WatchMate System Installation Manual

Transcription

WatchMate
System
Installation
Manual
®
Xmark
808 Commerce Park Drive 309 Legget Drive
Ogdensburg, NY 13669
Ottawa, ON K2K 3A3
USA
Canada
Telephone: 1-866-55-XMARK or 1-613-592-6997
Facsimile: 1-613-592-4296
Web site: www.xmarksystems.com
© 1991 - 2004 Xmark, a division of Instantel Inc. All Rights Reserved. WatchMate and the WatchMate logo are
registered trademarks of Instantel Inc. in North America. Xmark, the Xmark logo and Watchlet are trademarks of
Instantel Inc. All other company and product names may be trademarks of their respective companies. Printed in
Canada. 801I0501 Rev 17. October 2003.
Warranty
Xmark’s products are warranted against defects in materials and workmanship and shall perform in accordance
with published specifications for a period of one year.
Xmark reserves the right to change specifications without notice.
Limitation of Liability
This Product has been designed for use to reduce the risk of resident wandering through remote detection.
The range, accuracy, function and performance of this Product may vary from the published specifications due to
many factors, including, without limitation, site impairments from structural effects, metal objects in the vicinity,
placement of the receiver and transmitter, interference from other electrical devices, atmospheric effects,
installation, and maintenance. There may be other factors, which also affect performance of this Product.
Instantel does not guarantee that this Product will detect 100% of resident wanderings. Instantel does not
guarantee that this Product will not return false reports of resident wandering.
Weekly testing and maintenance of this Product, as described in the Product documentation, is essential to verify
the system is operating correctly and to ensure that the probability of detecting an alarm and/or locating the
transmitter are maximized.
The failure to undertake regular testing and maintenance will increase the risk of system failure and failure to detect
resident wandering. The failure to undertake regular testing and maintenance will increase the risk of false reports
of resident wandering.
Instantel hereby disclaims all warranties, express or implied, arising out of or in connection with any of its Products
or the use or performance thereof, including but not limited to, where allowable by law, all other implied
warranties or conditions of merchantable quality and fitness for a particular purpose and those arising by statute or
otherwise in law or from a course of dealing or usage of trade.
Instantel's liability to you or anyone claiming through or on behalf of you with respect to any claim or loss arising
out of the use or misuse of Instantel's Product, defective products or materials, improper installation or
maintenance of Instantel's Product or products or the system in which they are incorporated, or alleged to have
resulted from an act or omission of Instantel or any person, negligent or otherwise, shall be limited to:
A) the repair or replacement of defective Product or materials supplied by Instantel during the warranty period as
set out in the Product documentation; or, at the option of Instantel,
B) refund of the purchase price of the Product supplied by Instantel.
In no event shall Instantel be liable for general, specific, indirect, consequential, incidental, exemplary or punitive
damages or any losses or expenses suffered by you or anyone else, whether or not Instantel, or its employees,
officers, agents, resellers or installers has been informed of the risk of such loss or expense and whether or not such
losses or expenses were foreseeable.
Statements
United States—Federal Communication Commission (FCC)
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.
Warning: Changes or modifications not expressly approved by Xmark could void the user’s authority to operate
the equipment.
Canada—Industry Canada
This device complies with RSS-210 of Industry and Science Canada. 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.
New Zealand—Ministry of Commerce
This device meets the requirements of specification RFS 29 under Regulation 43 of the Radio Communications
(Radio) 1993 regulations.
Japan—MPT
This device meets the requirements of Paragraph 6-1-1 of the Electric Wave Act, May 27, 1989.
CONTENTS
CHAPTER 0
Introduction
1-1
What is WatchMate?........................................................................................................ 1-2
Major System Components ............................................................................................. 1-3
DoorPack Installation
2-1
System Design ................................................................................................................. 2-2
Installation....................................................................................................................... 2-7
Setting the Protected Area.............................................................................................. 2-14
Optional Device Installation
3-1
Annunciator .................................................................................................................... 3-2
High Output Alarm......................................................................................................... 3-6
Magnetic Door Lock........................................................................................................ 3-8
External Keypad .............................................................................................................. 3-9
Zone Pager..................................................................................................................... 3-11
Wiegand-Standard Card Reader..................................................................................... 3-13
Monitor Configuration
4-1
Overview of Menus ......................................................................................................... 4-2
Service Menu Configuration............................................................................................ 4-3
Maintenance Menu Configuration ................................................................................ 4-10
Controller Installation
5-1
Network Design .............................................................................................................. 5-2
Installation....................................................................................................................... 5-5
Installing a Network Repeater.......................................................................................... 5-9
Optional Device Installation.......................................................................................... 5-10
Contents
i
Controller Configuration
6-1
Overview of Menus ......................................................................................................... 6-2
Service Menu Configuration............................................................................................ 6-2
Maintenance Menu Configuration .................................................................................. 6-8
System Testing
7-1
Monitor Testing............................................................................................................... 7-1
Network Testing .............................................................................................................. 7-3
WatchMate Applications
8-1
Elevator Installations........................................................................................................ 8-2
Covering an Exterior Entrance, Gate or Driveway ........................................................... 8-7
Generating a Pre-Wander Alert ........................................................................................ 8-9
Troubleshooting, References and Specifications
A-1
Troubleshooting Guide ....................................................................................................A-2
Menu Quick Reference ....................................................................................................A-4
Specifications and Parts & Accessories .............................................................................A-7
Index
I-1
ii
Chapter
1
INTRODUCTION
CHAPTER 0
This manual provides instructions to install, configure, and test the major components of the
WatchMate® system, including the WatchMate ID or MR monitor, the WatchMate controller,
and the most commonly used accessories.
The WatchMate system is completely configurable to meet the specific needs of the facility. Some
common system configurations and applications are covered in this manual.
For information on using the system, please refer to the user guides included with each product.
Also refer to the WatchMate Software Manual (801U0601) for information on installing and
configuring the optional software for the WatchMate system.
Note
The information contained in this manual is intended for the trained installer who is familiar with
wiring in commercial and industrial enterprises, micro electronics including static sensitive components,
and computers. Local wiring and building codes must be followed. If you do not have these skills, do not
attempt to install the system.
Introduction
1-1
What is WatchMate?
The WatchMate system uses radio frequency (RF) technology to monitor residents in healthcare
facilities who have a tendency to wander away from safe areas. The system reduces the need for
other forms of restraint and allows the resident safe freedom of movement.
Each resident requiring protection wears a Watchlet™ resident bracelet, which regularly transmits
a unique identification code. WatchMate monitors look for these codes in a specifically
designated protected area, such as an exit. When a resident enters the protected area, the
WatchMate system can either lock the exit using an optional magnetic door lock, or sounds an
alarm and immediately display information on the monitor’s display.
The WatchMate controller provides central reporting of alarms, including resident identification
numbers and names, from up to 16 ID or MR monitors. For larger systems, multiple controllers
may be used for a maximum network of 32 devices (16 controllers and 16 monitors).
The WatchMate software enables central control of the entire WatchMate system. Through the
software, you can program ID and MR monitors and controllers, assign specific resident
information to each Watchlet bracelet ID number, and monitor alarms in the system. The
software runs on a standard PC with the Windows® operating system. The PC is physically
connected to each WatchMate controller via a Communications Port (COM Port).
The WatchMate system can be customized with optional accessories to meet the specific needs of
the facility. The figure below shows the more common WatchMate accessories and how they can
be configured to work together as a system.
Figure 1.1 Accessories installed with an MR or ID DoorPack
1-2
Chapter 1
Major System Components
Watchlet Resident Bracelet
Watchlet resident bracelets are the transmitters worn by residents. They combine
Frequency Modulation (FM) technology with advanced microprocessor
technology.
The monitor picks up FM transmissions from the Watchlet bracelets in the
protected area. A resident wearing a Watchlet bracelet who enters a protected area
causes the monitor to respond, such as by triggering a magnetic door lock to
secure the exit or sounding an alarm to alert staff.
The Watchlet bracelet is approximately the size of a sport watch and is attached to
the wrist or ankle of the resident with a locking strap. The Watchlet bracelet
carries a three-year warranty.
ID and MR Monitor
The WatchMate ID or MR monitor protects a doorway or other
zone in your facility. A directional sensor is installed in the area to
be protected, for example, over a door or in a hallway. The sensor
defines a field, referred to as the “protected area.” A resident
wearing a Watchlet bracelet triggers a response when he or she
enters the protected area.
The monitor display is installed near the area at a level that can be
easily viewed by staff. The monitor sounds an alarm and displays
alarm information.
The difference between the ID and MR models is the level of
identification. The ID model displays the identification number of the resident’s Watchlet
bracelet on the monitor display. The MR model can display the identity of the wanderer at the
WatchMate controller and in the WatchMate software, but not locally.
The WatchMate ID and MR DoorPack consists of the following components:
• Monitor
• Directional sensor
• 12 VDC power supply
• Door Contact (normally closed dry contact)
WatchMate Controller
The WatchMate controller is typically installed at a nurse station or other staffed location to
provide central reporting of alarms from MR and ID monitors in the facility.
The controller shows the status of each monitor in the network, and provides detailed alarm
information, including the ID number(s) of residents causing a Wander Alarm, the monitor
where the alarm occurred, and the time. In addition, up to 30 resident names can be programmed
into the controller to display when an alarm occurs. (Note that this does not limit the number of
Watchlets to 30. Names are assigned to specific Watchlet ID numbers, and once the 30 name
limit is reached, all remaining Watchlets are identified by ID number in an alarm situation.)
Introduction
Major System Components
1-3
One controller can support up to 16 monitors, and multiple controllers can be used to represent
facility zones. For example, monitors on the first floor of a facility can be configured to
communicate with a first-floor controller. That controller can then be configured to communicate
with a master controller, installed, for example, in a central nursing station. In a network with
multiple controllers, only one controller is assigned as the master controller; all other controllers
are, by default, slave controllers.
Controller PC and Client PCs
The Windows-based Controller PC (p/n 801A3601)
contains the WatchMate software and controls the operation
of the WatchMate system. The WatchMate software
displays facility floor plans and relevant system data
including the status of all Watchlet bracelets. Typically
located at a nurse station the computer monitors and
controls all system operation. Additional Client PCs (p/n
801A8401) can be connected at remote locations
throughout a facility.
The software offers advanced control through an intuitive
user display. Designed for ease-of-use, the software presents only task-critical information to the
operator, and supports a touch screen interface. The degree and level of operator access can be
regulated through password control. User accounts can be created and authority assigned
according to each facility’s requirements.
The software records all activity, including alarms, within a database. A variety of reports of
system activity can be viewed on screen and printed. Custom reports can be created by exporting
the database for use with third party software programs, including Microsoft Access.
The WatchMate software is an optional product. Its installation and use are covered in the
WatchMate Software Manual (801U0601).
1-4
Chapter 1
Chapter
2
DOORPACK INSTALLATION
CHAPTER 0
This chapter provides instructions on how to install and wire a single WatchMate DoorPack, and
set the size and orientation of the detection area.
DoorPacks can be installed alone, with optional accessories or as part of a network. Please refer to
the following chapters for information on accessory installation, or different WatchMate
applications.
Once physically installed, refer to “Monitor Configuration” on page 4-1 for instructions on how
to configure the system and “System Testing” on page 7-1 for instructions on how to test the
system to ensure it is operating properly.
2-1
System Design
Before installing the DoorPack, it is important to carefully plan the location of the monitor and
directional sensor, and examine system power and other installation requirements. Properly
designing the system and carefully locating the sensor will ensure optimal system performance.
The Protected Area
The protected area is the area around an exit where the directional sensor will detect Watchlet
transmissions.
The first step in planning the installation of a DoorPack is determining the location of the
protected area and its size and shape. The goal is to have the exit point fully covered while
reducing the potential for “nuisance alarms.” Nuisance alarms occur when the sensor picks up
transmissions from Watchlets too far from the exit being monitored. When planning the design of
the system, it is a good idea to consult the building’s floor plans and facility staff to ensure proper
location of the monitor and especially the directional sensor. Take careful note of sitting areas,
lounges, or rooms near the exit where monitored residents may spend time. This will affect the
positioning of the directional sensor.
Area Shape
The shape of the protected area resembles the shadow cast by a light bulb. In practical application,
however, the shape will vary depending on environmental factors. A sensor mounted on the wall
and angled slightly downward—a typical installation—would produce a protected area shaped
roughly like that shown in Figure 2.1. Once installed, the location of the protected area can be
changed by rotating the sensor within its mounting bracket.
Figure 2.1
2-2
Protected area viewed from the side.
Chapter 2
Area Size
After it has been mounted and aimed, a sensitivity adjustment can enlarge or shrink the size of the
protected area down to 6 ft. (1.8 m) or up to 20 ft. (6.1 m) without changing its shape. This
adjustment is made in the monitor’s Service Menu during configuration. Refer to “Setting the
Protected Area” on page 2-14 for more information on this adjustment.
Power Requirements
• The ID/MR DoorPack requires 9-14 VDC, and draws a maximum of 230 mA at 12 V.
• Power may be supplied from the AC Adapter provided, or from a 12 VDC central supply.
• Local supply: approved voltage transient grounded AC outlets should be mounted above the
monitor not more than 5 ft. away (preferably concealed in the suspended ceiling). The AC
Adapter is supplied with 9 feet (2.7 m) of cable.
• Central supply: 12 VDC may be supplied to each monitor from a central power supply. If
using a central power supply, it is recommended that a surge protector be used. Carefully
follow the manufacturer’s instructions.
• An Uninterruptable Power Supply (UPS) unit with a 12 VDC output may be used to power
the system for protection from local utility power failures.
• The following table lists the devices that may be powered from the monitor.
Device
Annunciator
High output alarm
Keypad
Wiegand-standard reader
Supply Volts
12 VDC
6-28 VDC
6-18 VDC
9-14 VDC
Current Draw
170 mA max.
7 to 27 mA
5 to 75 mA
minimal
Installation Locations
The WatchMate design offers considerable installation flexibility. The directional sensor does not
have to be mounted on the ceiling or over a door frame, although these are typical installations.
Choose an installation location that will provide the best coverage of the area while avoiding, as
much as possible, large metal objects, high-traffic areas, and other RF devices. In addition, the
structure around the exit point will be a factor in deciding where to mount the sensor. For
example, a glass wall above a door will mean the sensor will have to be installed on the ceiling or
on the wall beside the door.
Location Considerations
Consider the following points when planning an installation:
• Keep the protected area away from high traffic or occupied areas.
Locating a protected area away from high-traffic areas (like a bedroom or lounge) will reduce
nuisance alarms. For example, place the directional sensor in an outer vestibule or in a stairwell
rather than inside the hallway. Make sure that the exit is still entirely covered.
• Keep the directional sensor at least 4 ft. 9 in. (1.6 m) from metal objects over 12” (30 cm) in
either height or length.
System Design
2-3
Metal objects can reflect or block Watchlet signals and interfere with the shape and size of the
protected area. The directional sensor and the sensor cable should not be placed behind a metal
ceiling grid, near metal pipes, ducts or conduits, or any other metal objects or surfaces.
• Install the directional sensor away from other RF devices.
The directional sensor should be located a minimum of 10 ft. (3 m) away from pager
transmitters, public address systems, or any other device that uses high power radio frequency.
• For most applications, a capture range of about 8 to 15 ft. (2.4 - 4.6 m) in front of the sensor
and about 4 to 10 ft. (1.2 - 3 m) behind the sensor is ideal.
There is a approximately 30% less coverage behind the sensor. There is virtually no coverage at
the ends of the sensor.
• For multi-storey facilities, position the directional sensor such that it will not detect
Watchlets on adjacent floors.
The protected area can pass through from one floor to the next. Consider placing the
directional sensor on the wall, for example, to prevent Watchlets on adjacent floors from being
detected.
Installation Options
The figures on the following pages show examples of possible sensor installations. These should be
viewed as a guideline only. Each installation is unique, based on structural and environmental
factors and coverage requirements. Be prepared to move the sensor, if required.
Once you have chosen a location to mount the sensor, refer to the following sections for
installation procedures and the following chapters for instructions on how to configure the system
and perform verification testing.
Figure 2.2
2-4
Chapter 2
Directional sensor located on the ceiling
Figure 2.3
Directional sensor located over a door
Figure 2.4 Directional sensor located in a hallway
System Design
2-5
Figure 2.5 Directional sensor located on a wall
2-6
Chapter 2
Installation
This section provides instructions for installing and wiring a WatchMate ID and MR DoorPack.
Refer to the following chapter for instructions on installing optional devices.
Figure 2.6 Overview of ID or MR DoorPack installation.
Installation Tips
• Mount the monitor approximately 5.0 ft. (1.5 m) from the floor in a location that can be easily
viewed by facility staff.
• The monitor must be within range of the 20 ft. (6.1 m) coaxial cable supplied with the
directional sensor. Leave 3 to 4 ft. (0.9 to 1.2 m) of excess cable to allow for sensor relocation,
if necessary.
Installation
2-7
• Keep the sensor coaxial cable away from metal objects such as ducting or pipes, and do not coil
excess cable.
• The directional sensor may have to be moved to improve system performance. Do not
permanently mount the sensor until all adjustments have been made and the system has been
tested.
• For a professional looking installation, no wires or cables should show. If surface mounting is
necessary, use Panduit Wiring Duct or equivalent to protect cables. Xmark also offers a
Recessed Panel (p/n 80101501) for recessed mounting of the monitor.
Tools and Materials Required
• WatchMate ID (p/n 801A2401) or MR (p/n 801A7401) DoorPack; includes monitor,
directional sensor with 20 ft. coaxial cable, normally closed door contact, and 12 VDC power
adaptor.
• Double-sided tape or ties for temporarily mounting the Directional Senor until testing is
complete.
• Suitable mounting hardware; e.g. No. 10 screws and wall plugs.
• 24-gauge wire or heavier for all connections (length as required).
• Protection components for over-voltage protection: one IN5818 diode and P6KE24 transorb
(transient voltage suppressor).
• For surface installations, Panduit Wiring Duct or equivalent to protect cables.
• For recessed installations, Recessed Panel (p/n 80101501).
Installing the Monitor
To mount the monitor on a standard surface, complete the following steps:
2-8
1
Using the monitor as a template, mark the holes for the mounting screws. Mounting
dimensions are shown in Figure 2.7.
2
If wiring is to be concealed in a wall, mark the rear cable entry hole.
3
Drill the mounting holes, and rear cable entry hole, if used.
4
Place wall anchors in the mounting holes and partially thread in the screws.
Chapter 2
5
Position the monitor on the screws and tighten, ensuring the monitor remains level.
Figure 2.7 Mounting dimensions for the monitor
Recessed Installation
For recessed installations, use the optional Recessed Panel. Locate the recessed panel near the area
to be protected, approximately 5 feet from the floor. Orient the panel with the sloped edge to the
bottom. Mark and cut out a rectangular hole approximately 6.8" wide by 6.1" high. Using the
panel as a template, mark holes for mounting screws. Drill the mounting holes, placing wall
anchors in the mounting holes, and put screws in partially. Mount the monitor on the screws and
tighten them, while keeping the assembly level.
Installing the Directional Sensor
Properly locating the directional sensor is important to ensure optimal system performance.
Review “System Design” on page 2-2 before installing the sensor.
1
Determine the location and general shape and size of the protected area.
2
Choose a location to mount the directional sensor. Temporarily secure the sensor using
double-sided tape or nylon-wire ties. Do not permanently mount the sensor until the system
has been tested and all adjustments have been made. Refer to “Setting the Protected Area” on
page 2-14 and “System Testing” on page 7-1.
Installation
2-9
Ceiling installation—temporarily mount the sensor on the ceiling approximately 2 feet from
the door, and manually rotate the sensor downward and towards the door.
Door installation—temporarily mount the sensor approximately 6 -12” above the door
frame, and manually rotate the sensor slightly downward.
3
Rotate the sensor within the mounting bracket to approximately position the protected area,
as shown in Figure 2.8. The orientation will be adjusted during configuration and testing.
Figure 2.8 Mounting dimensions for the directional sensor.
4
Note
2-10
Following configuration and system testing, permanently mount the sensor by completing the
following steps:
1
Using the sensor as a template, mark the holes for the mounting screws.
2
3
Drill the mounting holes and cable entry holes.
4
5
Position the sensor on the screws and tighten.
6
Secure the mounting assembly with screws (provided) at both ends. Install Panduit wiring
duct to hide wiring, if required.
Keep the sensor coaxial cable away from metal objects such as ducting or pipes, and do not coil
excess cable.
Chapter 2
Installing the Door Contact
Door contacts are used to determine whether the door is closed or open. They must be installed in
order for the system to operate properly. A set of door contacts is shipped with each ID and MR
DoorPack. If using a different set, ensure they are normally closed dry contacts. Install the door
contacts by completing the following steps:
1
Install the door contact with the connector on the door frame close to the frame’s edge, as
shown in Figure 2.9. Ensure door contacts are installed a minimum of 2” (5.1 cm) away from
any locking device to avoid interaction.
2
Install the door contact with the magnet on the door, directly below the other contact and
close to the door’s edge.
3
Connect the door contacts to the monitor, as described in “Wiring the Monitor” on
page 2-12.
Figure 2.9 Installation of door contacts
Passive Infrared Sensor
A Passive Infrared Sensor (PIR) may be used in places where a door contact is inappropriate, for
example, in a hallway or over a revolving door. Use a PIR with a normally closed dry contact.
Install the PIR according to the manufacturer’s instructions.
For all other applications, including at an elevator, it is preferable to use door contacts. The
presence of a Watchlet and the detection of motion in the protected area will cause a PIR to
trigger a response. In addition, a PIR will stop detecting when there is no motion. Special door
contacts can be used for elevator applications, provided the elevator has an auxiliary output
terminal that can be configured to drive the door contacts. Consult the elevator manufacturer.
Installation
2-11
Wiring the Monitor
Follow these steps to wire the monitor, and connect the coaxial cable from the directional sensor.
See “Optional Device Installation” on page 3-1 for information on wiring some of the more
common accessories to the MR or ID monitor.
The terminal block is located on the left side of the circuit board, and the BNC connector for the
sensor is inside the monitor’s case. The following table describes the use for each terminal in the
terminal block.
Terminal
DR1
DR COM
AUX IN
GND
CHARGER
GND
TIP
RING
AUX OUT
RL NO
RL NC
RL COM
Purpose
Door contact
Door contact
External keypad or alarm input
Common ground
Positive power supply (+12 V) input
Common ground
Network
Network
Alarm output
Relay normally open (Form C contact)
Relay normally closed (Form C contact)
Relay common (Form C contact)
Wiring Procedure
Connect the door contacts to the DR1 and DR COM terminals as shown in Figure 2.10.
The Door Alarm and Wander Alarm modes require that a door contact be connected in
order to work properly. Do not disconnect the door contacts to disable either the Door
Alarm or Wander Alarm modes. Enable and disable these modes using the monitor’s
Maintenance Menu (see page 4-15 for details).
1
Warning
2-12
Chapter 2
Door Contact
N/C
Power
Supply
J5-1
DR1
DR COM
AUX IN
GND
RED
+12V
BLACK
CHARGER
GND
Component Side
TIP
RING
AUX OUT
RL NO
RL NC
RL COM
Figure 2.10 Standard MR or ID DoorPack wiring
2
Connect power to the monitor.
• AC adaptor: connect to the AC connector inside the bracket case, shown in Figure 2.11.
• Central supply: connect to the terminal blocks, as shown in Figure 2.10.
Ensure that there is adequate line surge and transient voltage protection.
Warning
Do not supply power to the monitor until all connections are complete.
3
Connect the BNC cable from the directional sensor to the BNC connector inside the bracket
case, as shown in Figure 2.11.
Figure 2.11 BNC and AC adapter connector.
4
When all connections are complete, supply power to the monitor.
Installation
2-13
Setting the Protected Area
Adjusting the size and orientation of the protected area involves physically setting the orientation
of the directional sensor, and then adjusting its sensitivity in the Service Menu.
1
Aim the sensor by rotating it within its mounting bracket to position the protected area. This
directional adjustment changes the location of the protected area. See “The Protected Area”
on page 2-2 for details. Temporarily fix the sensor in place by tightening the screws.
2
On the monitor’s keypad, enter the default Service Password (4567). Press the * to enter the
Service Menu, and then press the ↓ arrow key to display the ID CAPTURE AND DISPLAY
window.
ID CAPTURE & DISPLAY
↑↓=MENU *=EDIT
3
Press the * key to display the edit window. The following display is an example. Actual values
will vary with the size of the protected area.
Trigger threshold
ID# of Watchlet being tested
ID#=0201 DR=
RSSI=-71.4 dBM
T=100
S=104
Signal strength
This menu allows you to look at the signal strength (S) of a Watchlet as you move through the
protected area. It also allows you to set an appropriate trigger threshold (T) that will cause an
alarm when the Watchlet signal strength is greater than the trigger level. This defines the size of
your protected area, or the distance a Watchlet has to be from the sensor before it is detected.
The valid range of the trigger (T) value is 70 to 120. A typical adjustment is from 90 to 110. A
higher trigger threshold requires the Watchlet to be closer to the sensor before it will be
acknowledged.
2-14
4
Use the ↑↓ arrow keys to set the trigger level (T) to approximately 80 as a starting point.
5
Attach a Watchlet to your wrist (or ankle, if that is where they will be worn by residents).
Stand at the farthest edge of the area you would like protected by the monitor. When the
Watchlet is within range, the monitor will sound a special beep with each Watchlet signal
received and display the Watchlet’s ID number.
6
Raise the T level until the monitor stops beeping. Then lower the T level two counts. The
signal strength (S) must exceed the T level.
7
Test the entire protected area with the Watchlet from various angles to ensure that the
monitor responds appropriately.
8
Re-adjust the T level and the position of the sensor, if required.
9
Press the * key to save the setting.
Chapter 2
Chapter
3
OPTIONAL DEVICE INSTALLATION
CHAPTER 0
This section provides instructions on how to interface the more common WatchMate accessories
with the ID and MR monitor. For information on programming the devices in the monitor’s
Service Menu, refer to “Monitor Configuration” on page 4-1.
This chapter is meant to provide an overview of system options. For detailed information, please
refer to the installation sheet provided with each device.
General Notes about Optional Devices:
• Install the ID or MR monitor and test its operation before connecting optional devices.
• Install optional devices and test their operation before connecting them to the monitor.
3-1
Annunciator
The WatchMate annunciator connects to a WatchMate MR or ID monitor to identify an alarm
and its source at a remote location. Up to 8 monitors may be connected to an annunciator
installed at a location up to 500 ft. (150 m) away.
Materials Required
• WatchMate annunciator panel (p/n 803A1002).
• Suitable mounting hardware.
• 24-gauge 3-conductor wire or heavier for all connections (length as required).
Mounting the Annunciator
Mount the annunciator in a location that can be easily viewed by facility staff.
1
Using the annunciator as a template, mark the holes for the mounting screws.
2
3
Drill the mounting holes and rear cable entry hole.
4
5
Position the annunciator on the screws.
Connecting the Monitor to the Annunciator
Connect the monitor to the annunciator by completing the following steps. Figure 3.1 shows the
required connections.
Warning
Note:
3-2
Remove power from the monitor before connecting it to the annunciator.
1
Access the annunciator’s terminal block by removing the corner screws on the back casing.
2
Connect the monitor’s AUX OUT terminal to Zone 1 IN on the annunciator. Each zone
indicator on the annunciator receives power and signal information separately from each
monitor, and is isolated from the other zones. Do not interconnect wires from different
monitors. The annunciator receives power from Zone 1. Therefore, Zone 1 must always be
connected.
Power from Zone 1 applies to annunciators manufactured after January 01, 2001, identified by
the print circuit board revision number of Rev. 12 or higher (located in the upper left corner of the
circuit board). Units with a lower revision number are powered from Zone 5.
Chapter 3
3
Connect the monitor’s CHARGER, GND, and AUX OUT terminals to the annunciator as
shown in the diagram below. Connect only one monitor to each annunciator zone.
Figure 3.1 Annunicator wiring diagram.
Connecting an External Device to the Annunciator Relay
The annunciator also includes a Form C dry contact relay to activate an external device such as a
siren, pager, or other alarm system. The relay terminals are rated to 2 A, 30 VDC (60 W). The
external device can be connected directly to the annunciator provided it meets these specifications.
The relay activates when an alarm indication is received from any Zone, and remains energized
until the alarm condition is cleared.
Adjusting Speaker Volume
The speaker volume is adjusted using the trimpot in the interior of the annunciator panel.
Connecting Annunciators to One or Multiple Monitors
This section describes how to connect one or more monitors to multiple annunciators. Note that
for this application the annunciators must be powered separately; they cannot be powered from
the monitor.
Materials Required
• WatchMate annunciator panel (p/n 803A1002); number as required.
• Relay with one contact for each annunciator (N.O., 30 mA maximum). For example, use a 3pole relay for 3 annunciators, as shown in Figure 3.2.
• Diode for each connected zone (1N4001 or similar). This may be incorporated into the relay.
Check with your local electronics supplier.
Annunciator
3-3
• Separate power supply required for the annunciators (the annunciator requires 12 VDC, and
draws 170 mA).
• 24-gauge wire or heavier for all connections (length as required). For cable runs greater than
500 feet (152 m) use 22-gauge wire or heavier.
Wiring the Annunciators
This example describes how to connect two monitors to three annunciators. Using this example as
a guide, you can connect any combination of monitors to annunciators. Figure 3.2 shows the
required connections.
To connect the monitors to the annunciators, complete the following steps.
3-4
1
Connect a relay to the +12 VDC and AUX OUT terminals on each monitor.
2
Attach the diode in parallel to each relay. This step may not be required if the relay you are
using contains the necessary diode.
3
For each monitor, connect the relay N.O. contacts to the zone and ground terminals on each
annunciator. Be consistent, connect each monitor to the same zone on each annunciator. This
ensures alarms identify the same monitor on all annunciators.
4
For each annunciator:
1
Connect the 12 V terminal for each zone being used to the 12 VDC power supply for that
annunciator.
2
Connect the ground (Gnd) terminal for each zone being used to the ground power supply
for that annunciator.
3
Check to ensure the terminals for monitor #1 are connected. The annunciator’s relay and
speaker receive power from these terminals. Annunciators do not operate properly without
these connections.
5
Supply power to the annunciators and monitors.
6
Test the System. Alarm each monitor and verify the response on each annunciator.
Chapter 3
SPARE
RL NO
RL COMM
RL NC
12 VDC
+
Power Supply
(required)
+12vA
GNDa
ZONE 1 IN
+12Vb
J5-1
GNDb
DR1
ZONE 2 IN
DR COM
+12Vc
AUX IN
GNDc
ZONE 3 IN
+12vD
GND
N.O.
GNDd
CHARGER
GND
ZONE 4 IN
TIP
RING
AUX OUT
RL NO
SPARE
RL NC
RL NO
RL COM
RL COMM
RL NC
12 VDC
+
Power Supply
(required)
Monitor #1
+12vA
GNDa
ZONE 1 IN
+12Vb
GNDb
ZONE 2 IN
J5-1
+12Vc
DR1
GNDc
DR COM
ZONE 3 IN
AUX IIN
+12vD
GNDd
ZONE 4 IN
GND
N.O.
CHARGER
GND
TIP
RING
SPARE
RL NO
AUX OUT
RL COMM
RL NO
RL NC
12 VDC
+
Power Supply
(required)
RL NC
+12vA
GNDa
RL COM
ZONE 1 IN
+12Vb
Monitor #2
GNDb
ZONE 2 IN
+12Vc
GNDc
ZONE 3 IN
+12vD
GNDd
ZONE 4 IN
Note: Only four of the eight zones
on the Annunciator panel are shown here.
Figure 3.2 Connecting multiple annunciators to multiple monitors.
Annunciator
3-5
High Output Alarm
The high output alarm connects to the monitor to increase the range of the audible alarm signal.
The unit provides an extremely high sound level (101 dBA) and up to 28 different tones can be
selected to allow for situation identification. The unit is reverse polarity protected, does not
generate RF noise, and provides a rear cable access.
Materials Required
• High output alarm XL-501 (p/n 801A4101)
Power Requirements
Power is supplied from the monitor or a separate power supply. The high output alarm operates
over a voltage range of 9 to 28 VDC, and draws a maximum of 27 mA.
Installation
To install the high output alarm, complete the following steps:
1
Drill out the conduit and mounting holes. These are pre-drilled on the shallow base.
2
Fit the cable glands and screw the sounder base to its mounting surface.
Figure 3.3 High output alarm mounting dimensions.
3
3-6
Connect the high output alarm at the 1st Sound terminal to the WatchMate device, as shown
in Figure 3.4. An additional connection to the alarm’s 2nd Sound terminal will produce a
second sound, for example, in an “Alert-Evacuate” condition. Use the device’s on-board relay
to connect to the 2nd Sound terminal on the alarm.
The alarm is shipped with a default output setting (11101). To program the alarm with
another tone using the on-board DIP switches, see the instruction leaflet (page 2)
accompanying the alarm.
Chapter 3
The monitor’s AUX OUT terminal is rated to 150 mA. If connecting more than one device to the
terminal, make sure that you do not exceed this limit. The high output alarm draws a maximum of
27 mA.
Note
Figure 3.4 High output alarm to annunciator wiring diagram
4
Close the unit and twist the top clockwise to lock. The top is keyed. If it does not fit into the
base, rotate the housing 180° and then close the unit.
High Output Alarm
3-7
Magnetic Door Lock
Use a magnetic door lock (maglock) to automatically lock a door when a wanderer approaches.
Note
Local regulations may require the use of delayed egress locks in some cases. Consult with the authority
having jurisdiction before installing a magnetic locking device.
Materials Required
• Magnetic door lock with its own power supply of adequate rating.
Power Requirements
Do not use the monitor to power the maglock. This device must have a separate power supply of
adequate rating. Note that the lock power must be connected to the fire alarm panel to release the
locks during an emergency.
Installation
Install the maglock by completing the following steps:
1
Install the maglock on the door according to the manufacturer’s instructions. Ensure the
maglock is installed a minimum of 2” (5.1 cm) away from the door contacts.
2
Connect the maglock to the monitor’s relay as shown in Figure 3.5.
Figure 3.5 Maglock Wiring Diagram
Warning
3-8
Do not exceed 30 V RMS, 2 amperes (60 Watts) in the WatchMate relay.
3
Connect the maglock to the fire alarm system to ensure that the door will open in the event of
a fire.
4
In the monitor’s Service Menu, set a trigger response for the relay. For more information refer
to “Relay” on page 4-5.
Chapter 3
External Keypad
Use an external keypad to bypass a protected area. Install the keypad on the side of the door that is
not being protected. This will enable facility staff to enter a password and temporarily disarm the
monitor and enter the protected area. This also temporarily disengages a magnetic door lock, if
installed.
Note
Bypassing the monitor using the keypad temporarily disarms the monitor, allowing Watchlets to pass
through without generating an alarm. The monitor will rearm as soon as the door closes, or when the
Temporary Bypass time expires (see page 4-10 for details). The external keypad cannot be used to clear
alarms; use the monitor’s keypad to do so.
Materials Required
• Keypad with a transistor output (e.g. Corby 7020) or a N.O. dry contact.
Power Requirements
Power the keypad from the monitor or its own power supply.
Installation
Install the keypad by completing the following steps:
1
Install the keypad according to the manufacturer’s instructions.
2
Connect the keypad to the monitor.
• Keypad with a N.O. dry contact: Connect the keypad to the monitor’s AUX IN and
CHARGER terminals, as shown in Figure 3.6. Connect keypad power to the monitor’s
CHARGER and GND terminals (optional).
Figure 3.6
External keypad with N.O. dry contact
External Keypad
3-9
• Keypad with transistor output: Connect the keypad’s output to the monitor’s AUX IN
terminal, as shown in Figure 3.7. Connect keypad power to the monitor’s CHARGER and
GND terminals. A bypass is initiated by momentarily connecting this input to +12 VDC.
Figure 3.7
3
3-10
External keypad with transistor output
In the monitor’s Service Menu, configure the AUX IN to EXT. KEYPAD. Refer to“AUX IN”
on page 4-7.
Chapter 3
Zone Pager
Connect a zone pager to one or more monitors to alert staff of alarm locations. Refer to the
manufacturer’s instructions when installing the unit.
Note
An alphanumeric paging system can report alarm locations, residents names and ID numbers.
Typically, alphanumeric pagers are connected to a controller. See “Alpha Numeric Pager” on page 5-11.
Materials Required
• Zone pager, with separate power supply (12 VDC, 1 A).
• Relay with one contact for each monitor to be connected to the zone pager (N.O., 30 mA
maximum).
• Protection components for each connected zone: one IN5818 diode and P6KE24 transorb
(transient voltage suppressor).
• 24-gauge wire or heavier for all connections (length as required). For cable runs greater than
500 ft. (150 m) use 22-gauge wire or heavier.
Installation
Install the zone pager by completing the following steps. Figure 3.8 shows an example of a threezone paging unit connected to three monitors.
1
Warning
Warning
Install the zone pager according to the manufacturer’s instructions.
Mount the pager’s antenna and transmitter a minimum of 10 ft. (3 m) away from any MR or
ID DoorPack.
2
Connect a relay to the +12 VDC and AUX OUT terminals on each monitor.
3
Attach the diode and transorb in parallel to each relay.
The monitor’s AUX OUT terminal is rated to 150 mA. Do not exceed this limit.
4
For each monitor, connect the relay N.O. contacts to the zone and ground terminals on the
zone pager.
Zone Pager
3-11
Figure 3.8 Zone pager wiring diagram
Note: The figure shows negative trigger inputs. For zone pagers requiring positive trigger input,
connect the N.O. inputs from each relay to the +12VDC terminal on the pager
3-12
Chapter 3
Wiegand-Standard Card Reader
The WatchMate ID and MR systems can be used with a card reader using the Wiegand 26-bit
standard. With the addition of the Wiegand Interface (p/n 801A6801, factory-installed option),
each ID or MR monitor can be connected directly to a card reader. The WatchMate system then
“piggybacks” on the card reader network, using it to relay signals to the central control unit of the
card reader system.
When an alarm occurs, the monitor outputs the ID of the Watchlet in alarm. Location
information is provided by the card reader. Depending on the type and sophistication of the headend software of the card reader system, this information can be displayed and reported in a
number of ways.
The system can also be configured to allow users to swipe their cards to bypass the monitor, even
during an alarm condition (this does not clear the alarm, however). An auxiliary output from the
card reader is connected to the monitor, and transmits a momentary +12 VDC pulse when the
card is passed through the reader. This causes the monitor to release the magnetic door locks.
Installation Considerations
• The WatchMate system provides an output for a 26-bit Wiegand-standard card reader only.
• Alarms cannot be cleared using the card reader head-end software or by passing a swipe card
through the reader. Alarms must be cleared at the monitor. This ensures that all alarms are
reviewed and acknowledged before being cleared.
• The card reader cannot be used to bypass the monitor for a specified Watchlet ID number.
When the swipe card is passed through the reader, the monitor is bypassed for the preset
Temporary Bypass period, or until the door closes (configurable).
Materials Required
• Xmark Wiegand Interface (p/n 801A6801, factory-installed option)—one per monitor.
• 26-bit Wiegand-standard card reader system.
• 24-gauge wire or heavier for all connections (length as required)
Installation
The following instructions provide an overview of installation. Required connections are shown in
Figure 3.9.
1
Install the card reader system according to the manufacturer’s instructions.
2
Connect the card reader to the AUX IN terminal on the WatchMate monitor to enable the
reader to bypass the monitor. The bypass is initiated by a momentary +12 VDC pulse.
Wiegand-Standard Card Reader
3-13
Connect the AUX IN terminal to an appropriate output on the card reader. Consult the card
reader system’s installation manual for more information.
Figure 3.9 Connecting the monitor to the Wiegand-standard card
reader
3
3-14
In the Service Menu of the monitor, configure the Auxiliary IN as EXT. KEYPAD. For more
information, refer to “AUX IN” on page 4-7.
Chapter 3
Chapter
4
MONITOR CONFIGURATION
CHAPTER 0
Once the ID or MR system is physically installed, you must configure the monitor to meet the
specific needs of the facility and to optimize its performance in that particular location. This
chapter describes how to configure a WatchMate ID or MR monitor. Once the system has been
configured, perform testing to verify proper operation (refer to “System Testing” on page 7-1).
4-1
Overview of Menus
The monitor is configured in two menus using the keypad on the face panel. This section provides
an overview of the Service and Maintenance menus and their functions.
Figure 4.1
Monitor face panel.
Service Menu
This menu contains settings for the basic operation of the monitor. The Service Menu is typically
accessed only by the installer, and very occasionally by maintenance staff.
Maintenance Menu
The Maintenance Menu is typically accessed by a facility supervisor or designate. It may be used
by the installer for initial setup.
Common Configurations
The following table lists some common monitor configurations. For more detailed instructions on
how to configure the monitor, refer to the following sections.
Alarm setting
Detect wanderers 24 hours
Detect wanderers 24 hours and door access
at night
Detect wanderers and door access 24 hours
Detect wanderers 24 hours and lock the door
at night
Detect wanderers at night only with the door
locked at night
4-2
Chapter 4
Configuration
WANDER ALM
setting
(Maint. Menu)
DAY&NIGHT
DAY&NIGHT
DOOR ALM
setting
(Maint. Menu)
DISABLED
NIGHT
DAY&NIGHT
DAY&NIGHT
DAY&NIGHT
NIGHT
NIGHT
NIGHT
RELAY setting*
(Service Menu)
WANDER
WANDER
WANDER
DOOR+
WANDER
DOOR+
WANDER
Alarm setting
Elevator Applications (Door contact or PIR required)
WANDER ALM
setting
(Maint. Menu)
Wanderer holds door open, no alarm, resume DAY&NIGHT
operation after wanderer leaves detection
area
Wanderer causes alarm, holds door open,
DAY&NIGHT
must be reset
Configuration
DOOR ALM
setting
(Maint. Menu)
DISABLED
RELAY setting*
(Service Menu)
WANDER
DISABLED
ALARM
* Maglock or other locking device required
Service Menu Configuration
Note
The Service Menu is used to set basic system parameters. Follow the steps below to navigate
through the Service Menu and edit menu items.
The Service Menu is accessed for initial setup using the default password (4567). Change the password
after setup is complete to ensure security. Changing the service password is covered later in this section.
1
Enter the default Service Password, 4567, to display the Service Menu.
SERVICE MENU
USE ↑↓, *, ? or 0=EDIT
Note:
To switch between the service and Maintenance Menus, press the ↑↓ arrow keys.
2
With the Service Menu displayed, press the * key to edit a menu item.
3
Use the arrow keys ↑↓ to scroll through menu items.
4
Press the ? key at any time to display the help window. This window gives a description of the
menu item. The help window scrolls automatically at a rate of 2 seconds per line, until all lines
have been displayed. Press any key to exit help and restore the previous window.
5
Press * to edit a menu item. Use the arrow keys to make changes.
6
Press * to save your changes.
7 Press 0 to exit the menu.
A yellow flashing light on the face panel indicates a potential problem. In some cases, a diagnostic
message is appended to the help menu. Access the help menu by pressing the ? key.
ID Capture and Display
This menu is used to set the size of the protected area, and for diagnostic purposes. See “Setting
the Protected Area” on page 2-14 for a detailed procedure.
To set or change the size of the protected area, complete the following steps:
1
Press the ↑↓ arrow keys to display the ID CAPTURE AND DISPLAY window.
4-3
↑↓=MENU *=EDIT
2
Press the * key to display the edit window. The following display is an example. Actual values
will vary with the size of the protected area.
Status of door
Trigger threshold
ID# of Watchlet
ID#=0201 DR=
RSSI=-71.4 dBM
T=100
S=104
For factory use only
Signal strength
Settings:
ID# The ID number of the Watchlet currently within the protected area.
DR The status of the door contact. A filled square indicates that the door is closed and
an empty square indicates that the door is opened.
T
The trigger threshold of the monitor. Signals from Watchlets must be above this value
before the monitor will detect them.
S
The current signal strength of the Watchlet’s transmissions.
RSSI The RSSI value is an alternate means of showing the signal strength and is for factory
use only.
Pressing the →← arrow keys will display three further settings windows. These are all for factory
use only.
Note
3
The only editable setting is T (Threshold). Use the ↑↓ arrow keys to raise or lower the T level.
The lower the number, the more sensitive the sensor becomes.
4
Press the * key to save the settings.
Device Number
Choose a device number if the monitor is going to be networked with a WatchMate controller.
The device number is used to identify a WatchMate monitor. When connected to a network, each
monitor must be set to a different device number, ranging from 1 to 16. Controllers are assigned
device numbers ranging from 17 to 32. Note that device numbers do not have to be in sequential
order; device numbers can be assigned to reflect facility numbering already in place, such as exit or
door numbers.
To set or change the device number of the monitor, complete the following steps:
1
Press the ↑↓ arrow keys to display the DEVICE NUMBER window.
DEVICE NUMBER = 1
↑↓=MENU *=EDIT
2
4-4
Press the * key to display the edit window.
Chapter 4
DEVICE NUMBER = 13
↑↓=CHANGE *=EDIT
3
Use the ↑↓ arrow keys to change the number.
4
Press the * key to save your setting and return to the Service Menu.
Relay
Note
The monitor contains a relay that can be used to switch external devices, such as a magnetic door
lock, on or off. If the relay is being used to drive an external device, set the response of the relay in
this menu. To set the relay, complete the following steps:
The behavior of the relay is also affected by the settings for DOOR ALARM and WANDER ALARM in
the Maintenance Menu; see page 4-15 for more information.
1
Press the ↑↓ arrow keys to display the RELAY window.
2
RELAY: DOOR+WANDER
↑↓=MENU *=EDIT
3
Use the ↑↓ arrow keys to choose one of the following options.
• DOOR+WANDER—the relay activates when a resident wearing a Watchlet is detected
within the protected area, and during the periods when the Door Alarm is enabled (see
page 4-15). This setting is typically used to activate a magnetic door lock when a wanderer
approaches the door, and during a specified period of the day, usually at night.
• WANDER ONLY—the relay activates when a resident wearing a Watchlet is detected
within the protected area. This setting is typically used to activate a magnetic door lock
when a wanderer approaches the door.
• ALARM—the relay activates only when a Wander Alarm or Door Alarm occurs. An
example application of this setting is for elevator installations; a Wander Alarm will cause the
elevator doors to remain open.
• DOOR LOCK ONLY—the relay activates during the periods when the Door Alarm is
enabled (see page 4-15). This setting is typically used to activate a magnetic door lock during
a specified period of the day, usually at night.
4
Relay Hold
When the relay is set to either WANDER ONLY or DOOR+WANDER mode, it will activate
when a Watchlet is detected. The relay remains closed for a period of time after the Watchlet has
left the protected area. This time period is referred to as the hold time. The hold time for the relay
is adjustable from 1 to 255 seconds but it is typically set between 20 to 30 seconds. This period is
to ensure that the resident has stepped well back from the door, and cannot use the exit.
To set the relay hold time, complete the following steps:
4-5
1
Press the ↑↓ arrow keys to display the RELAY: HOLD window.
RELAY: HOLD = 20 SEC
↑↓=MENU *=EDIT
2
RELAY: HOLD = 20 SEC
3
Use the ↑↓ arrow keys to change the hold time.
4
Test Relay
Note
The Test Relay function is used to test the relay and the device connected to it. It enables the
circuit to be manually activated and deactivated.
The relay will remain on until it is turned off in the TEST RELAY window.
To switch the Test Relay on or off, complete the following steps:
1
Press the ↑↓ arrow keys to display the TEST RELAY window.
TEST RELAY: ON/OFF
↑↓=MENU *=EDIT
2
TEST RELAY: ON/OFF
↑↓=CHANGE *=EXIT
3
Use the ↑↓ arrow keys to switch the test relay ON or OFF.
4
Press the * key to return to the Service Menu.
Service Password
Use this menu to change the default Service Password (4567). This password will remain stored
following a power outage.
Warning
For security reasons, be sure to change the Service Password.
1
Press the ↑↓ arrow keys to display the SERVICE PASSWORD window.
SERVICE PASSWD: 4567
↑↓=MENU *=EDIT
4-6
Chapter 4
2
SERVICE PASSWD: _
ENTER # AND PRESS *
3
Enter your new password. The new password must be four digits long and the first digit
cannot be zero.
4
Press the * key to save the password and return to the Service Menu.
Adjust Clock Speed
You may have to adjust the clock speed if the clock is running too fast or too slow. Follow the
procedure below.
1
Press the ↑↓ arrow keys to display the ADJUST CLOCK SPEED window.
ADJUST CLOCK SPEED
↑↓=MENU *=EDIT
2
-009 sec/24 hrs
↑↓→← =MENU *=EDIT
3
Change the clock speed settings using the ↑↓→← arrow keys. The default time increment is set
at -9 sec/day, which compensates for the clock running 9 seconds fast in a 24-hour period. If
the clock is losing 2 seconds per day, for example, change the setting from -9 to -7.
4
Press the * key to save the setting and return to the main menu.
Receiver Diagnostics
For factory use only.
AUX IN
Set the auxiliary input to respond to an optional external keypad or alarm. The external keypad
temporarily disarms the monitor after a user enters a password. The external alarm can be used to
trigger an alarm. The external alarm is reported as an AUX ALARM on the monitor’s display.
1
Press the ↑↓ arrow keys to display the AUX IN window.
AUX IN = EXT. KEYPAD
↑↓=MENU *=EDIT
4-7
2
Press the * key to change the current setting.
AUX IN = EXT. KEYPAD
↑↓=CHANGE *=SAVE
3
Use the ↑↓ arrow keys to change the AUX IN to EXT. KEYPAD or EXT. ALARM.
4
Press the * key to save the setting and return to the Service Menu.
Escort Key
Note
If the facility will be using Escort Keys (optional), you must enable the monitor to respond to
Escort Keys in this menu. Pressing the Escort Key clears all alarm conditions or temporarily
bypasses a protected area, allowing the user to escort a resident wearing a Watchlet through the
protected area without causing an alarm.
When the Escort Key is disabled, the monitor responds to an Escort Key transmission as if it were a
Watchlet.
1
Use the ↑↓ arrow keys to display the Escort Key window.
ESCORT KEY: DISABLED
↑↓=MENU *=EDIT
2
Press the * key to change the current setting.
ESCORT KEY: ENABLED
3
Use the ↑↓ arrow keys to enable the monitor to respond to an Escort Key or to disable the
monitor to not respond to an Escort Key.
4
Press the * key to save the setting and return to the Service Menu.
Set Speaker Sound
Note
In this menu, you can adjust the sound the speaker emits when alarming. The sound alternates
between high frequencies and low frequencies with pauses in between.
Adjust the alarm volume in the Maintenance Menu. Refer to page 4-14 for more information on
adjusting the volume.
1
Press the ↑↓ arrow keys to display the SET SPEAKER SOUND window.
SET SPEAKER SOUND
↑↓=MENU *=SET
4-8
Chapter 4
2
Press the * key to set the speaker sound.
LF BLK HF BLK GAIN
002 000 002 000
4
3
Use the →← arrow keys to select a sound parameter. Use the ↑↓ arrow keys to change the
duration of the parameter. The monitor produces the sound as you change it. Values range
from 000 (no sound) to 255 (longest duration). Values above 10 are not recommended. Refer
to the following table.
Display
LF
BLK
HF
BLK
GAIN
4
Parameter
Low frequency sound
Pause between high and
low frequency sounds
High frequency sound
Pause between the start
and end of the tones
Loudness
Default Duration
002
004
(000 recommended)
002
000
04
Door Clears Bypass
Note
This feature is used to end the Temporary Bypass time (set in the Maintenance Menu) when the
protected door closes. The monitor rearms as soon as the door closes even if time remains in the
Temporary Bypass. For example, if the Temporary Bypass is set to 15 seconds but it only takes 5
seconds to walk through the door, the monitor will rearm when the door closes. This prevents a
second resident from “tailgating” through the door.
This feature is usually disabled when a monitor is used in an elevator.
1
Press the ↑↓ arrow keys to display the Door Clears Bypass menu item.
DOOR CLEARS BYPASS: N
↑↓=MENU *=SET
2
Press the * key to change the setting.
DOOR CLEARS BYPASS: Y
3
Press the ↑↓ arrow keys to choose Y (yes) to have the door end the bypass mode or N (no) to
have the bypass mode end only after the Temporary Bypass period has timed out and not
when the door closes. This setting is particularly useful if using and PIR, and you wish to
escort several residents at a time. Press * to save your setting and return to the Service Menu.
4-9
Maintenance Menu Configuration
Note
Once the system is configured in the Service Menu, further customize the monitor in the
Maintenance Menu.
The Maintenance Menu is accessed for initial setup using the default password (7890). Change the
password after setup is complete to ensure security. Changing the Maintenance Password is covered later
in this section.
1
Enter the default Maintenance Password, 7890, to display the Maintenance Menu.
2
With the Maintenance Menu displayed, press the * key to edit a menu item.
3
Use the ↑↓ arrow keys to scroll through menu items.
4
Press ? at any time to display the help window. This window gives a description of the menu
item. The help window scrolls automatically at a rate of 2 seconds per line, until all lines have
been displayed. Press any key to exit help and restore the previous window.
5
6
Press 0 to exit the menu.
7
Arm Monitor
The first menu is ARM MONITOR. If the monitor is disarmed, the screen displays the message:
READY TO ARM Monitor
? FOR HELP 11:05:42
1
To arm the monitor, enter the Maintenance Password. The screen displays the message:
ARM Monitor
↑↓=MENU *=ARM
2
Press * to arm the monitor and return to the Maintenance Menu.
Temporary Bypass
Set the bypass time period to escort residents through a protected area after the User Password has
been entered into the monitor or an external keypad (optional). The maximum bypass period is 4
minutes, 15 seconds.
1
Use the ↑↓ arrow keys to display the TEMP. BYPASS window.
TEMP. BYPASS: 00:15
↑↓MENU *=EDIT
2
4-10
Press * to edit the setting.
Chapter 4
TEMP. BYPASS: 00:15
↑↓→← =CHANGE *=SAVE
3
Use the →← arrow keys to position the cursor and the ↑↓ arrow keys to change the time in
five-second intervals.
4
Press the * key to save the setting and return to the Maintenance Menu.
User Password
The User Password is used by facility staff to clear and bypass alarms.The default user password
(2345) can be changed. This password will remain stored following a power outage.
Warning:
For security reasons, be sure to change the User Password.
1
Press the ↑↓ arrow keys to display the USER PASSWORD window.
USER PASSWORD: 2345
↑↓=MENU *=EDIT
2
USER PASSWORD: 2345
ENTER # AND PRESS *
3
cannot be zero.
4
Press the * key to save the password and return to the Maintenance Menu.
Maintenance Password
The default maintenance password (7890) can be changed. This password will remain stored
Warning
For security reasons, be sure to change the Maintenance Password.
1
Press the ↑↓ arrow keys to display the MAINTENANCE PASSWORD window.
MAINT. PASSWRD: 7890
↑↓=MENU *=EDIT
2
ENTER # AND PRESS *
4-11
3
cannot be zero.
4
Set Time
This menu is used to set the time on the display.
1
Use the ↑↓ arrow keys to display the hr:mn:sc window.
hr:mn:sc 14:33.17
↑↓=MENU *=EDIT
2
Press the * key to set the time.
hr:mn:sc 14:33.17
3
Use the →← arrow keys to position the cursor and the ↑↓ arrow keys to change the time. Press
the * key to save your setting.
LCD Backlight
Switch the LCD backlight on or off.
1
Use the ↑↓ arrow keys to display the LCD BACK LIGHT window.
LCD BACK LIGHT: ON
↑↓=MENU *=EDIT
2
LCD BACK LIGHT: ON
3
Use the ↑↓ arrow keys to switch the backlight on or off.
4
Door Delay
This setting is used when the Door Alarm is enabled (see “Door Alarm” on page 4-15). Set the
period of time the system pauses to let a user enter the User Password before a Door Alarm occurs.
The delay time can range from 0 to 255 seconds.
1
4-12
Use the ↑↓ arrow keys to display the DOOR DELAY window.
Chapter 4
DOOR DELAY = 30 SEC
↑↓=MENU *=EDIT
2
Press the * key to edit the setting.
DOOR DELAY = 30 SEC
3
Use the ↑↓ arrow keys to change the delay time.
The monitor emits a steady audible tone when the Door Delay is active.
4
Note
Day Start
Define the start of the day monitoring period for the monitor’s timed functions. The day period
runs from the time set in the menu to the start of night set in the following menu.
1
Use the ↑↓ arrow keys to display the DAY START window.
DAY START 07:00
↑↓=MENU *=EDIT
2
Press the * key to change the time.
DAY START 07:00
3
Use the ↑↓ arrow keys to change day-start time.
4
Night Start
Define the start of the night monitoring period for the monitor’s timed functions. The night
period runs from the time set in the menu to the start of day set in the previous menu.
1
Use the ↑↓ arrow keys to display the NIGHT START window.
NIGHT START 23:00
↑↓=MENU *=EDIT
2
4-13
NIGHT START 23:00
↑↓→←=CHANGE *=SAVE
3
Use the ↑↓ arrow keys to change the night-start time.
4
Day Sound
Adjust the volume of the alarm during day monitoring.
1
Use the ↑↓ arrow keys to display the DAY SOUND window.
DAY SOUND L_ _ _ _ H
↑↓=MENU *=EDIT
2
Press the * key to adjust the volume.
3
Use the ↑↓ arrow keys to adjust the day sound. The monitor produces the sound as you
change it.
4
Night Sound
Adjust the volume of the alarm during night monitoring.
1
Use the ↑↓ arrow keys to display the NIGHT SOUND window.
NIGHT SOUND L_ _ _ _ H
↑↓=MENU *=EDIT
2
4-14
3
Use the ↑↓ arrow keys to adjust the night sound. The monitor produces the sound as you
change it.
4
Chapter 4
Wander Alarm
The Wander Alarm must be enabled in order to generate an alarm when a resident wearing a
Watchlet enters the protected area while the door is open. Enable the Wander Alarm to detect
wanderers during the day and night, day only, night only, or disable the Wander Alarm in this
menu.
See the table on page 4-2 for common WatchMate configurations.
1
Use the ↑↓ arrow keys to display the WANDER ALM window.
WANDER ALM: DAY&NIGHT
↑↓=MENU *=EDIT
2
WANDER ALM: DAY&NIGHT
3
Use the ↑↓ arrow keys to change the setting to DAY&NIGHT, DAY, NIGHT, or
DISABLED.
4
Door Alarm
When the Door Alarm is enabled, an alarm will occur when anyone attempts to open a closed
door. Use the Door Alarm feature to restrict access to a door. A protected door can be bypassed
using the User Password. Enable the Door Alarm during the day and night, day only, or night
only, or disable the Door Alarm in this menu.
When the Door Alarm is enabled, set the Door Delay time, or the period of time the system
pauses to let a user enter the User Password before a door alarm occurs (see “Door Delay” on
page 4-12).
1
Use the ↑↓ arrow keys to display the DOOR ALM window.
DOOR ALM: DISABLED
↑↓=MENU *=EDIT
2
DOOR ALM: NIGHT
3
Use the ↑↓ arrow keys to change the setting to DAY&NIGHT, DAY, NIGHT, or
DISABLED.
4
4-15
Language
This menu is used to change the language of menu displays from English to French. The default
setting is English.
1
Use the ↑↓ arrow keys to display the LANGUAGE window.
LANGUAGE: ENGLISH
↑↓=MENU *=EDIT
2
LANGUAGE: ENGLISH
3
Use the ↑↓ arrow keys to change the setting to ENGLISH or FRENCH.
4
Tx Battery
Note
The monitor can be programmed to provide a pre-alert of a low-battery Watchlet. When a
resident wearing a Watchlet enters the protected area, the monitor will emit a short beep and
display the message “Tx: Low Batt” until the resident leaves the protected area.
To activate this feature, select ENABLED in this menu.
The low battery pre-alert does not test Watchlet battery levels nor can it indicate a dead battery.
Watchlets causing low battery alerts may have months of operational life remaining, and should be
tested frequently using the Watchlet Tester (p/n 803A1901).
1
Use the ↑↓ arrow keys to display the TX: BATTERY window.
TX: BATTERY DISABLED
↑↓=MENU *=EDIT
2
TX: BATTERY ENABLED
4-16
3
Use the ↑↓ arrow keys to change the setting to ENABLED or DISABLED.
4
Chapter 4
Chapter
5
CONTROLLER INSTALLATION
CHAPTER 0
This chapter provides instructions on how to design a WatchMate network and install the
controller.
Once physically installed, refer to “Controller Configuration” on page 6-1 for instructions on how
to configure the network and “Network Testing” on page 7-3 for instructions on how to test the
network to ensure it is operating properly.
5-1
Network Design
The WatchMate system employs a simple two-wire “daisy chain” network to connect one or more
controllers to multiple ID or MR monitors. The network is a double-terminated bus design, with
a maximum length of 2000 ft. (610 m).
Design Considerations
• Determine in advance the location of the controller and each monitor, and indicate this on a
map of the facility. Locate the controller in a prominent location at a central nurse station.
• The controller can report alarms for up to 16 monitors. Slave controllers can be connected to
the master controller for a maximum network of 32 devices (16 controllers and 16 monitors).
• In a network with multiple controllers, only one controller is the master controller. All
others are slaves.
• The network can have a maximum length of 2000 ft. (610 m). If greater length is required,
use the following network repeater: DIFR44 Dual Isolated Fast Automatic Repeater, from
R.A. Smith. Tel: (513) 874-4796. Web site: www.rs485.com. Available with enclosure and
AC/DC converter.
• Take into consideration the location of panels, conduit, sheet rock and other structural
elements, as these can interfere with the installation of cable. Route the cable using the shortest
possible run length.
• Install all monitors and verify their operation before connecting them to the network.
• In the event of loss of power, the controller does not retain resident name information and day
and night time settings. It is recommended that the internal battery back option (p/n
801A1401) be used to ensure easy system restoration in the event of power loss.
Good Wiring Practices
The following practises when laying the network cable will help eliminate problems in device
installation and configuration.
• Label the network cables to distinguish it from other cables.
• Avoid splicing the cable.
• Do not stress the cable or bend it at a sharp angle.
• Where the cable passes over a sharp object, protect it mechanically to secure it against damage.
• Establish and follow a consistent color-coding system for each wire of the cable. The
WatchMate network is polarity sensitive: the TIP wire must be connected to the TIP terminal,
and the RING wire to the RING terminal, at all devices.
5-2
Chapter 5
Topology
The WatchMate network requires a double-terminated bus topology (“daisy chain”), in which
devices are connected in series, with the first and last device providing termination.
Terminating
Monitor
Controller
Monitor
Terminating
Monitor
Double-terminated Bus Topology
length up to 2000 ft. (610 m)
Figure 5.1
WatchMate network topology.
Termination is provides by moving the jumper at J6 inside the first and last device in the network.
See page 5-8 for details.
System Power Requirements
• The controller and each ID/MR DoorPack require 9-14 VDC, and draw a maximum of 230
mA at 12 V. The nominal voltage required is 12 VDC.
• Power may be supplied from the AC Adapter provided with each device, or from a 12 VDC
central supply.
• Local supply: approved voltage transient grounded AC outlets should be mounted above the
device not more than 5 ft. away (preferably concealed in the suspended ceiling). The AC
Adapter is supplied with 9 feet (2.7 m) of cable.
• Central supply: 12 VDC may be supplied to each controller and monitor from a central
power supply. If using a central power supply, it is recommended that a surge protector be
used. Follow the manufacturer’s instructions.
• An Uninterruptable Power Supply (UPS) unit with a 12 VDC output may be used to power
the system for protection from local utility power failures.
Network Design
5-3
Cable Specifications
Use only the following approved network cables. Xmark will charge for any support required if
any other type of cable is used without prior approval.
Cable Type
AWG
Capacitance
DC
Vprop % of c
Conductor to
Resistance Conductor
pF/m
(nominal)
(nominal)
(nominal)
Belden 8102—two twisted pairs,
stranded, shielded, nonplenum
24
24 Ω/m
41
78
Belden 9729—two twisted pair,
stranded, unshielded, nonplenum
24
24 Ω/m
41
78
Belden 89729—two twisted pair,
stranded, unshielded, plenum
24
23.3 Ω/m
44
78
Belden 1696A—single twisted pair,
stranded, unshielded, nonplenum
22
14.8 Ω/m
43
76
Manhattan/CDT M3420—two twisted
pairs, stranded, shielded, nonplenum
24
24 Ω/m
41
78
Windy City Wire 042003—two twisted
pairs, stranded, shielded, plenum
24
26.8 Ω/m
41
82
Networks with Multiple Controllers
A facility may require multiple controller if reporting is required at more than one location in the
facility. One controller is the master controller, and all others are slaves.
Although the master controller must be configured to display alarms from all monitors in the
network, slave controllers can be set to display alarms from only selected monitors. This enables a
facility to be divided into zones (for example, two floors of a building). The benefit of this
arrangement is that users in each area only see the alarms that are relevant to them.
The following figure shows one of many possible configurations.
2
1
3
S1
Monitors
M
Monitors
7
Figure 5.2
6
5
4
S2
Slave Controller 1:
Reports Monitors 1-3
Master Controller:
Reports all Monitors
Slave Controller 2:
Reports Monitors 4-7
Example of a possible zone network setup
Keep in mind that monitors and controllers can be installed in any order on the network.
Monitors are assigned to controllers during configuration in the Service Menu. See “Select
Monitors” on page 6-5 for detailed instructions.
5-4
Chapter 5
Installation
This section provides instructions for installing and wiring a controller. Optional devices are
covered in the following section.
Installation Tips
• Mount the controller approximately 5.0 ft. (1.5 m) from the floor in a location that can be
easily viewed by facility staff.
• For a professional looking installation, no wires or cables should show. If surface mounting is
necessary, use Panduit Wiring Duct or equivalent to protect cables. Xmark also offers a
Recessed Panel (p/n 80101501) for recessed mounting of the controller.
• WatchMate controller (p/n 801A1701); includes 12 VDC power adaptor, PC and Serial
Printer Interface Cable (p/n 801A1101), and Alpha Pager Interface Cable (p/n 801A5901).
• Cable for network connections; see above.
• For surface installations, Panduit Wiring Duct or equivalent to protect cables.
• For recessed installations, Recessed Panel (p/n 80101501).
Installing the Controller
To mount the controller on a standard surface, complete the following steps:
1
Using the controller as a template, mark the holes for the mounting screws. Mounting
dimensions are shown in Figure 5.3.
2
3
Drill the mounting holes, and rear cable entry hole, if used.
4
Installation
5-5
5
Position the controller on the screws and tighten, ensuring the controller remains level.
Figure 5.3 Mounting dimensions for the controller
Recessed Installation
For recessed installations, use the optional Recessed Panel. Orient the panel with the sloped edge
to the bottom. Mark and cut out a rectangular hole approximately 6.8" wide by 6.1" high. Using
the panel as a template, mark holes for mounting screws. Drill the mounting holes, placing wall
anchors in the mounting holes, and put screws in partially. Mount the monitor on the screws and
tighten them, while keeping the assembly level.
Setting Network ID Numbers
Before connecting the controller and monitors to the network, assign each device a unique
identification number in its Service Menu. This procedure is identical on monitors and
controllers. Note that device numbers do not have to be in sequential order; device numbers can
be assigned to reflect facility numbering already in place, such as exit or door numbers.
Networks with a single controller: The controller must use the device number 17 (default).
Monitors can use any device number from 1 to 16.
Networks with multiple controllers: The master controller must have the device number 17
(default). Other controllers can use any device number from 18 to 32. Monitors can use any
device number from 1 to 16.
5-6
Chapter 5
1
On the device’s keypad, enter the Service Password (4567 is the default). Press the * key to
enter the Service Menu. The DEVICE NUMBER window appears.
DEVICE NUMBER = 1
↑↓=MENU *=EDIT
2
DEVICE NUMBER = 13
3
Setup of the monitors for network communication is now complete. Further setup is required for
the controller(s). Refer to “Controller Configuration” on page 6-1.
4
Network Connections
Monitors and controllers are connected to the network in the same way. Complete the following
steps at each device:
1
Remove power to all devices on the network.
2
Connect the network cable to the device as shown in Figure 5.4. Connect the cable’s bare
conductor (shield) to the ground stud, using a 1.0 nF, 10% metallized polyester ≥ 100 V
capacitor to bleed off any static charge. The bare conductor must not touch any other wire or a
metal object. If necessary, wrap with electrical tape.
TIP
Bare Conductor
RING
Monitor or
Controller
1.0 nF, ≥100 V
Capacitor
Figure 5.4 Wiring the cable at the device.
Warning
All devices are polarity sensitive. The TIP wire must be connected to the TIP terminal, and
the RING wire to the RING terminal, at each device. DO NOT reverse the wires.
Installation
5-7
3
If this is the first or last device on the network, provide network termination: move jumper
J4-1 to the “IN” position (shorting pins 2 and 3), as shown below:
Figure 5.5 Location of the J4-1 jumper for network termination.
4
At one point in the network only, ground the bare conductor to earth ground, making sure
that it does not touch any metal object.
Network IN
TIP
RING
Network OUT
Monitor or
Controller
Bare Conductor
Figure 5.6 Earth grounding the network.
5
Warning
5-8
Connect power to the controller and power up the network.
• AC adaptor: connect to the AC connector inside the bracket case,
• Central supply: connect to the terminal blocks.
Ensure that there is adequate line surge and transient voltage protection.
Do not supply power to any device until all connections are complete.
Chapter 5
Installing a Network Repeater
Networks longer than 2000 ft. require a network repeater. This device rebroadcasts signals
received on one network segment along the other segment. A repeater is commonly required if the
network has to be connected between two buildings.
• DIFR44 Dual Isolated Fast Automatic Repeater, from R.A. Smith. Tel: (513) 874-4796. Web
site: www.rs485.com. Available with enclosure and AC/DC converter.
• Power supply for repeater: 9-35 VDC (draws 300 mA at 9 V).
Installing and Wiring the Repeater
1
Check that the termination in the repeater is set to ON (factory default). Open the enclosure
and locate the J5 and J15 pins. They should both be closed.
2
Install the repeater using suitable hardware.
3
Connect the repeater to the last device on the first network segment and the first device on the
second network segment, as shown below.
Figure 5.7
Connecting the repeater to the network to the terminal block.
Installing a Network Repeater
5-9
This section provides instructions on how to connect devices to the controllers serial interface, or
to its relay. For information on programming the devices in the Service Menu, refer to “Controller
Configuration” on page 6-1.
Serial Interface Options
The controller incorporates a serial port that allows the connection of a printer, paging system, or
a computer running the WatchMate PC software.
The serial port is located on the controller’s PCB at J-4-1, as shown in the following figure:
Figure 5.8
Location of the serial interface.
Printer
Connect an optional printer to the controller to provide reporting of alarm information and
network activity. The printer must be a line printer, such as a 9-pin or 24-pin dot matrix or
bubble jet printer, with a serial port or a serial parallel converter.
Materials Required
• Serial printer; for example model 6220S from Ademco (www.ademco.com).
• PC and Serial Printer Interface Cable (p/n 801A1101), included with controller.
Installation
5-10
1
Install the printer according to the manufacturer’s instructions.
2
Connect the printer to the controller’s Serial Port located on the PCB. Refer to Figure 5.8
3
In the controller’s Service Menu, set the Serial Port to SERIAL TO PRINTER. See “Serial
Interface” on page 6-7 for details.
Chapter 5
4
Set the printer for the following parameters:
Baud rate: 9600
Data bits: 8
Stop bits: 1
Handshake: Busy-Buff
Col: 40
Invert: No
FLNT: 5 x 8
Mag: None
Alpha Numeric Pager
An alpha numeric pager is used to notify facility staff of an alarm. When an alarm occurs, the
controller automatically sends out page messages indicating the nature and time of the alarm, and
the ID number of the Watchlet bracelet. If the resident’s name has been programmed into the
controller (see “Assign Name to ID #” on page 6-8), it will also be displayed.
Materials Required
• Pager system. Compatible models are available from Comp Page (1-561-969-6976,
www.comppage.com), Interpage (1-800-992-1000, www.iplp.com), and Visiplex (1-847-4050771, www.visiplex.com).
• Alpha Pager Interface Cable (p/n 801A5901), included with controller.
Installation
1
Install the pager according to the manufacturer’s instructions.
2
Connect the pager to the controller’s Serial Port located on the PCB. Refer to Figure 5.8.
3
In the controller’s Service Menu, set the Serial Port to SERIAL=FINDER PAGER. See “Serial
4
Set the pager for the following parameters:
Protocol: COMP1
Baud rate: 1200
Data bits: 8
Stop bits: 1
Parity: None
WatchMate Software
The WatchMate software allows the user to configure, monitor, and control the WatchMate
network, and offers enhanced alarm annunciation with graphical display of floor plans. For
complete information on installing and using the software, refer to the WatchMate Software
Manual (801U0601).
Note
Resident names are not displayed on the controller when it is connected to a PC running the
WatchMate software. Complete alarm information is given in the software.
Materials Required
• WatchMate software (p/n 801A3601).
• PC and Serial Printer Interface Cable (p/n 801A1101), included with controller.
5-11
Installation
1
Install the WatchMate PC software onto the computer.
2
Shut down the PC and remove power to the controller. Connect the interface cable to the
controller’s Serial Port located on the PCB. Refer to Figure 5.8. Then connect the other end
of the cable to an available Communications Port (COM Port) on the PC. Restart the PC and
restore power to the WatchMate controller.
3
In the controller’s Service Menu, set the Serial Port to PC INTERFACE. See “Serial
4
Configure the WatchMate software. Refer to the WatchMate Software Manual (801U0601).
Connecting Devices to the Relay
The controller includes a 2 A, 30 VDC, 60 W relay for activating auxiliary devices when the
controller receives an alarm from a monitor.
A number of devices may be connected to the relay, such as a sounder and strobe light. Unlike the
monitor, the relay does not need to be programmed in the Service Menu.
General Installation Instructions
Install the device according to the manufacturer’s instructions, and connect to the controller using
24-gauge wire or heavier.
5-12
Chapter 5
Chapter
6
CONTROLLER CONFIGURATION
CHAPTER 0
This chapter describes the configuration of the WatchMate network, and other settings on the
controller. Once the network has been configured, perform testing to verify proper operation
(refer to “Network Testing” on page 7-3).
6-1
Overview of Menus
The controller is configured in two menus using the keypad on the face panel. This section
provides an overview of the Service and Maintenance menus and their functions.
Figure 6.1
Monitor face panel.
Service Menu
This menu contains settings for the basic operation of the controller and network. The Service
Menu is typically accessed only by the installer, and very occasionally by maintenance staff.
Maintenance Menu
The Maintenance Menu is typically accessed by a facility supervisor or designate. It may be used
by the installer for initial setup.
Note
The Service Menu is used to set basic system parameters. Follow the steps below to navigate
through the Service Menu and edit menu items.
The Service Menu is accessed for initial setup using the default password (4567). Change the password
after setup is complete to ensure security. Changing the service password is covered later in this section.
1
Enter the default Service Password, 4567, to display the Service Menu.
SERVICE MENU
USE ↑↓, *, ? or 0=EDIT
Note:
6-2
To switch between the Service and Maintenance Menus, press the ↑↓ arrow keys.
2
With the Service Menu displayed, press the * key to edit a menu item.
3
Use the arrow keys ↑↓ to scroll through menu items.
Chapter 6
4
Press the ? key at any time to display the help window. This window gives a description of the
menu item. The help window scrolls automatically at a rate of 2 seconds per line, until all lines
have been displayed. Press any key to exit help and restore the previous window.
5
6
7
Device Number
Choose a device number for the controller. For networks with a single controller, and for the
master controller in a multi-controller network, the default setting of 17 must be used. Slave
controllers can be assigned any number from 18 to 32.
1
Press the ↑↓ arrow keys to display the DEVICE NUMBER window.
DEVICE NUMBER = 17
↑↓=MENU *=EDIT
2
DEVICE NUMBER = 18
3
4
Test Relay
Note
The controller contains a relay, which can be used to activate an external device when an alarm
occurs at any monitor on the network. The Test Relay function is used to test the relay and the
device connected to it. It enables the circuit to be manually activated and deactivated.
The relay will remain on until it is turned off in the TEST RELAY window.
To switch the Test Relay on or off, complete the following steps:
1
Press the ↑↓ arrow keys to display the TEST RELAY window.
TEST RELAY: ON/OFF
↑↓=MENU *=EDIT
2
TEST RELAY: ON/OFF
6-3
3
Use the ↑↓ arrow keys to switch the test relay ON or OFF.
4
Press the * key to return to the Service Menu.
Service Password
Use this menu to change the default Service Password (4567). This password will remain stored
Warning
For security reasons, be sure to change the Service Password.
1
Press the ↑↓ arrow keys to display the SERVICE PASSWORD window.
SERVICE PASSWD: 4567
↑↓=MENU *=EDIT
2
SERVICE PASSWD: _
ENTER # AND PRESS *
3
cannot be zero.
4
Press the * key to save the password and return to the Service Menu.
Adjust Clock Speed
You may have to adjust the clock speed if the clock is running too fast or too slow. Follow the
procedure below.
1
Press the ↑↓ arrow keys to display the ADJUST CLOCK SPEED window.
ADJUST CLOCK SPEED
↑↓=MENU *=EDIT
2
-009 sec/24 hrs
↑↓→← =MENU *=EDIT
6-4
3
Change the clock speed settings using the ↑↓→← arrow keys. The default time increment is set
at -9 sec/day, which compensates for the clock running 9 seconds fast in a 24-hour period. If
the clock is losing 2 seconds per day, for example, change the setting from -9 to -7.
4
Press the * key to save the setting and return to the main menu.
Chapter 6
Communication Test
This command tests communication with a monitor or slave controller. It is available on a master
controller only (device number 17).
1
Press the ↑↓ arrow keys to display the COMMUNICATION TEST window.
2
DEVICE NUMBER = 01
↑↓=CHANGE *=RUN TEST
Use the ↑↓ arrow keys to select the device to be tested, and then the * key to start the test.
The device cannot be in Service or Maintenance mode during the test.
3
Note
4
The controller performs the test and displays a screen similar to the following:
SENT
0500
ACK
0500
RCVD
0500
The results indicate that the device is communicating properly with the master controller; 500
messages were sent to the device, acknowledged, and received with no errors. One or two
errors are acceptable, but a RCVD count consistently under 498 should be investigated: check
all connections, cable runs, and shield grounding. The use of cable other than the specified
cables can also cause communication errors.
5
Press the 0 key to return to the Device Number menu to test another device. Press 0 again to
return to the Service Menu.
Select Monitors
Note
This command configures which monitors on the network will report to the controller. Master
controller must be configured to display alarms from all monitors in the network. Slave controllers
can be set to display alarms from only selected monitors.
Each monitor in the network must be given a unique ID number prior to completing these steps. Keep a
list of ID numbers to facilitate set up. See “Setting Network ID Numbers” on page 5-6.
1
Press the ↑↓ arrow keys to display the SELECT MONITORS window.
2
_
CHANGE
3
*=SAVE
Use the →← arrow keys to position the cursor, and the ↑↓ arrow keys to assign the device to
the controller. Begin selecting devices from the left hand side of the window. Each square
indicates the network number of the device. For example, the fourth square represents
monitor # 4. The display will briefly flash an acknowledgment like the following:
6-5
4
When you have completed your settings, the display will resemble the following, with the
square boxes representing assigned monitors. A blank means that the network number is not
being used. This example shows that monitors 1, 2, 3, 4, 5, 6, 8, 9 and 10 have been selected.
CHANGE
5
*=SAVE
Select Controllers
Note
This menu item appears on the master controller only. It is used to identify slave controllers in the
network.
Each slave controller in the network must be given a unique ID number prior to completing these steps.
Keep a list of ID numbers to facilitate set up. See “Setting Network ID Numbers” on page 5-6.
1
Press the ↑↓ arrow keys to display the SELECT CONTROLLERS window.
2
CHANGE
3
*=SAVE
Controller positions are shown on the display starting with device 17 (the master controller,
indicated by an M) on the left and moving upward through to controller 32 on the right. Use
the →← arrow keys to position the cursor, and the ↑↓ arrow keys to assign the device to the
controller. The display will briefly flash an acknowledgment like the following:
CONTROLLER #18 IN NETWORK
4
When you have completed your settings, the display will resemble the following, with L
representing assigned slave controllers.
CHANGE
5
*=SAVE
Set Speaker Sound
Note
In this menu, you can adjust the sound the speaker emits when alarming. The sound alternates
between high frequencies and low frequencies with pauses in between.
Adjust the alarm volume in the Maintenance Menu. Refer to page 6-10 for more information on
adjusting the volume.
1
Press the ↑↓ arrow keys to display the SET SPEAKER SOUND window.
SET SPEAKER SOUND
↑↓=MENU *=SET
6-6
Chapter 6
2
Press the * key to set the speaker sound.
LF BLK HF BLK GAIN
002 000 002 000
4
3
Use the →← arrow keys to select a sound parameter. Use the ↑↓ arrow keys to change the
duration of the parameter. The monitor produces the sound as you change it. Values range
from 000 (no sound) to 255 (longest duration). Values above 10 are not recommended. Refer
to the following table.
Display
LF
BLK
HF
BLK
GAIN
4
Parameter
Low frequency sound
Pause between high and
low frequency sounds
High frequency sound
Pause between the start
and end of the tones
Loudness
Default Duration
002
004
(000 recommended)
002
000
04
Serial Interface
This option configures the controller to interface with a printer, a pager system or a PC running
the WatchMate software (p/n 801A3601).
Setting up a controller to operate one of these devices is a two step procedure. First, physically
connect the controller to the device using the appropriate cable (see page 5-4 for details). Then
complete the following steps to configure the controller to use the connected device.
1
Press the ↑↓ arrow keys to display the SERIAL IS DISABLED window. This is the factory
default screen.
SERIAL IS DISABLED
2
Press the ↑↓ arrow keys to make the appropriate setting:
• SERIAL=FINDER PAGER: Select if using an alpha numeric pager system.
• SERIAL TO PRINTER: Select if using a printer
• PC INTERFACE: Select if connecting to a computer operating the WatchMate software.
• SERIAL IS DISABLED: Select if the controller does not use any of these devices.
If the serial is set to the PC Interface option but not physically connected to a computer, the yellow
Service light will flash indicating a serial communication error. Be sure to choose the appropriate
option and connect the required hardware when configuring this setting.
Note
3
6-7
Note
Once the system is configured in the Service Menu, further customize the controller in the
Maintenance Menu.
The Maintenance Menu is accessed for initial setup using the default password (7890). Change the
password after setup is complete to ensure security. Changing the Maintenance Password is covered later
in this section.
1
Enter the default Maintenance Password, 7890, to display the Maintenance Menu.
2
With the Maintenance Menu displayed, press the * key to edit a menu item.
3
Use the ↑↓ arrow keys to scroll through menu items.
4
Press ? at any time to display the help window. This window gives a description of the menu
item. The help window scrolls automatically at a rate of 2 seconds per line, until all lines have
been displayed. Press any key to exit help and restore the previous window.
5
6
7
Arm Network
This command is used to arm all monitors on the network and the controller. Only arm the
network after all settings are complete.
1
To arm the network, enter the Maintenance Password. The screen displays the message:
ARM NETWORK
↑↓=MENU *=ARM
2
Press * to arm the network. The controller will automatically exit the Maintenance Menu, and
display the following screen. Each square represents a monitor, and indicates that the monitor
is armed. A question mark ? means that the monitor has been disarmed locally.
Assign Name to ID #
Note
6-8
The names of up to 30 residents can be stored in the controller. When an alarm occurs, the
resident’s name appears on the first line of the display, while the ID number, monitor location,
and time appear on the second line. Names are associated with the ID number of the Watchlet
worn by the resident. Note that names must be entered on slave controllers in order for them to be
displayed on these controllers.
This feature does not appear if the controller is connected to a computer running the WatchMate
software. Resident information is displayed on the PC.
Chapter 6
1
Use the ↑↓ arrow keys to display the ASSIGN NAME TO ID# window.
ASSIGN NAME TO ID#
↑↓MENU *=EDIT
2
ID000
3
Both the ID number and the resident’s name are entered using the arrow keys. Use the →←
arrow keys to position the cursor and the ↑↓ arrow keys to select a number or letter. First enter
the ID number, then the name. Each name can be maximum of 14 characters long including
spaces. The display will resemble the following:
ID009 MRS DI PIETRO
4
Press the * key to save the settings. The display will clear to allow you to enter more names.
When you have saved all your settings, press the 0 key to return to the Maintenance Menu.
Editing and Deleting Names
You can review names by entering the Assign Name to ID# menu, and using the * key to scroll
through the entries. To edit the entry, follow the procedures above starting from step 3. To delete
the entry, press 1 and then the * key.
Night Sound
Adjust the volume of the alarm during night monitoring.
1
Use the ↑↓ arrow keys to display the NIGHT SOUND window.
↑↓=MENU *=EDIT
2
3
Use the ↑↓ arrow keys to adjust the night sound. The controller produces the sound as you
change it.
4
6-9
Day Sound
Adjust the volume of the alarm during day monitoring.
1
Use the ↑↓ arrow keys to display the DAY SOUND window.
↑↓=MENU *=EDIT
2
3
Use the ↑↓ arrow keys to adjust the day sound. The controller produces the sound as you
change it.
4
Night Start
Define the start of the night period when the Night Sound will be active. The night period runs
from the time set in the menu to the start of day set in the previous menu.
1
Use the ↑↓ arrow keys to display the NIGHT START window.
NIGHT START 23:00
↑↓=MENU *=EDIT
2
NIGHT START 23:00
↑↓→←=CHANGE *=SAVE
3
Use the ↑↓ arrow keys to change the night-start time.
4
Day Start
Define the start of the day period when the Day Sound will be active. The day period runs from
the time set in the menu to the start of night set in the following menu.
1
Use the ↑↓ arrow keys to display the DAY START window.
DAY START 07:00
↑↓=MENU *=EDIT
2
6-10
Chapter 6
DAY START 07:00
3
Use the ↑↓ arrow keys to change day-start time.
4
Alarm Timeout
This setting enables the user to temporarily silence an alarm at the controller without actually
clearing it. This is done by entering the User Password. If the alarm is not cleared within the
Alarm Timeout period, the audible alarm will return. The maximum timeout is four minutes and
fifteen second (04:15).
1
Use the ↑↓ arrow keys to display the ALARM TIMEOUT window.
ALARM TIMEOUT: 00:15
↑↓MENU *=EDIT
2
3
Use the →← arrow keys to position the cursor and the ↑↓ arrow keys to change the time in
five-second intervals.
ALARM TIMEOUT: 00:30
4
User Password
The User Password is used by facility staff to clear alarms at the controller. The default user
password (2345) can be changed. This password will remain stored following a power outage.
Alarms should normally be cleared at the monitor after a thorough investigation. For this reason,
the controller User Password should be given only to selected facility staff, and should be different
from the User Password used to clear alarms at monitors. Consult with facility management to
determine an appropriate password.
Warning
For security reasons, be sure to change the User Password.
1
Press the ↑↓ arrow keys to display the USER PASSWORD window.
USER PASSWORD: 2345
↑↓=MENU *=EDIT
2
3
cannot be zero.
6-11
USER PASSWORD: 2345
ENTER # AND PRESS *
4
The default maintenance password (7890) can be changed. This password will remain stored
Warning
For security reasons, be sure to change the Maintenance Password.
1
Press the ↑↓ arrow keys to display the MAINT. PASSWRD window.
↑↓=MENU *=EDIT
2
ENTER # AND PRESS *
3
cannot be zero.
4
Set Time
This menu is used to set the time and date. The time is displayed when the network is armed, and
when an alarm occurs. Date information is sent to the printer or WatchMate software, if used,
along with other alarm data.
The controller automatically updates the time on each monitor when the network is armed. The
monitor must be disarmed for this to occur.
1
Use the ↑↓ arrow keys to display the hr:mn:sc window.
hr:mn:sc 14:33.17
↑↓=MENU *=EDIT
2
Press the * key to set the time.
hr:mn:sc 14:33.17
6-12
Chapter 6
3
Use the →← arrow keys to position the cursor and the ↑↓ arrow keys to change the time. Press
the * key to save your setting. The date window appears:
18 Sep, 2003
4
Use the →← arrow keys to position the cursor and the ↑↓ arrow keys to change the date. Press
the * key to save your setting and return to the Maintenance Menu.
LCD Backlight
Switch the LCD backlight on or off.
1
Use the ↑↓ arrow keys to display the LCD BACK LIGHT window.
LCD BACK LIGHT: ON
↑↓=MENU *=EDIT
2
LCD BACK LIGHT: ON
3
Use the ↑↓ arrow keys to switch the backlight on or off.
4
Language
This menu is used to change the language of menu displays from English to French. The default
setting is English.
1
Use the ↑↓ arrow keys to display the LANGUAGE window.
LANGUAGE: ENGLISH
↑↓=MENU *=EDIT
2
LANGUAGE: ENGLISH
3
Use the ↑↓ arrow keys to change the setting to ENGLISH or FRENCH.
4
6-13
Disarm Network
Warning
This command disarms the controller and all monitors or slave controllers in the network.
Put in place alternative measures to protect residents before disarming the network.
1
Use the ↑↓ arrow keys to display the DISARM NETWORK window.
DISARM NETWORK
↑↓=MENU *=DISARM
2
Press the * key to disarm the network. The following screen appears briefly:
DISARMING NETWORK
3
6-14
The display automatically returns to the Maintenance Menu. All monitors now display the
message “Ready to Arm Monitor.”
Chapter 6
Chapter
7
SYSTEM TESTING
CHAPTER 0
Once the system is installed and configured, perform final testing to verify proper operation of the
monitor and, if applicable, any WatchMate accessories. Verification testing includes checking the
power supply, connections, system setups, protected area coverage and battery backup.
Monitor Testing
Testing is ideally conducted with two people: one person to walk through the protected area to
test coverage and one person to observe the monitor’s display. Verify the operation of each
monitor by completing the following steps in order.
1
Check that all wiring connections to the monitor are correct.
2
Apply power to the monitor. Check the voltage level at the terminal strip. Nominal voltage is
12 VDC (10 to 14 V).
3
Observe the display. After startup, the display will read READY TO ARM Monitor or
Monitor ARMED.
4
In the Service Menu, enter the ID CAPTURE & DISPLAY menu. Press the * key to display
the edit window. The following display is an example. This example shows that the monitor is
detecting a Watchlet with the ID number 201, and the door is closed. The threshold (T) is set
to 100, and the signal strength from the Watchlet (S) is 104. Actual values will vary with the
size of the protected area.
ID#=0201 DR=
RSSI=-71.4 dBM
T=100
S=104
Test coverage in the protected area by completing the following steps:
1
Attach a Watchlet to your wrist and approach the protected area. Observe the distance
from the door that the monitor begins to beep. Walk through the entire protected area,
and ensure that the monitor detects the Watchlet at the desired distance, and there is no
possibility of a resident exiting undetected.
2
If Watchlets will be worn by residents on the ankle, repeat the previous step with the
Watchlet worn in this position.
System Testing
Monitor Testing
7-1
3
If the protected area is too large or too small, adjust the capture range by changing the
position of the directional sensor, and/or raising or lowering the trigger threshold level in
the ID CAPTURE AND DISPLAY menu. Refer to “Setting the Protected Area” on
page 2-14 for details.
While still in the ID CAPTURE AND DISPLAY menu, check the door contact circuit:
Open and close the door (or engage the PIR sensor, if applicable). Observe the response
on the display: DR= (a solid square) means the door circuit is reading closed, DR=
(an empty square) means the door circuit is reading open. Ensure that the circuit responds
properly to door open and door closed states.
Enter the TEST RELAY menu.
4
5
TEST RELAY: ON/OFF
6
Verify that the relay engages and disengages properly. Perform this test to confirm that the
relay is functioning properly, even if it is not currently being used.
7
Exit the menus by pressing the 0 key until the display reads READY TO ARM Monitor.
Press any key to confirm that the battery level reads full, and that the correct serial and device
numbers are being displayed. The serial number should match the label on the circuit board,
and the device number should correspond to the one set in the Service Menu. Also take note
of the firmware version, V4.6 in this example.
8
BATT: E-----------------F
SERIAL 00025-1 V4.6
• If no device number was set because the unit is not being connected to a controller, the unit will
Notes
display the default device number of 1, as in this example.
• The battery level indication will read full if no backup battery is installed.
9
If a WatchMate battery backup has been installed in the monitor, verify its operation:
disconnect the 12 VDC input and observe that the LCD backlight switches off. Press any key
to show the battery level. The battery backup level should show a full charge. A charge of less
than 80% indicates that the battery backup may need to be replaced. Reconnect the battery
backup and arm the monitor.
10 With a Watchlet attached to your wrist, walk through the protected area. Verify that the
following occurs:
• The relay circuit responds properly with the door open and closed.
• An alarm is triggered when the Watchlet enters the protected area when the door is open.
• The User Password clears the alarm.
• The monitor responds to an Escort Key, if applicable.
11 Disarm the monitor by entering the Maintenance Menu and then press 0 to exit the menu
(the display should read READY TO ARM Monitor).
7-2
Chapter 7
Network Testing
Test network communications for systems using the controller, using the following procedure.
1
Check that all wiring connections to the controller are correct.
2
Apply power to the controller. Check the voltage level at the terminal strip. Nominal voltage
is 12 VDC (10 to 14 V).
3
Observe the display. After startup, the display will read READY TO ARM NETWORK.
4
Enter the Service Menu, and go to the COMMUNICATION TEST menu. Check
communication with each monitor and slave controller on the network:
1
DEVICE NUMBER = 01
↑↓=CHANGE *=RUN TEST
Use the ↑↓ arrow keys to select the device to be tested, and then the * key to start the test.
The device cannot be in Service or Maintenance mode during the test.
2
Note
3
The controller performs the test and displays a screen similar to the following:
SENT
0500
5
ACK
0500
RCVD
0500
The results indicate that the device is communicating properly with the master controller;
500 messages were sent to the device, acknowledged, and received with no errors. One or
two errors are acceptable, but a RCVD count consistently under 498 should be
investigated: check all connections, cable runs, and shield grounding. The use of cable
other than the specified cables can also cause communication errors.
Enter the TEST RELAY menu.
TEST RELAY: ON/OFF
Verify that the relay engages and disengages properly. Perform this test to confirm that the
relay is functioning properly, even if it is not currently being used.
6
7
Exit the TEST RELAY menu by pressing the 0 key until the display reads READY TO ARM
NETWORK.
Press any key to confirm that the battery level reads full, and that the correct serial and device
numbers are being displayed. The serial number should match the label on the circuit board,
and the device number should correspond to the one set in the Service Menu. Also take note
of the firmware version, V4.6 in this example.
BATT: E-----------------F
SERIAL 00025-17 V4.6
Note
The battery level indication will read full if no backup battery is installed.
System Testing
Network Testing
7-3
8
If a WatchMate battery backup has been installed in the controller, verify its operation:
disconnect the 12 VDC input and observe that the LCD backlight switches off. Press any key
to show the battery level. The battery backup level should show a full charge. A charge of less
than 80% indicates that the battery backup may need to be replaced. Reconnect the battery
backup and arm the monitor.
9
Confirm that the network reports alarms properly and that network connections are correct.
1
Arm the network.
2
At the farthest monitor on the network, cause a Wander alarm by placing a Watchlet in
the protected area while the monitored door is open.
3
Make sure that the controller displays the correct zone and identifies the Watchlet.
Clear the alarm.
Disarm the network by entering the Maintenance Menu and then press 0 to exit the menu (the
display should read READY TO ARM NETWORK).
4
7-4
Chapter 7
Chapter
8
WATCHMATE APPLICATIONS
CHAPTER 0
WatchMate systems can be used in a variety of configurations. This chapter describes some of the
more common applications. For help on other WatchMate applications not mentioned in this
chapter please consult with Xmark.
8-1
Elevator Installations
The WatchMate ID and MR systems can be installed at an elevator to prevent residents from
using the elevator. The monitor holds the elevator door open by activating the elevator call button
or door open button, or other such mechanism.
The monitor may be installed either inside or outside the elevator. In addition, it can be
configured to generate an alarm, or simply hold the door open. The type of installation will
depend on the individual needs of the facility. Review the Installation Considerations before
proceeding.
Warning
Local legislation may restrict elevator modifications to licensed representatives only. In all
cases, Xmark strongly recommends that a licensed representative be consulted about the best
method of interfacing with the elevator control system.
The following factors should be examined closely when determining the best option for each
installation.
• Areas with low monitored-resident traffic: In these areas, it is possible to mount the monitor
outside the elevator. This is the easiest and most economical installation option.
• Areas with heavy monitored-resident traffic: To reduce nuisance alarm rates, the monitor
should be installed inside the elevator if the area in front has high resident traffic. It may also be
preferable to use a Passive Infrared Sensor (PIR) instead of door contacts: the elevator will only
be held if someone is actually in the elevator while a resident is within the protected area.
• Multiple-floor protection: Where more than one floor requires protection, mount the monitor
inside the elevator. This will reduce the number of sensors required.
• Notification to a central station: Alarm notification to a WatchMate controller requires special
cabling if the monitor is installed inside the elevator. Refer to the section Network
Connections. When the monitor is outside the elevator, it is wired as in a standard installation.
• Mark locations for mounting but do not install permanently until testing is completed. This
allows for relocation to improve transmission performance.
Materials Required
• WatchMate ID or MR DoorPack.
• Elevator door contacts or Passive Infrared Sensor
• 24 gauge wire or heavier for door contact and elevator interface connections (length as
required).
• Protection components for over-voltage protection: IN5818 diode and P6KE24 transorb
(transient voltage suppressor)
8-2
Chapter 8
Wiring
The WatchMate monitor can be wired to hold elevator doors open with or without triggering an
alarm.
Alarm Notification
When wired for alarm, the monitor triggers an alarm if a resident enters the protected area, and
holds the elevator door open until the alarm is cleared.
1
Install the elevator door contacts or PIR. A set of elevator door contacts indicate when the
elevator door is open. If a PIR is used, an alarm occurs only if someone is inside the elevator
while a resident is in the protected area.
2
Connect the door contacts or PIR to the door contact inputs on the monitor, as shown in
Figure 8.1.
3
Connect the relay to the elevator interface. Connect the built-in relay on the monitor, to
either the call button (outside elevator installations) or door open button (inside elevator
installations). Refer to Figure 8.1.
4
Set the relay setting in the Service Menu to RELAY: ALARM. For more information, refer to
“Monitor Configuration” on page 4-1.
Figure 8.1 Elevator wiring with alarm notification
8-3
No Alarm Notification
If no alarm is required, the monitor can be wired to hold the elevator doors open as long as a
resident remains in the protected area. The monitor’s relay closes if a Watchlet is within the
protected area, activating the elevator call or door open button and preventing the elevator doors
from closing.
1
Install the elevator door contacts or PIR. The elevator door contacts close when the elevator
door opens. (Alternatively, a PIR may be used to indicate when a resident has entered the
elevator).
2
Connect the door contacts or PIR to the door contact inputs on the monitor, as shown in
Figure 8.2.
3
Connect the relay to the elevator interface. Connect the monitor’s built-in relay to either the
call button (outside elevator installations) or door open button (inside elevator installations).
Refer to Figure 8.2.
4
Set the relay setting in the Service Menu to RELAY: WANDER. Also set the Relay Hold time
to the desired length; the elevator doors remain open for this period after the resident leaves
the protected area. For more information, refer to “Monitor Configuration” on page 4-1.
Figure 8.2 Elevator wiring with no alarm notification
Alternative Installation
The monitor can also be wired so that an alarm will occur only if the elevator doors close while a
resident is within the protected area. As long as the doors remain open, no alarm is generated.
This alternative installation guards against the possibility of the relay timing out, thus allowing the
elevator doors to close, and the resident to use the elevator.
8-4
Chapter 8
Connect an external relay from the monitor's Aux Out terminal to the elevator’s control interface,
as shown in Figure 8.3. The relay setting in the Service Menu must be set to RELAY: WANDER.
For more information, refer to “Monitor Configuration” on page 4-1.
Figure 8.3 Alternative installation
Network Connections
Additional wiring is required if the monitor is being installed inside the elevator cab and
connected to a WatchMate controller or another monitor. Elevator shafts are extremely noisy
environments that can interfere with signal transmissions. Using network repeaters and proper
cabling can help ensure that the WatchMate network functions at peak performance.
Additional Materials Required
• Cable for wiring between the in-cab monitor and a WatchMate controller or monitor: SuperFlex 18-X57-13 from Draka Elevator Products.
Note: Depending on the installation environment, other cable types may also be usable. Consult
with Xmark.
• Two Dual Isolated Fast Automatic Repeaters (DIFR44), from R.A. Smith, Hamilton, OH.
Tel: (513) 874-4796. Web site: www.rs485.com. Available with enclosure and AC/DC
converter.
• Power supply for Repeater: 9-35 VDC (draws 300 mA at 9 V)
Wiring
The Repeaters are used to isolate the monitor in the elevator from other devices in the network.
The monitor and Repeater in the elevator essentially become a mini-network, connected to other
devices via the Repeater installed in the elevator control room.
Refer to the previous sections for information on wiring the monitor to the elevator control
interface. Also consult the wiring schematics provided with the Repeater.
1
Check that the termination in both Repeaters is set to on (factory default). Open the
enclosure and locate the J5 and J15 pins. They should both be closed.
8-5
2
Install the monitor inside the elevator. Set the termination in the monitor by moving the
jumper at J6 from the OUT position (shorting pins 1 and 2) to the IN position (shorting pins
2 and 3).
3
Install one of the Repeaters inside the elevator, and connect it to the monitor using standard
24 AWG wire. Refer to the wiring diagram on the right.
4
Install the other Repeater in the elevator control room, or another location where it can be
connected to other devices in the WatchMate network.
5
Connect the two Repeaters using elevator travelling cable. Maximum of 4000 ft. (1250 m).
Refer to the wiring diagram.
6
Connect the previous and following network devices to the second Repeater, as shown in
Figure 8.4.
Figure 8.4 Network connections for a monitor installed inside an elevator.
8-6
Chapter 8
Covering an Exterior Entrance, Gate or Driveway
The WatchMate ID and MR systems can be used to monitor openings such as exterior gates or
driveways, through the use of a standard monitor combined with a Yagi directional antenna. For
smaller openings, such as an exterior doorway, a standard WatchMate directional sensor may also
be installed in a sheltered location. This may be useful to protect a doorway where there is a large
amount of resident traffic inside the building. By moving the sensor outside, the protected area is
shifted outwards, thus reducing the likelihood of nuisance alarms.
This section outlines how the WatchMate system can be configured to include a Yagi directional
antenna, or an exterior directional sensor. It does not cover how to install the antenna or sensor.
Please refer to the installation instructions supplied with the Yagi directional antenna. The
antenna may be purchased from a local electronics supplier. Refer to “Installing the Directional
Sensor” on page 2-9 for complete installation directions for the directional sensor.
Consider the following points when connecting the Yagi directional antenna to the WatchMate
system.
• The WatchMate monitor must be installed indoors, as close as possible to the Yagi directional
antenna.
• The further the antenna is placed from the monitor, the less the effective coverage. At 100 ft.
from the monitor (maximum distance), the antenna has a maximum coverage of 55 ft. Refer to
Figure 8.5. For other distances, please consult with Xmark.
• The gate or driveway to be covered must be bounded by an enclosure, such as a fence or wall.
The Yagi directional antenna is not intended to cover a wide open space.
• Keep in mind pedestrian traffic flows in the vicinity of the antenna. Frequent use by residents
of the area around the monitored gate or driveway may lead to a high number of nuisance
alarms. The use of an outdoor electro-photo beam or passive infrared detector may help to
reduce nuisance alarms.
• The cable connecting the Yagi directional antenna to the monitor can be installed either above
ground or buried. Be sure to use cable appropriate to your installation method.
Consider the following points when installing a WatchMate directional sensor outdoors.
• The sensor must be installed in a sheltered location where it will not be directly exposed to the
elements.
• The WatchMate monitor must be installed indoors, as close as possible to the directional
sensor.
• Use the 20 ft. cable supplied with the DoorPack to connect the monitor and sensor.
Materials Required
Yagi directional antenna application:
• WatchMate monitor
• 4-Element Broadband Yagi directional antenna, 220-222 MHz
• RG-58 co-axial cable with BNC male connector for outdoor or buried use
Covering an Exterior Entrance, Gate or Driveway
8-7
Exterior directional sensor application:
• WatchMate ID or MR DoorPack
Basic Setup
Figure 8.5 shows how a Yagi directional antenna or an exterior directional sensor can be
connected to the WatchMate system.
Figure 8.5
8-8
Yagi antenna connected to a WatchMate system.
Chapter 8
Generating a Pre-Wander Alert
The WatchMate monitor can be configured to sound an alert, via a Watchmate annunciator,
when a resident wearing a Watchlet approaches a closed door.
The alarm continues to sound as long as the resident remains in the protected area, and for a brief
time afterwards (this is the relay hold time; see “Relay Hold” on page 4-5).
This application may be of particular interest to facilities that do not wish to have the monitor
lock the door in this situation. Facility staff is given early notice of a potential wander incident
before the resident actually opens the door and causes a Wander Alarm.
This section shows how to wire the monitor both with and without a magnetic door lock.
Materials Required
• WatchMate ID or MR DoorPack.
• WatchMate annunciator (p/n 803A1002)
• 24 gauge wire or heavier (length as required).
• If maglocks are used: IN4002 diode for external relay
Wiring
The monitor can be configured to generate the pre-wander alert both with and without a
magnetic door lock.
No Maglock Installed
MR or ID Monitor
J5-1
DR1
+12Ve
GNDe
ZONE 5 IN
+12Vf
GNDf
ZONE 6 IN
+12Vg
SPARE
DR COM
RL NO
AUX IN
RL COMM
Monitor 5
+12vA
GNDa
ZONE 1 IN
+12Vb
ZONE 8 IN
GND
TIP
RING
AUX OUT
ZONE 2 IN
+12Vc
+12Vh
GNDh
CHARGER
GNDb
GNDg
ZONE 7 IN
GND
RL NC
RL NO
GNDc
RL NC
ZONE 3 IN
RL COM
+12vD
GNDd
ZONE 4 IN
Figure 8.6
Wiring the monitor to generate a pre-wander alert.
Generating a Pre-Wander Alert
8-9
Maglock Installed
MR or ID Monitor
J5-1
DR1
DR COM
+12vA
AUX IN
GNDa
GND
ZONE 1 IN
CHARGER
GND
TIP
RING
AUX OUT
RL NO
RL NC
RL COM
Figure 8.7
Wiring the monitor to generate a pre-wander alert and activate a
magnetic door lock.
8-10
1
In the Service Menu, set the Relay to DOOR+WANDER or to WANDER ONLY. This will
cause the relay to activate when a resident wearing a Watchlet is detected within the protected
area. See “Relay” on page 4-5 for more information on this setting.
2
In the Service Menu, set the Relay Hold Time. This is the length of time that the relay will
remain active after the Watchlet has left the protected area. See “Relay Hold” on page 4-5 for
more information.
3
In the Maintenance Menu, make sure that Wander Alarms are enabled. See “Wander Alarm”
on page 4-15 for more information.
Chapter 8
Appendix
A
TROUBLESHOOTING, REFERENCES
AND SPECIFICATIONS
CHAPTER 0
This Appendix contains advice for resolving problems encountered during installation, as well as a
Quick Reference Guide to the Service and Maintenance Menus. At the end, you will also find
Specifications for the monitor and a Parts and Accessories list.
A-1
Troubleshooting Guide
The following table describes procedures to solve the most common problems encountered with
the monitor or controller. While in the Service or Maintenance Menu, pressing the ? at any time
will display a help window. Press any key to exit the help window and restore the previous
window. If a problem occurs indicated by a flashing yellow indicator light, a description of the
problem appears in the help window.
Monitor Troubleshooting
Indicator/Problem
Yellow light flashes
Solid yellow light (when
the system is armed)
Watchlet is not detected
in the protected area
Monitor continues to
alarm.
Probable Cause
Check the main power. Or, press the “?” key
and observe the message in the display.
If the device is armed and the LED is yellow,
check the “?” key for help messages and then
check the system setups, if required.
In the Service Menu, select the ID CAPTURE AND
Trigger level is set too
DISPLAY menu. Enter the protected area with the
high (low sensitivity).
Watchlet. If the Watchlet’s signal strength (S) does
not exceed the trigger level (T), then the
identification number will not be shown and an
alarm will not be triggered. Lower the trigger level
(T). Check the new setting by passing each
Watchlet through the protected area and observing
whether alarms are triggered.
The Watchlet has not
Check that the wire loop on the back of the
been activated.
Watchlet has been cut to turn the Watchlet on.
The Watchlet Plus is shipped already
activated.
These are caused by signals from the directional
There are “holes” in the
sensor reflecting of shiny surfaces. This problem
protected area.
can usually be fixed by making a small change in
the orientation of the directional sensor.
First confirm that no residents have wandered!
Unused Watchlets are
stored too close to the
protected area.
Trigger level is set too
low.
“Hot spots” are causing
Watchlets to be picked up
too far from the monitor.
A-2
Corrective Action
Main power failure.
Battery back-up.
Possible problem with
system setup.
Appendix A
Remove all Watchlets from the vicinity of the
protected area.
In the Service Menu, select ID CAPTURE
AND DISPLAY. Walk through the protected
area with a Watchlet and observe the display.
Lower the trigger level if the Watchlet’s signal
strength (S) does not exceed the trigger level
(T). Check the new setting by passing each
Watchlet through the protected area and
observing whether alarms are triggered.
Hot spots are caused by large metal objects
distorting and extending the protected area.
Check the following:
• Directional sensor cable is away from metal
objects, such as ducts and pipes.
• There are no large metal objects (e.g. food
carts) within the protected area.
Also try repositioning the directional sensor.
Controller Troubleshooting
Indicator/Problem
LED flashing yellow
Alarms are not being
reported from a monitor.
Probable Cause
Corrective Action
Fault with controller or
network.
The monitor is not armed.
Check the display for information, or press the
? key for on-line help.
Arm the monitor. The controller should indicate
communication within seconds after the
monitor is armed.
All monitors must be added to the controller in
the SELECT MONITORS menu in order for
alarms to be displayed. See page 6-5.
Run a communication test for the monitor (see
page 6-5). If a large number of messages are
being missed, follow the steps under “Erratic
network behavior” below.
Only the User Password can be used to clear
an alarm. Entering the Maintenance or Service
Password will disarm the monitor but the
controller will continue to alarm.
Run a communication test for the monitor (see
page 6-5). If a large number of messages are
being missed, follow the steps under “Erratic
network behavior” below.
1 Check that a specified cable (see
page 5-4) is used for all network
connections.
2 Check that no wires are reversed. The TIP
wire must be connected to the TIP
terminal, and the RING wire to the RING
terminal, at each device.
3 Check grounding. The cable’s bare
conductor (shield) must be connected to
the ground stud in the device case. The
network must also be earth grounded at
one location only (see page 5-7).
4 Check network termination. The first and
last devices in the network (and only these
devices) must be terminated. See
page 5-6.
5 Inspect the network cable for cuts or other
damage; this could cause transmission
problems.
6 Check run lengths. The network cable can
be a maximum of 2000 ft. (600 m).
The monitor has not been
added to the controller.
Wiring is faulty.
Controller continues to
alarm when the monitor
is cleared (no message
indicating problems)
The Maintenance or
Service Password was
entered to clear the alarm.
Wiring is faulty.
Erratic network
behavior (inconsistent
reporting of alarms,
communication failure
messages, etc.)
Wiring is faulty.
Troubleshooting Guide
A-3
Menu Quick Reference
Monitor
This section provides a brief description of each screen in the Service Menu and Maintenance
Menu. For full instructions on how to change settings, refer to “Monitor Configuration” on
page 4-1.
Service Menu
Menu
DEVICE NUMBER
RELAY
RELAY: HOLD
TEST RELAY
SERVICE PASSWORD
ADJUST CLOCK SPEED
RECEIVER DIAGNOSTICS
AUX IN
ESCORT KEY
SET SPEAKER SOUND
DOOR CLEARS BYPASS
A-4
Appendix A
Function
Sets the trigger level (T value) for the monitor. Raising the T value
reduces the size of the protected area. Lowering the T value increases
the size of the protected area.
If the monitor is part of a network, set the device number to a range of
1 to 16. Each monitor must have a unique device number.
Sets the behavior of the onboard relay.
DOOR+WANDER— relay activates when a Watchlet is detected within
the protected area; or during the hours of activation set for the Door
Alarm feature (usually used to lock the door at night).
WANDER ONLY—relay activates when a Watchlet is detected within
the protected area.
DOOR LOCK ONLY—the relay activates during the hours of activation
set for the Door Alarm feature (usually used to lock the door at night).
ALARM—the relay activates when a Wander Alarm or Door Alarm
occurs.
Used when the relay is set to WANDER. Sets the hold time before the
relay reverts to the open state after a wanderer has left the protected
area.
Activates the relay for testing purposes.
Sets the password for accessing the Service Menu.
Adjusts the speed of the monitor’s clock.
For factory use only.
Configures the AUX IN terminal. Use EXT. KEYPAD for a keypad or
card reader. Use EXT. ALARM for an input from an alarm device.
Enables the system to respond to an Escort Key.
Sets the alarm sound pattern.
Causes the monitor to rearm as soon as the door closes after being
bypassed, preventing “tailgating.”
Maintenance Menu
Menu
ARM MONITOR
TEMP. BYPASS
USER PASSWORD
MAINT. PASSWRD
hr:mm:sc
LCD BACK LIGHT
DOOR DELAY
DAY START
NIGHT START
DAY SOUND
NIGHT SOUND
WANDER ALM
DOOR ALARM
LANGUAGE
TX: BATTERY
Function
Arms the monitor.
Sets the time staff have to escort a resident through the door when they
enter their password on the monitor or an optional keypad.
Sets the password for clearing alarms, or bypassing the monitor.
Sets the password for accessing the Maintenance Menu.
Sets the time of day.
Switches the LCD backlight on or off.
For use when the monitor is set to Door Alarm. Sets the time the
monitor delays sounding an alarm after the door is opened.
Sets the start of the day period for the monitor’s timed functions.
Sets the start of the night period for the monitor’s timed functions.
Adjusts the alarm volume for alarms that occur during the day period.
Adjusts the alarm volume for alarms that occur during the night period.
Sets the time(s) of day the monitor will generate a Wander Alarm.
Choose from DAY&NIGHT, DAY, NIGHT, and DISABLED.
Sets the time(s) of day the monitor will generate a Door Alarm. Choose
from DAY&NIGHT, DAY, NIGHT, and DISABLED.
Sets the language for monitor displays. Choose English or French.
Enables or disables the monitor’s Watchlet low battery pre-alert
function.
Controller
This section provides a brief description of each screen in the Service Menu and Maintenance
Menu. For full instructions on how to change settings, refer to “Controller Configuration” on
page 6-1.
Service Menu
Menu
DEVICE NUMBER
TEST RELAY
SERVICE PASSWORD
ADJUST CLOCK SPEED
COMMUNICAITON TEST
SELECT MONITORS
SELECT CONTROLLERS
SET SPEAKER SOUND
SERIAL
Function
Sets the device number in the range of 17 to 32. Each device in the
network must have a unique device number, and the master controller
must be set to number 17.
Activates the relay for testing purposes.
Sets the password for accessing the Service Menu.
Adjusts the speed of the controller’s clock.
Used to test communication between the controller and the selected
monitor on the network.
Configures which monitors will report to the controller. The master
controller must be configured to report alarms from all monitors. Slave
controllers may be configured to report alarms from selected monitors.
Configures slave controllers on the network.
Sets the alarm sound pattern.
Configures the serial port for communication with a printer, pager
system, or a PC running the WatchMate software.
Menu Quick Reference
A-5
Maintenance Menu
Menu
ARM NETWORK
ASSIGN NAME TO ID#
NIGHT SOUND
DAY SOUND
NIGHT START
DAY START
ALARM TIMEOUT
USER PASSWORD
MAINT. PASSWRD
hr:mm:sc
LCD BACK LIGHT
LANGUAGE
DISARM NETWORK
A-6
Appendix A
Function
Arms the controller and all monitors and slave controllers.
Enables the assigning of resident names to up to 30 WatchMate ID
numbers.
Adjusts the alarm volume for alarms that occur during the night period.
Adjusts the alarm volume for alarms that occur during the day period.
Sets the start of the night period for the controller’s timed functions.
Sets the start of the day period for the controller’s timed functions.
Sets the Alarm Timeout period. An alarm can be muted for this period
without being clearing so that the incident can be investigated.
Sets the password for clearing alarms.
Sets the password for accessing the Maintenance Menu.
Sets the time of day.
Switches the LCD backlight on or off.
Sets the language for controller displays. Choose English or French.
Disarms the controller and all monitors and slave controllers.
Specifications and Parts & Accessories
Monitor Specifications
Supply Voltage
9 to 14 VDC
Current Draw at 12 VDC
Backlight Off
Arm Mode: 50 mA
Alarm Mode: 120 mA
Backlight On
Arm Mode: 180 mA
Alarm Mode: 250 mA
1 Form C Dry Contact 2 A, 30 VDC, 60 W Max
Relay Output (Latching)
Aux Out (open collector
transistor output)
150 mA
Aux In
Momentary + 12 VDC contact
Operating Temperature
32° F to 122° F (0° to 50° C)
Humidity
95% non-condensing
Dimensions
5.4 x 6.9 x 2.3 in. (137 x 175 x 57 mm)
Weight
1.6 lb. (726 g)
Controller Specifications
Supply Voltage
10 to 14 VDC
Current Draw at 12 VDC
Relay Output (Latching)
Backlight Off
Arm Mode: 50 mA
Alarm Mode: 120 mA
Backlight On
Arm Mode: 180 mA
Alarm Mode: 250 mA
1 Form C Dry Contact 2 A, 30 VDC, 60 W Max
Operating Temperature
32° F to 122° F (0° to 50° C)
Humidity
95% non-condensing
Dimensions
5.4 x 6.9 x 2.3 in. (137 x 175 x 57 mm)
Weight
1.6 lb. (726 g)
Specifications and Parts & Accessories
A-7
WatchMate Components & Accessories
Description
Monitors
Watchlets & Straps
Optional Products
Accessories
A-8
ID DoorPack
MR DoorPack
LC DoorPack
Watchlet
Wrist/Ankle Straps
Controller
WatchMate Software Controller Module (requires controller)
WatchMate Software Client Module
Annunciator Panel
Escort Key
Portable Locator
Watchlet Tester
Internal Battery Backup (for use with ID & MR models, and
controller)
Wiegand Interface (factory installation for ID & MR models)
Recessed Panel (for use with ID & MR models, and
controller)
AC Adaptor
Override Keypad
High Output Alarm
Appendix A
Part Number
801A2401
801A7401
803A1401
804A0401
801A2701
801A1701
801A3601
801A8401
803A1002
803A0901
801A4401
803A1901
801A1401
801A6801
80101501
DV-1250
7020
801A4101
INDEX
CHAPTER 0
A
D
Adjust Clock Speed
controller, 6-4
monitor, 4-7
Alarm Timeout, 6-11
Alpha Numeric Pager, connecting to controller, 5-11
Annunciator
Connecting to Multiple Monitors, 3-3
Installation, 3-2
Arming the Monitor, 4-10
Arming the Network, 6-8
Assign Name to ID #, 6-8
AUX IN, configuring, 4-7
Battery Pre-Alert, enabling, 4-16
BNC Connector, 2-13
Daytime Hours
setting on controller, 6-10
setting on monitor, 4-13
Device Number
controller, 6-3
monitor, 4-4
Directional Sensor
Installation Locations, 2-3
Installing, 2-9
Disarming the Network, 6-14
Door Alarm
configuring on monitor, 4-15
Door Delay, setting, 4-12
Door Clears Bypass, 4-9
Door Contacts, installing, 2-11
DoorPack Installation, 2-1
C
E
Cable Specifications, 5-4
Card Reader, installing, 3-13
Clock Speed
adjusting on controller, 6-4
adjusting on monitor, 4-7
Communication Test, 6-5
Components & Accessories, A-8
Configuring the Monitor, 4-1
Controller
specifications, A-7
Overview of Menus, 6-2
Controller, 5-5
Installation Tips, 5-5
Network Connections, 5-6
Printer, Connecting, 5-10
Recessed Installation, 5-6
Serial Interface Options, 5-10
Setting Network ID Numbers, 5-10
Tools and Materials Required, 5-5
Elevator Installations, 8-2
Escort Key, enabling, 4-8
Exterior Coverage, 8-7
External Keypad, installation, 3-9
B
F
FCC Statement, see front matter
G
Gateways, protecting, 8-7
H
High Output Alarm, installation, 3-6
I
ID Capture and Display Menu, 4-3
Industry Canada Statement, see front matter
Introduction, 1-1
K
Keypad, installation, 3-9
Index
I-1
L
Language
LCD Backlight
controller, 6-13
monitor, 4-12
Limitation of Liability, see front matter
M
Magnetic Door Lock, installing, 3-8
Maintenance Menu
controller, 6-8
Alarm Timeout, 6-11
Arm Network, 6-8
Assign Name to ID #, 6-8
Day Sound, 6-10
Day Start, 6-10
Disarm Network, 6-14
Language, 6-13
LCD Backlight, 6-13
Maintenance Password, 6-12
Night Sound, 6-9
Night Start, 6-10
Quick Reference, A-6
Set Time, 6-12
User Password, 6-11
monitor, 4-10
Arm Monitor, 4-10
Day Sound, 4-14
Day Start, 4-13
Door Alarm, 4-15
Door Delay, 4-12
Language, 4-16
LCD Backlight, 4-12
Night Sound, 4-14
Night Start, 4-13
Set Time, 4-12
Temporary Bypass, 4-10
Tx Battery, 4-16
User Password, 4-11
Wander Alarm, 4-15
monitor, 4-11
Menus Overview
controller, 6-2
monitor, 4-2
I-2
Index
Monitor
specifications, A-7
Monitor Configuration, 4-1
Common Configurations, 4-2
Overview of Menus, 4-2
Monitor Installation, 2-7
Directional Sensor, 2-9
Door Contacts, 2-11
Installation Options, 2-4
Installation Tips, 2-7
Location Considerations, 2-3
Monitor, 2-8
Power Requirements, 2-3
Recessed Installation, 2-9
Setting the Protected Area, 2-14
System Design, 2-2
Tools and Materials Required, 2-8
Wiring, 2-12
Multiple Controllers, 5-4
N
Names
Editing & Deleting, 6-9
Entering, 6-8
Network Connections, 5-6
Network Design, 5-2
Multiple Controllers, 5-4
Network ID Numbers, Setting, 5-10
Network Repeater, Installing, 5-9
Network Testing, 7-3
Network Topology, 5-3
Nighttime Hours
O
Optional Devices
Annunciator, 3-2
External Keypad, 3-9
General Installation Notes, 3-1
High Output Alarm, 3-6
Magnetic Door Lock, 3-8
Wiegand-Standard Card Reader, 3-13
Zone Pager, 3-11
P
Pager Systems
alpha numeric pager for controller, 5-11
zone pager for monitor, 3-11
Parts & Accessories, A-7
Passive Infrared Sensor, 2-11
Passwords
controller
Service Password, 6-4
User Password, 6-11
monitor
Service Password, 4-6
User Password, 4-11
Power Requirements, 5-3
Pre-Wander Alert, generating, 8-9
Protected Area
Setting, 2-14
Shape and Size, 2-2
R
Recessed Panel, 2-9, 5-6
Relay
controller
connecting devices to, 5-12
testing, 6-3
monitor
configuring, 4-5
testing, 4-6
Relay Hold Time, monitor, 4-5
Resident Names
Editing & Deleting, 6-9
Entering, 6-8
S
Select Controllers, 6-6
Select Monitors, 6-5
Serial Interface, 6-7
Service Menu
controller, 6-2
Adjust Clock Speed, 6-4
Communication Test, 6-5
Device Number, 6-3
Password, 6-4
Select Controllers, 6-6
Select Monitors, 6-5
Serial Interface, 6-7
Set Speaker Sound, 6-6
Test Relay, 6-3
monitor, 4-3
Adjust Clock Speed, 4-7
AUX IN, 4-7
Device Number, 4-4
Door Clears Bypass, 4-9
Escort Key, 4-8
ID Capture and Display, 4-3
Password, 4-6
Relay, 4-5
Relay Hold, 4-5
Set Speaker Sound, 4-8
Test Relay, 4-6
Service Password
Set Speaker Sound
controller, 6-6
monitor, 4-8
Signal Strength (S), 2-14
Speaker Sound
controller, 6-6
monitor, 4-8
Specifications, A-7
System Design, 2-2
System Power Requirements, 5-3
System Testing, 7-1
T
Temporary Bypass
Clearing when door closes, 4-9
Setting Length, 4-10
Testing
monitor, 7-1
network, 7-3
Time
Topology, 5-3
Trigger Threshold (T), 2-14
Troubleshooting
controller, A-3
monitor, A-2
Tx Battery, 4-16
U
User Password
V
Volume
Setting for Day on controller, 6-10
Setting for Day on monitor, 4-14
Index
I-3
Setting for Night on controller, 6-9
Setting for Night on monitor, 4-14
W
Wander Alarm
configuring on monitor, 4-15
Warranty, see front matter
Watchlet
Low Battery Pre-Alert, enabling, 4-16
Wiegand-Standard Card Reader, installing, 3-13
Wiring the Monitor, 2-12
Z
Zone Pager, installing, 3-11
I-4
Index

WatchMate System Installation Manual

Transcription

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