Stanley Wi-Q Wireless Access Control System User Guide
Stanley B.A.S.I.S. Wi-Q Interface is a wireless access control system that integrates wireless hardware into your existing hard-wired B.A.S.I.S. system. It is designed for versatility, so you can retrofit existing portals and include various I/O devices. The system combines powerful access control software with Portal Gateways, Wireless Access Controllers, and multiple controller formats that work together to enable all decision making at the door. The B.A.S.I.S.–Wi-Q Interface system is versatile, so you can create a whole new system, retrofit existing hardware, and include various video camera, alarms, and inputs/outputs.
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Copyright ©2012 Stanley Security Solutions, Inc.
All rights reserved.
Information in this document is subject to change without notice and does not represent a commitment on the part of Stanley Security Solutions, Inc. The software described in this document are furnished under a license agreement or nondisclosure agreement.
This publication is intended to be an accurate description and set of instructions pertaining to its subject matter. However, as with any publication of this complexity, errors or omissions are possible. Please call Stanley Security Solutions, Inc at (317)
849-2250 if you see any errors or have any questions. No part of this manual and/or databases may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or information storage and retrieval systems, for any purpose, without the express written permission of Stanley Security
Solutions, Inc.
This document is distributed as is, without warranty of any kind, either express or implied, respecting the contents of this book, including but not limited to implied warranties for the publication’s quality, performance, merchantability, or fitness for any particular purpose. Neither Stanley Security Solutions, Inc, nor its dealers or distributors shall be liable to the user or any other person or entity with respect to any liability, loss, or damage caused or alleged to be caused directly or indirectly by this publication.
The Stanley B.A.S.I.S. Wi-Q Interface, Wi-Q Technology and BEST are registered trademarks of Stanley Security Solutions, Inc.
Bonjour is a registered trademark of Apple Inc.
Wi-Spy and MetaGeek are registered trademarks of MetaGeek, LLC.
Microsoft, Windows, CE, and ActiveSync are registered trademarks of Microsoft
Corporation.
T85203/Rev A March 2012
FCC Certification
This equipment has been tested and found to comply with the limits for Class B Digital
Device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, you can try to correct the interference by taking one or more of the following measures.
Reorient or relocate the receiving antenna
Increase the separation between the equipment and receiver
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected
Consult the dealer or an experienced radio/TV technician for help.
This device has been designed to operate with a maximum gain of 2.2 dB. Approved antennas are listed below. Antennas not included in this list or having a gain greater than 10 dB are strictly prohibited for use with this device. The required antenna impedance is 50 ohms.
Approved Antennas
Portal Gateway and Single Door Controller
Antenna Factor ANT-2.4-CW-RCT-xx
Reader
Integrated Antenna
IMPORTANT! Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
Contents
1
Overview
System Overview ........................................... 8
Setup Checklist ............................................. 10
2
Hardware Installation
Hardware Overview ..................................... 13
Installing System Hardware ........................ 16
Install Portal Gateways (Task 7) .................. 23
Install Door Hardware (Task 8) .................... 26
Sign on Controllers (Task 9) ........................ 29
3
Software Installation
Gather and Organize Segment Data
(Task 3) ........................................................... 34
Prepare Your Computer (Task 4) ................. 35
Install B.A.S.I.S. Wi-Q Interface
Software (Task 5) .......................................... 49
4
Software Configuration and Use
B.A.S.I.S. Wi-Q Interface Configuration
Tool Overview ............................................... 64
Configure Portal Gateways (Task 6) ........... 65
Configure Software (Task 10) ...................... 69
Firmware Updates ........................................ 97
5
Advanced Troubleshooting
Status Flags in the FLAGS Column .......... 106
Update Flags in the PEND Column ........... 107
A
Glossary .................................................109
B
Lock installation ................................... 115
6
1 Overview
This manual is your complete guide to the integration of Stanley
Wi-Q wireless hardware into your Stanley B.A.S.I.S. Access Control
System. It provides detailed steps for installing hardware and software and configuring your system.
Note Stanley Wi-Q Technology can also be integrated into a Lenel Onguard system. Although B.A.S.I.S. screenshots have been used throughout this guide, Lenel Onguard is configured in the same manner as B.A.S.I.S.
The information in this guide is presented in a linear manner; however, tasks to install hardware and software and configure the system for the first time do not necessarily progress in a linear manner. You will find a
Set Up Checklist at the end of this section to take you through the initial setup and configuration tasks in a logical sequence. If you are unfamiliar with the terms used in wireless technology, you may want to refer to the
Glossary included in this manual as Appendix A.
7
System Overview
A Stanley B.A.S.I.S. Access Control System with integrated Wi-Q
Technology combines powerful access control software with Portal
Gateways, Wireless Access Controllers, and multiple controller formats that work together to enable all decision making at the door.
The Stanley® Wi-Q system runs remotely with no need for hard wiring, providing innovative access control in any environment. The
B.A.S.I.S.–Wi-Q Interface system is versatile, so you can create a whole new system, retrofit existing hardware, and include various video camera, alarms, and inputs/outputs.
Basic B.A.S.I.S. Wi-Q Interface Components
A basic B.A.S.I.S. Wi-Q Interface system has four components: (1) a
B.A.S.I.S. Server running the B.A.S.I.S. System Software, (2) a host computer with the B.A.S.I.S. Wi-Q Interface Software installed, (3) a
Portal Gateway, and (4) a Wireless Controller at the door. Figure 1 is a
simple diagram showing these four components.
Figure 1 Four Basic Components
PORTAL
GATEWAY
HOST
WIRELESS
DOOR
CONTROLLER
LAN/WAN
1 B.A.S.I.S. Server with B.A.S.I.S. System Software
Existing B.A.S.I.S. systems and operators can continue to work with B.A.S.I.S. as normal to control Wi-Q wireless components.
Note The B.A.S.I.S. System Software must be installed and operational prior to the installation and operation of the Wi-Q components.
2 B.A.S.I.S. Wi-Q Interface software
B.A.S.I.S. Wi-Q Interface software is installed either on the same computer as the B.A.S.I.S. Server or another Host computer and set up to translate data between the two systems to allow normal access control functionality.
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3 Portal Gateway
The Portal Gateway is a wireless device connected to the Host computer through a secure IP address, similar to the way your computer is connected to the internet. It transfers data signals from Wireless Controllers to and from the Host computer. The
Portal Gateway recognizes all Wireless Controllers within its antenna range. One Portal Gateway can control as many as 64
Wireless Controllers in a system.
4 Wireless Controller
The Wireless Controller is equipped with Wi-Q Technology that controls user access at the door. The basic configuration is battery operated, with either keypad or card reading capability and an internal antenna that communicates with the Portal Gateway. The
Wireless Controller grants user requests according to how they are configured in the B.A.S.I.S. System Software.
Note The terms “Controller” and “Lockset” are used synonymously throughout this guide. The B.A.S.I.S. System Software uses the term
“Reader” to refer to wireless locks, while the B.A.S.I.S. Wi-Q Interface
Software uses the term “Controller.”
Basic Operation
The system works very simply. A user enters a pass code at a
Wireless Controller, either using an access card or by entering a code on a keypad. If the controller recognizes the credential from the configured settings downloaded from the Host via the Portal
Gateway to the controller, the door opens. The controller also sends regular signals (beacons) to the portal to let it know that it’s working properly. If a controller goes offline, the Host receives a message from the Portal Gateway.
Additional System Configurations
B.A.S.I.S. Wi-Q Interface supports various system configurations. For example, some locations at your segment may already be hard wired with legacy equipment or additional input or output devices. You can include a Wireless Access Controller that links a hard wired strike and controller with a Portal Gateway. For more information about various applications you can adapt for use with B.A.S.I.S. Wi-Q Interface, see
“Hardware Overview” on page 13.
9
Software Overview
B.A.S.I.S. Wi-Q provides powerful tools to manage your system. The
B.A.S.I.S. Wi-Q Interface Software allows you to add Portal Gateways,
Controllers and Segment Sign on Credentials to your B.A.S.I.S. system. The
Configuration Software also allows you to send firmware updates to your
Portal Gateways and wireless locksets as they become available. Once your
Stanley® Wi-Q components are added into B.A.S.I.S., you may manage your online and wireless systems together as one.
Setup Checklist
B.A.S.I.S. Wi-Q Interface is set up in ten basic tasks. Completing these tasks will ensure you get your system up and running as quickly and efficiently as possible. Some tasks are performed at the Host computer and some at the segment site. It is appropriate to perform some tasks concurrently. For example, you may have someone prepare your computer and install the software concurrently with site plan development and hardware installation. However, you must have the software installed and Portal Gateways ‘online’ before you can sign on controllers.
Note System setup does not proceed in a linear manner. The following references prompt you to skip around within the B.A.S.I.S. Wi-Q
Interface User Guide.
Task 1: Develop a Site Plan
Task 2: Position Portal Gateways
Task 3: Gather and Organize Segment Data
Task 4: Prepare your Computer
Task 5: Install B.A.S.I.S. Wi-Q Interface Software
Task 6: Configure Portal Gateways
10
Task 7: Install Portal Gateways
Task 8: Install Door Hardware
Task 9: Sign on Controllers
Task 10: Configure Software
11
12
2 Hardware Installation
Hardware Overview
B.A.S.I.S. Wi-Q Interface integrates wireless hardware into your existing hard-wired B.A.S.I.S. system. B.A.S.I.S. Wi-Q Interface is designed for versatility so you can retrofit existing portals and include various I/O devices.
Note Once Wi-Q Technology locksets are installed, you will need to sign them on in the B.A.S.I.S. Wi-Q Interface Software. Therefore, it is appropriate to install B.A.S.I.S. Wi-Q Interface Software before or concurrent with hardware installation. For more information, see
“Sign on Controllers (Task 9)” on page 29.
Figure 2 is a block diagram showing various configurations. B.A.S.I.S.
Wi-Q Interface supports all Wi-Q Technology Wireless Controllers via
Portal Gateways (A); and existing Prox/Wiegand, RQE, door strike, and door monitor switch configurations (B). Configuration types are briefly described in the following paragraphs. Full installation instructions are provided in the following sections.
13
14
Figure 2 Example System Configurations
PORTAL
GATEWAY
A
SECURE
SOCKET
2.4 Ghz, Spread Spectrum/
AES 128 Bit Encryption
WIRELESS
DOOR
CONTROLLER
ETHERNET
10/100 BASE T
LAN/WAN
HOST
Up to 64 wireless devices per portal gateway
(configured in increments of 16) B
WIRELESS ACCESS
CONTROLLER
DOOR MONITOR
SWITCH
802.11g or other comm. Carrier
RQE
STRIKE
PORTAL
GATEWAY 12V DC
Optional 12/24 V
DC Power Supply
Sealed Led Acid
Battery Pack
Existing
Prox/Weigand card reader
Portal Gateways
The Standard Wi-Q Technology Portal Gateway is a wireless device connected to the Host computer through a secure IP address, similar to the way your computer is connected to the internet. It transfers data signals from Wireless Controllers to and from the Host computer. The Portal Gateway recognizes all Wireless Controllers within its antenna range. One Portal Gateway can control up to 64
Wireless Controllers.
Portal Gateways provide bi-directional radio frequency communication between Wireless Controllers and the associated host computer(s).
All communications are via secure AES 128-Bit encrypted 2.4 HGz using spread spectrum RF Radio technology. The Portal Gateway communicates to the host computer through web services via either
Ethernet 10/100 BaseT, approved 802.11 G wireless, or an approved commercial RF carrier-enabling a wireless solution end-to-end. Transmit range from Portal Gateways will vary based on building construction.
Directional antennas are also available to further extend range.
Wireless Controllers
B.A.S.I.S. Wi-Q Interface is designed to operate with Wi-Q
Technology Best 45HQ mortise and/or Best 9KQ Cylindrical locksets equipped with either keypad, card, or a combination of controller input devices. Door switch monitor, request to exit, and door lock position sensors are included in the locks. Stanley Wi-Q Technology controllers support a broad range of controller technologies:
Card or Keypad ID with PINs
Magnetic Stripe, Prox, MIFARE (card number only)
512 Timezones (per Segment)
18000 User Credentials per door (based on licensing)
Cardholder access level definition
Dynamic memory for IDs vs Transactions
Locally stored and transmitted transactions
ADA Compliant
No AC required at door
Wireless Access Controllers
You can retrofit any existing controller configuration to communicate with Stanley Wi-Q Technology Portal Gateways using Wi-Q
Technology Wireless Access Controllers. You can also use this device to connect other I/O devices to the system. About the size of a standard double-gang box electrical box, these controllers operate on standard 12V DC or an optional 12/24 V DC power supply, sealed, lead acid battery pack. They seamlessly integrate existing door hardware into the B.A.S.I.S. Wi-Q Interface system, supporting Wiegandcompatible keypad controller inputs.
Note Please check with your Stanley representative for a list of compatible controllers.
Antenna Types and Applications
To optimize system performance, it is important to position Portal
Gateways to receive maximum signal strength from the Wireless
Controllers. Once all door hardware has been installed, you will be ready to position Portal Gateways using the Wi-Q Technology Site
Survey Tool. Wi-Q Technology supports two antenna types: Omni-
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directional, designed to provide coverage in all directions; and
Directional antennas that focus the signal from point-to-point over longer distances and through obstacles. For more information, see
“Position Portal Gateways (Task 2)” on page 20.
Installing System Hardware
A B.A.S.I.S. system with integrated Wi-Q Technology can operate with Best 45HQ Mortise locks, Best 9KQ Cylindrical locks, Best EXQ
Trim, Wireless Access Controllers and Wi-Q Technology Portal
Gateways. Detailed installation instructions are provided in the following sections and in the lock instructions provided with the hardware which are included as Appendices to this manual.
What you will need
Engineering drawings or segment map
Wi-Q Technology Site Survey Kit
Wi-Spy Spectrum Analysis Tool by MetaGeek (or equivalent) to identify the best open channels for your network
For keypad controllers, you will need the sign-on credential from the B.A.S.I.S. Wi-Q Interface Software
For magnetic stripe or proximity card readers, you will need the Temporary Operator Card (supplied with the controller) and
Sign on Card (supplied in the B.A.S.I.S. Wi-Q Interface Software package). You will also need the appropriate magnetic stripe or proximity USB enrollment reader to create a proximity sign-on credential.
Locksets to be installed on doors, including cores and keys supplied with specific model.
Installation instructions for specific lockset brand and model.
Portal Gateways
Access to standby power for 120 VAC non-switch circuit for 12 VDC plug-in transformer.
10/100/1 GigE Base-T network connection
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Crossover Ethernet cable if direct connection between Portal
Gateway and Host will be used
Wireless Access Controllers, if used, and knowledge of existing hardware and switches for any retrofit installations
Installation tools
Drill Motor/hole saw with bits appropriate for the specific lock (see the template included in your lock)
Phillips-head and flat-head screw drivers
Access to the Host, a networked workstation, or wireless laptop computer.
Develop a Site Plan (Task 1)
Before installing Portal Gateways, it is a good idea to develop a general plan for the segment. This plan will guide you in deciding where to install the Portal Gateways. You must consider the following:
Transmit range from Portal Gateway to controller varies based on building construction. Site characteristics such as reinforced concrete walls could interfere or weaken the signal; open spaces and low interference can increase signal strength.
Figure 3 shows a typical site configuration. The Host (A) is located
in Building 1. The Building 1 Portal Gateway (B) is located near the electrical panel in the communications/electronics room.
The Building 2 Portal Gateway (C) is positioned next to the electrical panel. With 48 rooms in this three-story dorm, front and rear access doors and access to the elevator on three floors, this gateway provides coverage to 53 controllers. Its range extends to all three floors of the building, and will also cover the pedestrian access, and elevator of the Parking Garage.
The Parking Garage portal (D) is positioned to cover the pedestrian door near the dorm and the stairway and elevator doors. Its range also extends to the entrance of Buildings 1 and 2.
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18
Figure 3 Sample site installation plan
Parking Garage
Stair/
Elevators
108
107
Building 2
106
116
115
114
C
Comm./
Elect.
105
104
103
102
101
Stair/
Elevators
3 Story Dorm Rooms
101-148
Double Occupancy
96 Students
111
110
109
113
112
200 ft
D
Portal
Gateway
50 ft
Admin.
6 Staff
Host
A
Portal
Gateway
B
Electrical
Panel Box
Housekeeping
10 Staff
150 ft
Building 1
Lecture 1
250 ft
Lecture 2
Plotting the Plan
If you don’t already have a site plan indicating building dimensions, distances between buildings, possible obstructions, parking segment, and other gated access points, contact your facilities maintenance or project engineer. If none are available, you will need to visit the site, take measurements and draw up a plan of your own.
Device Identification
Each device in the system will have its own unique identity. It will be important for you to document that identity, along with capacities and locations, and to give each device a common name such as
“Parking Garage” or “Admin 1”. At a minimum, you must record the
Media Access Control number (MAC address) for each device. This
12-digit number is assigned by the manufacturer of a network device so that it can be recognized as a unique member of a network.
Note The MAC address is most commonly shown on the back of or inside the device, so it’s important to record this number before you install the device.
When you move on to configure the Host computer, it is essential to have a list identifying each Controller and Portal Gateway recognized by the system. We recommend creating a temporary label for each device that includes the MAC address, device name, location, capacity, and type of antenna so that installers on the site will have a reference for installing the correct device in a location.
Interference
Wi-Q Technology transfers information between devices in the form of data packets over the 2.4 GHz ISM band. This band frequency is very heavily used in many devices such as wireless computer networks (802.11 b and g) and cordless phones, which increases the risk of lost packets, that is, packets that do not make it from a controller to a Portal Gateway because of interference. Interference can also reduce controller battery life due to the constant rebroadcasting of packets and lost connections to the portals. To achieve maximum efficiency in B.A.S.I.S. Wi-Q Interface, this frequency range must be managed effectively. Therefore, the installer must know the positions and channels of all the 2.4 GHz wireless devices in the segment and ensure channels are assigned to each
19
device so that there is minimum frequency overlap with adjacent or nearby devices.
Extended Range
It is likely that you will have locations in your segment separated by distances greater than 300 feet. You may want to consider adding a Portal Gateway with a directional antenna to extend the transmit range.
Note Actual distances will vary based on building construction.
Position Portal Gateways (Task 2)
Once all door hardware and controllers have been installed, you are ready to determine the final placement of Portal Gateways using the results from the Wi-Q Technology Site Survey Kit. The Site Survey
Kit helps you determine the number and optimum location of Portal
Gateways and verify signal strength before permanently installing the hardware. It is important to perform the Site Survey process as many times as needed to determine the optimal position.
Note You will need to test signal strength at all door locations near the perimeter of the coverage area as well as any location where a physical obstruction may cause interference.
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Antenna types
Wi-Q Technology supports two antenna types: Omni-directional, designed to provide coverage in all directions; and Directional antennas that focus the signal from point-to-point over longer distances and through obstacles. If you have trouble verifying
signals, you may need to consider some antenna type options. Figure
4 shows two available antenna types.
Figure 4 Selecting the antenna type that best suits your needs.
Power Supply
Portal Gateways must be located where they can receive 12 VDC power from a transformer plugged into a dedicated power source. If this is not possible, ensure they are plugged in to a 24/7 power circuit than cannot be turned off at a switch, such as a light switch that might be turned off by a cleaning crew.
To make your final determination, you must also consider the following:
Access to Ethernet 10/100 Base T network connection.
Proximity to other I/O device(s) if used.
Placement within range of controllers.
Note Transmit range will vary based on building construction.
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Troubleshooting
If you have problems establishing communication using the Wi-Q
Technology Site Survey Tool, refer to the following troubleshooting guide:
Table 1. Troubleshooting (Portal Gateway Communication)
If...
The green light on the power supply does not turn on...
Then
Firmly press the power cord into the outlet on the outside of the case. Confirm that the other end of the power cord is plugged into a working electrical outlet.
Ensure the power cord is firmly connected to the bottom of the Portal Gateway.
The power supply is on, but the green light on the Portal Gateway does not turn on.
The Stanley Site Survey application freezes after clicking
Connect.
The Stanley Survey network is not listed in the Wireless Network
Connection window.
The Stanley Site Survey application is not receiving a signal from a beacon.
When connecting the battery wires, the beacon does not power up (the blue LED on the circuit board remains off and no confirmation tone sounds).
The Stanley Site Survey application is not receiving signals from any beacons.
Close the application and reconnect the Host PC to the Stanley survey wireless network.
Confirm that the green light on the power supply is on. Ensure the power cord is firmly connected to the bottom of the wireless router (under the foam).
Ensure the beacon is powered up. Move the beacon closer to the Stanley Site Survey kit.
Disconnect the battery pack wires, wait 10 seconds, and reconnect. If this does not work, replace the battery pack.
Ensure the Ethernet cord is connected to the wireless router (under the foam). If this does not work, you might need to change the advanced setup options for the application with the assistance of your Stanley Security Solutions representative.
Next steps
When you are satisfied with signal performance, you can proceed to configure Portal Gateways using the B.A.S.I.S. Wi-Q Interface Software.
See “Configure Portal Gateways (Task 6)” on page 65.
Install Portal Gateways (Task 7)
The most common installation site is inside an existing protected area such as a locked room or other secure enclosure, or above ceiling level. If you are installing inside a dealer-supplied locked enclosure, refer to the instructions provided with that equipment.
Figure 5 shows a Portal Gateway positioned in a protected area.
Figure 5 Installing a Portal Gateway in a protected area.
Portal
Gateway
Approx.
5 ft. 6-in. high
(eye level)
Connecting the Portal Gateway and Verifying Operation
Once the Portal Gateway is installed, connect and verify operation:
1 Connect the power supply to the Portal Gateway and plug the transformer into a dedicated AC power supply (wall outlet). The
Power Indicator light should come on. See Figure 6.
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2 Insert the Ethernet cable into the Ethernet connection on the bottom of the Portal Gateway. The Link Indicator light should come on. After about 30 seconds, the yellow activity indicator light will flash under normal operation.
Figure 6 Connecting the Portal Gateway to Power and Ethernet Connections.
Activity Indicator Link Indicator Power Indicator
Ethernet
Connection
Power
Port
Note If no protected area is available, consider positioning the Portal
Gateway inside a locked enclosure designed for that purpose. Contact your dealer for more information.
Installing a Wireless Access Controller
The Wi-Q Technology Wireless Access Controller (WAC) provides an optional, cost effective way to retrofit an existing hard-wired application, or where the installed controller may be obsolete or unable to handle additional controller inputs. It supports Wiegandcompatible keypad controllers and is configured and monitored in the
B.A.S.I.S. Wi-Q Interface Software, just like a standard controller.
Note Please check with your Stanley representative for a list of compatible controllers.
Using the Wireless Access Controller (Figure 7), you can add
controllers or other I/O devices to an overall wireless solution without the high cost of installing hard-wire such as RS485 or CAT5 to the controller. You can position the controller at the door or where suitable above the ceiling tile.
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Figure 7 Wireless Access Controller.
Installation
Specific installation methods are dependent on the device type and configuration of the system; therefore, the WAC should be installed by a trained technician using the instructions provided with the controller.
WARNING: Wireless Access Controllers are intended for use in indoor or protected area. For other applications, such as outdoor use, contact the factory for the appropriate NEMA enclosure.
Changes or modifications not expressly approved by Stanley
Security Solutions could void the user’s authority to operate the equipment.
Wireless Access Control Wiring
The Wireless Access Controller (WAC) can be installed with its own
12 VDC power supply or slaved to the existing installation. Figure
8 is a wiring diagram illustrating both configurations. Dotted lines
represent optional connections for the slaved configuration.
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Figure 8 Connecting devices to a WAC
(+ Power)
(+)
(–)
Electric lock
Connect as required
STRIKE NC (Relay 1)
STRIKE COM (Relay 1)
STRIKE NO (Relay 1)
SHUNT NC (Relay 2)
SHUNT COM (Relay 2)
SHUNT NC (Relay 2)
KEY (I/O)
GND
RQE (I/O)
DSM (I/O)
GND
DLS (I/O)
WIEGAND 0 (I/O)
GND
WIEGAND 1 (I/O)
RED
GND
GRN
Weigand output reader
(+ Power)
ANT
DO NOT USE
GND
3.3V (10mA MAX)
DO NOT USE
– DC 9-24V
+ DC 9-24V
– DC 9-24V
+ DC 9-24V
12 VDC
Strike Power
Supply by others
Once the WAC is installed and all points connected, it will be recognized by B.A.S.I.S. Wi-Q Interface as a ‘Controller’ in the system. The WAC is configured in an almost identical manner as a Controller. For more information about configuring the WAC in the B.A.S.I.S. Wi-Q Interface
Software, see “Controllers Tab” on page 81.
Install Door Hardware (Task 8)
This section provides general instructions for installing your controllers. Complete instructions for installing locks are packaged with the hardware. You will also find instructions for Stanley Wi-Q
Technology Best 45HQ Mortise locks, Best 9KQ Cylindrical Locks and
Best EXQ Trim as Appendices to this manual.
Before You Begin
Before you begin, take a few moments to review the following considerations:
Record device MAC address before installing device. You will need this when configuring the controller in the B.A.S.I.S. Wi-Q Interface
Software and B.A.S.I.S. System Software.
26
Wi-Q and Omnilock Technology locks will work from -31°F to 151°F.
Note Extreme heat will cause a reduction in wireless signal strength and can cause a loss of connectivity while the heat remains.
Note Alkaline batteries cease to operate if they reach a temperature of
-20°F
Wi-Q Technology controllers are designed for use on 1-3/4-inch doors. If you need to install on non-standard doors, contact
Stanley Customer Service for more information.
Lockset instructions are given for right-hand doors (as determined from outside the door). If you are installing a left-hand door, see the instructions provided with your lockset for hand change instructions.
If you are installing locksets on unprepared (un-drilled) doors, use the template provided with your specific lockset.
Please refer to the Appendices or the instructions provided with your particular lock to complete these steps. Once this is done, check controller operation as described in the following paragraphs.
Check Controller Operation
Verify controller operation using the steps appropriate for your controller type (Magnetic Card or keypad). If the system does not operate properly, see Troubleshooting, at the end of the section.
Magnetic Card Check
If your system has a magnetic card reader (mag card), you will need the Temporary Operator Card (supplied with the controller) and Sign on Card (supplied in the B.A.S.I.S. Wi-Q Interface Software package) when you are ready to sign on the readers.
To perform a magnetic stripe card verification:
1 Determine if the magnetic card type is Track 2 or Track 3.
2 Select the default Programmer ID card that matches the type for your magnetic card reader.
27
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3 Insert and remove the magnetic card. The magnetic stripe on the card should be aligned with the ‘V’ mark by the card slot. The lights on the top of the Wi-Q Technology card reader will flash green once and unlock, then during the open delay time, it will flash green five times. Once this occurs, the card reader light will flash red and lock.
4 While unlocked, check for proper lock operation.
Keypad Check
If your Wi-Q Technology controller is a keypad type, perform the following steps:
1 At the keypad, enter the default Programmer ID, 1234#. The green light on top of the card reader will flash once and the lock will unlock, then during the open delay time, it will flash green five times. Once this occurs, the controller red light will flash and the lock will relock.
2 While unlocked, check for proper lock operation.
Troubleshooting mortise and cylindrical locks
If the mechanism doesn’t unlock, refer to the following table:
LEDs
Single red flash
Table 2. Troubleshooting (Mortise and Cylindrical Locks)
Sounder You should...
— Use the card at a moderate speed.
Red flashes
Green flashes
—
3 short tones
—
—
Use the temporary operator card provided with the lock.
Check the motor connection.
Check the battery connection.
Troubleshooting EXQ Exit Hardware trim
If the mechanism doesn’t unlock, refer to the following table:
LEDs
Single red flash
Table 3. Troubleshooting (EXQ Exit Hardware Trim)
Sounder You should...
— Use the card at a moderate speed.
Red flashes 3 short tones
Green flashes
Alternating red and green flashes
—
—
— —
Use the temporary operator card provided with the lock or
Perform a door reset to restore to the factory default settings (the lock may already be associated (programmed).
Check the motor connection.
Check the motor connection.
Check the battery connection.
For additional troubleshooting instructions, see the Service Manual for the hardware.
Sign on Controllers (Task 9)
When all hardware is installed and tested, you are ready to sign on your system controllers. To do this, B.A.S.I.S. Wi-Q Interface
Software must be installed on your Host computer. At a minimum, you will need to create your segment and add your Portal Gateways to the segment tree before you can sign on the controllers. Once that is done you can return to the site and sign on the controllers. To complete controller sign on, you must perform steps at the Host and the controllers.
At the Host
Once you have installed B.A.S.I.S. Wi-Q Interface Configuration Tool and created a segment, a sign-on key number is generated. You will need this number when you return to the site and sign on the controllers.
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To get the Sign on Key number:
In the B.A.S.I.S. Wi-Q Interface Software, at the top of the screen, note the Segment Sign On Key number.
Figure 9 Locating the Segment Sign On Key.
Sign on key
At the Controllers
Once you have the sign on key number, you can return to the site and prepare to sign on all controllers.
Signing on Keypad Controllers
If your segment uses keypad controllers, use the following steps, in sequence, to register each controller in the system. Once this is done, the controllers will appear in the B.A.S.I.S. Wi-Q Interface Hardware
Segment tree and Controllers tab.
Note The following sequence is timed. Be sure to have your segment sign on key ready to enter at the appropriate time.
1 Have your six-digit segment sign on key number ready.
2 At a keypad controller, press the following number sequence on the keypad: 5678# (Wireless Door Controller) or 5678 (WAC). The green light will flash three times.
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3 Within five or six seconds, begin to enter the six-digit segment sign on key number, followed by #. You will have about five seconds to enter each number. The sequence will time out if more than five seconds elapses between numbers.
4 Once the key number is completed, the controller begins to alternately flash green and red to signify that it is searching for Portal Gateways in range. If the sequence was completed successfully, three green flashes indicate the controller has accepted the sign on key.
5 If you see three red flashes, the controller has not accepted the number or you have exceeded the time limit. Begin again at step two and continue until you receive three green flashes.
Note Once a controller has been signed on, all sign-on functionality is disabled unless it is deep-reset.
Signing on Card Readers
If your segment uses card readers, you may want to register one of
your cards with a segment credential number (See “Segments and
Segment Sign On Credentials” on page 73). This card will be used
to sign on card readers to the system. You can register a separate card and hold it specifically for this purpose, or register one that belongs to a user such as the Administrator’s card. Once this is done, you will use the card to sign on each card reader in the system.
Verify Signal Strength, Voltage and Packet Radio
If you used the Wi-Q Technology Site Survey Kit, you have already verified basic controller signal strength. Once the controllers are signed on, you can use the B.A.S.I.S. Alarm Monitoring application to further measure controller performance, including controller voltage
(battery level), and the packet ratio (the number of packets received vs the number of packets sent) of the controller. For more information about the B.A.S.I.S. Alarm Monitoring application, see the B.A.S.I.S.
Alarm Monitoring User Guide.
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Replacing a Controller
If you must replace an old or defective Controller with a new one, follow these steps:
1 Ensure that the Controller is not online and not associated with any
Portal. Send a deep reset to the Controller if needed.
2 Inside the B.A.S.I.S. Wi-Q Interface Configuration Tool, right-click on the Controller that must be replaced and delete it.
3 Inside the B.A.S.I.S. Readers and Doors Module, modify the name of the Controller to include the new hardware’s MAC Address.
4 Remove and Replace the Controller hardware.
5 Sign on the Controller. The configuration information should be automatically sent to the new Controller.
3 Software Installation
This chapter will guide you through performing the following tasks: :
Task 3 — Gather and Organize Segment Data
Task 4 — Prepare your Computer
Task 5 — Install B.A.S.I.S. Wi-Q Interface Software
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Gather and Organize Segment Data (Task 3)
As the technical team works on planning and installing hardware using the Site Plan, a program administrator or other person responsible for the software side of program setup should be making plans to populate and configure the B.A.S.I.S. Wi-Q Interface
Software and the B.A.S.I.S. System Software.
Device Information
You will need the MAC numbers, device names, capacities, and physical locations of all Portal Gateways so that you can easily identify them and assign them to the correct location within the
B.A.S.I.S. Wi-Q Interface Software and B.A.S.I.S. System Software.
Ensure your site technical team will provide you this information as they work their way through the site.
User Information
To set up your B.A.S.I.S. Wi-Q System you will need to gather the names of users, define their access requirements, organize user and timezone groups, and decide how you will use other features configurable within B.A.S.I.S..
It will be helpful to create a table listing what you know about each user. Starting with a list of names, think about building a table that defines basic information about each user; such as, User Type, User
Group, Shift, and so on. Following is a very simple example:
Last
Alverez
Bennet
Ford
First
Alicia
Fred
Aldo
Table 4. User Information
User Type Bldg.
User Group
Manager A Admin
General
General
A
B
Lecture
Service
Timezone
Default
Default
Service 1
Shunt
Default
30 sec.
30 sec.
What User Groups will help you manage security? Do you have shift workers who are allowed on site only during certain days or hours?
Will there be areas off limits to certain groups? Do some users need extra time to pass through a door, such as to accommodate a food cart or wheel chair? Start thinking about these elements and begin organizing the data as soon as possible so you’ll be ready when your equipment and software are ready. It is a good idea to use a spreadsheet software such as Microsoft® Excel® for this purpose.
That way you can sort the data to help you plan your segment.
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Importing Data
Do you have an existing database that already contains much of the information you need? It is likely you can modify a version and import it into your B.A.S.I.S. System using the program’s System
Administration feature. If you have a large organization, this will save you time and reduce data entry error. See the B.A.S.I.S. System
Administration User Guide for more information.
Prepare Your Computer (Task 4)
To prepare your computer for the installation of the B.A.S.I.S. Wi-Q
Interface Software, you must do the following:
Ensure that your system is equipped with an appropriate operating system, database and server.
Configure your Windows Firewall Ports.
Obtain your Portal Gateway Accessory Add-On.
Stop your Communication Server (if required).
Install your Portal Gateway Accessory Add-On
It is recommended that you follow the tasks above in the order that they are presented in this guide.
Note You must have administrative rights on your computer to perform many of the tasks listed here.
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Recommended System Limits
It is important to ensure your Host computer or computers are adequate to handle the system.
Computer specifications should follow Lenel documentation.
The loading on a single Lenel communication server should be as follows:
Element
Portal Gateway Panels and Online Panels
Wi-Q Locks and Online Readers
Limit
80 maximum
500 maximum
Configure Windows Firewall Ports
Several ports must be enabled in your Windows firewall settings to allow proper communication in the B.A.S.I.S. Wi-Q Interface. The following ports must be enabled:
Port 23
Port 80
Port 1433
Port 1434
Port 8000
Port 11000
Port 5353
If your firewall is disabled, then all ports are open by default. If the firewall is on, perform the following steps in order to add the required ports listed above:
Note The screenshots below reflect a Windows 2007 operating system.
Navigating through the firewall settings in other editions of Windows will be slightly different.
1 Navigate to your Windows Firewall settings from your PC’s control
panel. See Figure 10. Then, click on Advanced settings.
Figure 10 Windows Firewall
Navigate to Windows Firewall
Click on Advanced settings
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38
2 Select Inbound Rules.
Figure 11 Inbound Rules
Select Inbound Rules
3 Right click on Inbound Rules to open an option menu. Select New
Rule from the menu.
Figure 12 New Rule
Select New Rule
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40
4 In the New Inbound Rule Wizard window, select Port. Click Next to continue.
Figure 13 Create Port Rule
Select Port
Click Next
5 Enter the following ports into the “Specific local posts” field: 23,
80, 1443, 1434, 8000, 11000, 5353. Then, click Next to continue.
Figure 14 Enter Ports
Enter ports: 23, 80, 1443, 1434, 8000, 11000, 5353
Click Next
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42
6 Select Allow the connection. Click Next to continue. See Figure 15.
Figure 15 Allow the Connection
Select Allow the connection
Click Next
7 De-select the Public option. Click Next.
Figure 16 De-select Public
De-Select Public Click Next
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44
8 Give the new rule a name that can be easily identified by an
administrator. Once finished, click Finish. See Figure 17.
Figure 17 Name the Rule
Name the Rule
Click Finish
9 The new rule now appears in the list. The Firewall Settings module
may now be closed. See Figure 18.
Figure 18 Inbound Rules List
New Rule shows in list Click to close
Obtain Portal Gateway Accessory Add-On
Before you can install the B.A.S.I.S. Wi-Q Interface software, you must obtain a Stanley Portal Gateway Accessory Add-On from Stanley Technical Support’s website. This package contains necessary B.A.S.I.S. add-on components that enable Stanley Portal
Gateway support. Contact Stanley Technical Support directly at
[email protected]. The Stanley Technical Support team will supply you with a Windows Installer File (File extension: .msi).
45
Stop Communication Server
To make sure your Communication Server is not running, first, navigate to your system’s Services via Administration Tools. See
Figure 19 Navigate to Services
Navigate to Administrative Tools
46
Click to Open Services
Next, locate “LS Communication Server” in the list of services
(Figure 20). If the Status column reads as “Started,” right-click on the
line and select Stop.
Figure 20 Stop Communication Server
Install Portal Gateway Accessory Add-On
Once you’ve obtained the Add-On package and associated database login information, perform the following steps to install it.
1 Navigate to the Windows Installer File (.msi extension) that you obtained from Stanley Technical Support. Double-click to install.
2 A window will pop up to notify you of the Windows updates required to run the Add-on. Make sure your system meets the
prerequisites listed. Click OK. See Figure 21.
Figure 21 Required Windows Updates for Accessory Add-On
3 The Accessory Add-On InstallShield Wizard will open. Read the
license agreement carefully, then click Next. See Figure 22.
Figure 22 Accessory Add-On InstallShield Wizard
4 The Add-On package will begin to install.
5 Next, you will be prompted to input the Login ID and password.
The default, case-sensitive Login ID and password are:
Login ID: LENEL
Password: MULTIMEDIA
Type in your login information and click OK. See Figure 23.
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Figure 23 SQL Server Login
6 A window will pop up to inform you that the Stanley B.A.S.I.S.
Wi-Q Interface must be installed next. Click OK. See Figure 24.
Figure 24 Accessory Add-On Installation Reminder
7 The InstallShield Wizard should now be complete. Click Finish to
exit the wizard. See Figure 25.
Figure 25 Accessory Add-On Installation Complete
Install B.A.S.I.S. Wi-Q Interface Software (Task 5)
Once the Accessory Add-on has been installed, it is time to install the B.A.S.I.S. Wi-Q Interface Software. The B.A.S.I.S. Wi-Q Interface
Software is a powerful tool that will help you integrate Wi-Q
Technology into your B.A.S.I.S. system. The software consists of three parts:
Stanley B.A.S.I.S. Wi-Q Interface — Provides a communication link between the B.A.S.I.S. Communication Server and Stanley Wi-Q
Portal Gateways. The Interface is responsible for transmitting and receiving all access control information.
Stanley B.A.S.I.S. Wi-Q Interface Configuration Tool — The actual software that you use to configure Portal Gateways, generate
Segment Sign-On Credentials, add Wireless Controllers and run
Firmware Updates.
Stanley B.A.S.I.S. Wi-Q Interface Database — Contains the tables that are installed within the B.A.S.I.S. Access Control Database that are used by the B.A.S.I.S. Wi-Q Interface and B.A.S.I.S. Wi-Q
Interface Configuration Tool.
Once the software is installed, you can access this application from the Windows Start Menu. Perform the following steps to install the
B.A.S.I.S. Wi-Q Interface Software.
1 If you have not already done so, download the B.A.S.I.S. Wi-Q
Interface Software from the Stanley Technical Support website or
Insert the software disc into your machine’s disc reader.
2 Navigate to the software contents and double-click the file called setup.exe.
3 The Stanley B.A.S.I.S. Wi-Q Interface InstallSheild Wizard will pop
up. Click Next to continue with the installation. See Figure 26.
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Figure 26 B.A.S.I.S. Wi-Q Interface Setup Wizard
Click Next
4 Read the License Agreement. To continue with the installation, click on “I accept the terms in the license agreement,” then press Next
Figure 27 B.A.S.I.S. Wi-Q Interface License Agreement
Click to accept terms of license agreement
Click Next
5 In the “Database server that you are installing to” field, enter the
computer name of your B.A.S.I.S. Server (Figure 28, Item A). If
needed, you may browse to the server by selecting Browse.
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Figure 28 B.A.S.I.S. Wi-Q Interface Database Server
A
B C D
6 In the Connect Using section, choose your connection method.
If you choose Server authentication, provide the Login ID and
Password for the server. See Item B.
7 Enter the name of your B.A.S.I.S. Database in the “Name of database catalog” field. See Item C. If needed, you may browse to the database name by selecting Browse.
8 Click Next (Figure 28, Item D).
Note
If you receive an error message like Figure 29, there may be an
error in your database server information. Click OK, correct your information as needed, and press Next to continue. If you receive the error message again, and you have verified that all of your information is correct, contact Stanley Technical Support.
Figure 29 Connection Error Message
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9 The next step requires you to choose either a Complete Setup Type
or Custom Setup Type. See Figure 30. Selecting Complete will
install the Stanley B.A.S.I.S. Wi-Q Interface, the Stanley B.A.S.I.S.
Wi-Q Interface Configuration Tool and the Stanley B.A.S.I.S. Wi-Q
Interface Database. Selecting Custom will allow you to choose which components to install. Once you’ve made your selection, press Next to continue.
Figure 30 Choose Setup Type
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Figure 31 shows the installation components available in a Custom
Setup.
Figure 31 Custom Setup
54
Clicking on the icons to the left of each component will bring up
installation options (Figure 32). If you decide on a Custom Setup,
you must select an installation option for each component. Then click Next to continue.
Figure 32 Custom Setup Options
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10 The wizard is now ready to begin installation. Click Install.
Figure 33 Begin Installation
Click Install
11 At this point, the Bonjour ® Print Services Installer window will pop up. Bonjour networking technology is used by the B.A.S.I.S. Wi-Q
Interface Configuration Tool to locate and list all Portal Gateways on the network. Click Next to begin installing Bonjour.
Note If performing a Custom Setup, Bonjour will only be installed if the
B.A.S.I.S. Wi-Q Interface Configuration Tool is being installed.
Figure 34 Bonjour Print Services Installer
Click Next
12 Read the License Agreement. To continue with the installation, click on “I accept the terms in the license agreement,” then press Next.
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Figure 35 Bonjour Print Services License Agreement
Click to accept terms of license agreement
Click Next
13 Read the information about Bonjour Print Services. Then press
Next.
Figure 36 Bonjour Print Services Information
14 In the Installation Options section, decide whether or not to create a desktop shortcut and/or schedule automatic updates for Bonjour.
Choose your destination folder and then select Install.
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Figure 37 Bonjour Installation Options
15 Once the Bonjour Print Services Installation is complete, press Finish.
Figure 38 Bonjour Print Services Installation Complete
16 The B.A.S.I.S. Wi-Q Interface components now begin to install.
Once installation is complete, press Finish.
Figure 39 B.A.S.I.S. Wi-Q Interface Installation Complete
17 You may now start up your Communication Server again. See
“Stop Communication Server” on page 46 for more information
on how to access it.
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4 Software Configuration and Use
This chapter will guide you through Task 6 (Configure Portal
Gateways) and Task 10 (Configure Software) and Firmware Updates.
It will also provide a useful term comparison chart for events and transactions in B.A.S.I.S. Alarm Monitoring and the B.A.S.I.S. Wi-Q
Interface Configuration Tool.
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B.A.S.I.S. Wi-Q Interface Configuration Tool Overview
This section will provide a brief overview of the components in the
B.A.S.I.S. Wi-Q Interface Configuration Tool. See Figure 40.
Figure 40 B.A.S.I.S. Wi-Q Interface Configuration Tool
2 6
1
3
4
7
5
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1 File menu dropdown
Contains two options: (1) Database Connect and (2) Exit. You can use Database Connect tool if you must connect to additional databases or if you move the location of the database and must connect to it again.
2 Hardware Config menu dropdown
Contains two options: (1) Portals and (2) Firmware Reprogram.
The Portals tool is used to add and configure portal gateways. The
Firmware Reprogram tool is used to send firmware updates to your wireless hardware.
3 Segments tree
Provides a visual representation of which Portal Gateways are associated with which segment and which Wireless Controllers are associated with which Portal Gateways. Right-clicking on hardware items listed in the tree will provide additional options.
4 Segment Credentials tab
Allows you add Sign On Credentials so you can sign on wireless card readers.
5 Portals tab
Displays a list of Stanley® Wi-Q Portal Gateways and details about each one.
6 Controllers tab
Displays a list of Wireless Controllers and details about each one.
7 Firmware files tab
Used to upload firmware files to the database.
Configure Portal Gateways (Task 6)
Portal Gateways can now be added and configured within the
B.A.S.I.S. Wi-Q Interface Configuration Tool. This can be performed on a single portal or multiple portals at a time. This task is performed in the Portal Configuration window, which utilizes Bonjour to locate and list all Portal Gateways on the network.
Portals are configured from the factory with an IP address of
192.168.1.200. When configuring a Portal Gateway, it is best to connect directly to the portal before placing it on the network. This removes the possibility of duplicate IP addresses on the network.
Note You will need to create and reserve a range of IP addresses for your Portal Gateways before proceeding with Portal Gateway configuration.
To Configure a Portal Gateway:
1 Connect the Portal Gateway to the Host either over the network or directly via crossover Ethernet cable (recommended). For more
information on connecting a Portal Gateway, see “Connecting the
Portal Gateway and Verifying Operation” on page 23.
2 Inside the B.A.S.I.S. Wi-Q Interface Configuration Tool, click on
Hardware Config, and select Portals. See Figure 41.
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Figure 41 Configure Portal Gateway
Hardware Config
3 In the Portal Configuration window, click Scan. This button performs a scan of the entire network and lists the Stanley® Wi-Q
Portal Gateways on the network.
Figure 42 Scan network for Portal Gateways
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Scan
4 Select a portal from the list.
5 At this point, you may change the IP address from the factory setting to one from the range you’ve created. Under New Portal IP
Configuration, type in the IP Address.
6 You may need to adjust the SubNet Mask to match your network.
Consult your network administrator for details.
7 If you have a direct connection to the Portal Gateway, and you have changed the IP address, click on Update IP Configuration to update the selected portal.
Figure 43 Update IP Configuration
IP Address and
SubNet Mask
Update IP Configuration
Portal Configuration Features and Functions
Review this section for additional information regarding the Portal
Configuration window. See Figure 44.
Figure 44 Portal Configuration Window
1
3
2
4 5
6 7 8 12 10 11 9
1 Portals on the Network grid
Provides a list of Portal Gateways on the network. It shows the status of the last operation performed, the portal network name, a hyperlink that opens the corresponding status page, portal MAC address and portal IP configuration data.
2 Scan
Performs a scan of the entire network and lists the Portal
Gateways on the network.
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3 Retrieve IP Configuration
When checked, attempts to retrieve the current IP Configuration for the corresponding portal. This requires direct communication with the portal configuration service, which only runs for one hour after a reboot. If the service is not running, the IP Configuration data will return unknown data.
4 Update IP Configuration
Updates the IP Configuration of the selected portal. This requires direct communication with the portal configuration service. The
“New Portal IP Configuration” fields are used for the new IP
Configuration data.
5 Manual Connect
When checked, allows a portal to be configured by IP address.
Some networks do not allow port 5353 to be open, which is required by the application when scanning for portals. This allows manual connection to the portal so the portal can be configured.
You must click on Update IP Configuration after selecting this box.
6 SSL Enabled
When checked, generates a portal certificate that is sent to the portal and stored to the database. Enable this box when data encryption is required. Multiple portals can be selected when updating the IP Configuration, but only SSL Enabled can be selected. This allows a quick operation of enabling SSL on all portals.
7 Generate Certificates Only
Generates portal certificates for the selected portals. This is not applicable for the B.A.S.I.S. Wi-Q Interface.
8 Export Portal IP Configuration
Exports the portal IP configuration for the selected portals. This is not applicable for the B.A.S.I.S. Wi-Q Interface.
9 Manual Connection
When checked, allows you to manually connect to a portal not listed in the Portals on the Network grid by entering the IP address and Port. You must click on Set Default Configuration after selecting this box.
10 Clear Transactions
When checked, allows you to clear all transactions from portals you select in the list above. This may be selected in combination with the Set Back to Factory Default checkbox. To complete this action, you must click on Set Default Configuration.
11 Set Back to Factory Default
When checked, allows you to set change the IP address(es) of the portal(s) you select in the list above back to factory default
(192.168.1.200). This may be selected in combination with the Clear
Transactions checkbox. To complete this action, you must click on
Set Default Configuration.
12 Set Default Configuration
This button will complete the actions generated by the Manual
Connection, Clear Transactions and Set Back to Factory Default checkboxes.
Once you’ve configured your Portal Gateways, you can add them into your B.A.S.I.S. System Administration Software.
Configure Software (Task 10)
The sub-tasks below are required to configure your software to communicate with your Wi-Q hardware. These should be performed in the order presented here.
1 Add Portal Gateways as Access Panels in B.A.S.I.S.
2 For Wireless Card Readers only — Add Segment Sign on
Credentials in B.A.S.I.S. Wi-Q Interface Configuration Tool
3 Add signed on Wireless Controllers to B.A.S.I.S. Readers and
Doors
4 Configure Portal Gateways and Controllers in B.A.S.I.S. Wi-Q
Interface Configuration Tool
Also in this section, you will find additional notes for configuring
B.A.S.I.S. Cardholder Options, Card Formats, Timezones, Timezone/
Reader Modes, Cardholders and Segments. You will also find information about Firmware Updates in the B.A.S.I.S. Wi-Q
Interface Configuration Tool. Finally, you will be provided with a term comparison chart of events/transactions that are viewable in
B.A.S.I.S. Alarm Monitoring and the Controllers tab of B.A.S.I.S. Wi-Q
Interface software.
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Add Portal Gateways as Access Panels in B.A.S.I.S.
Perform the following steps to add your Portal Gateways as Access
Panels in B.A.S.I.S. System Administration. For more information on Access Panels and/or B.A.S.I.S. System Administration, see the
B.A.S.I.S. System Administration User Guide.
Note A B.A.S.I.S. Access Panel corresponds to a single Stanley® Wi-Q
Portal Gateway. By default in B.A.S.I.S., the controller capacity is set to 64 controllers.
1 Open B.A.S.I.S. System Administration and navigate to the Access
Panels module (Access Control > Access Panels).
2 Click on the Other tab, then click Add. (Figure 45).
Figure 45 Add Access Panel
Click Other
70
Click Add
3 In the Name field, type a unique name for your Portal Gateway
Figure 46 Access Panel Location Tab
7 3
4
5
6
4 Type in or browse to the computer name of the server.
5 Set the Address field to a number between 0 and 7.
6 From the Access Panel Type dropdown list, select Stanley Portal
Gateway.
7 Next, click on the Access Panels Connection tab.
8 Select LAN and enter the unique IP address of the Portal Gateway.
Figure 47 Access Panels Connection Tab
9
8
9 Next, click the Options tab.
10 In the Cardholders field, type in 18000 (Figure 48).
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11 From the PIN type dropdown, select either “1-4 Digit PIN” or “1-6
Digit Pin.”
Note Stanley Wi-Q technology does not support PINs longer than 6 digits.
Figure 48 Access Panels Options Tab
10
11
12
12 Then, click OK.
Once you have created Access Panels in B.A.S.I.S. to match the
Portal Gateways that you configured in the B.A.S.I.S. Wi-Q Interface
Configuration Tool (and your Portal Gateways are on the network), the Portal Gateways will become visible in the Segments Tree and
Portals tab of the B.A.S.I.S. Wi-Q Interface Configuration Tool. See
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Segments and Segment Sign On Credentials
When a panel is created in B.A.S.I.S., it is assigned to a B.A.S.I.S. segment. In the B.A.S.I.S. Wi-Q Interface Configuration Tool, the
Segments tree (Figure 49) provides a visual representation of which
Portal Gateways are associated with which segment. There are no limitations to the number of Portal Gateways that can be assigned to one segment, and there are no limitations to the number of segments.
Note The option to delete a segment from the Segment tree becomes available when you right-click from within the tree.
Figure 49 Segments Tree
Segments
Tree
For each segment, the B.A.S.I.S. Wi-Q Interface Configuration Tool creates a unique Segment Sign On Key that is used to sign Wireless
Controllers onto a segment. This Sign On Key is used when signing on
Wireless keypad controllers (See “Signing on Keypad Controllers” on page 30).
The Segment Credentials tab allows you add Sign On Credentials so you can sign on wireless card readers.
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To add a new Sign On Credential
1 Select Add.
Figure 50 Add Segment Sign On Credential
1
Figure 51 Segment Sign On Credentials
5 6 7
2 Enter a unique description in the Description field.
3 Select an option from the Type dropdown menu. If you’ve selected
Magnetic Stripe Card, select the corresponding Track location.
4 Enter a credential number in the Credential Number field, or attach a USB card reader, press Scan, and scan the card with the reader.
5 Enter an issue code in the Issue Level field (if applicable).
6 If needed, check the Enforce Expiration checkbox to enforce an expiration date.
7 Select Save. This will trigger your Portal Gateway(s) to download the saved information.
be visible in the B.A.S.I.S. Wi-Q Interface Configuration Tool Segment tree and Controllers tab.
Now, you can set up your Wireless Controllers in the Reader and
Doors Module of B.A.S.I.S. System Administration.
2
3
4
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Add Signed On Wireless Controllers to B.A.S.I.S. Readers and Doors
The B.A.S.I.S. Wi-Q Interface supports a maximum of 64 controllers per portal. B.A.S.I.S. supports a maximum of 64 controllers per panel. Perform the following steps to add your Wireless Controllers
into B.A.S.I.S. (Figure 52). See the B.A.S.I.S. System Administration
User Guide for more information on Readers and Doors.
Figure 52 Readers and Doors
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5
6
1
2
3
4
7
1 In the Name field, enter a name for your Controller. The name must contain the MAC Address of the Controller within parenthesis ().
For example: Upstairs IT Closet (123456780006)
2 From the Panel dropdown, select the Portal Gateway to which the
Controller is being assigned.
3 From the Type dropdown, select Generic Reader.
4 From the Port dropdown, select a unique port number (if needed).
5 In the Address field, provide a unique address (if needed).
6 In the Online field, under Reader Modes, select a default reader mode.
Note The First Card Unlock checkbox, Item 7, is not supported by Wi-Q hardware. To enable First Card Unlock at a controller, it must be enabled in the B.A.S.I.S. Wi-Q Interface Configuration Tool first. See
“1st Card Unlock” on page 82. After it has been enabled in the
Configuration Tool, you must modify the controller’s settings the
B.A.S.I.S. Readers and Doors module by selecting Unlocked from the
Online field (Figure 52, Item 6). For more information on First Card
Unlock, see the B.A.S.I.S. System Administration User Guide.
When your Controllers have been setup in B.A.S.I.S., they can be configured further using the B.A.S.I.S. Wi-Q Interface Configuration
Tool Controllers tab. See “Controllers Tab” on page 81. At this
point, your Wireless Controllers can also be added to Timezone/
Reader Modes and Access Levels.
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Configure Portal Gateways and Controllers in
B.A.S.I.S. Wi-Q Interface Configuration Tool
Although you already performed most of the Portal Gateway and
Controller configuration in B.A.S.I.S., additional configuration options can be found in the Portals and Controllers tabs inside the B.A.S.I.S.
Wi-Q Interface Configuration Tool.
Portals Tab
The Portals List tab displays a list of Stanley® Wi-Q Portal Gateways
along with their MAC address and current firmware version (Figure 53).
The Status Legend (Item A) shows the two levels of configuration that exist for Portal Gateways: (1) Hardware Configuration not Configured in B.A.S.I.S.; and (2) Configuration in B.A.S.I.S. Complete. Clicking the checkboxes next to the icons in the Status Legend will display Portals matching those configurations in the Portals List (Item B) below.
Figure 53 Portals List Tab
A
B
Note The options to delete or reset a portal become available when you right-click on it within the segment tree.
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Clicking on the Description for a given Portal Gateway displays
detailed information about it in the Details tab (Figure 54).
Figure 54 Portals Detail Tab
A
B
The Details box (Item A) displays the selected Portal Gateway’s
Firmware version, Model number, Controller Capacity, MAC Address, and Panel ID. Clicking on Edit (Item B)will open the Channel Selection
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Figure 55 Portals Channel Selection Window
The channels selected for the portal must be enabled for the
Controller as well. Channels 25 and 26 are selected by default. If you change the channel configuration, select Save to trigger the interface to send the updated information to your wireless hardware.
Controllers Tab
The Controllers List tab displays a list of Stanley® Wi-Q Controllers
along with their MAC address and current firmware version (Figure 56).
Inside the Status Legend (Figure 56, Item A), three levels of configuration
exist for Wireless Controllers: (1) Configured in B.A.S.I.S., but not Signed
In; (2) Signed In, but not configured in B.A.S.I.S.; and (3) Configured in
B.A.S.I.S., and Signed In. Clicking the checkboxes next to the icons in the
Status Legend will display Controllers matching those configurations in the Controllers list (Item B) below.
Note Controllers are locked to a Portal the first time they are signed into the system. They can be forced to another portal using the
B.A.S.I.S. Wi-Q Interface Configuration Tool if needed. See “Moving a
Controller to a Different Portal Gateway” on page 84.
Figure 56 Controllers List Tab
A
B
Clicking on the Description for a given Controller displays detailed
information about it in the Details tab (Figure 57).
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Figure 57 Controllers Detail Tab
A
B
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The Details box (item A) displays the selected Controller’s Firmware version, Model number, User Capacity, MAC Address, and Hardware
Class.
The Transactions list (item B) allows transactions to be filtered and prioritized. The Enabled column enables/disables the transaction at the controller level, so if the checkbox is not checked, transactions of that type will not be sent. The Priority column enables/disables the transaction priority, which indicates whether or not the transaction is sent immediately or on the next beacon cycle. For a comparison chart
of terms used here and in B.A.S.I.S. Alarm Monitoring, see “Events/
The Wiegand Device Type field (item C) is only applicable to WACs and can be set to Proximity, Magnetic or Smart Card.
The Beacon Time (Item D) is the rate at which controllers send signals to Portal Gateways to look for updates and send transactions. The value set to 60 seconds by default. The setting of this value directly affects the battery life of the controller.
The 1st Card Unlock checkbox (Item E) allows the controller to unlock the door when the first valid badge is presented to the controller. If you enable this feature, it must also be enabled in B.A.S.I.S. Readers
and Doors. See “Add Signed On Wireless Controllers to B.A.S.I.S.
Readers and Doors” on page 76.
F
C
D
E
Selecting Edit (Item F) opens the Channel Selection window (Figure 58).
Figure 58 Controllers Channel Selection Window
The channels selected for the controller must be enabled at the portal
as well. See “Portals Tab” on page 78.
Channels 25 and 26 are selected by default. If you change the channel configuration, select
Save to trigger the interface to send the updated information to your wireless hardware.
Segment Tree Right-Click Options
Right-clicking on items from within the B.A.S.I.S. Wi-Q Interface
Configuration Tool Segment tree provides the following additional options.
Segment > Delete: Allows a Segment to be deleted if no Portals or
Controllers are associated with it
Portal > Reset: Resets the Portal.
Portal > Delete: Deletes a Portal if no Controllers are assigned to it.
Controller > Delete: Deletes a Controller
Controller > Reset: Resets a Controller
Controller > Deep Resent: Sends a deep reset to the Controller and returns it to its factory default state.
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Controller > Remove Association with Portal: Disassociates a
Controller from a Portal. The Controller must be signed back in if it must be reassociated with the Portal.
Controller > Unlock Association with Portal: Unlocks the Controller from the Portal to which it is currently assigned. This option does not automatically remove it from the Portal.
Controller > Lock Association with Portal: Locks a Controller to a
Portal. Selecting this option will bring up a Portal dropdown list.
Moving a Controller to a Different Portal Gateway
If you need to move a Controller to a different Portal Gateway, perform the following steps:
1 Right-click on the Controller in the Segment Tree, and select Lock
Association with Portal.
2 Select the desired Portal from the dropdown list and click OK.
It can take up to 60 seconds for the message to be sent to the hardware and for the Controller to become locked to the desired portal.
3 In B.A.S.I.S. Alarm Monitoring, you will see that the Controller will fall offline beneath the Portal to which it was originally associated.
4 Once the controller goes offline in Alarm Monitoring, delete the
Controller from the B.A.S.I.S. Readers and Doors module.
Note You must wait to delete the Controller from B.A.S.I.S. until after it goes offline in Alarm Monitoring. Failure to wait will result in a deep reset being sent to the Controller.
5 Add a new Controller in the B.A.S.I.S. Readers and Doors module, and assign it to the desired Portal Gateway (Access Panel dropdown list).
6 Wait for the changes to be communicated to the system hardware, and then check that the Segment Tree reflects your update.
Moving a Portal Gateway to a Different Segment
If you need to move a Portal Gateway to a different Segment, perform the following steps in B.A.S.I.S. System Administration:
1 Make sure that you have segmentation enabled in B.A.S.I.S.
(Administration > Segments > Segment Options).
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2 Add additional segments as needed. See the B.A.S.I.S. System
Administration User Guide for more information on adding segments.
3 In the B.A.S.I.S. Access Panels module, navigate to the Portal
Gateway that must be relocated. Click Modify.
4 Uncheck the Online checkbox next to the Name field.
5 Press OK and wait for the Portal to go offline in Alarm Monitoring.
6 Once the Portal is offline, click Modify on the Portal Gateway again.
7 Click on Change Segment and select the segment to which the
Portal Gateway must be moved. See Figure 59.
Figure 59 Change Segment
Change Segment
8 Check the Online checkbox again so that the Portal will go back online.
9 When finished, click OK.
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B.A.S.I.S. System Administration: Additional Notes
The following sections provide additional configuration information for B.A.S.I.S. System Administration.
Cardholder Options
Figure 60 Cardholder Options
Due to the translation of badges and PINs between B.A.S.I.S. and
Wi-Q, you must select the Unique Pin Code option (Figure 60, Item 1).
If Allow Edit of PIN Code is enabled (Item 2), see “Changing PIN values” on page 92.
Card Formats
The following card formats are supported by Wi-Q hardware within a within B.A.S.I.S. System:
Magnetic
Wiegand
Smartcard
I-Class Card
Note Smartcards and I-Class cards are configured in standard fashion in
B.A.S.I.S., but Wi-Q hardware will recognize them as Wiegand format cards
All card formats supported by Wi-Q hardware must have IDs that range between 1 and 8. Wi-Q card formats match standard B.A.S.I.S. card formats. See the B.A.S.I.S. System Administration User Guide for more information on Card Formats.
If you need to add a new Magnetic card format or modify an existing one for your Wi-Q hardware in your existing B.A.S.I.S. system, make
sure to provide the following information (Figure 61).
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Magnetic Card Format
Figure 61 Magnetic Type Card Format Configuration
1 Name
Provide a unique name for your application.
2 Facility Code
Add your facility code.
3 Total Characters on Track X
Set this to the number of characters on the given track.
Note This field corresponds with the track number in the Access Control
Track field.
4 Field Length and Field Order
Fill in these fields for Facility Code, Card Number, and Issue Code.
1
2
3
4
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Wiegand Card Format
If you need to add a new Wiegand card format or modify an existing one for your Wi-Q hardware in your existing B.A.S.I.S. system, make
sure to provide the following information (Figure 61).
Figure 62 Wiegand Type Card Format Configuration
1
2
3
4
1 Name
Provide a unique name for your application.
2 Total Number of Bits on Card
Change this field to the number of bits used.
3 Starting Bit and Number of Bits
Facility Code
Fill in these fields for Facility Code and Card Number
Note A Starting Bit offset is not required.
4 Issue Code
This field is not supported by Wi-Q hardware.
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Timezones
See the B.A.S.I.S. System Administration User Guide for more information on setting up Timezones.
Figure 63 Timezones
1
1 End
B.A.S.I.S. only allows hours and minutes to be set. The B.A.S.I.S.
Wi-Q Interface appends 0 seconds to the start and end times, with the exception of 23:59, which translates to 24:00:00.
Timezone/Reader Modes
See the B.A.S.I.S. System Administration User Guide for more information on timezone reader modes.
Figure 64 Timezone/Reader Modes
1
1 End Reader Mode
This feature is not supported by B.A.S.I.S. Wi-Q Interface. The controller will default back to the online reader mode set in the
Readers and Doors configuration.
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Cardholders
See the B.A.S.I.S. System Administration User Guide for more information on cardholders.
Figure 65 Cardholders
1
2
3
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Activate Date (1), Passage Mode (2) and Deadbolt Override (3) are features that are not supported by Stanley® Wi-Q Hardware.
Changing PIN values
If Allow Edit of PIN Code is enabled in Cardholder Options (Figure 60),
perform the following steps when changing the PIN value in order to have the old PIN removed from the controller:
1 Navigate to the Cardholders screen in System Administration (see
Figure 65). Select the Badge tab, and click Modify for the badge on
which you’re changing the PIN.
2 From the Status dropdown list, select Lost. Then, click OK. This will trigger a “Delete Badge” event and remove the badge from all associated controllers. You must wait for an “Updated Credential
Parameters” event to occur for each controller to ensure that the badge has been completely deleted.
3 Once this has occurred, change the PIN value. Then, select Active from the Status dropdown list and click OK. The badge and new
PIN will now be added to the associated controllers.
Note You must change the PIN value before you click OK. Failure to do so will cause the old PIN to be sent back to the controllers.
Segments
See the B.A.S.I.S. System Administration User Guide for more information on segments.
Figure 66 Segments
The boxes checked in Figure 66 are the only configurations supported
by Stanley® Wi-Q. Other configurations may yield unexpected system behavior.
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2
B.A.S.I.S. Alarm Monitoring
B.A.S.I.S. Alarm Monitoring receives events from Stanley Wi-Q hardware. See Items 1 and 2 below for Alarm Monitoring features that are tailored for Wi-Q hardware. Consult the B.A.S.I.S. Alarm
Monitoring User Guide for additional information.
Figure 67 B.A.S.I.S. Alarm Monitoring
1 Update Hardware Status
This option is available when right-clicking on a Controller or
Portal Gateway in the System Status Tree. Update Hardware
Status will retrieve the current status of the selected Portal or
Controller (online or offline), and it will retrieve the current access mode of the selected Controller.
2 Reader Access Modes
Selecting a Reader Access Mode in B.A.S.I.S. Alarm Monitoring will override the Controller’s access mode.
Note A change in timezone will force the Controller back to its default state.
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Events/Transactions
The terms used for events in B.A.S.I.S. Alarm Monitoring differ from the terms used for transactions in the B.A.S.I.S. Wi-Q Interface
Software Controllers Tab. The following chart compares these terms.
B.A.S.I.S. Event Name
B.A.S.I.S. Wi-Q Event/Transaction Comparison
Wi-Q Transaction
Name
B.A.S.I.S. Generic
Message Text
Description
Door Forced Open Canceled Alarm Cleared
Access Granted Entry
Clear alarms info - reset button
Normal entry
Invalid Badge
Reader Low Battery
Attempt
Set Access Level
Low Battery
SHUTDOWN
Attempt was made but the badge is invalid
System Access level changed
Low battery shutdown
Request to Exit
Motor Fault
Request To Exit
Motor Failure
Door Held Open
Door Contact Tamper
Door Forced Open
Door Open Too Long
Door Latch Open
Forced Entry
Net Connect
Attempt
Net Connect Pass
Sign on attempt
Motor failure at the door
Handle depressed and door opened without motor operation
Door switch monitor open at end of shunt time
Latch monitor open at end of shunt time
Door switch monitor open with no REX or shunt
Network connection was attempted (5678) or card
Valid Remote Access
Key Override
Reader Low Battery
Access Granted on Facility
Code
Set Clock
Anti-Tamper
Remote Entry
Key Bypass
Low Battery
Entry Facility Code
Sign on success
Set Clock
Anti-Tamper
Controller associated with portal
The clock has been set at the controller
Maximum invalid attempts (6) has been reached
Remote entry through the door
Key was used to open door
Controller battery is getting low
Card user entered on segment match
Toggle Unlock
Toggle Lock
Access Granted —
Toggle Access Level
Entry to Unlock
Access Granted —
Toggle Access Level
Entry to Lock
Toggle access level entry to unlock
Toggle access level entry to lock
Access Granted
Invalid PIN Number
Invalid Facility Code
Invalid Issue Code
Inactive Badge
Access Denied
Entry Group Valid
Entry System
Issue Code Update
Needed
Entry with Low
Battery
Failed Invalid PIN
Failed Facility Code
Failed Issue Code
Failed Card Expired
Failed Invalid Card
Access Granted — The system caused an entry
Access Granted —
Issue code advanced on entry
Access Granted —
Low Battery
Time zone group enabled
The system caused a entry (override at controller level)
User issue code advanced on entry
Allowed access with low battery warning in effect
Access denied due to pin was invalid
Access denied due to invalid facility code
Access denied because issue level does not match card
Access denied due to expired card format
Access denied because to card format does not meet segment settings
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B.A.S.I.S. Event Name
Invalid Access Level
Denied Low Battery
Denied Low Battery
Inactive Badge
Reader Module Firmware
Upgraded
Door Held Open Canceled
B.A.S.I.S. Wi-Q Event/Transaction Comparison
Wi-Q Transaction
Name
B.A.S.I.S. Generic
Message Text
Description
Time zone group not enabled Failed Group
Violation
Failed Low Battery
Shutdown
Low battery shutdown in progress
Access denied with low battery warning in effect Failed Low Battery
Warning
Failed Expired
Credentials
Group Level Change
Enabled
Group Level Change
Disabled
Access Level Enabled
Access Level Disabled
Access denied due to expiration date on credential
Group Access level changed
Group Access level changed
This unit has updated its Users Update User
Parameters
Update Facility
Parameters
Updated credential parameters
Updated segment information
This unit has updated its Segment
Update Timezones Updated timezones
Update Input Points Updated I/O
This unit has updated its Timezones
This unit has updated its I/O
Update Card Formats Updated card formats This unit has updated its Formats
Update Confi guration Updated controller confi guration
This unit has updated its Controller Confi guration.
Controller fi rmware has been updated Reader Firmware
Update
Clear Door Open Too
Long
Clear a door open too long alarm
Door Forced Open Canceled Clear Forced Entry
Door Contact Tamper
Canceled
Clear Latch Stuck
Input Point —
Normal
Input Point —
Warning
I/O input triggered with importance of normal
I/O input triggered with importance of warning
Input Point — Alarm I/O input triggered with importance of alarm
DLP Supervision
Fault
Door contact supervised input is faulted
DPS Supervision
Fault
Door position supervised input is faulted
REX Supervision
Fault
KEY Supervision
Fault
Using Battery As
Power Source
Request To Exit supervised input is faulted
Key detect supervised input is faulted
Using External
Power Source
Bootloader Active
Clear a forced entry alarm
Clear a door latch stuck alarm
I/O input triggered with importance level of normal
I/O input triggered with importance level of warning
I/O input triggered with importance level of alarm
Door latch position supervised input is faulted
Door position switch supervised input is faulted
Request to exit supervised input is faulted
Key detect supervised input is faulted
External Power Source This unit has switched Power sources: external to battery power
Battery Power Source This unit has switched Power sources: battery to external power
Bootloader Status Contact Stanley Technical Support, and provide code and description.
Firmware Update
Failed
Firmware update failed Contact Stanley Technical Support, and provide code and description.
B.A.S.I.S. Event Name
B.A.S.I.S. Wi-Q Event/Transaction Comparison
Wi-Q Transaction
Name
B.A.S.I.S. Generic
Message Text
Description
Set Preferred Portal
Passed
Set Prefered Portal
Failed
Set preferred portal passed
Set preferred portal failed
Near User Capacity Number of badges is nearing maximum allowed
A command to change Portal Gateways was sent and the change was successful
A command to change PGs was sent and change failed
75% of of 333 user overfl ow pages are assigned
0 user overfl ow pages are available User Capacity
Reached
Number of badges has reached maximum allowed
FIPS140 Connected FIPS 140 connected FIPS140 mode enabled and connected to FIPS140 PG
B.A.S.I.S. Event Name
Invalid Access Level
Denied Low Battery
Denied Low Battery
Inactive Badge
Reader Module Firmware
Upgraded
Door Held Open Canceled
B.A.S.I.S. Wi-Q Event/Transaction Comparison
Wi-Q Transaction
Name
B.A.S.I.S. Generic
Message Text
Description
Time zone group not enabled Failed Group
Violation
Failed Low Battery
Shutdown
Low battery shutdown in progress
Access denied with low battery warning in effect Failed Low Battery
Warning
Failed Expired
Credentials
Group Level Change
Enabled
Group Level Change
Disabled
Access Level Enabled
Access Level Disabled
Access denied due to expiration date on credential
Group Access level changed
Group Access level changed
This unit has updated its Users Update User
Parameters
Update Facility
Parameters
Updated credential parameters
Updated segment information
This unit has updated its Segment
Update Timezones Updated timezones
Update Input Points Updated I/O
This unit has updated its Timezones
This unit has updated its I/O
Update Card Formats Updated card formats This unit has updated its Formats
Update Confi guration Updated controller confi guration
This unit has updated its Controller Confi guration.
Controller fi rmware has been updated Reader Firmware
Update
Clear Door Open Too
Long
Clear a door open too long alarm
Door Forced Open Canceled Clear Forced Entry
Door Contact Tamper
Canceled
Clear Latch Stuck
Input Point —
Normal
Input Point —
Warning
I/O input triggered with importance of normal
I/O input triggered with importance of warning
Input Point — Alarm I/O input triggered with importance of alarm
DLP Supervision
Fault
Door contact supervised input is faulted
DPS Supervision
Fault
Door position supervised input is faulted
REX Supervision
Fault
KEY Supervision
Fault
Using Battery As
Power Source
Request To Exit supervised input is faulted
Key detect supervised input is faulted
Using External
Power Source
Bootloader Active
Clear a forced entry alarm
Clear a door latch stuck alarm
I/O input triggered with importance level of normal
I/O input triggered with importance level of warning
I/O input triggered with importance level of alarm
Door latch position supervised input is faulted
Door position switch supervised input is faulted
Request to exit supervised input is faulted
Key detect supervised input is faulted
External Power Source This unit has switched Power sources: external to battery power
Battery Power Source This unit has switched Power sources: battery to external power
Bootloader Status Contact Stanley Technical Support, and provide code and description.
Firmware Update
Failed
Firmware update failed Contact Stanley Technical Support, and provide code and description.
B.A.S.I.S. Event Name
B.A.S.I.S. Wi-Q Event/Transaction Comparison
Wi-Q Transaction
Name
B.A.S.I.S. Generic
Message Text
Description
Set Preferred Portal
Passed
Set Prefered Portal
Failed
Set preferred portal passed
Set preferred portal failed
Near User Capacity Number of badges is nearing maximum allowed
A command to change Portal Gateways was sent and the change was successful
A command to change PGs was sent and change failed
75% of of 333 user overfl ow pages are assigned
0 user overfl ow pages are available User Capacity
Reached
Number of badges has reached maximum allowed
FIPS140 Connected FIPS 140 connected FIPS140 mode enabled and connected to FIPS140 PG
Firmware Updates
Firmware updates will be sent to you periodically by Stanley
Technical Support. You can upload these firmware files to your database by using the Firmware Files Tab in the B.A.S.I.S. Wi-Q
Interface Configuration Tool. Then, you can Use the Firmware
Reprogram feature inside the Configuration Tool to send the files to your wireless hardware. This section will guide you through the firmware update process.
Firmware File Types
Every Controller has two firmware files:
Application File: Software that provides the access control decision-making functionality on a Controller
Bootloader File: Software that executes the reprogramming session on the Controller
The application file is what is typically reprogrammed by the
Stanley Team, but it is possible that the bootloader file will require reprogramming as well. Controller firmware files will always have a
“.bin” file extension.
For Portal Gateways, only one file is required for reprogramming, and the file name begins with the version number and ends with “image.
bin.gz.”
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Firmware Files Tab
Click on the Firmware Files tab in the B.A.S.I.S. Wi-Q Interface
Configuration Tool, and perform the following steps to upload firmware files to your database.
1 Click on the icon to the right of the File to Upload field and browse
to the location of your firmware files. See Figure 68.
Figure 68 Firmware Files Tab
2 If you are uploading a Controller firmware file, the firmware name, version number and device type are automatically populated.
If you are uploading a Portal Gateway firmware file, the firmware name and device type are automatically populated, but you must manually change the version number in the Version field (example:
3.0.16.21).
Note The version number of a Portal Gateway firmware file is visible in the path to the file.
3 Provide a unique description of the firmware file in the Description field. If you are uploading a Controller firmware file, it is recommended that you build either “Boot” or “Application” into your description name, depending on the file type.
4 Click Upload. The files will then be added to the list of Firmware
Files below and added to your database.
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To avoid confusion between updates, it is recommended that you only keep the latest firmware files in your list. To remove older files, select the file you wish to delete and click on Remove.
Firmware Reprogram
Before you can reprogram your hardware, you must turn your Portal
Gateway offline in B.A.S.I.S. Access Panels and then confirm that it is offline in Alarm Monitoring. Once your Portal is offline, you are ready to reprogram your hardware with the latest firmware files. Perform the following steps.
1 Inside the Configuration Tool, click on Hardware Config at the top
left of the screen and select Firmware Reprogram. See Figure 69.
Figure 69 Navigate to Firmware Reprogram
Select
Firmware
Reprogram
2 The following message will pop up to remind you that your Portals must be turned offline in B.A.S.I.S.. If you have not done so already, mark them offline and confirm that they are off in Alarm
Monitoring. Then click OK.
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Figure 70 Reminder message to turn Portals offline
3 The Firmware Reprogram window will open. A list of all Portals in your system is located on the left side of the screen. Selecting a portal will change the top section of the window to show the selected Portal’s IP address, MAC address and current firmware
Figure 71 Firmware Reprogram
Get
Controllers
Reprogram
Controller
Selection
Options
Portals List Controllers List
4 If you are reprogramming a Portal, select the Portal and click
Reprogram. You may reprogram multiple Portals simultaneously, but you must select them individually and click on Reprogram for each one.
If you are reprogramming a Controller, select the Portal that your
Controller is associated with and click Get Controllers. A list of online Controllers associated with your Portal is generated at the bottom of the screen. If a Controller is offline, it will not show up in the list. Choose your selection option on the right. Then click
Reprogram.
Note You can only reprogram one type of Controller at a time.
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5 A window will pop up with a dropdown list of available firmware files. Select your file and press OK.
Note If you are reprogramming both the Bootloader and Application files on a Controller, you must update the Bootloader file first.
6 Hardware reprogramming can take between three and five minutes. Portal update progress is visible in the Portal State section. Controller update progress and status is visible in the
Controllers section.
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5 Advanced Troubleshooting
This section provides an overview on the Portal Gateway status webpage. You can access the status webpage for a specific Portal
Gateway in one of two ways:
Inside the Portal Configuration Module, select Scan. Locate the
desired Portal in the list and click on its hyperlink. See Figure 43 on page 67.
Type your desired Portal’s IP address directly into your internet browser.
Your browser will display the status of your Portal Gateway and
associated devices. See Figure 72.
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Figure 72 Portal Gateway Status Webpage
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3
Status Page Generated 03/06/2012-16:18:39
Last System Boot 03/05/2012-17:02:45
Portal MAC 0014f5201731
Radio 1 at channel 20 PAN_id 6401
Radio 4 at channel 15 PAN_id 6402
Associated Devices 15 Maximum allowed 64
MAC ADDRESS Stat Associate Time Beacon % F/W Rev R PG_RSS RDR_RSS - FLAGS
01 0014f5404e9e 0000 03/05/12-17:04:10 16:18:26 none 003.000.038 1
02 0014f5403854 0000 03/05/12-11:41:38 16:18:30 none 003.000.038 1
03 0014f54010d9 0000 03/05/12-17:04:19 16:17:07 none 003.000.038 4
04 0014f5401241 0000 03/05/12-17:04:19 16:18:10 none 003.000.038 4
05 0014f5201abc 0000 03/06/12-11:26:31 16:17:56 none 003.000.038 1
06 0014f540127e 0000 03/05/12-17:04:24 16:18:08 none 003.000.038 1
07 0014f5404ee1 0000 03/05/12-17:04:27 16:17:39 none 003.000.038 1
08 0014f52001d0 0000 03/05/12-17:04:38 16:18:15 none 003.000.038 1
09 0014f54012c1 0000 03/05/12-17:04:44 16:18:27 none 003.000.038 4
10 0014f5400003 0000 03/05/12-17:04:48 16:17:40 none 003.000.038 1
11 0014f5400002 0000 03/05/12-17:04:53 16:18:32 none 003.000.038 1
12 0014f54010ca 0002 03/06/12-11:28:04 16:16:46 45 003.000.038 1
13 0014f520173d 0000 03/05/12-18:11:32 16:18:29 none 003.000.038 1
14 0014f5401301 0000 03/05/12-17:05:09 16:17:31 none 003.000.038 1
15 0014f540126d 0000 03/05/12-17:05:26 16:18:31 none 003.000.038 1
-28
-28
-19
-19
-28
-23
-28
-22
-49
-27
-28
-28
-19
-28
-29
PEND
-19 - 000320043 -|--------|-
-19 - 000320043 -|--------|-
-19 - 000320043 -|--------|-
-27 - 000320043 -|--------|-
-28 - 000320043 -|--------|-
-28 - 000320043 -|--------|-
-19 - 000320043 -|--------|-
-26 - 000320043 -|--------|-
-26 - 000320043 -|--------|-
-38 - 000320043 -|--------|-
-28 - 000320043 -|--------|S
-19 - 000320043 U|S-------|-
-36 - 000320043 -|--------|-
-19 - 000320043 -|--------|-
-25 - 000320043 -|--------|-
4 5 6 7 8 9 10 11 12 13
The Portal Gateway Status webpage provides the following information:
1 Last System Boot
Last time Portal Gateway was reset or rebooted.
2 Radio and Channel
Shows the channel associated with each radio in the Portal.
3 Associated Devices List
Shows which devices are associated with the Portal.
4 MAC Address
Column shows the MAC Address of each associated device.
5 Associate TIme
Column shows the time that the Controller last associated with the
Portal.
6 Beacon
Column shows the time of the last Controller beacon.
7 %
Column shows progress percentage of pending operations.
8 F/W Rev
Column shows the firmware version number of associated
Controller.
9 R
Column shows which radio the Controller is connecting to in the
Portal Gateway. Radio 1 is on the right side of the Portal. Radio 4 is on the left side of the Portal.
10 PG_RSS
Column shows the signal strength of the Controller as received at the Portal. This signal strength ranges from -18 (highest) to -91
(lowest).
11 RDR_RSS
Column shows the signal strength of the Portal as received at the
Controller. This signal strength ranges from -18 (highest) to -91
(lowest).
12 FLAGS
Column shows the current operational status of the associated device.
13 PEND
Column shows the abbreviation of the message currently in operation.
105
Status Flags in the FLAGS Column
The following is a list of the bits in the FLAGS column and their
corresponding Portal Gateway status flags and definitions (Figure 72,
item 12).
Note The typical Wi-Q device status code is 00032043. This is the example used in the chart below.
Bit
Bit 2
Bit 3
Portal Gateway Status Flag
Right
END
3 Bit 0 CONTROLLER_IS_ASSOCIATED
Bit 1 CONTROLLER_IS_VALID
CONTROLLER_CONFIG_REQUIRED
CONTROLLER_ASSOC_PENDING_LIF
4 Bit 4 CONTROLLER_BEGIN_TRANSMISSION
Bit 5
Bit 6
CONTROLLER_DEEP_RESET_PENDING
CONTROLLER_VALID_INTERVALS
Definition
Set when the Controller is first associated with the Portal.
Set during association, after the Portal receives a beacon from the Controller.
Set during association, cleared by Portal
Communication Service after Controller configuration.
Set during association to indicate that Portal requires LIF (Lock Information Frame) data.
Set when Portal first transmits data to the
Controller.
Portal must disassociate Controller when it receives the next beacon.
Set when Controller interval assignment has been received from the PC Communication
Service.
0
Bit 7
Bit 8
NOT USED
CONTROLLER_RETRY_LIMIT_
EXCEEDED
Bit 9
Bit 10
NOT USED
NOT USED
Bit 11 NOT USED
2 Bit 12 NOT USED
Bit 13
Bit 14
CONTROLLER_PREFERRED_PG_
ENABLED
CONTROLLER_FIRMWARE_PENDING_
DN
3
Bit 15
Bit 16
CONTROLLER_FIRMWARE_PENDING
CONTROLLER_REPORT_TIME
_UPDATED
Bit 17 CONTROLLER_LIF_IS_VALID
Set when the retry limit on any command has been hit; used to limit downloads to firmware only.
Set when Controller is locked to the Portal.
Set when the firmware commit has been sent to indicate that the disassociation is pending.
Set when firmware update is scheduled for the Controller, cleared when firmware commit is sent.
Set during association and when report time is updated
Set when a LIF beacon is received
Left
END
Bit 18-31 NOT USED
106
Update Flags in the PEND Column
Figure 73 is a section of the Associated Devices listed in Figure 72.
Notice that items 11 and 12 have letters U and S in the PEND column.
These letters are update flags, and they stand for controller information that is being updated. The placement of the update flags within the column denotes update status.
Figure 73 PEND Column Codes
Associated Devices 15 Maximum allowed 64
MAC ADDRESS Stat Associate Time Beacon % F/W Rev R PG_RSS RDR_RSS - FLAGS
01 0014f5404e9e 0000 03/05/12-17:04:10 16:18:26 none 003.000.038 1 -28
PEND
-19 - 000320043 -|--------|-
11 0014f5400002 0000 03/05/12-17:04:53 16:18:32 none 003.000.038 1
12 0014f54010ca 0002 03/06/12-11:28:04 16:16:46 45 003.000.038 1
13 0014f520173d 0000 03/05/12-18:11:32 16:18:29 none 003.000.038 1
14 0014f5401301 0000 03/05/12-17:05:09 16:17:31 none 003.000.038 1
15 0014f540126d 0000 03/05/12-17:05:26 16:18:31 none 003.000.038 1
-28
-28
-19
-28
-29
-28 - 000320043 -|--------|S
-19 - 000320043 U|S-------|-
-36 - 000320043 -|--------|-
-19 - 000320043 -|--------|-
-25 - 000320043 -|--------|-
The following is a list of the Update Flags that may be visible in PEND column.
S Segment (PIN length, DST times)
C Card Formats
L Controller configuration (beacon time, channels, transaction masks, etc.)
U Users
T TImezone Intervals
I WAC I/O
F Firmware
P Ping (missing LIF data after association or update)
107
Figure 74 shows the significance of update flag placement between
the dividing lines in each entry of the PEND column.
Figure 74 Update Flag Placement in PEND Column
Left Center Right
Currently downloading
Pending updates
Download complete pending LIF verification
–|– – – – – – – –|–
Item 11 in Figure 73 shows that the Controller’s Segment download is
complete pending LIF verification.
Item 12 in Figure 73 shows that the Controller’s Users are currently
downloading, with 45% complete, and the Controller’s segment update is pending.
Note Only one update flag will be positioned at the left or right, but it is possible for more than one flag at a time to be in the center of an entry in the PEND column.
108
A Glossary
access level
activation/deactivation date
An access control relationship made between a reader or readers and a time zone or time zones. An access level is assigned to a badge ID for the purpose of granting access through a reader or readers during a specified time.
The date that a credential becomes active or expires.
badge ID card format cardholder’s data.
Part of the access control information that is encoded to a token. This information, usually numerical, is unique to a particular credential holder.
The way that data is arranged and ordered on the card.
credential.
109
chassis type communication server
The designation that defines the physical lock type. Three types exist: cylindrical, mortise, or exit hardware. See those terms for more information.
The server application designed to provide network services to access panels, readers,
PCs and PDAs.
encoded with access control information.
directional antenna bore in the door.
An antenna type optimized to focus signal from point-to-point over longer distances and through obstacles.
exit hardware extended unlock the world, formally known as IEEE 802.3.
Lock chassis type that supports exit hardware trim lock.
The extra period of time the lock will unlock when an authorized credential with extended unlock privileges is presented.
110
delete cardholders to and from a lock without having to go out to a lock to reprogram it.
IP address issue code
MAC address
Interface software is installed and set up to integrate portal gateways and readers into
B.A.S.I.S..
The numeric address (like 192.168.1.1) that identifies each device in a TCP/IP network. input A hardware connection point used for status reporting of a particular sensor.
Part of the access control information contained on a credential that allows reuse of the badge ID when a credential is lost, damaged, or stolen. Usually one or two digits in length, this code increments forward when creating a new credential.
Access is granted only when the badge
ID and the issue code match the current database information.
The Media Access Control number (MAC).
A unique, 12-digit number assigned by the manufacturer of a network device.
omni-directional antenna cavity in the edge of a door.
An antenna type optimized to provide signal coverage in all directions.
portal gateway on a TCP/IP or other addressable network.
The Portal Gateway is a wireless device connected to the Host computer through a secure IP address to transfer data signals from wireless reader locks to and from the
Host computer.
111
request to exit segment code sign-on key site survey kit time interval
A sensor usually installed on the nonsecure side of the door that will mask the door position switch upon activation.
Part of the access control information that can be encoded to a credential. This information, usually numerical, is unique to a group of credentials. Usually this feature is used to authenticate a credential to a particular organization.
Number generated within B.A.S.I.S.
Wi-Q Interface Software to establish the connection between the readers and the portals, and ultimately to a segment in the
B.A.S.I.S. software.
The Wi-Q Technology Site Survey Kit tool used to determine optimum Portal
Gateway location to verify signal strength before permanently installing the Notes hardware.
A specific range of time, which corresponds to a particular day or days of the week. A time zone can be comprised of several, individual intervals.
to various access control activities. A time zone may be applied to a reader or readers when creating an access level, to a reader to change the mode of operation, to a relay to activate and deactivate, to an input to mask and unmask, and a host of other operations. Dual access The requirement for the presentation of two separate, authorized credentials in order to gain entry through an access controlled opening.
112
unlock duration
Wi-Q Technology wireless access controller wireless controller
The time that the lock momentarily unlocks. Use limit A configuration limiting a credential to a defined number of uses.
Provides efficient, online access control decisions at the door.
Wireless access controller provides additional capability to connect standalone controllers and locks.
The wireless lockset that controls user access at the door and grants user requests according to how they are configured in B.A.S.I.S..
113
114
B Lock installation
115
Installation Instructions for
Wi-Q™ Technology 9KQ Cylindrical Locks
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Preparing the door and door jamb
Planning the installation
Contents
These installation instructions describe how to install your
93KQ Cylindrical Lock. Topics covered include:
Planning the installation ............................................... 1
Preparing the door and door jamb .............................. 2
Installing the lock ........................................................... 7
Completing the installation ........................................13
Patents
Products covered by one or more of the following patents:
5,590,555 5,794,472 5,083,122 6,720,861
Site survey
Use the following survey to record information about the installation site. You need this information to determine how to prepare the door for the lock.
Door information
Door handing and bevel:
❑
❑
❑
❑
Left hand (LH)
Left hand, reverse bevel (LHRB)
Right hand (RH)
Right hand, reverse bevel (RHRB)
Door thickness: inches (1 3/4 ″ to 2 1/4″ )
Environment information
Ambient temperature:
❑
Is within specifications. See the tables below.
This product meets the following Locked Door Outdoor test requirements for ANSI/BHMA 156.25:
Side of door Range
Outside –31°F to +151°F (–35°C to +66°C)
This product meets the following Full Indoor test requirements for ANSI/BHMA 156.25:
Side of door Range
Inside and outside
+32°F to +120°F (0°C to +49°C)
Components checklist
Use the following checklist to make sure that you have the items necessary to install your Electronic Wireless Cylindrical Lock.
Components provided in the box:
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
Chassis with outside lever and outside rose liner assembly
Top and bottom inside covers
Fire plate
Battery holder with batteries
Inside rose liner
Outside escutcheon assembly
Inside lever
Throw member package
Latch
Hub washers
Trim hole insert package
Plastic bushing package
Escutcheon screw package
Door status switch assembly
Strike package
Bar code ID sticker (for your records)
Installation template and instructions
Other components:
❑
❑
Core and control key
Temporary operator card
Special tools checklist
Use the following checklist to make sure that you have the special tools necessary to install your Electronic Wireless
Cylindrical Lock.
❑
❑
❑
❑
KD303 Drill jig
T20 TORX® bit driver
KD325 Strike plate locating pin
KD315 Faceplate marking chisel
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
1 2
Figure 1 Positioning the template
Installation template
Centerline of lock
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
1
Position template and mark drill points
Note: If the door is a fabricated hollow metal door, determine whether it is properly reinforced to support the lock. If door reinforcement is not adequate, consult the door manufacturer for information on proper reinforcement. For dimensions for preparing metal doors, see the Q01 and G02 Templates—Installation Specifications for 93KQ Cylindrical Locks .
Note: If the door is a LH or RH door, mark the inside of the door. If the door is a LHRB or RHRB door, mark the outside of the door.
For uncut doors and frames
1 Measure and mark the horizontal centerline of the lever (the centerline for the chassis hole) on the door and door jamb. Mark the vertical centerline of the door edge.
Note: The recommended height from the floor to the centerline of the crossbore or chassis hole is 38” .
2 Fold the Q05 Template—Installation Template for
93KQ Cylindrical Locks on the dashed line and carefully place it in position on the high side of the door bevel.
Note: For steel frame applications, align the template’s horizontal centerline for the latch with the horizontal centerline of the frame’s strike preparation.
3 Tape the template to the door.
4 Center punch the necessary drill points. Refer to the instructions on the template.
For doors with standard cylindrical preparation
1 Fold the Q05 Template—Installation Template for
93KQ Cylindrical Locks on the dashed line. Looking through the hole from the opposite side of the door, align the template so that you see the template outline of the 2 1/8 ″ diameter chassis hole.
2 Tape the template to the door.
3 Center punch the necessary drill points. Refer to the instructions on the template.
Installation Instructions for
Wi-Q™ Technology 9KQ Cylindrical Locks
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Preparing the door and door jamb
Planning the installation
Contents
These installation instructions describe how to install your
93KQ Cylindrical Lock. Topics covered include:
Planning the installation ............................................... 1
Preparing the door and door jamb .............................. 2
Installing the lock ........................................................... 7
Completing the installation ........................................13
Patents
Products covered by one or more of the following patents:
5,590,555 5,794,472 5,083,122 6,720,861
Site survey
Use the following survey to record information about the installation site. You need this information to determine how to prepare the door for the lock.
Door information
Door handing and bevel:
❑
❑
❑
❑
Left hand (LH)
Left hand, reverse bevel (LHRB)
Right hand (RH)
Right hand, reverse bevel (RHRB)
Door thickness: inches (1 3/4 ″ to 2 1/4″ )
Environment information
Ambient temperature:
❑
Is within specifications. See the tables below.
This product meets the following Locked Door Outdoor test requirements for ANSI/BHMA 156.25:
Side of door Range
Outside –31°F to +151°F (–35°C to +66°C)
This product meets the following Full Indoor test requirements for ANSI/BHMA 156.25:
Side of door Range
Inside and outside
+32°F to +120°F (0°C to +49°C)
Components checklist
Use the following checklist to make sure that you have the items necessary to install your Electronic Wireless Cylindrical Lock.
Components provided in the box:
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
Chassis with outside lever and outside rose liner assembly
Top and bottom inside covers
Fire plate
Battery holder with batteries
Inside rose liner
Outside escutcheon assembly
Inside lever
Throw member package
Latch
Hub washers
Trim hole insert package
Plastic bushing package
Escutcheon screw package
Door status switch assembly
Strike package
Bar code ID sticker (for your records)
Installation template and instructions
Other components:
❑
❑
Core and control key
Temporary operator card
Special tools checklist
Use the following checklist to make sure that you have the special tools necessary to install your Electronic Wireless
Cylindrical Lock.
❑
❑
❑
❑
KD303 Drill jig
T20 TORX® bit driver
KD325 Strike plate locating pin
KD315 Faceplate marking chisel
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
1 2
Figure 1 Positioning the template
Installation template
Centerline of lock
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
1
Position template and mark drill points
Note: If the door is a fabricated hollow metal door, determine whether it is properly reinforced to support the lock. If door reinforcement is not adequate, consult the door manufacturer for information on proper reinforcement. For dimensions for preparing metal doors, see the Q01 and G02 Templates—Installation Specifications for 93KQ Cylindrical Locks .
Note: If the door is a LH or RH door, mark the inside of the door. If the door is a LHRB or RHRB door, mark the outside of the door.
For uncut doors and frames
1 Measure and mark the horizontal centerline of the lever (the centerline for the chassis hole) on the door and door jamb. Mark the vertical centerline of the door edge.
Note: The recommended height from the floor to the centerline of the crossbore or chassis hole is 38” .
2 Fold the Q05 Template—Installation Template for
93KQ Cylindrical Locks on the dashed line and carefully place it in position on the high side of the door bevel.
Note: For steel frame applications, align the template’s horizontal centerline for the latch with the horizontal centerline of the frame’s strike preparation.
3 Tape the template to the door.
4 Center punch the necessary drill points. Refer to the instructions on the template.
For doors with standard cylindrical preparation
1 Fold the Q05 Template—Installation Template for
93KQ Cylindrical Locks on the dashed line. Looking through the hole from the opposite side of the door, align the template so that you see the template outline of the 2 1/8 ″ diameter chassis hole.
2 Tape the template to the door.
3 Center punch the necessary drill points. Refer to the instructions on the template.
Preparing the door and door jamb
2
Drill holes and mortise for latch face
1 Drill the holes listed below:
■
■
■
■
■
■
■ upper and lower trim holes
◆
5/8 ″ diameter
◆ through door harness hole
◆
3/4 ″ diameter
◆ through door motor wire hole
◆
7/16 ″ diameter
◆
◆ through door before drilling chassis hole chassis hole
◆
2 1/8 ″ diameter
◆
◆ through door after drilling motor wire hole latch hole
◆
1 ″ diameter
◆ meets chassis hole door status switch hole
◆
1 ″ diameter
◆ meets harness hole anti-rotational hole, see “Use drill jig to drill through-bolt holes” on page 5.
◆
5/16” diameter
◆ through door
Note 1: To locate the center of a hole on the opposite side of the door, drill a pilot hole completely through the door.
Note 2: For holes through the door, it is best to drill halfway from each side of the door to prevent the door from splintering.
2 Mortise the edge of the door to fit the latch face.
3 Drill the holes for the screws used to install the latch.
Harness hole
Door status switch hole
Anti-rotational hole
Latch hole
Latch face mortise
Upper trim hole
Chassis hole
Motor wire hole
Anti-rotational hole
Lower trim hole
Inside of door
Figure 2 Drilling holes and mortising for the latch face
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
3
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Preparing the door and door jamb
3
Install latch
1 Install the latch in the door.
Note: The latch tube prongs should be centered and should project into the chassis hole.
2 Check that the door swings freely.
Chassis hole
Location of latch tube prongs
Latch
Inside of door
Figure 3 Installing the latch in the door
4
Install door status switch and magnet
1 On the door jamb, mark the drill point for the
1 ″ diameter magnet hole. This hole should be directly opposite the door status switch reader harness hole when the door is closed.
2 Drill a 1 ″ diameter hole for the magnet, at least 1 3/4″ deep.
3 Insert the magnet in the hole.
4 Insert the door status switch assembly into the door status switch hole in the edge of the door, feeding the connectors out the harness hole to the inside of the door, as shown in Figure 4.
Harness hole
Magnet
Door status switch
4
Door jamb Inside of door
Figure 4 Installing the door status switch and magnet
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Preparing the door and door jamb
2
Drill holes and mortise for latch face
1 Drill the holes listed below:
■
■
■
■
■
■
■ upper and lower trim holes
◆
5/8 ″ diameter
◆ through door harness hole
◆
3/4 ″ diameter
◆ through door motor wire hole
◆
7/16 ″ diameter
◆
◆ through door before drilling chassis hole chassis hole
◆
2 1/8 ″ diameter
◆
◆ through door after drilling motor wire hole latch hole
◆
1 ″ diameter
◆ meets chassis hole door status switch hole
◆
1 ″ diameter
◆ meets harness hole anti-rotational hole, see “Use drill jig to drill through-bolt holes” on page 5.
◆
5/16” diameter
◆ through door
Note 1: To locate the center of a hole on the opposite side of the door, drill a pilot hole completely through the door.
Note 2: For holes through the door, it is best to drill halfway from each side of the door to prevent the door from splintering.
2 Mortise the edge of the door to fit the latch face.
3 Drill the holes for the screws used to install the latch.
Harness hole
Door status switch hole
Anti-rotational hole
Latch hole
Latch face mortise
Upper trim hole
Chassis hole
Motor wire hole
Anti-rotational hole
Lower trim hole
Inside of door
Figure 2 Drilling holes and mortising for the latch face
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
3
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Preparing the door and door jamb
3
Install latch
1 Install the latch in the door.
Note: The latch tube prongs should be centered and should project into the chassis hole.
2 Check that the door swings freely.
Chassis hole
Location of latch tube prongs
Latch
Inside of door
Figure 3 Installing the latch in the door
4
Install door status switch and magnet
1 On the door jamb, mark the drill point for the
1 ″ diameter magnet hole. This hole should be directly opposite the door status switch reader harness hole when the door is closed.
2 Drill a 1 ″ diameter hole for the magnet, at least 1 3/4″ deep.
3 Insert the magnet in the hole.
4 Insert the door status switch assembly into the door status switch hole in the edge of the door, feeding the connectors out the harness hole to the inside of the door, as shown in Figure 4.
Harness hole
Magnet
Door status switch
4
Door jamb Inside of door
Figure 4 Installing the door status switch and magnet
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Preparing the door and door jamb
5
Use drill jig to drill through-bolt holes
1 Press the drill jig (KD303) onto the door, engaging it with the latch tube prongs (see the close-up in
Figure 5). Make sure the front edge of the jig is parallel with the door edge.
2 Drill the through-bolt holes (5/16 ″ diameter) halfway into the door.
3 Turn over the drill jig and repeat steps 1 and 2 from the opposite side of the door.
Note: Replace the drill jig after 10 door preparations.
Drill upper through-bolt hole.
Latch tube prongs
Drill lower through-bolt hole.
Inside of door
Figure 5 Installing the drill jig and drilling the through-bolt holes
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Preparing the door and door jamb
Strike box
Strike plate
6
Install strike box and strike plate
1 In alignment with the center of the latchbolt, mortise the door jamb to fit the strike box and strike plate.
2 Drill the holes for the screws used to install the strike box and strike plate.
3 Insert the strike box and secure the strike with the two screws provided.
4 Check the position of the deadlocking plunger against the strike plate.
Caution: The deadlocking plunger of the latchbolt must make contact with the strike plate, as shown in Figure 6b. The plunger deadlocks the latchbolt and helps prevents someone from forcing the latch open when the door is closed.
Door jamb
Figure 6a Installing the strike box and strike plate
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
5
Deadlocking plunger
Strike plate
6
Door jamb
Figure 6b Aligning the deadlocking plunger with the strike plate
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Preparing the door and door jamb
Strike box
Strike plate
6
Install strike box and strike plate
1 In alignment with the center of the latchbolt, mortise the door jamb to fit the strike box and strike plate.
2 Drill the holes for the screws used to install the strike box and strike plate.
3 Insert the strike box and secure the strike with the two screws provided.
4 Check the position of the deadlocking plunger against the strike plate.
Caution: The deadlocking plunger of the latchbolt must make contact with the strike plate, as shown in Figure 6b. The plunger deadlocks the latchbolt and helps prevents someone from forcing the latch open when the door is closed.
Door jamb
Figure 6a Installing the strike box and strike plate
Deadlocking plunger
Strike plate
6
Door jamb
Figure 6b Aligning the deadlocking plunger with the strike plate
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the lock
7
Remove outside lever or knob
1 Insert the control key into the core and rotate the key
15 degrees to the right.
2 Insert a flat blade screwdriver into the figure-8 core hole and into the lever.
3 Press the screwdriver blade in the direction of the arrow in Figure 7.
Note: You cannot remove the lever if the screwdriver blade is inserted too far past the keeper.
4 Slide the lever or knob off of the sleeve.
Caution: Be careful that you do not disconnect the lever keeper spring.
8
Adjust for door thickness
1 Determine the door’s thickness.
2 Pull the rose locking pin and rotate the outside rose liner until the proper groove on the through-bolt stud lines up with the hub face.
Lever keeper
Insert screwdriver blade here.
Figure-8 core hole
Figure 7 Removing the outside lever
2 1/4
″ groove
2
″
1 3/4 ″
Throughbolt stud
Hub face
Outside rose liner
Motor wire
Rose locking pin
Figure 8 Adjusting the rose liner for the door thickness
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
7
Installing the lock
7
Remove outside lever or knob
1 Insert the control key into the core and rotate the key
15 degrees to the right.
2 Insert a flat blade screwdriver into the figure-8 core hole and into the lever.
3 Press the screwdriver blade in the direction of the arrow in Figure 7.
Note: You cannot remove the lever if the screwdriver blade is inserted too far past the keeper.
4 Slide the lever or knob off of the sleeve.
Caution: Be careful that you do not disconnect the lever keeper spring.
8
Adjust for door thickness
1 Determine the door’s thickness.
2 Pull the rose locking pin and rotate the outside rose liner until the proper groove on the through-bolt stud lines up with the hub face.
Lever keeper
Insert screwdriver blade here.
Figure-8 core hole
Figure 7 Removing the outside lever
2 1/4
″ groove
2
″
1 3/4 ″
Throughbolt stud
Hub face
Outside rose liner
Motor wire
Rose locking pin
Figure 8 Adjusting the rose liner for the door thickness
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
7
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Installing the lock
Retractor
Latch tube prong
Latch tailpiece
Latch tube prong
Chassis frame
Notch Chassis
9
Install lock chassis and engage retractor in latch
From the outside of the door, insert the lock chassis into the 2 1/8 ″ chassis hole, routing the motor wire through the notch.
Caution: Make sure that the latch tube prongs engage the chassis frame and that the latch tailpiece engages the retractor.
Inside of door
Figure 9 Installing the lock chassis and engaging the retractor in the latch
Trim hole insert
Bushing
10
Install the trim hole insert, bushing, and hub washer on outside of door
1 On the outside of the door, insert the trim hole insert into the upper trim hole, as shown in Figure 10.
2 Insert the bushing into the harness hole.
3 Slide a hub washer over the chassis sleeve so it rests on the hub.
Hub
Hub washer
Outside of door
Figure 10 Installing the outside trim hole insert, bushing, and hub washer
8 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the lock
11
Install fire plate
Position the fire plate on the inside of the door so that the chassis fits through the square opening in the fire plate, as shown in Figure 11.
Fire plate
Inside of door
Figure 11 Installing the fire plate
12
Install through-bolts and inside rose liner
1 Place the inside rose liner on the chassis, aligning the holes in the rose liner with the holes prepared in the door, as shown in Figure 12.
Caution: Make sure that the motor wire is pulled toward the top of the fire plate and avoid routing it over any surface that could damage the sleeving or wire insulation.
2 Install the through-bolts through the rose liner and door in the top and bottom holes.
Caution: Make sure that there is clearance for the motor wire between the rose liner and the door.
3 Tighten the rose liner to the door and fire plate with the through-bolts.
4 Install the hub washer over the rose liner.
Motor wire
RQE connector
Rose liner with RQE
Through-bolt
Hub washer
Inside of door
Figure 12 Installing the through-bolts and rose liner
(9K shown)
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
9
Installing the lock
11
Install fire plate
Position the fire plate on the inside of the door so that the chassis fits through the square opening in the fire plate, as shown in Figure 11.
Fire plate
Inside of door
Figure 11 Installing the fire plate
12
Install through-bolts and inside rose liner
1 Place the inside rose liner on the chassis, aligning the holes in the rose liner with the holes prepared in the door, as shown in Figure 12.
Caution: Make sure that the motor wire is pulled toward the top of the fire plate and avoid routing it over any surface that could damage the sleeving or wire insulation.
2 Install the through-bolts through the rose liner and door in the top and bottom holes.
Caution: Make sure that there is clearance for the motor wire between the rose liner and the door.
3 Tighten the rose liner to the door and fire plate with the through-bolts.
4 Install the hub washer over the rose liner.
Motor wire
RQE connector
Rose liner with RQE
Through-bolt
Hub washer
Inside of door
Figure 12 Installing the through-bolts and rose liner
(9K shown)
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
9
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Installing the lock
RQE connector
Harness hole
Battery connector
Motor connector
Door status connector
Antenna wire
RQE connector
Outside escutcheon
Outside of door
Figure 13 Feeding the wire harness connectors through the harness hole
13
Route wire harness and position outside escutcheon
1 From the outside of the door, feed the motor connector, battery connector, door status switch, and antenna wire, through the harness hole.
Caution: When routing the connectors, make sure the wire harness is not routed across any sharp edges or over any surface that could damage its sleeving or wire insulation.
2 On the inside of the door, insert the two countersunk mounting screws into the holes at the top and bottom of the fire plate.
3 Tighten the mounting screws until the fire plate is securely mounted to the door.
14
Route wires on fire plate
1 Route the motor connector wire, RQE connector, and door status connector underneath the side tabs as shown in Figure 14.
2 Route the battery connector and antenna wire above the side tabs. See Figure 15 for additional detail.
Door status connector
Antenna wire
Battery connector
Side tabs
Door status connector
RQE connector
Motor connector
Inside of door
10
Figure 14 Routing the wires on the fire plate
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the lock
15
Connect motor wires, RQE, and door status switch
1 From the inside of the door, make the following connections:
◆
◆
◆
Motor
RQE
Door status switch
Wire connection Color
Motor
RQE
Door status
Yellow-Gray
Orange-Brown
White
No. of wires
2
2
2
No. of pins
2
3
2
2 Insert the plastic wire tie through the mounting clip and secure the wires as shown in Figure 15. See Figure
15 for additional detail.
Caution: When making the motor connection, make sure:
◆
◆ there are no loose wire connections where the wires are inserted into the connectors the connectors are firmly mated.
Battery connector
Route wire harness on the left side of the fire plate.
Mounting clip and wire tie
Antenna wire
Dress wires so that wire connectors are mated here. Use electric tape to affix them as needed.
Figure 15 Routing the wires (view of the inside escutcheon)
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
11
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Installing the lock
Bottom cover
Cover screws
16
Install bottom cover
(inside escutcheon)
1 Making sure that the cover does not pinch the wires, guide the bottom cover over the chassis onto the fire plate.
2 Use two cover screws to secure the cover to the side of the fire plate, as shown in Figure 16.
Note: Phillips Type 2 and T20 Torx options are available for the cover mounting screws.
Caution: Dress all wires away from possible pinch points before putting the bottom cover in place.
Inside of door
Figure 16 Installing the bottom cover
Battery wires
Battery holder
Antenna
Fire plate side tabs
Battery holding tabs
17
Install battery holder
1 Position the battery wires against the fire plate side wall, as shown in Figure 17.
2 Slide the battery holder behind the fire plate side tabs until it rests on the bent battery holding tabs.
Caution: When routing the battery wires, make sure the wires are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation.
3 Connect the battery holder to the battery connector on the wire harness.
Caution: When connecting the battery holder, make sure:
◆
◆ there are no loose wire connections where the wires are inserted into the connectors.
the connectors are firmly mated.
Inside of door
Figure 17 Installing the battery holder, eight-cell
12 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Completing the installation
18
Install inside and outside levers
Note: To use a core and throw member from a manufacturer other than BEST with a Electronic Stand-alone
Lock, see the Installation Instructions for 9K Non-interchangeable Cores & Throw Members (T56093) and skip task 19.
■
With the handle pointing toward the door hinges, position a lever on the outside sleeve and push firmly on the lever until it is seated. Repeat, placing the other lever on the inside sleeve.
19
Install core and throw member
1 Install the blocking plate onto the throw member.
Caution: You must use the blocking plate to prevent unauthorized access.
For 6-pin core users only: Install the plastic spacer
(not shown, supplied with permanent cores) instead of the blocking plate, on the throw member.
2 Insert the control key into the core and rotate the key
15 degrees to the right.
3 Insert the throw member into the core.
4 Insert the core and throw member into the lever with the control key.
5 Rotate the control key 15 degrees to the left and withdraw the key.
Caution: The control key can be used to remove cores and to access doors. Provide adequate security for the control key.
Outside of door
Figure 18 Installing the levers
Core
Blocking plate
Throw member
Figure 19a Installing the blocking plate and throw member
Throw member
Core
Control key
Figure 19b Installing the core
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
13
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Completing the installation
Figure 20a Inside view of top cover
Antenna wire
Top cover
20
Install top cover
(inside escutcheon)
1 Connect the antenna to its mating connector.
2 Place the top cover against the door and above the fire plate. Slide the top cover down toward the bottom cover as shown in Figure 20b.
Caution: As you slide the top cover onto the fire plate, feed the antenna wire down into the bottom cover. Be sure not to pinch the antenna wire on the bottom cover as you slide the top cover into place.
3 Use two cover screws to secure the cover to the side of the fire plate, as shown in Figure 20b.
Note: Phillips Type 2 and T20 Torx options are available for the cover mounting screws.
Cover screws
Antenna wire
Top cover
14
Inside of door
Figure 20b Installing the top cover
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Completing the installation
18
Install inside and outside levers
Note: To use a core and throw member from a manufacturer other than BEST with a Electronic Stand-alone
Lock, see the Installation Instructions for 9K Non-interchangeable Cores & Throw Members (T56093) and skip task 19.
■
With the handle pointing toward the door hinges, position a lever on the outside sleeve and push firmly on the lever until it is seated. Repeat, placing the other lever on the inside sleeve.
19
Install core and throw member
1 Install the blocking plate onto the throw member.
Caution: You must use the blocking plate to prevent unauthorized access.
For 6-pin core users only: Install the plastic spacer
(not shown, supplied with permanent cores) instead of the blocking plate, on the throw member.
2 Insert the control key into the core and rotate the key
15 degrees to the right.
3 Insert the throw member into the core.
4 Insert the core and throw member into the lever with the control key.
5 Rotate the control key 15 degrees to the left and withdraw the key.
Caution: The control key can be used to remove cores and to access doors. Provide adequate security for the control key.
Outside of door
Figure 18 Installing the levers
Core
Blocking plate
Throw member
Figure 19a Installing the blocking plate and throw member
Throw member
Core
Control key
Figure 19b Installing the core
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
13
Installation Instructions for Wi-Q™ Technology 9KQ Cylindrical Locks
Completing the installation
Figure 20a Inside view of top cover
Antenna wire
Top cover
20
Install top cover
(inside escutcheon)
1 Connect the antenna to its mating connector.
2 Place the top cover against the door and above the fire plate. Slide the top cover down toward the bottom cover as shown in Figure 20b.
Caution: As you slide the top cover onto the fire plate, feed the antenna wire down into the bottom cover. Be sure not to pinch the antenna wire on the bottom cover as you slide the top cover into place.
3 Use two cover screws to secure the cover to the side of the fire plate, as shown in Figure 20b.
Note: Phillips Type 2 and T20 Torx options are available for the cover mounting screws.
Cover screws
Antenna wire
Top cover
14
Inside of door
Figure 20b Installing the top cover
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Completing the installation
21
Test lock
For 9KQ Locks with keypad:
To test the lock for proper operation before the lock is programmed, follow these instructions:
1234 .
# .
The green light flashes and the locking mechanism unlocks.
3 Turn the lever and open the door.
For all other locks:
To test the lock for proper operation before the lock is programmed, use the temporary operator card that came with the lock. This card is for temporary use only. After permanent cards have been programmed for the lock, the temporary card should be deleted.
1 Use the temporary operator card to activate the lock.
Note: If the lock has a proximity card reader, it may have already been activated by the presence of an object near the card reader.
2 Use the temporary operator card to access the lock.
3 The green light flashes and the locking mechanism unlocks.
4 Turn the lever or knob and open the door.
5 With the door closed, insert and turn the key to unlatch the door.
If the mechanism doesn’t unlock, refer to the following table. For additional troubleshooting instructions, see the Service Manual .
LEDs
Single red flash
Red flashes
Green flashes
—
Sounder You should
— Use the card at a moderate speed.
3 short tones
—
Use the temporary operator card provided with the lock.
Check the motor connection.
— Check the battery connection.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
15
Completing the installation
21
Test lock
For 9KQ Locks with keypad:
To test the lock for proper operation before the lock is programmed, follow these instructions:
1234 .
# .
The green light flashes and the locking mechanism unlocks.
3 Turn the lever and open the door.
For all other locks:
To test the lock for proper operation before the lock is programmed, use the temporary operator card that came with the lock. This card is for temporary use only. After permanent cards have been programmed for the lock, the temporary card should be deleted.
1 Use the temporary operator card to activate the lock.
Note: If the lock has a proximity card reader, it may have already been activated by the presence of an object near the card reader.
2 Use the temporary operator card to access the lock.
3 The green light flashes and the locking mechanism unlocks.
4 Turn the lever or knob and open the door.
5 With the door closed, insert and turn the key to unlatch the door.
If the mechanism doesn’t unlock, refer to the following table. For additional troubleshooting instructions, see the Service Manual .
LEDs
Single red flash
Red flashes
Green flashes
—
Sounder You should
— Use the card at a moderate speed.
3 short tones
—
Use the temporary operator card provided with the lock.
Check the motor connection.
— Check the battery connection.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
15 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
© 2008–09 Stanley Security Solutions, Inc
T82619/Rev B 3109013 ER-7991-12 Oct 2009
Installation Instructions for
Wi-Q™ Technology 45HQ Mortise Locks
Contents
These installation instructions describe how to install your
45HQ Mortise Lock. Topics covered include:
Preparing the door ........................................................ 1
Configuring and installing the mortise case .............. 3
Installing the trim .......................................................... 4
Completing the installation .......................................... 9
Patents
Products covered by one or more of the following patents:
6,720,861
1
Identify holes to drill
1 Determine the lock function to be installed.
Caution: Determine the inside and outside, hand, and bevel of the door.
2 See the Holes by Function table and Figure 1 to determine the holes to be drilled for the lock function.
Holes by Function
Holes to drill
A Forged trim
(2 holes)
†
B Harness †
Functions
DV TV
I/S O/S I/S O/S
Through door
Through door
Through door
Through door
C Standard cylinder
D Sensor & motor wire
(2 holes)
F Thumb turn
■
■
■
■
■
G Trim mounting
(2 holes)
H Lever
††
‡
J Door sensing channel
(2 holes)
Through door
Through door
DO NOT
DRILL
Through door
Through door
See Figure
1
† Determine trim holes based on trim type.
‡ Because these holes pass through the mortise pocket, it is recommended that each hole be drilled separately rather than straight through.
For hole sizes, see the
Q06 Template
(T82606).
B
A
C
F
B
H
G
D
A
Figure 1 Identifying holes to drill
G
D
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
1
J
J
J
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Preparing the door
Door edge template
Centerline
Figure 2 Aligning the templates
Installation template
Centerline
2
Align templates
Note: If the door is a fabricated hollow metal door, determine whether it is properly reinforced to support the lock. If door reinforcement is not adequate, consult the door manufacturer for information on proper reinforcement. For dimensions for preparing metal doors, see the Q03 Template—Installation
Specifications for 45HQ Mortise Locks (T82603).
1 Separate the four templates provided on the Q06
Template—Installation Template for 45HQ Mortise
Locks (T82606).
2 Position one of the door edge templates on the door, making sure that the lock case mortise shown on the template aligns with the mortise pocket prepared in the door.
3 Using the centerlines on the door edge template as a guide, position the appropriate door template on each side of the door. You need to take the bevel into account. Tape the templates to the door.
Door status switch
Shield
3
Center punch and drill holes
1 Center punch the necessary drill points. See the instructions on the template.
2 Drill the holes.
Note 1: To locate the center of a hole on the opposite side of the door, drill a pilot hole completely through the door.
Note 2: For holes through the door, it is best to drill halfway from each side of the door to prevent the door from splintering.
Figure 3 Installing the door status switch
2
4
Install door status switch
(optional for deadbolt TV function locks only)
1 Position the shield on the door status switch with the notch facing downwards (towards the mortise pocket).
Caution: Make sure the wires are not routed across any sharp edges or over any surface that could damage its sleeving.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Preparing the door
Door edge template
Centerline
Figure 2 Aligning the templates
Installation template
Centerline
2
Align templates
Note: If the door is a fabricated hollow metal door, determine whether it is properly reinforced to support the lock. If door reinforcement is not adequate, consult the door manufacturer for information on proper reinforcement. For dimensions for preparing metal doors, see the Q03 Template—Installation
Specifications for 45HQ Mortise Locks (T82603).
1 Separate the four templates provided on the Q06
Template—Installation Template for 45HQ Mortise
Locks (T82606).
2 Position one of the door edge templates on the door, making sure that the lock case mortise shown on the template aligns with the mortise pocket prepared in the door.
3 Using the centerlines on the door edge template as a guide, position the appropriate door template on each side of the door. You need to take the bevel into account. Tape the templates to the door.
Door status switch
Shield
3
Center punch and drill holes
1 Center punch the necessary drill points. See the instructions on the template.
2 Drill the holes.
Note 1: To locate the center of a hole on the opposite side of the door, drill a pilot hole completely through the door.
Note 2: For holes through the door, it is best to drill halfway from each side of the door to prevent the door from splintering.
Figure 3 Installing the door status switch
2
4
Install door status switch
(optional for deadbolt TV function locks only)
1 Position the shield on the door status switch with the notch facing downwards (towards the mortise pocket).
Caution: Make sure the wires are not routed across any sharp edges or over any surface that could damage its sleeving.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Configuring & installing the mortise case
2 Feed the wires for the door status switch into the door status switch hole and through the channel into the mortise cavity and out through one of the sensor and motor wire holes.
3 Press fit the door status switch assembly into the door status switch hole.
5
Rotate latchbolt (if necessary)
Note: If a function specific mortise case was ordered, some steps for configuring the case have already been performed at the factory.
1 Determine whether you need to rotate the latchbolt to match the handing of the door.
Note: The angled surface of the latchbolt must contact the strike when the door closes.
2 If you need to rotate the latchbolt, insert a flat blade screwdriver into the latch access point approximately
1/2 ″ into the case and press to extend the latch out of the case. See Figure 4.
3 Rotate the latchbolt 190 degrees (slightly past 180 degrees) and allow it to retract into the case.
Latch access point
Figure 4 Rotating the latchbolt
6
Position hub toggles (if necessary)
1 Check whether the hub toggles are in the proper position for the lock. See the table below and Figure 5.
Hub toggle positions
Function
DV, TV
Hub toggle positions
Inside down (always unlocked) & outside up (lockable)
Note: For LH & LHRB doors, the inside is the back side of the case and the outside is the cover side of the case.
For RH & RHRB doors, the inside is the cover side of the case and the outside is the back side of the case. The cover is mounted to the case with four screws.
2 To change the position of a hub toggle, remove the toggle screw, move the toggle into the desired position, and re-tighten the screw.
Hub toggle
Figure 5 Positioning hub toggles
Hub toggle
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
3
Configuring & installing the mortise case
2 Feed the wires for the door status switch into the door status switch hole and through the channel into the mortise cavity and out through one of the sensor and motor wire holes.
3 Press fit the door status switch assembly into the door status switch hole.
5
Rotate latchbolt (if necessary)
Note: If a function specific mortise case was ordered, some steps for configuring the case have already been performed at the factory.
1 Determine whether you need to rotate the latchbolt to match the handing of the door.
Note: The angled surface of the latchbolt must contact the strike when the door closes.
2 If you need to rotate the latchbolt, insert a flat blade screwdriver into the latch access point approximately
1/2 ″ into the case and press to extend the latch out of the case. See Figure 4.
3 Rotate the latchbolt 190 degrees (slightly past 180 degrees) and allow it to retract into the case.
Latch access point
Figure 4 Rotating the latchbolt
6
Position hub toggles (if necessary)
1 Check whether the hub toggles are in the proper position for the lock. See the table below and Figure 5.
Hub toggle positions
Function
DV, TV
Hub toggle positions
Inside down (always unlocked) & outside up (lockable)
Note: For LH & LHRB doors, the inside is the back side of the case and the outside is the cover side of the case.
For RH & RHRB doors, the inside is the cover side of the case and the outside is the back side of the case. The cover is mounted to the case with four screws.
2 To change the position of a hub toggle, remove the toggle screw, move the toggle into the desired position, and re-tighten the screw.
Hub toggle
Figure 5 Positioning hub toggles
Hub toggle
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
3
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Installing the trim
Mortise cavity
Mortise case
Case mounting screws
7
Install mortise case
1 Drill the holes for the case mounting screws.
2 Insert the mortise case into the mortise cavity, while feeding the sensor and motor wires into the mortise cavity and out the two sensor & motor wire holes to the inside of the door as shown in Figure 6.
Note: The armored front of the mortise case selfadjusts to the door bevel.
3 Secure the mortise case with the case mounting screws.
Sensor & motor wire holes
Sensor wires and motor wires
Figure 6 Installing the mortise case (inside of door)
8
Install trim mounting plates
1 Insert the outside trim mounting plate through the door and mortise case.
2 Position the inside trim mounting plate opposite the outside trim mounting plate and screw them securely in place.
Caution: Do not overtighten the trim mounting plate screws. Overtightening may damage the locking mechanism.
3 By temporarily installing a lever, test the lock to make sure that it doesn’t bind.
Outside mounting plate
Inside mounting plate
Figure 7 Installing the trim mounting plates
4 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Installing the trim
9
Install concealed cylinder & core
1 Use a cylinder wrench to thread the cylinder into the mortise case so that the groove around the cylinder is even with the door surface as shown in Figure 8.
Caution: A malfunction can occur if the cylinder is threaded in too far.
2 Secure the cylinder in the mortise case with the cylinder retainer screw.
3 Insert the control key into the core and rotate the key
15 degrees to the right.
4 With the control key in the core, insert the core into the cylinder.
5 Rotate the control key 15 degrees to the left and withdraw the key.
Caution: The control key can be used to remove cores and to access doors. Provide adequate security for the control key.
10
Install trim hole insert and bushing
1 Insert the trim hole insert into the upper trim hole on the outside of the door, as shown in Figure 9.
2 Insert the bushing into the harness hole on the outside of the door, as shown in Figure 9.
Figure 8 Installing the concealed cylinder
Cylinder retainer screw
Trim hole insert
Bushing
Outside of door
Figure 9 Installing the trim hole insert and bushing
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
5
Installing the trim
9
Install concealed cylinder & core
1 Use a cylinder wrench to thread the cylinder into the mortise case so that the groove around the cylinder is even with the door surface as shown in Figure 8.
Caution: A malfunction can occur if the cylinder is threaded in too far.
2 Secure the cylinder in the mortise case with the cylinder retainer screw.
3 Insert the control key into the core and rotate the key
15 degrees to the right.
4 With the control key in the core, insert the core into the cylinder.
5 Rotate the control key 15 degrees to the left and withdraw the key.
Caution: The control key can be used to remove cores and to access doors. Provide adequate security for the control key.
10
Install trim hole insert and bushing
1 Insert the trim hole insert into the upper trim hole on the outside of the door, as shown in Figure 9.
2 Insert the bushing into the harness hole on the outside of the door, as shown in Figure 9.
Figure 8 Installing the concealed cylinder
Cylinder retainer screw
Trim hole insert
Bushing
Outside of door
Figure 9 Installing the trim hole insert and bushing
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
5
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Installing the trim
Harness hole
Sensor connectors
Battery connector
Motor connector
Antenna
Outside escutcheon
Outside of door
Figure 10 Feeding the wire harness connectors through the harness hole
11
Route wire harnesses and position outside escutcheon
1 From the outside of the door, feed the motor connector, battery connector, and sensor connectors through the harness hole.
Caution: When routing the connectors, make sure the harnesses are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation.
2 Perform these steps: a Firmly press the outside escutcheon in position on the door. The core should be flush with the outer surface of the escutcheon.
b If necessary, adjust the cylinder depth plus or minus one turn so that the core is flush with the outer surface of the escutcheon.
c Secure the cylinder in the mortise case with the cylinder clamp screw.
3 Rest the outside escutcheon on the door by inserting the trim studs into the trim holes.
Antenna wire
Mounting screws
12
Install fire plate
1 From the inside of the door, feed the wiring through the fire plate harness hole.
2 Position the fire plate on the door so that the inside mounting plate fits through the square opening in the fire plate.
3 Insert the two counter sunk mounting screws into the holes at the top and bottom of the fire plate.
4 Tighten the mounting screws until the fire plate is securely mounted to the door.
Figure 11 Installing the fire plate
Inside of door
6 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Installing the trim
13
Connect wire harnesses
1 From the inside of the door, make the following connections:
Wire connection Colors
Motor Yellow-gray
Key override sensor Gray
Deadbolt sensor Blue
RQE
Door sensing
Latchbolt sensing
Orange-brown
White
Purple
No. of wires
2
2
2
2
2
2
No. of pins
2
3
2
3
3
2
2 Insert the plastic wire tie through the mounting clip and secure the wires as shown in Figure 12.
Note: It is physically possible to connect the key override sensor connector from the mortise case to the battery connector from the wire harness. To avoid this mistake, connect only the connectors with matching wire colors.
Caution: When making the motor connection and sensor connections, make sure:
◆
◆ there are no loose wire connections where the wires are inserted into the connectors the connectors are firmly mated
Route wire harness on the left side of the fire plate.
Mounting clip and wire tie
Figure 12 Routing the wires
Antenna wire
Dress wires so that wire connectors are mated here.
Use electric tape to affix them as needed.
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Installing the trim
Antenna wire
Battery wires
Thumb turn
(optional)
Cover screws
14
Install bottom cover
(inside escutcheon)
1 Position the battery wires above the side tabs and against the side of the fire plate, as shown in
Figure 13.
2 Optional for Thumb Turn option only: Make sure that the Thumb Turn is in the upright position, as shown in Figure 13.
3 Making sure that the cover does not pinch the wires, guide the bottom cover over the chassis onto the fire plate.
Note: Phillips Type 2 and T20 Torx options are available for the cover mounting screws.
Bottom cover
Inside of door
Figure 13 Installing the bottom cover
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
7 8 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Installing the trim
Antenna wire
Battery wires
Thumb turn
(optional)
Cover screws
14
Install bottom cover
(inside escutcheon)
1 Position the battery wires above the side tabs and against the side of the fire plate, as shown in
Figure 13.
2 Optional for Thumb Turn option only: Make sure that the Thumb Turn is in the upright position, as shown in Figure 13.
3 Making sure that the cover does not pinch the wires, guide the bottom cover over the chassis onto the fire plate.
Note: Phillips Type 2 and T20 Torx options are available for the cover mounting screws.
Bottom cover
Inside of door
Figure 13 Installing the bottom cover
8 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Completing the installation
15
Install battery holder
1 Position the battery wires against the fire plate side wall, as shown in Figure 14.
2 Slide the battery holder behind the fire plate side tabs until it rests on the bent battery holding tabs.
Caution: When routing the battery wires, make sure the wires are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation.
3 Connect the battery pack to the battery connector on the wire harness.
Caution: When connecting the battery pack, make sure:
◆
◆ there are no loose wire connections where the wires are inserted into the connectors.
the connectors are firmly mated.
16
Install inside and outside levers
1 Unscrew the inside spindle one full turn to allow the spindles to turn freely.
2 With the handle pointing toward the door hinges, insert the outside lever and spindles assembly into the lock from the outside of the door.
3 Slide the inside lever onto the inside spindle and secure it with the set screw.
4 Making sure that the core is positioned properly in the outside escutcheon (DV and TV function Locks only) and the escutcheons are aligned properly on the door, tighten the escutcheon mounting screws.
Note: If a core is not available, you can use the cylinder wrench to help you align the core opening in the escutcheon.
5 Turn the levers to check that they operate smoothly.
Battery wires
Antenna wire
Battery wires
Battery holder
Battery holding tabs
Inside of door
Figure 14 Installing the battery holder
Location of set screw
Inside of door
Figure 15 Installing the levers
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
9
Completing the installation
15
Install battery holder
1 Position the battery wires against the fire plate side wall, as shown in Figure 14.
2 Slide the battery holder behind the fire plate side tabs until it rests on the bent battery holding tabs.
Caution: When routing the battery wires, make sure the wires are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation.
3 Connect the battery pack to the battery connector on the wire harness.
Caution: When connecting the battery pack, make sure:
◆
◆ there are no loose wire connections where the wires are inserted into the connectors.
the connectors are firmly mated.
16
Install inside and outside levers
1 Unscrew the inside spindle one full turn to allow the spindles to turn freely.
2 With the handle pointing toward the door hinges, insert the outside lever and spindles assembly into the lock from the outside of the door.
3 Slide the inside lever onto the inside spindle and secure it with the set screw.
4 Making sure that the core is positioned properly in the outside escutcheon (DV and TV function Locks only) and the escutcheons are aligned properly on the door, tighten the escutcheon mounting screws.
Note: If a core is not available, you can use the cylinder wrench to help you align the core opening in the escutcheon.
5 Turn the levers to check that they operate smoothly.
Battery wires
Antenna wire
Battery wires
Battery holder
Battery holding tabs
Inside of door
Figure 14 Installing the battery holder
Location of set screw
Inside of door
Figure 15 Installing the levers
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
9
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Completing the installation
Figure 16 Inside view of top cover
Antenna wire
Top cover
17
Install top cover
(inside escutcheon)
1 Connect the antenna to its mating connector.
2 Place the top cover against the door and above the fire plate. Slide the top cover down toward the bottom cover as shown in Figure 17.
Caution: As you slide the top cover onto the fire plate, feed the antenna wire down into the bottom cover. Be sure not to pinch the antenna wire on the bottom cover as you slide the top cover into place.
3 Use two cover screws to secure the cover to the side of the fire plate, as shown in Figure 17.
Note: Phillips Type 2 and T20 Torx options are available for the cover mounting screws.
Cover screws
Wireless cover
18
Install mortise case faceplate
1 Secure the mortise case faceplate to the mortise case with the faceplate mounting screws.
2 Check the lock for proper operation.
Antenna wire
Mortise case faceplate
Inside of door
Figure 17 Installing the top cover
10
Outside of door
Figure 18 Installing the mortise case faceplate
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Faceplate mounting screws
Completing the installation
19
Install strike box and strike plate
1 Insert the strike box into the mortise in the door jamb.
Place the strike plate over the strike box and secure the strike with the screws provided.
2 Check the position of the auxiliary bolt against the strike plate.
Caution: The auxiliary bolt must make contact with the strike plate. The auxiliary bolt deadlocks the latchbolt and prevents someone from forcing the latch open when the door is closed. If the incorrect strike is installed, a lock-in can occur.
Note: The recommended gap between the door and jamb is 1/8 ″ .
Make sure to position the magnet at the top.
Strike box with magnet
Strike plate
Door jamb
Figure 19a Installing the strike box and strike plate
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Testing the lock
20
Test lock
For 45HQ Locks with keypad
To test the lock for proper operation before the lock is programmed, follow these instructions:
1234 .
2 Press # .
The green light flashes and the locking mechanism unlocks.
3 Turn the lever and open the door.
For all other locks:
To test the lock for proper operation before the lock is programmed, use the temporary operator card that came with the lock. This card is for temporary use only. After permanent cards have been programmed for the lock, the temporary card should be deleted.
1 Use the temporary operator card to activate the lock.
Note: If the lock has a proximity card reader, it may have already been activated by the presence of an object near the card reader.
2 Use the temporary operator card to access the lock.
The green light flashes and the locking mechanism unlocks.
3 Turn the lever and open the door.
If the mechanism doesn’t unlock, refer to the following table. For additional troubleshooting instructions, see the
Service Manual .
LEDs
Single red flash
Red flashes
Green flashes
—
Sounder You should
— Use the card at a moderate speed.
3 short tones
—
—
Use the temporary operator card provided with the lock.
Check the motor connection.
Check the battery connection.
For all locks
1 Insert and turn the key to unlatch the door.
For all TV function locks
2 From the inside of the door, turn the turn knob and make sure that the deadbolt operates properly.
Strike plate
Auxiliary bolt
Figure 19b Positioning the strike
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
11 12
©2008–2009 Stanley Security Solutions, Inc
T82623/Rev C 3108931 ER-7991-12 Oct 2009
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Completing the installation
19
Install strike box and strike plate
1 Insert the strike box into the mortise in the door jamb.
Place the strike plate over the strike box and secure the strike with the screws provided.
2 Check the position of the auxiliary bolt against the strike plate.
Caution: The auxiliary bolt must make contact with the strike plate. The auxiliary bolt deadlocks the latchbolt and prevents someone from forcing the latch open when the door is closed. If the incorrect strike is installed, a lock-in can occur.
Note: The recommended gap between the door and jamb is 1/8 ″ .
Make sure to position the magnet at the top.
Strike box with magnet
Strike plate
Door jamb
Figure 19a Installing the strike box and strike plate
Installation Instructions for Wi-Q™ Technology 45HQ Mortise Locks
Testing the lock
20
Test lock
For 45HQ Locks with keypad
To test the lock for proper operation before the lock is programmed, follow these instructions:
1234 .
2 Press # .
The green light flashes and the locking mechanism unlocks.
3 Turn the lever and open the door.
For all other locks:
To test the lock for proper operation before the lock is programmed, use the temporary operator card that came with the lock. This card is for temporary use only. After permanent cards have been programmed for the lock, the temporary card should be deleted.
1 Use the temporary operator card to activate the lock.
Note: If the lock has a proximity card reader, it may have already been activated by the presence of an object near the card reader.
2 Use the temporary operator card to access the lock.
The green light flashes and the locking mechanism unlocks.
3 Turn the lever and open the door.
If the mechanism doesn’t unlock, refer to the following table. For additional troubleshooting instructions, see the
Service Manual .
LEDs
Single red flash
Red flashes
Green flashes
—
Sounder You should
— Use the card at a moderate speed.
3 short tones
—
—
Use the temporary operator card provided with the lock.
Check the motor connection.
Check the battery connection.
For all locks
1 Insert and turn the key to unlatch the door.
For all TV function locks
2 From the inside of the door, turn the turn knob and make sure that the deadbolt operates properly.
Strike plate
Auxiliary bolt
Figure 19b Positioning the strike
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
11 12
©2008–2009 Stanley Security Solutions, Inc
T82623/Rev C 3108931 ER-7991-12 Oct 2009
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc
Installation Instructions for
Wi-Q Technology™ EXQ
Exit Hardware Trim
Introduction
These installation instructions describe how to install your
BEST® Wi-Q Technology™ EXQ Series Exit Hardware Trim.
Electronic Stand-Alone Exit Hardware Trim is available for use with the following types of wide stile exit devices:
Precision® brand manufactured by Stanley (2000 Series),
Von Duprin® (98/99 Series), and Sargent® (8800 Series).
n
Not all features are available for all exit device configurations. The table below details what sensors are available for which exit device configurations:
Device
Precision
Rim (2100)
Surface Vertical (2200)
Mortise (2300)
Wood Door Concealed (2700)
Concealed Vertical (2800)
Von Duprin d
Rim
Surface Vertical
Concealed Vertical
Sargent e
Rim f
DS
■
■
■
■
■
■
■
■
■ a
TS
■
■
■
■
■ b
LS
■
■
■
■ c a. Door position sensing b. Request-to-exit (PHI touchbar monitoring) c. Latch sensing d. Von Duprin is a registered trademark of Von Duprin, Inc.
e. Sargent is a registered trademark of Sargent Mfg. Co.
f. Latch must have lift-type trim input (8863)
Contents
These instructions cover the following topics:
Planning the installation................................................ 1
Preparing the door.......................................................... 3
Installing the exit hardware and trim ........................... 7
Completing the installation ......................................... 16
Site survey
Use the following survey to record information about the installation site and hardware application.
Exit hardware type:
❑
❑ rim mortise
Door handing and bevel:
❑ Left-hand reverse bevel (LHRB)
❑ Right-hand reverse bevel (RHRB)
Door type:
❑ surface vertical rod
❑ concealed vertical rod
❑ Wood ❑ Metal
Door thickness: inches (1-3/4 ″ to 2-1/4″ )
Components checklist
Use the following checklist to make sure that you have the items necessary to install your EXQ Exit Hardware Trim.
❑ Escutcheon and lever assembly
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
1
Installation Instructions for
Wi-Q Technology™ EXQ
Exit Hardware Trim
Introduction
These installation instructions describe how to install your
BEST® Wi-Q Technology™ EXQ Series Exit Hardware Trim.
Electronic Stand-Alone Exit Hardware Trim is available for use with the following types of wide stile exit devices:
Precision® brand manufactured by Stanley (2000 Series),
Von Duprin® (98/99 Series), and Sargent® (8800 Series).
n
Not all features are available for all exit device configurations. The table below details what sensors are available for which exit device configurations:
Device
Precision
Rim (2100)
Surface Vertical (2200)
Mortise (2300)
Wood Door Concealed (2700)
Concealed Vertical (2800)
Von Duprin d
Rim
Surface Vertical
Concealed Vertical
Sargent e
Rim f
DS
■
■
■
■
■
■
■
■
■ a
TS
■
■
■
■
■ b
LS
■
■
■
■ c a. Door position sensing b. Request-to-exit (PHI touchbar monitoring) c. Latch sensing d. Von Duprin is a registered trademark of Von Duprin, Inc.
e. Sargent is a registered trademark of Sargent Mfg. Co.
f. Latch must have lift-type trim input (8863)
Contents
These instructions cover the following topics:
Planning the installation................................................ 1
Preparing the door.......................................................... 3
Installing the exit hardware and trim ........................... 7
Completing the installation ......................................... 16
Site survey
Use the following survey to record information about the installation site and hardware application.
Exit hardware type:
❑
❑ rim mortise
Door handing and bevel:
❑ Left-hand reverse bevel (LHRB)
❑ Right-hand reverse bevel (RHRB)
Door type:
❑ surface vertical rod
❑ concealed vertical rod
❑ Wood ❑ Metal
Door thickness: inches (1-3/4 ″ to 2-1/4″ )
Components checklist
Use the following checklist to make sure that you have the items necessary to install your EXQ Exit Hardware Trim.
❑ Escutcheon and lever assembly
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
1
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
❑ Battery bracket
❑ Door position switch with magnet
❑ 7-pin core (only included if ordered with trim)
❑ Cylinder mounting sleeve (for Von
Duprin functions only)
❑ Temporary operator card Temporary
Operator
BE
ST
❑ Battery cover with antenna
2
❑ Battery pack
❑ Battery cover screw package
❑ Bar code ID sticker
(for your records)
❑ Cable ties, buttsplices, and tape
❑ Installation templates and instructions
Installation Instructions for
Exit Hardware Trim for which exit device configuration
Wood Door Concealed (2700)
Von Duprin
Introduction
Precision
Rim (2100)
Mortise (2300)
These installation instructions describe how to install s:
DS a TS b vailable
LS c ces urae for your
Door type:
Wood
Exit hardware type: rim
Site survey mortise
Metal
Components checklist e Trim.
tion.
surface vertical rod concealed vertical rod t the
Surface Vertical
Concealed Vertical a. Door position sensing c. Latch sensing
Contents
These instructions cover the following topics:
Preparing the door ..........................................................4
Battery bracket
1
❑ Key cylinder and keys (only included if ordered with trim).
OR
Rim cylinder Mortise cylinder
Tools required
Use the following checklist to make sure that you have the tools necessary to install your EXQ Exit Hardware Trim.
❑ Electric drill (preferably corded) ❑ Straight edge
❑ Jigsaw ❑ Square
❑ Wire snips ❑ Pencil/marker
❑ Wire strippers
❑ Phillips screwdriver
❑ Measuring tape
❑
❑
❑
7/16” dia drill bit
7/8” dia drill bit
1” dia hole saw
For Precision® Hardware and Sargent installations
❑ 1-3/8” dia hole saw (EV function only)
❑ 1-1/8” dia hole saw
For Von Duprin® installations
❑ 2” dia hole saw
❑ 3/4” dia hole saw
For BEST® cylinders
❑ BEST ED211 cylinder wrench
For surface vertical exit devices
❑ Razor blade
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Preparing the door
1
Mark centerlines
Note 1: If retrofitting to an existing exit hardware instal- lation, skip this task. Instead, remove the exit hardware from the door.
Note 2: If the door is a fabricated hollow metal door, determine whether it is properly reinforced to support the lock. If door reinforcement is not adequate, consult the door manufacturer for information on proper reinforcement.
1 Prepare the push side of the door according to the exit device manufacturer’s installation instructions.
Note: The tape-on template supplied with the EXQ trim will supersede the exit device template in the trim area.
2 Transfer horizontal and vertical centerlines to the outside of the door face.
Note: When measuring from the edge of the door, take into account the door bevel (if any).
Vertical centerline
Horizontal centerline
Straight edge
Figure 1 Marking centerlines on outside door face
2
Determine required door prep
1 Determine which template is applicable (Q08 for Precision and Sargent, Q07 for Von Duprin) and discard the other one.
2 Based on the kind of exit device you have, use the table below to locate the appropriate door preparation. n
3 On the template, circle the holes needed for your installation and cross out those that are not applicable.
Device
Rim (2100)
Surface Vertical (2200)
Mortise (2300)
Wood Door Concealed (2700)
Concealed Vertical (2800)
Rim (with RQE)
Rim (without RQE)
Surface Vertical
Concealed Vertical
Sargent Rim
Note: Follow the Precision 2300 door preparation for Sargent, ignoring any steps directly pertaining to the mortise lock or key cylinder.
Figure
Figure 2
Figure 3
Figure 4
Figure 3
Figure 3
Figure 5
Figure 7
Figure 7
Figure 7
Figure 6
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
3
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Preparing the door
A
B
C
D
E
G
H
E
Outside of LHRB door Outside of RHRB door
Figure 2 Outside door prep for use with
Precision exit hardware, 2100 Series
A
B
Hole Description
B Battery bracket/harness hole
Instructions
A Battery bracket hole 7/16 ″ diameter, thru door
7/8 ″ diameter, thru door
C
E
F
Sensor harness routing hole
D Door sensing switch mounting hole and channel
Escutcheon mounting holes
Door sensing switch magnet hole (in door frame or opposing door leaf)
7/16 ″ diameter, thru door
1” diameter hole, drilled 1-3/4” deep, then
7/16” channel to intersect door sensing wire routing hole.
7/16 ″ diameter, thru door
1” diameter hole, drilled 1-3/4” deep
(NOT SHOWN).
G
H
Cylinder hole
Lift finger slot
Precision: 1-3/8 ″ diameter, thru door (for
2300, only into mortise cavity)
Von Duprin: 2 ″ diameter thru door
Precision/Sargent:
1-1/8 ″ diameter slot, thru door
Von Duprin: 3/4 ″ diameter slot, thru door E
G
D
C
H
E
Outside of LHRB door Outside of RHRB door
Figure 3 Outside door prep for use with
Precision exit hardware, 2200, 2700, and 2800 Series
4 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Preparing the door
1
Mark centerlines
Note 1: If retrofitting to an existing exit hardware instal- lation, skip this task. Instead, remove the exit hardware from the door.
Note 2: If the door is a fabricated hollow metal door, determine whether it is properly reinforced to support the lock. If door reinforcement is not adequate, consult the door manufacturer for information on proper reinforcement.
1 Prepare the push side of the door according to the exit device manufacturer’s installation instructions.
Note: The tape-on template supplied with the EXQ trim will supersede the exit device template in the trim area.
2 Transfer horizontal and vertical centerlines to the outside of the door face.
Note: When measuring from the edge of the door, take into account the door bevel (if any).
Vertical centerline
Horizontal centerline
Straight edge
Figure 1 Marking centerlines on outside door face
2
Determine required door prep
1 Determine which template is applicable (Q08 for Precision and Sargent, Q07 for Von Duprin) and discard the other one.
2 Based on the kind of exit device you have, use the table below to locate the appropriate door preparation. n
3 On the template, circle the holes needed for your installation and cross out those that are not applicable.
Device
Rim (2100)
Surface Vertical (2200)
Mortise (2300)
Wood Door Concealed (2700)
Concealed Vertical (2800)
Rim (with RQE)
Rim (without RQE)
Surface Vertical
Concealed Vertical
Sargent Rim
Note: Follow the Precision 2300 door preparation for Sargent, ignoring any steps directly pertaining to the mortise lock or key cylinder.
Figure
Figure 2
Figure 3
Figure 4
Figure 3
Figure 3
Figure 5
Figure 7
Figure 7
Figure 7
Figure 6
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
3
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Preparing the door
A
B
C
D
E
G
H
E
Outside of LHRB door Outside of RHRB door
Figure 2 Outside door prep for use with
Precision exit hardware, 2100 Series
A
B
Hole Description
B Battery bracket/harness hole
Instructions
A Battery bracket hole 7/16 ″ diameter, thru door
7/8 ″ diameter, thru door
C
E
F
Sensor harness routing hole
D Door sensing switch mounting hole and channel
Escutcheon mounting holes
Door sensing switch magnet hole (in door frame or opposing door leaf)
7/16 ″ diameter, thru door
1” diameter hole, drilled 1-3/4” deep, then
7/16” channel to intersect door sensing wire routing hole.
7/16 ″ diameter, thru door
1” diameter hole, drilled 1-3/4” deep
(NOT SHOWN).
G
H
Cylinder hole
Lift finger slot
Precision: 1-3/8 ″ diameter, thru door (for
2300, only into mortise cavity)
Von Duprin: 2 ″ diameter thru door
Precision/Sargent:
1-1/8 ″ diameter slot, thru door
Von Duprin: 3/4 ″ diameter slot, thru door E
G
D
C
H
E
Outside of LHRB door Outside of RHRB door
Figure 3 Outside door prep for use with
Precision exit hardware, 2200, 2700, and 2800 Series
4 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Preparing the door
A
B
D
E
G mortise cavity
H
E
Outside of LHRB door Outside of RHRB door
Figure 4 Outside door prep for use with
Precision exit hardware, 2300 Series
A
B
D
E
H
E
Outside of LHRB door Outside of RHRB door
Figure 6 Outside door prep for use with
Sargent 8863 exit hardware
A
B
E
G
C
D
H
E
G
H
A
B
D
E
E
Outside of LHRB door Outside of RHRB door
Figure 5 Outside door prep for use with
Von Duprin exit hardware, Rim with RQE only
Outside of LHRB door Outside of RHRB door
Figure 7 Outside door prep for use with
Von Duprin exit hardware. Use for all Von
Duprin vertical rods and rim without RQE
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
5
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Preparing the door
Vertical centerline of lock
Trim template
Horizontal centerline of lock
Outside of door
Figure 8 Positioning the trim template,
Q08 LHRB shown
3
Position trim template and mark drill points
1 For new installations a Cut the applicable template along the dashed lines.
b Align the horizontal and vertical centerlines marked on the template with the centerlines marked on the OUTSIDE of the door (from step 1).
See Figure 8.
For retrofit installations
Align the mounting holes for the escutcheon and lock stile case shown on the template with the mounting holes already present in the door.
Note: The outside escutcheon is mounted using the four lock stile case mounting holes (‘A’ holes); these holes must be 7/16 ″ in diameter and drilled com- pletely through the door.
2 Tape the template to the OUTSIDE of the door in the properly aligned position.
3 Center punch the necessary drill points. Refer to the instructions on the template and the figures of the previous step.
4
Mortise for mortise case and faceplate
(mortise exit devices only)
Note: If retrofitting the EXQ Exit Hardware Trim to an existing exit hardware installation, skip this task.
Mortise the edge of the door for the mortise case and faceplate; follow the instructions provided by the exit hardware manufacturer.
6 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Preparing the door
A
B
D
E
G mortise cavity
H
E
Outside of LHRB door Outside of RHRB door
Figure 4 Outside door prep for use with
Precision exit hardware, 2300 Series
A
B
D
E
H
E
Outside of LHRB door Outside of RHRB door
Figure 6 Outside door prep for use with
Sargent 8863 exit hardware
A
B
E
G
C
D
H
E
G
H
A
B
D
E
E
Outside of LHRB door Outside of RHRB door
Figure 5 Outside door prep for use with
Von Duprin exit hardware, Rim with RQE only
Outside of LHRB door Outside of RHRB door
Figure 7 Outside door prep for use with
Von Duprin exit hardware. Use for all Von
Duprin vertical rods and rim without RQE
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
5
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Preparing the door
Vertical centerline of lock
Trim template
Horizontal centerline of lock
Outside of door
Figure 8 Positioning the trim template,
Q08 LHRB shown
3
Position trim template and mark drill points
1 For new installations a Cut the applicable template along the dashed lines.
b Align the horizontal and vertical centerlines marked on the template with the centerlines marked on the OUTSIDE of the door (from step 1).
See Figure 8.
For retrofit installations
Align the mounting holes for the escutcheon and lock stile case shown on the template with the mounting holes already present in the door.
Note: The outside escutcheon is mounted using the four lock stile case mounting holes (‘A’ holes); these holes must be 7/16 ″ in diameter and drilled com- pletely through the door.
2 Tape the template to the OUTSIDE of the door in the properly aligned position.
3 Center punch the necessary drill points. Refer to the instructions on the template and the figures of the previous step.
4
Mortise for mortise case and faceplate
(mortise exit devices only)
Note: If retrofitting the EXQ Exit Hardware Trim to an existing exit hardware installation, skip this task.
Mortise the edge of the door for the mortise case and faceplate; follow the instructions provided by the exit hardware manufacturer.
6 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the exit hardware and trim
5
Drill holes
Caution: Double-check for the correct lock function, hand, and bevel before drilling.
1 Drill the trim holes that are required for your application; follow the instructions on the trim template and refer to the figures in step 2.
Note 1: To locate the center of a hole on the opposite side of the door, drill a small pilot hole through the door.
Note 2: For holes through a wood door, drill halfway from each side of the door to keep the door from splintering.
6
Install mortise case
(mortise exit devices only)
Install the mortise case in the door; follow the instructions provided by the exit hardware manufacturer.
7
Install door sensing switch
1 Clip off the purple wires and connector and remove.
2 Clip off the connector from the white door sensing harness (with black sleeving) and leave as much wire as possible. See Figure 9. These wires will be buttspliced to the sensing harness from the trim. See
“Route sensor wires” on page 14.
3 Route the door sensing switch wires through the channel and out through the wire routing hole to the exit device side. See Figure 9.
4 Press-fit the door sensing switch into the 1” diameter hole in the door.
5 Mark and drill 1” diameter hole in the frame, aligned with the door position switch (for the magnet).
Note: For double-door applications, this hole will be into the edge of the opposing door leaf (not the frame).
6 Press-fit the door sensing magnet into the 1” diameter hole in the frame.
Door sensing switch
Clip both connectors off here
Wire routing hole
Route the door sensing harness to the inside.
Door sensing magnet
Door sensing harness
See Q07 and
Q08 templates for other door sensing wire routing.
Inside Door Frame
Figure 9 Installing the door sensing switch and magnet,
Precision 2100 shown
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
7
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Antenna cable
Primary harness
Sensor harness
Antenna cable
Primary harness
8
Re-route sensor harness (if applicable)
Looking at the back of the trim, compare it to the pictures in Figure 10. If your trim does not match the proper picture, then follow the applicable steps below to re-route the sensor harness.
Sensor harness
Antenna cable
Primary harness
Sensor harness
PHI Rim
(2100)
Antenna cable
PHI Vertical
(2200/2700/2800)
Primary harness
Sensor harness
Antenna cable
PHI Mortise (2300)
& Sargent (8800)
Antenna cable
Primary harness
Primary harness
Sensor harness
Von Duprin
Rim (LHRB)
Sensor harness
Von Duprin
Rim (RHRB)
Von Duprin
Verticals
Figure 10 Variations of EXQ Trim rear view
8 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Antenna cable
Primary harness
Sensor harness
Antenna cable
Primary harness
8
Re-route sensor harness (if applicable)
Looking at the back of the trim, compare it to the pictures in Figure 10. If your trim does not match the proper picture, then follow the applicable steps below to re-route the sensor harness.
Sensor harness
Antenna cable
Primary harness
Sensor harness
PHI Rim
(2100)
Antenna cable
PHI Vertical
(2200/2700/2800)
Primary harness
Sensor harness
Antenna cable
PHI Mortise (2300)
& Sargent (8800)
Antenna cable
Primary harness
Primary harness
Sensor harness
Von Duprin
Rim (LHRB)
Sensor harness
Von Duprin
Rim (RHRB)
Von Duprin
Verticals
Figure 10 Variations of EXQ Trim rear view
8 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the exit hardware and trim
1 Carefully peel the black gasket off of the back of the trim. Set it aside to be re-applied later.
2 Remove the backplate from the trim by removing the four screws that attach it.
3 While the gasket and backplate are removed, change the handing of the trim if necessary.
Do so by removing the four threaded guide pins and retaining ring as shown in Figure 11, pulling out and flipping the lever 180 degrees, and then reassembling.
For Precision 2100 devices
4 Re-route the sensor harness out through the alternate wire-routing hole as shown in Figure 12.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
Guide pins
Lever
Retaining ring
Yoke finger
Figure 11 Changing the hand of the trim (if needed)
Backplate
Route sensor harness here
Sensor harness
Figure 12 Re-routing the sensor harness for Precision
2100 exit devices
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
9
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Backplate
Sensor harness
Route sensor harness here
Figure 13 Re-routing the sensor harness for Precision
2200, 2700 and 2800 exit devices
For Precision 2200, 2700 and 2800 devices
4 Re-route the sensor harness around the cylinder hole and around the escutcheon boss, then out through the alternate wire-routing hole as shown in Figure 13.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
For Precision 2300 and Sargent 8800 devices
4 Re-route the sensor harness toward the top of the escutcheon to the same area as the battery cable, antenna cable and relay shunts. See Figure 14.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
For Von Duprin Rim devices with RQE
4 Re-route the sensor harness around the cylinder hole and around the escutcheon boss, then out through one of the alternate wire-routing holes (based on handing) as shown in Figure 15.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
Route sensor harness here
Backplate
Backplate
Sensor harness
Sensor harness
Route sensor harness here for
LHRB
Figure 14 Re-routing the sensor harness for Precision 2300 and Sargent 8800 exit devices
10
Route sensor harness here for
RHRB
Figure 15 Re-routing the sensor harness for Von Duprin with RQE
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the exit hardware and trim
1 Carefully peel the black gasket off of the back of the trim. Set it aside to be re-applied later.
2 Remove the backplate from the trim by removing the four screws that attach it.
3 While the gasket and backplate are removed, change the handing of the trim if necessary.
Do so by removing the four threaded guide pins and retaining ring as shown in Figure 11, pulling out and flipping the lever 180 degrees, and then reassembling.
For Precision 2100 devices
4 Re-route the sensor harness out through the alternate wire-routing hole as shown in Figure 12.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
Guide pins
Lever
Retaining ring
Yoke finger
Figure 11 Changing the hand of the trim (if needed)
Backplate
Route sensor harness here
Sensor harness
Figure 12 Re-routing the sensor harness for Precision
2100 exit devices
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
9
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Backplate
Sensor harness
Route sensor harness here
Figure 13 Re-routing the sensor harness for Precision
2200, 2700 and 2800 exit devices
For Precision 2200, 2700 and 2800 devices
4 Re-route the sensor harness around the cylinder hole and around the escutcheon boss, then out through the alternate wire-routing hole as shown in Figure 13.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
For Precision 2300 and Sargent 8800 devices
4 Re-route the sensor harness toward the top of the escutcheon to the same area as the battery cable, antenna cable and relay shunts. See Figure 14.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
For Von Duprin Rim devices with RQE
4 Re-route the sensor harness around the cylinder hole and around the escutcheon boss, then out through one of the alternate wire-routing holes (based on handing) as shown in Figure 15.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
Route sensor harness here
Backplate
Backplate
Sensor harness
Sensor harness
Route sensor harness here for
LHRB
Figure 14 Re-routing the sensor harness for Precision 2300 and Sargent 8800 exit devices
10
Route sensor harness here for
RHRB
Figure 15 Re-routing the sensor harness for Von Duprin with RQE
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the exit hardware and trim
For Von Duprin vertical rod devices and rim without
RQE
4 Re-route the sensor harness as shown in Figure 16.
5 Reattach the backplate ensuring that the springs are properly seated and wires are not pinched.
6 Reapply the gasket.
9
Install cylinder (Von Duprin only)
1 To determine the correct spindle length, try the cylinder in the door while holding the escutcheon and lock stile case in place.
Then break off the spindle at the groove where it will engage correctly with the latching mechanism.
If necessary break off the mounting screws as shown in
Figure 17.
2 From the front of the escutcheon, insert the cylinder into the cylinder opening.
3 Holding the cylinder in position in the escutcheon, insert the cylinder mounting sleeve through the back of the escutcheon, over the cylinder.
4 Orient the cylinder and clamp plate as shown in
Figure 17. From the back of the escutcheon, secure the cylinder and mounting sleeve using the clamp plate and mounting screws.
Backplate
Route sensor harness here
Sensor harness
Figure 16 Re-routing the sensor harness for Von Duprin vertical rod and rim without RQE exit devices
Spindle
Rim cylinder
Clamp plate
Screws
Mounting sleeve
Break off the screws here.
Orient the curve toward the cylinder.
Escutcheon
Figure 17 Installing the cylinder for Von Duprin rim and rod exit devices
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
11
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Outside of door
Figure 18 Feeding the wires through the door
Rim cylinder
Relay shunt
(Future use)
Battery connector
Antenna wire
Sensor harness
Battery bracket/ harness hole
Door sensing switch and wires
Escutcheon
10
Route wire harnesses and position escutcheon
1 From the outside of the door, feed the antenna wire and battery connector (with relay shunt) through the battery bracket/harness hole as shown in Figure 18.
Caution 1: When routing the connectors, make sure the harnesses are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation.
Caution 2: Do not strain the wire harness either by pulling too hard on it or by dangling the escutcheon from it.
2 Route the sensor harness through the door (same hole as the door sensing wires).
3 Rest the escutcheon on the door by inserting the trim studs into the mounting holes.
11
Install cylinder (Precision devices)
For rim and vertical rod exit device installations (rim cylinder)
1 To determine the correct spindle length, try the cylinder in the door while holding the escutcheon and lock stile case in place.
Then break off the spindle at the groove where it will engage correctly with the latching mechanism.
Break off the mounting screws at the groove where they will secure the clamp plate to the cylinder.
2 Insert the cylinder through the cylinder opening in the escutcheon and into the door as shown in Figure 19.
3 Orient the cylinder and clamp plate as shown in
Figure 20. From the inside of the door, secure the cylinder using the clamp plate and mounting screws.
Escutcheon
Outside of door
Figure 19 Installing the cylinder
12 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Outside of door
Figure 18 Feeding the wires through the door
Rim cylinder
Relay shunt
(Future use)
Battery connector
Antenna wire
Sensor harness
Battery bracket/ harness hole
Door sensing switch and wires
Escutcheon
10
Route wire harnesses and position escutcheon
1 From the outside of the door, feed the antenna wire and battery connector (with relay shunt) through the battery bracket/harness hole as shown in Figure 18.
Caution 1: When routing the connectors, make sure the harnesses are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation.
Caution 2: Do not strain the wire harness either by pulling too hard on it or by dangling the escutcheon from it.
2 Route the sensor harness through the door (same hole as the door sensing wires).
3 Rest the escutcheon on the door by inserting the trim studs into the mounting holes.
11
Install cylinder (Precision devices)
For rim and vertical rod exit device installations (rim cylinder)
1 To determine the correct spindle length, try the cylinder in the door while holding the escutcheon and lock stile case in place.
Then break off the spindle at the groove where it will engage correctly with the latching mechanism.
Break off the mounting screws at the groove where they will secure the clamp plate to the cylinder.
2 Insert the cylinder through the cylinder opening in the escutcheon and into the door as shown in Figure 19.
3 Orient the cylinder and clamp plate as shown in
Figure 20. From the inside of the door, secure the cylinder using the clamp plate and mounting screws.
Escutcheon
Outside of door
Figure 19 Installing the cylinder
12 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installing the exit hardware and trim
For mortise exit device installations
(mortise cylinder)
1 For doors less than 2 ″ in thickness, place the cylinder ring provided on the cylinder.
2 Rotate the cylinder cam to the 12 o’clock position, as shown in Figure 21.
3 Using a cylinder wrench (ED211), insert the cylinder through the cylinder opening in the escutcheon and screw the cylinder into the mortise case. Make sure that the figure-8 hole is in the 12 o’clock position.
Caution: Do not screw the cylinder in too tightly.
Doing so may cause users to be locked out.
12
Install exit hardware and secure escutcheon
For Precision 2200, 2700 and 2800 exit devices only
■
Drill a 5/16” hole through the front part of the chassis as shown in Figure 22. (This hole is used to pass the sensor harness and door position switch wires into the chassis area.)
For all exit devices
1 Make any adjustments to the exit hardware necessary for compatibility with lever function outside trim.
2 Install the exit hardware (lock stile case, touch bar assembly, latches and rods [if applicable], and related hardware); follow the instructions provided by the exit hardware manufacturer.
Note: The escutcheon is secured on the outside of the door by the screws used to mount the lock stile case on the inside of the door.
Caution: When securing the escutcheon, make sure that it does not pinch any wires.
Spindle
Clamp plate
Screws
Orient the curve toward the cylinder.
Rim cylinder
Figure 20 Rim cylinder components
View of the back of the cylinder
Cam in 12 o’clock position
Mortise cylinder
Figure 21 Mortise cylinder components
Drill 5/16” hole thru the face of the chassis here.
Drill ONLY for 2200,
2700 and
2800 devices
Figure 22 Drilling 5/16” hole for Precision 2200, 2700, and 2800 exit devices only
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
13
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Wire entry from trim for rim
(2100) device
Wire entry from trim for vertical rod (2200, 2700,
2800) device
Pull sensor wires to top of device head
(shaded area)
Figure 23 Pulling sensor harnesses to the top of the device head
EXQ Trim
Red
Blue
NO
Violet
COM
Blue
Latchbolt switch
NC
Red
Not used
Sensor harness
Wht Wht
Wht Wht
Door position switch
NC
Org Org
NO = Normally Open
NC = Normally Closed
COM = Common
COM
Tan Tan
Touchbar switch
Butt splices
NO
Yellow
Not used
Figure 24 Schematic diagram for connecting Precision sensor harness wires
14 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
13
Route sensor wires
Use the following table to determine sensing wire functions:
Wire function Colors
Touchbar monitoring (RQE) Orange and tan
Door sensing White
Latchbolt sensing Red and blue
No. of wires
2
2
2
1 Pull wires from the sensor harness, door position switch, latchbolt switch, and touchbar switch to the top of the device head as shown in Figure 23.
Note: For Precision 2300, Sargent 8800, or any Von
Duprin application without RQE, pull the door position switch and sensor harness wires into the battery bracket area rather than the device head.
Note: For Von Duprin applications with RQE, touchbar switch wires must be re-routed into the device head in such a way as to avoid any pinching or contact with moving parts. The sensor harness can be routed into the head area through any suitable hole in the chassis.
2 Cut the wires to the appropriate length (that is, remove the excess to leave minimal slack after the spliced connections).
3 Strip the wire ends for connection using the buttsplices.
4 Make wire connections as detailed in Figure 24 or Figure 25 using the butt-splices (provided).
Note: For Sargent devices, connect the door position switch to the two white sensor harness wires.
Note: In the case of unused wires, be sure to cover the ends with electrical tape.
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Wire entry from trim for rim
(2100) device
Wire entry from trim for vertical rod (2200, 2700,
2800) device
Pull sensor wires to top of device head
(shaded area)
Figure 23 Pulling sensor harnesses to the top of the device head
EXQ Trim
Red
Blue
NO
Violet
COM
Blue
Latchbolt switch
NC
Red
Not used
Sensor harness
Wht Wht
Wht Wht
Door position switch
NC
Org Org
NO = Normally Open
NC = Normally Closed
COM = Common
COM
Tan Tan
Touchbar switch
Butt splices
NO
Yellow
Not used
Figure 24 Schematic diagram for connecting Precision sensor harness wires
14 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
13
Route sensor wires
Use the following table to determine sensing wire functions:
Wire function Colors
Touchbar monitoring (RQE) Orange and tan
Door sensing White
Latchbolt sensing Red and blue
No. of wires
2
2
2
1 Pull wires from the sensor harness, door position switch, latchbolt switch, and touchbar switch to the top of the device head as shown in Figure 23.
Note: For Precision 2300, Sargent 8800, or any Von
Duprin application without RQE, pull the door position switch and sensor harness wires into the battery bracket area rather than the device head.
Note: For Von Duprin applications with RQE, touchbar switch wires must be re-routed into the device head in such a way as to avoid any pinching or contact with moving parts. The sensor harness can be routed into the head area through any suitable hole in the chassis.
2 Cut the wires to the appropriate length (that is, remove the excess to leave minimal slack after the spliced connections).
3 Strip the wire ends for connection using the buttsplices.
4 Make wire connections as detailed in Figure 24 or Figure 25 using the butt-splices (provided).
Note: For Sargent devices, connect the door position switch to the two white sensor harness wires.
Note: In the case of unused wires, be sure to cover the ends with electrical tape.
Installing the exit hardware and trim
5 Make sure to route and dress the wires so that they do not interfere with any moving parts.
6 Tape the wires to the device head (some tape is provided).
Note: For Precision 2200, 2700, and 2800 exit devices, use cable ties in addition to the tape, to hold wires as shown in Figure 26.
7 Install the case cover.
NO = Normally Open
NC = Normally Closed
COM = Common
EXQ Trim
Org
Tan
Butt splices
NC
Blue
COM
Red
Touchbar switch
Sensor harness
NO
Yellow Not used
Wht Wht
Wht Wht
Door position switch
Red
Blue
}
Not used
Figure 25 Schematic diagram for connecting Von Duprin sensor harness wires
Sensor harness coming thru the 5/16” hole described in
Figure 17
Use cable tie here to secure the sensor harness
TOP
Cable tie
Figure 26 Using cable ties to hold wires for Precision
2200, 2700, and 2800 exit devices
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
15
Installing the exit hardware and trim
5 Make sure to route and dress the wires so that they do not interfere with any moving parts.
6 Tape the wires to the device head (some tape is provided).
Note: For Precision 2200, 2700, and 2800 exit devices, use cable ties in addition to the tape, to hold wires as shown in Figure 26.
7 Install the case cover.
NO = Normally Open
NC = Normally Closed
COM = Common
EXQ Trim
Org
Tan
Butt splices
NC
Blue
COM
Red
Touchbar switch
Sensor harness
NO
Yellow Not used
Wht Wht
Wht Wht
Door position switch
Red
Blue
}
Not used
Figure 25 Schematic diagram for connecting Von Duprin sensor harness wires
Sensor harness coming thru the 5/16” hole described in
Figure 17
Use cable tie here to secure the sensor harness
TOP
Cable tie
Figure 26 Using cable ties to hold wires for Precision
2200, 2700, and 2800 exit devices
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
15
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Installing the exit hardware and trim
Cylinder
Core
Control key
14
Install core
1 Insert the control key into the core and rotate the key
15 degrees to the right.
2 With the control key in the core, insert the core into the cylinder as shown in Figure 27.
3 Rotate the control key 15 degrees to the left and withdraw the key.
Caution: The control key can be used to remove cores and to access doors. Provide adequate security for the control key.
Figure 27 Installing the core
Outside of door
15
Install mortise case faceplate
(mortise exit devices only)
1 Secure the mortise case faceplate to the mortise case; follow the instructions provided by the exit hardware manufacturer.
2 Check the lock for proper operation.
16
Install strike(s)
Note: If retrofitting the trim to an existing exit hardware installation, skip this task.
1 Install the strike(s) in the door frame or door stop; follow the instructions provided by the exit hardware manufacturer.
2 Check the lock for proper alignment between the strike(s) and latch(es).
16 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Completing the installation
17
Install battery bracket on door
1 Position the battery bracket on the inside of the door as shown in Figure 28.
Note: If installing with a surface rod exit device, the bat- tery bracket is mounted over the upper rod.
2 Secure the battery bracket to the door using two of the mounting screws provided.
Note: For doors less than 2 ″ in thickness, use the
1 1/4 ″ screws. For doors 2″ or greater, use the
1 3/4 ″ screws.
Caution: When routing the wire harness, make sure the wires are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation. Keep away from any moving parts.
3 Tape all wires to the bracket using the tape provided.
Note: For Precision 2300, Sargent 8800, or any Von
Duprin exit device without RQE, sensor harness and door position switch wires will also be run into this area of the battery bracket.
Inside of door
Figure 28 Installing the battery bracket on the door
Battery connector
Battery bracket
Mounting screws
Antenna wire
Relay shunt wires
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
17
Completing the installation
17
Install battery bracket on door
1 Position the battery bracket on the inside of the door as shown in Figure 28.
Note: If installing with a surface rod exit device, the bat- tery bracket is mounted over the upper rod.
2 Secure the battery bracket to the door using two of the mounting screws provided.
Note: For doors less than 2 ″ in thickness, use the
1 1/4 ″ screws. For doors 2″ or greater, use the
1 3/4 ″ screws.
Caution: When routing the wire harness, make sure the wires are not routed across any sharp edges or over any surface that could damage their sleeving or wire insulation. Keep away from any moving parts.
3 Tape all wires to the bracket using the tape provided.
Note: For Precision 2300, Sargent 8800, or any Von
Duprin exit device without RQE, sensor harness and door position switch wires will also be run into this area of the battery bracket.
Inside of door
Figure 28 Installing the battery bracket on the door
Battery connector
Battery bracket
Mounting screws
Antenna wire
Relay shunt wires
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Completing the installation
Inside of door
Figure 29 Connecting the battery pack
Battery pack
Battery bracket
Antenna wire
Relay shunt wires
18
Install battery pack in bracket
1 Connect the battery pack to the battery connector on the wire harness as shown in Figure 29.
Caution: When connecting the battery pack, make sure:
— there are no loose wire connections where the wires are inserted into the connectors
— the connectors are firmly mated.
2 Place the battery pack in the holder inside the battery bracket and dress the wire harness inside the bracket.
Caution: The battery pack fit will be snug. Make sure you do not damage the sleeving on the battery pack. Doing so may cause the batteries to drain.
3 If installing with a surface vertical rod device, dress the wire harness inside the bracket to the left of the rod so that the harness will not interfere with the movement of the rods.
We recommend that you loosely coil the harness and use a cable tie to secure the coil. To avoid damaging the harness, do not put any sharp bends in it or flex it close to the connectors.
Caution: Failure to dress the wire harness away from the rod could damage the wire harness, causing the lock’s electronics to not work properly.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
17 18 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Completing the installation
19
Install battery/antenna cover
1 If installing with a surface vertical rod exit device, carefully use a razor blade to remove the knockouts for the rod from the battery cover. See Figure 30.
2 Connect the antenna to its mating connector.
3 Coil the antenna wire carefully inside the battery cover.
Caution: Carefully bend, but do not twist or kink the antenna wire. Doing so may significantly reduce or completely interrupt signal transmission.
4 Making sure that the battery/antenna cover does not pinch any wires, place the battery/antenna cover over the bracket and battery.
5 Secure the battery cover with the provided self-tapping screws.
Caution: Tighten screws firmly but do not overtighten. Over-tightening may strip screw holes or crack the cover.
Battery bracket
Knockout
Battery/ antenna cover
Antenna wire
Carefully bend, but DO NOT
TWIST OR KINK the antenna wire!
Figure 30 Installing the battery cover over the battery bracket and connecting the antenna
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
19
Completing the installation
19
Install battery/antenna cover
1 If installing with a surface vertical rod exit device, carefully use a razor blade to remove the knockouts for the rod from the battery cover. See Figure 30.
2 Connect the antenna to its mating connector.
3 Coil the antenna wire carefully inside the battery cover.
Caution: Carefully bend, but do not twist or kink the antenna wire. Doing so may significantly reduce or completely interrupt signal transmission.
4 Making sure that the battery/antenna cover does not pinch any wires, place the battery/antenna cover over the bracket and battery.
5 Secure the battery cover with the provided self-tapping screws.
Caution: Tighten screws firmly but do not overtighten. Over-tightening may strip screw holes or crack the cover.
Battery bracket
Knockout
Battery/ antenna cover
Antenna wire
Carefully bend, but DO NOT
TWIST OR KINK the antenna wire!
Figure 30 Installing the battery cover over the battery bracket and connecting the antenna
Installation Instructions for Wi-Q Technology™ EXQ Exit Hardware Trim
Completing the installation
If the mechanism doesn’t unlock, refer to the following table.
20
Test lock
For EXQ Locks with keypad only:
To test the lock for proper operation before the lock is programmed, follow these instructions:
1234 .
# .
The green light flashes and the locking mechanism unlocks.
3 Turn the lever and open the door.
For all other locks:
To test the lock for proper operation before the lock is programmed, use the temporary operator card that came with the lock. This card is for temporary use only. After permanent cards have been programmed for the lock, the temporary card should be deleted.
1 Use the temporary operator card to activate the lock.
2 Use the temporary operator card to access the lock.
The green light flashes and the locking mechanism unlocks.
3 Turn the lever or knob and open the door.
4 With the door closed, insert and turn the key to unlatch the door.
LEDs
Single red flash
Single red flash
Alternating red and green flashes none
Sounder You should
1 short tone
Use the card at a moderate speed.
3 short tones none
Use the temporary operator card provided with the lock.
or
Perform a door reset to restore to the factory default settings (the lock may already be associated/programmed)
Check the motor connection.
none Check the battery connection.
Important: When the trim and exit hardware installation is complete, perform all testing specified by the exit hardware manufacturer.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
19 20
©2008–2009 Stanley Security Solutions, Inc. and Stanley Logistics, Inc.
T82621/Rev D 3108554 ER-7991-12 April 2009
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Installation Instructions for
Stanley Wi-Q™ Technology
WQX-WAC Wireless Access Controllers
Introduction
The WQX Wireless Access Controller (WAC) controls access to one door or access point. It runs on four AA batteries, or can be externally powered with a DC power supply. The WAC can be purchased integrated in a box with power supply or can be purchased standalone. If purchased as a stand-alone unit the power supply powering the WAC (WQX alone with no other devices connected) must be able to deliver at least
500mA.
a
Antenna
Power terminal
Mounting hole
Four AA
Batteries
Mounting hole
Terminals
Figure 1 Wireless Access Controller, shown without cover
Site survey
If a site survey has not been completed, contact your
Stanley Representative.
Components checklist
Use the following checklist to make sure that you have the items necessary to install your Wireless Access Controller.
Components provided in the box
❑ Wireless Access Controller with antenna
❑ Batteries
❑ Documentation
Optional components
❑ Indoor ceiling mount omni-directional antenna
❑ Indoor wall mount directional antenna
❑ Outdoor mount directional antenna
❑ Outdoor mount omni-directional antenna
❑ Enclosure
1
Mount Wireless Access Controller
The standard WAC comes with a small antenna, but you may need a supplemental antenna for your application. See the Site Survey Tool Quick Reference Guide for more antenna information.
1 Determine the appropriate location for the wireless single door controller, making sure that the antenna will have maximum exposure for signal transmission.
2 Mount the Wireless Access Controller box.
3 Screw on antenna as shown in Figure 1 so that it’s vertical and upright.
4 Install batteries if needed.
2
Install other hardware as necessary
Make sure all other system components are mounted and installed. System components may include:
■
■
■
■
Electronic or electric lock or strike
Request-to-exit switch
Power supply for lock or strike
Reader: either magstripe, proximity, keypad or combination readers. The default reader is a Weigand,
26-bit, 8-bit word type.
a. Power for WAC device only. Calculate power requirements for attached readers separately.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
1 2
Installation Instructions for Stanley Wi-Q™ Technology WQX-WAC Wireless Access Controllers
Planning the installation
■
Manufacturer Part number
Stanley
Indala
909028065
FP2511A
XceedID
HID
XF-1050-B
5355AGK00
Essex KTP-163-SN
Sensors: door, latch, deadbolt, key, and/or other.
Note: Some sensors may be included inside the lock.
The BEST 45HW may include door, latch, deadbolt, and key sensors.
3
Pull wire and make connections to wireless access controller
1 Determine what connections you need to make based on your application.
2 Using Figure 2 and Table 1 make the connections.
Table 1 WAC Connections and descriptions
Terminal
Strike NC
Strike COM
Strike NO
SHUNT NC
SHUNT COM
SHUNT NO
KEY
Description
Normally-closed terminal where the locking mechanism connects
Common return path for current through the locking mechanism
Normally-open terminal where the locking mechanism connects
Normally-closed relay terminal that shunts door force alarm if access is granted or RQE is activated
Return path for the shunt relay
Normally-open terminal for the shunt relay
Detects and reports a key-override event
Table 1 WAC Connections and descriptions
Terminal
GND
RQE
DS
GND
LS
WIEGAND 0
GND
WIEGAND1
RED
GND
GRN
ANT
Negative DC terminal
Description
Return path for the key-override switch and RQE
Request-to-exit input
Door status input
Return path for door status and latch status
Latch status input
Wiegand D0 terminal
Ground (the wiegand reader must be grounded at this point)
Wiegand D1 terminal
Red LED control input
LED ground point
Green LED control input
Antenna connection
Power connection
Negative DC terminal
Positive DC 9–24V terminal
Power connection. Use the extra negative DC terminal to
‘daisy-chain’ power to another wireless access controller or reader.
a
Power connection
Positive DC 9–24V terminal
Power connection. Use the extra positive DC terminal to
‘daisy-chain’ power to another wireless access controller or reader.
a a. Make sure the power supply is of appropriate wattage to supply enough power.
Important note: When using the WAC to daisy-chain other devices, be sure that the other devices will accept the voltage supplied to the WAC.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
2
Installation Instructions for Stanley Wi-Q™ Technology WQX-WAC Wireless Access Controllers
Planning the installation
■
Manufacturer Part number
Stanley
Indala
909028065
FP2511A
XceedID
HID
XF-1050-B
5355AGK00
Essex KTP-163-SN
Sensors: door, latch, deadbolt, key, and/or other.
Note: Some sensors may be included inside the lock.
The BEST 45HW may include door, latch, deadbolt, and key sensors.
3
Pull wire and make connections to wireless access controller
1 Determine what connections you need to make based on your application.
2 Using Figure 2 and Table 1 make the connections.
Table 1 WAC Connections and descriptions
Terminal
Strike NC
Strike COM
Strike NO
SHUNT NC
SHUNT COM
SHUNT NO
KEY
Description
Normally-closed terminal where the locking mechanism connects
Common return path for current through the locking mechanism
Normally-open terminal where the locking mechanism connects
Normally-closed relay terminal that shunts door force alarm if access is granted or RQE is activated
Return path for the shunt relay
Normally-open terminal for the shunt relay
Detects and reports a key-override event
Table 1 WAC Connections and descriptions
Terminal
GND
RQE
DS
GND
LS
WIEGAND 0
GND
WIEGAND1
RED
GND
GRN
ANT
Negative DC terminal
Description
Return path for the key-override switch and RQE
Request-to-exit input
Door status input
Return path for door status and latch status
Latch status input
Wiegand D0 terminal
Ground (the wiegand reader must be grounded at this point)
Wiegand D1 terminal
Red LED control input
LED ground point
Green LED control input
Antenna connection
Power connection
Negative DC terminal
Positive DC 9–24V terminal
Power connection. Use the extra negative DC terminal to
‘daisy-chain’ power to another wireless access controller or reader.
a
Power connection
Positive DC 9–24V terminal
Power connection. Use the extra positive DC terminal to
‘daisy-chain’ power to another wireless access controller or reader.
a a. Make sure the power supply is of appropriate wattage to supply enough power.
Important note: When using the WAC to daisy-chain other devices, be sure that the other devices will accept the voltage supplied to the WAC.
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Planning the installation
Electric lock, strike or maglock
(+)
(–)
Output device (example shown: horn)
Input switch
Connect as required
STRIKE NC (Relay 1)
STRIKE COM (Relay 1)
STRIKE NO (Relay 1)
SHUNT NC (Relay 2)
SHUNT COM (Relay 2)
SHUNT NC (Relay 2)
KEY (I/O)
GND
RQE (I/O)
DSM (I/O)
GND
DLS (I/O)
WIEGAND 0 (I/O)
GND
WIEGAND 1 (I/O)
RED
GND
GRN
Weigand output reader
(+ Power)
Figure 2 Wireless Access Controller, typical installation.
See Table 1 for a description of connections.
ANT
DO NOT USE
GND
3.3V (10mA MAX)
DO NOT USE
– DC 9-24V
+ DC 9-24V
– DC 9-24V
+ DC 9-24V
12 VDC
Strike Power
Supply by others
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
3
Planning the installation
Electric lock, strike or maglock
(+)
(–)
Output device (example shown: horn)
Input switch
Connect as required
STRIKE NC (Relay 1)
STRIKE COM (Relay 1)
STRIKE NO (Relay 1)
SHUNT NC (Relay 2)
SHUNT COM (Relay 2)
SHUNT NC (Relay 2)
KEY (I/O)
GND
RQE (I/O)
DSM (I/O)
GND
DLS (I/O)
WIEGAND 0 (I/O)
GND
WIEGAND 1 (I/O)
RED
GND
GRN
Weigand output reader
(+ Power)
Figure 2 Wireless Access Controller, typical installation.
See Table 1 for a description of connections.
ANT
DO NOT USE
GND
3.3V (10mA MAX)
DO NOT USE
– DC 9-24V
+ DC 9-24V
– DC 9-24V
+ DC 9-24V
12 VDC
Strike Power
Supply by others
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
3 4
Installation Instructions for Stanley Wi-Q™ Technology WQX-WAC Wireless Access Controllers
Planning the installation
4 Sign on WAC
The process of bringing a WAC into the Stanley Wi-Q™
Access Management System (AMS) is known as signing on.
If the connected reader doesn’t have a keypad, a signon keypad is required. If no wired keypad is installed, a sign-on keypad is available as accessory WQD-WAC-
PAD.
Connect the sign-on keypad to the WAC Wireless
Access Controller
1 Once the WAC is wired, connect the sign-on keypad to the WAC reader terminal.
Signing on a WAC Wireless Access Controller
2 Enter 5678 on the keypad.
This will cause the green LED to blink the on the WAC three times.
3 Enter the sign-on key for the facility in the AMS database.
Note: The sign-on key can be found under the facility sign-on credential field in the Wi-Q Technology™
Access Management System (AMS). Refer to the Stanley Wi-Q AMS User Guide.
You should see the red and green LEDs blinking and the blue light turns ON to indicate that the radio on the board is active. Once the reader signs on to one of the portal gateways in your facility, the green LED on the WAC blinks three times. At this point the WAC should appear under the New Facility Item folder in
AMS (it may take up to 2 minutes for this to occur).
5 Test WAC
For Wireless Access Controller with keypad only:
To test the WAC for proper operation before It’s programmed, follow these instructions:
1234 .
# .
The green light flashes and the locking mechanism unlocks or you should hear a relay click.
3 Operate the lock and open the door.
For Wireless Access Controllers wired to card readers:
To test the lock for proper operation before the lock is programmed, use the temporary operator card that came with the device. This card is for temporary use only. After permanent cards have been programmed into the device, the temporary card will no longer unlock the lock (once users are programmed into the
WAC).
1 Using the installed reader to access the lock, present the temporary operator card to gain access.
The green light flashes and the locking mechanism unlocks.
If the mechanism doesn’t unlock, use the on-board
LEDs and refer to the following table.
WAC on-board
LEDs
Single red flash
Three red flashes
You should
Use the card at a moderate speed.
Use the temporary operator card provided with the lock.
or
Perform a deep reset to restore to the factory default settings (the lock may already be associated/programmed)
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
Planning the installation
WAC on-board
LEDs none no blue light
You should
Check the battery connection.
Reset. Sign-on the WAC using the sign-on procedure.
LEDs
Single red flash
Three red flashes
You should
Use the card at a moderate speed.
Use the temporary operator card provided with the lock.
Resetting the WAC
The WAC has two reset functions:
■
■
Soft reset – restores previous functionality. Use this under normal operation. It will reset the WAC, but
DOES NOT ERASE USERS.
Hard reset – restores factory settings. Use this reset only when moving the WAC or after exhausting all other troubleshooting options.
Using the soft reset function
■
Hold the reset button until the green LED flashes five times and then release. See Figure 3.
Lights will alternate red/green rapidly.
The WAC is restored to its previous functionality
Using the hard reset function
Caution: Use this procedure only to restore the factory default settings. Performing these steps will erase all user data that may have been programmed into the WAC.
■
Hold the reset button for up to 30 seconds — until the green LED flashes and then the red LED flashes three times. Then release. See Figure 3.
All users are erased and the WAC is restored to its factory default settings.
Reset button
Figure 3 Using the reset button
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
5
Planning the installation
WAC on-board
LEDs none no blue light
You should
Check the battery connection.
Reset. Sign-on the WAC using the sign-on procedure.
LEDs
Single red flash
Three red flashes
You should
Use the card at a moderate speed.
Use the temporary operator card provided with the lock.
Resetting the WAC
The WAC has two reset functions:
■
■
Soft reset – restores previous functionality. Use this under normal operation. It will reset the WAC, but
DOES NOT ERASE USERS.
Hard reset – restores factory settings. Use this reset only when moving the WAC or after exhausting all other troubleshooting options.
Using the soft reset function
■
Hold the reset button until the green LED flashes five times and then release. See Figure 3.
Lights will alternate red/green rapidly.
The WAC is restored to its previous functionality
Using the hard reset function
Caution: Use this procedure only to restore the factory default settings. Performing these steps will erase all user data that may have been programmed into the WAC.
■
Hold the reset button for up to 30 seconds — until the green LED flashes and then the red LED flashes three times. Then release. See Figure 3.
All users are erased and the WAC is restored to its factory default settings.
Reset button
Figure 3 Using the reset button
BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
5
Installation Instructions for Stanley Wi-Q™ Technology WQX-WAC Wireless Access Controllers
6 BEST ACCESS SYSTEMS a Product Group of Stanley Security Solutions, Inc.
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- Wireless access control
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