 2

P2 OUT IN

Verify antenna address selection

Each Door-Max 4A Antenna requires a unique Antenna Address for communications with the controller. Check that the arrow on the address selection switch (S2) points to the appropriate number, 0 through 3. See Figure 13 for the location of the address switch on the Alarm board.

Usually, the antennas are assigned addresses as shown in Table 16.



Table 16. Antenna addresses

Antenna Address

A 0

B 1

C 2

D 3

Antenna tuning setup

WARNING: Risk of electric shock High-voltage AC is present on the Cap board whenever the controller is on.

Before you power up the controller, verify, and correct the positions of the jumpers and address switches on all of the capacitor boards. Table 18 and Table 19 list the default jumper configuration for the Door-Max 4A Antennas.

You require the following equipment to tune the antennas:

Laptop computer

ADS 4 software configurator

Setup procedure

1. Turn off the controller.

2. Access the capacitor board and alarm board in each antenna.

3. Set the address for each antenna by rotating the pointer on switch S2. Select the addresses, as indicated in Table 17. See Figure 13 for the location of the address switch on the alarm board.

Table 17. Antenna address settings

Controller function Antenna address

Tx/Rx A 0

Tx/Rx B 1

Tx/Rx C 2

Tx/Rx D 3

4. Examine the controller select jumpers JW6 and JW12 on each capacitor board to ensure that the jumpers

are in the default positions, specified in Table 18.

5. Examine the tuning adjustment jumpers JW1 through JW5, and JW7 through JW11 on each capacitor board to ensure that all jumpers are in the initial tuning positions, as specified in Table 19.

6. Turn on the controller, and ensure that you do not have an H/W current fault or S/W current fault error. If you get a current fault error message, ensure that the latest version of the controller software is installed. If you have the latest controller software, ensure that the controller selection and tuning jumpers are installed as indicated in Table 18 and Table 19.

7. Connect the laptop computer to the RS-232 service port on the controller, and launch the CE ADS 4 software configurator. The antenna also has an RS-232 port to which you can connect. Do not use the RS-232 port if an UltraLink device is connected to the controller.



8. In the configurator, click the TX Configuration tab. In the Misc. TX Settings pane, select the following

parameters for the antennas:

AMS-9060

Ant A|B|C|D Polarity Aiding

TX Frequency Nominal

AMS-9040

Ant A|B|C|D Polarity Figure 8

TX Frequency Nominal

9. From the System menu, click TX Current. This window displays the transmit current meters for up to four antennas. See Figure 14 or Figure 15.

Note: The current displayed by the configurator is not the actual current in the antenna coil.

Table 18. Capacitor board controller select jumpers

Jumper AMS-9060 AMS-9040 Function

JW6 2 – 3 1 – 2 Controller Type Select – Top Coil

JW12 2 – 3 1 – 2 Controller Type Select – Bottom Coil

P2 OUT IN Ring-Down Cancel Select

Table 19. Capacitor board tuning jumper initial settings

Jumper AMS-9060 AMS-9040 Function

JW1 OUT IN Fine Adjust – Top Coil

JW2 IN IN Fine Adjust – Top Coil

JW3 OUT IN Medium Adjust – Top Coil

JW4 OUT IN Medium Adjust – Top Coil

JW5 IN OUT Course Adjust – Top Coil

JW7 OUT IN Fine Adjust – Bottom Coil

JW8 IN IN Fine Adjust – Bottom Coil

JW9 IN IN Medium Adjust – Bottom Coil

JW10 OUT OUT Medium Adjust – Bottom Coil

JW11 IN IN Course Adjust – Bottom Coil

Note: In Table 19, IN indicates that the jumper is inserted over pins 1-2, and the capacitor is connected. OUT indicates that the jumper is ‘parked’ on pin 2, and the capacitor is bypassed.



Figure 13. Alarm board 0312-2081-03, address select switch

A Address select switch

10 1



Pedestal a/b antenna tuning procedure

1. In the TX Current window, observe the meters labeled Top Coil Aiding or Fig8, and Bottom Coil Aiding or Fig8. The current that the meters display depends on the controller type and TX polarity.

AMS-9060

Aiding meters

28 to 45 amperes

AMS-9040

Fig8 meters

7 to 11 amperes

Figure 14. TX Current window, Aiding meters for AMS-9060

Figure 15. TX Current window, Fig8 meters for AMS-9040

Tune the antennas as described in Steps 3 and 4 to obtain the highest current in both the top and bottom coils.

WARNING: Risk of electric shock Before you remove the jumper, disable the antenna by clearing the antenna check box in the TX Current window. See Figure 14 or Figure 15. After changing the jumper, re-enable the antenna by selecting the same check box.

A Antenna transmit enable checkbox

B Top Coil Aiding meter

C Bottom Coil Aiding meter

A Antenna transmit enable checkbox

B Top Coil Fig8 meter

C Bottom Coil Fig8 meter



2. Tune the Top Coil. In the TX Current window, disable antenna transmission. Refer to Figure 16 and Table 20. Locate the initial jumper configuration column for the top coil, column number 13 for the AMS-9060, or column number 7 for the AMS-9040.

3. Reposition the top coil tuning jumpers as indicated in the column one step to the right, column number 14 for AMS-9060, or column number 8 for AMS-9040. Enable antenna transmission to observe the meters.

If the current increases, add capacitance by completing the following steps:

a. Disable antenna transmission, and reposition the top coil tuning jumpers one more step to the right in the table, column number 15 for AMS-9060, or column number 9 for AMS-9040.

b. Enable antenna transmission again, and observe the meters. If the current increases again, move another step to the right in the table, column 16 or column 10.

c. Continue this until the current displayed on the meter decreases. Then, return one step to the left, and reconfigure the top coil tuning jumpers as shown in that column to obtain the highest coil current.

If the current decreases, subtract capacitance by completing the following steps:

a. Disable antenna transmission, and reposition the top coil tuning jumpers, as shown in the column one step to the left of the initial setting column, column number 12 for AMS-9060, or column number 6 for AMS-9040.

b. Enable antenna transmission again, and observe the meters. If the current increases, move another step to the left in the table, column 11 or column 5, and enable antenna transmission.

c. Continue this until the current displayed on the meter decreases. Then, return one step to the right, and reconfigure the top coil tuning jumpers as shown in that column to obtain the highest coil current.

4. Tune the bottom coil. In the TX Current window, disable antenna transmission. Refer to Figure 16 and Table 21. Locate the initial jumper configuration column for the bottom coil, column number 18 for AMS-9060, or column number 14 for AMS-9040.

Start by repositioning the bottom coil tuning jumpers as indicated in the column one step to the right, column number 19 for AMS-9060, or column number 15 for AMS-9040. Enable antenna transmission to observe the meters.

If the current increases, add capacitance by completing the following steps:

a. Disable antenna transmission and reposition the top coil tuning jumpers one more step to the right in the table, column number 20 for AMS-9060, or column number 16 for AMS-9040.

b. Enable antenna transmission again and observe the meters. If the current increases again, move another step to the right in the table, column 21 or column 17.

c. Continue this until the current displayed on the meter decreases. Then, return one step to the left, and to obtain the highest coil current, reconfigure the top coil tuning jumpers as shown in that column.

If the current decreases, subtract capacitance by completing the following steps:

a. Disable antenna transmission and reposition the top coil tuning jumpers as shown in the column one step to the left of the initial setting column, column number 17 for AMS-9060, or column number 13 for AMS-9040.

b. Enable antenna transmission again and observe the meters. If the current increases, move another step to the left in the table, column 16 or column 12, and enable antenna transmission.

c. Continue this until the current displayed on the meter decreases. Then, return one step to the right, and to obtain the highest coil current, reconfigure the top coil tuning jumpers as shown in that column.



5. When the antennas are properly tuned, return the Misc. TX Settings to their previous values.

AMS-9060

Ant A|B|C|D Polarity Normal

TX Frequency Hopping

AMS-9040

Ant A|B|C|D Polarity Normal

TX Frequency Hopping

6. Proceed to the section Completing the installation.

Figure 16. Capacitor board, 0312-7143-01, tuning jumpers

A Top Coil controller select jumper B Bottom Coil controller select jumper

C Top Coil tuning jumpers D Bottom Coil tuning jumpers

E Ring-down cancel jumper

Table 20. Top coil capacitor board tuning steps chart

Top Coil

Jumper 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

JW1

(1nF) X O X O X O X O X O O X X O O X X O X O X O X O X O

JW2

(2.2nF) X O O X X O O X X O O O O X X X X O O X X O O X X O

JW3

(4.7nF) O X X X X O O O O X O X O X O X O X X X X O O O O X

JW4

(10nF) O O O O O X X X X X O X O X O X O O O O O X X X X X

JW5

(15nF) O O O O O O O O O O X O X O X O X X X X X X X X X X

↑ 1 3↑

Increase Capacitance Decrease Capacitance



Table 21. Capacitor board bottom coil tuning steps chart

1 = AMS-9060 Top Coil initial settings 2 = AMS-9060 Bottom Coil initial settings

3 = AMS-9040 Top Coil initial settings 4 = AMS-9040 Bottom Coil initial settings

Completing the installation

WARNING: risk of electric shock Improper installation of the cover can crimp a wire, resulting in hazardous voltages or damage to the equipment.

1. Install the cover over the electronics compartment. Ensure that the cover does not pinch any wires, especially the two gray wires near the bottom. Ensure that the push button is not depressed by the cover. See Figure 17.

Figure 17. Cover details

A Cover B Counter

C Status LED D Push button

E Screw

2. Tighten the screw at the bottom of the cover.

3. If the antenna is attached to glass, attach the decorative strip to the outside of the glass to hide the tape.

Bottom Coil

Jumper 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

JW7

(1nF) X O X O X O X O X O O X X O O X X O X O X O X O X O

JW8

(2.2nF) X O O X X O O X X O O O O X X X X O O X X O O X X O

JW9

(4.7nF) O X X X X O O O O X O X O X O X O X X X X O O O O X

JW10

(10nF) O O O O O X X X X X O X O X O X O O O O O X X X X X

JW11

(15nF) O O O O O O O O O O X O X O X O X X X X X X X X X X

2 4↑

Total Added

C 3.2

nF

4.7

nF

5.7

nF

6.9

nF

7.9

nF

10.0

nF

11.0

nF

12.2

nF

13.2

nF

14.7

nF

15.0

nF

15.7

nF

16.0

nF

16.9

nF

17.2

nF

17.9

nF

18.2

nF

19.7

nF

20.7

nF

21.9

nF

22.9

nF

25.0

nF

26.0

nF

27.2

nF

28.2

nF

29.7

nF

X = IN = capacitor added O = OUT = capacitor removed



4. If the language of the country is not English, apply “Anti-Theft System” labels in the local language, 2412-0170-xx, over the existing labels on the antennas. Labels are available from your local distribution center.

5. Do a tag test. If the system works properly, proceed to Step 6. If the system does not work properly, go to Troubleshooting installations.

6. Reset the alarm counter to zero by pushing and holding the push button.

Using the system

The features that the Door-Max 4A Antenna supports are listed here:

Jammer detection

Tags-too-close

Alarm volume

Counter reset

Push button function

RS-232 communication

Jammer detection

When a Door-Max 4A Antenna is connected to an AMS-9060 or AMS-9040 controller, the system can detect signals from a jamming device, or jammer. In response, the controller closes an on-board relay, which usually connects to a remote alarm or alarm beacon. The controller can cause the antenna to emit a unique audio and visual alarm. Use the configurator to enable or disable this feature. Assign a relay number to the jammer detect event, and map it in the Zone mapping area.

Tags-too-close

The Door-Max 4A supports the tags-too-close feature with the AMS-9060 and AMS-9040 controllers. If the system determines that a tag has been left in the field too long, the alarm light on the antenna blinks for at least one minute, even if the tag is removed immediately. Use the configurator to enable this feature. The alarm counter does not increment during a tags-too-close event.

Alarm volume

You can adjust the alarm volume of the Door-Max 4A using the configurator. You can assign a value of 0 through 15 to the alarm volume parameter in the configurator. A setting of 0 through 7 results in an inaudible alarm, a setting of 8 results in a soft alarm, and a setting of 9 through 15 result in a loud alarm.

Counter reset

To reset the alarm counter on the antenna to zero, press and hold the push button for four seconds.

Push button function

Momentarily press the push button to activate the tag check mode on the antenna for 30 seconds. In tag check mode, the transmitter is inhibited, but the receivers and alarms are functional. You can use this mode to determine the source of reoccurring, unexplained alarms. If the alarms stop when the transmitter is turned off, the alarms are probably caused by a tag in the field. If an alarm occurs while the transmitter is off, the alarms are probably caused by a non-tag source, such as environmental noise.

Pressing the push button again during tag check turns off the transmitter indefinitely.

RS-232 communication

The antenna has an RS-232 port for service use only. You can connect a service laptop to the port and communicate with the controller during installation and service calls.



Removing taped antennas

To avoid damaging the mounting surface of a Door-Max 4A Antenna that has been installed using adhesive tape, remove its mounting channel using a tape cutter.

You will need the following tools and equipment:

1 meter or 3 feet of thin metal wire, such as stainless steel fishing leader at least 0.3 millimeters or 0.012 inches in diameter.

Two wire sleeves.

Two handles for wire such as brass accessory links.

Lubricant, such as lithium grease or WD-40.

A stiff, blunt, plastic scraper.

Pliers.

Procedure

1. Remove the antenna from the mounting channel by lifting the antenna up and out.

2. Make a tape cutter using the wire, handles, and sleeves. See Figure 18.

a. Wrap the wire around the handles.

b. Thread the wire through wire sleeves, and squeeze with the pliers to secure the wires.

Figure 18. Parts of a tape cutter

A Wire

B Sleeves

C Handles

3. Detach the mounting channel by placing the wire of the tape cutter behind the mounting channel and sawing back and forth. See Figure 19.



Figure 19. Using the tape cutter to detach the mounting channel

4. Remove any remaining tape affixed to the wall, by spraying lubricant on the tape and scraping it off.

Troubleshooting installations

If a problem occurs after power up, check for the possible causes listed in Table 22.

Table 22. Problems and possible causes

Problem Possible causes

False alarms There are tags in the field. Check the backfield.

There is environmental noise.

Poor pick A transmitter/receiver connector at P1 on the capacitor board is wired wrong. If the P1 connectors on adjacent antennas are wired so that the fields are not opposing, the pick rate is reduced.

The system is not tuned properly.

No pick The transmitter is turned off. Check the status LED on the front of the base. Ensure that the Tx inhibit button fits through the hole in the capacitor board cover. If the button is not aligned with the hole when the cover is installed, then the cover can depress the button.

A wire is not making contact in the Tx/Rx connector.

Wires are short-circuited when the cover is installed.

The address switch on the antenna is not set correctly.

The alarm is disabled in the configurator.



Specifications

Electrical

Transmitter (AMS-9060)

Operating Frequency .................................................................................................................................... 58 kHz (±200 Hz)

Transmit Burst Duration ................................................................................................................................................. 1.6 ms

Transmit Current ...................................................................................................................................................... 20 A peak

Burst Repetition Rate

Based on 50 Hz ac ..................................................................................................................................... 75 Hz or 37.5 Hz

Based on 60 Hz ac ........................................................................................................................................ 90 Hz or 45 Hz

Transmitter (AMS-9040)

Operating Frequency .................................................................................................................................... 58 kHz (±200 Hz)

Transmit Burst Duration ................................................................................................................................................. 1.6 ms

Transmit Current (European) ................................................................................................................................... 12 A peak

Transmit Current (Non-European) ........................................................................................................................... 16 A peak

Burst Repetition Rate

Based on 50 Hz ac ..................................................................................................................................... 75 Hz or 37.5 Hz

Based on 60 Hz ac ........................................................................................................................................ 90 Hz or 45 Hz

Receiver

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

Receive Coil Resistance ................................................................................................................................. 1.6 ohms (±5%)

Alarm

Audio Level ................................................................................................................................................................. 109 dBA

Environmental

Evaluated for altitudes less than 3200 m (10,500 ft)

Ambient Temperature ............................................................................................................................................ 0°C to 50°C ......................................................................................................................................................................... (32°F to 122°F)

Relative Humidity ....................................................................................................................................................... 0 to 90% ........................................................................................................................................................................ non-condensing

Enclosure rating ................................................................................................................................................................ IPx0

Mechanical

Height ......................................................................................................................................................... 183.9 cm (72.4 in.)

Width .............................................................................................................................................................. 24.0 cm (9.4 in.)

Depth ................................................................................................................................................................ 4.4 cm (1.7 in.)

Weight .......................................................................................................................................................... 11.6 kg (25.5 lbs)



Declarations Regulatory information

Product Code: ZSDM4A

Regulatory ID: UM ADS-DMP

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

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 device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.

Le présent appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de licence. L’exploitation est autorisée aux deux conditions suivantes : (1) l’appareil ne doit pas produire de brouillage, et (2) l’utilisateur de l’appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d’en compromettre le fonctionnement.

CAN ICES-3 A / NMB-3 A

EMC ............................................................................................................................................................. 47 CFR, Part 15

......................................................................................................................................................................... EN 300 330-2

......................................................................................................................................................................... EN 301 489-1

.........................................................................................................................................................................EN 61000-3-2

.........................................................................................................................................................................EN 61000-3-3

................................................................................................................................................................................ RSS 210

............................................................................................................................................................................... ICES-003

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 Door-Max 4A Antenna” on page 4.

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: Door-Max, Ultra•Max, and Sensormatic are trademarks or registered trademarks of Sensormatic

Electronics, LLC. Tapcon is a registered trademark of ITW Buildex and Illinois Tool Works, Inc. 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

Door-Max® 4A Antennas - Johnson Controls