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TX3 Series
TX3-CX CARD ACCESS SYSTEM
Installation and Operation Manual
Version 5.2
LT-980
TX3-CX Card Access System Installation and Operation Manual
Copyright June 2019
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Copyright June 2019 Mircom Inc.
All rights reserved.
Mircom TX3-CX Card Access System Installation and Operation Manual v.5.2
Microsoft, MS-DOS, Windows, and Windows 2000/NT/XP/Vista/7/8/10 are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.
Mircom
25 Interchange Way
Vaughan, Ontario
L4K 5W3
905.660.4655
Fax:905.660.4113
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TX3-CX Card Access System Installation and Operation Manual
Copyright June 2019
Version 5.2
Version 5.2
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Contents
5
Introducing the TX3-CX Card Access System
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Installation and Setup of the Card Access Controller 26
Grounding the Card Access System 26
Installing the Controller and Components
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Controller Board Description 32
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48
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51
TX3-CX-2 Power Supply and Battery Calculations
54
Total Door Open Time Per Hour 54
55
Battery Capacity Requirement 55
Warranty & Warning Information
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List of Figures
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Card Access System using an RS-485 network 8
Card Access System using an Ethernet TCP/IP network 9
Card Access System using both Ethernet and RS-485 networks
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Controller Back Cover Dimensions and Optional
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31
Controller Board Connection Locations 33
Controller Board Battery Wiring 34
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Controller Board Input Terminals 38
Input Terminal Sample Connections
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Input - Supervised for Short 41
Input - Supervised for Open and Short 41
Controller Output Terminal Sample Connections
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Outputs 7 and 8 Sample Connections
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Controller Board Card Reader Connectors
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Location of Jumpers JW1 to JW8 and Switches SW1 and SW2 47
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TX3-CX Card Access System Installation and Operation Manual
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Version 5.2
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Welcome
This manual provides information about the installation and operation of the non-UL listed TX3-CX Card Access System, and must be read in its entirety before beginning any installation work.
Installation must be performed by a qualified technician and must adhere to the standards and special notices set by the local regulatory bodies.
Note: Mircom periodically updates panel firmware and
Configurator Software to add features and correct any minor inconsistencies. For information about the latest firmware or software visit the Mircom website at www.mircom.com.
Warning: The Card Access System must be grounded by a qualified electrician. An improperly grounded unit can result in equipment malfunction and electrical shock.
This chapter explains
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Introducing the TX3-CX Card Access System
Introducing the TX3-CX Card Access System
The TX3-CX Card Access System is part of the Mircom suite of products that provide building ready monitoring, control and integrated security solutions for use in the high end multi-tenant residential market.
The Card Access System addresses the need within today’s high end multitenant residential market for an easy-to-use tenant access system and an easy-touse configuration utility.
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1.2.2
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Welcome
This manual provides the technician with information about the installation and configuration of the Card Access System and explains how to configure various components for a new system, including the modification of an existing system.
Applications
Mircom's Card Access System consists of a controller, two card readers and configuration software. The controller can accept at the same time, a combination of card readers with different formats to control two access points or doors. The Card Access System can set elevator usage if elevator controls are used.
A number of different card readers are supported, such as the TX3-CX-REC
Wiegand wireless receiver, all of which are configurable using the Configurator software.
The Card Access System can be used in a stand-alone or networked environment using a standard RS-485, daisy chain peer-to-peer network arrangement.
This network can consist of only the Card Access Controller or a combination of
Touch Screens, Lobby Control Units, Elevator Restriction Units and Card
Access Units. Up to 63 units can be networked on any RS-485 network or subnetwork. Valid RS-485 network addresses range from 1 to 63. One of the networked units with a real time clock, such as Touch Screen, Lobby Control or
Card Access must have their network address set to 1.
If an Ethernet network is used, you can connect more than 63 units to your system. If you use an Ethernet network with RS-485 subnetworks, each RS-485 subnetwork can have 63 devices connected to it.
Wiegand interface
The Wiegand interface is a wiring standard for card readers for establishing the connections between a card reader and the Card Access System. This interface is a serial interface requiring 7 to 10 conductors for communications between the reader and the controller. This interface also supplies 12V power to the reader.
The Wiegand compatible access card has 26 bits of information embedded onto the card. The card reader reads and registers the card information and sends it back to the controller in a serial bit stream.
Card Access System
The Mircom Card Access System supports a proprietary 37-bit encoding technology and a 26-bit SIA standard format, and consists of a maximum of 63
Card Access Controllers networked together. Each Card Access Controller can have two card readers. The Card Access System provides an optional battery backup and a real time clock.
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The Card Access System integrates with the TX3 Telephone Access system by utilizing a common network for both Telephone Access and Card Access
Systems.
A PC provides configuration and on-line monitoring of the Card Access System and the Telephone Access System status. Once the system is configured, the PC is not required.
Configurable Features
The system is configured by connecting the inputs and outputs to device access points, and using the Configurator software to establish the correlations between these inputs and outputs.
Additional physical configuration is required using the dip switches and jumpers on the controller. DIP switches set the Card Access Controller network address.
Jumper settings set the controller for firmware updates.
PC Configurator Software
The Configurator Software is a combined Telephone Access System and Card
Access System Configurator that uses a common database. Once the controller is installed the system applies its default values. Use the Configurator software to fully configure the system. See the following documentation:
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LT-995 Configuration and Administration Guide
LT-973 TX3 Software Guide
Installer Responsibilities
The installation and setup must be done by a qualified technician. The technician is responsible for installing all of the system components, connecting all of the input and output wiring for the appropriate door entry systems, and ensuring that the wiring adheres to the requirements of the system for proper operation using the Configurator software.
Network Setup
The Card Access System can consist of either stand-alone Card Access
Controllers or networked Card Access Controllers. Networked Card Access
Controllers can communicate over an RS-485 network, an Ethernet TCP/IP network, or a combination of an Ethernet network with RS-485 subnetworks. All
Card Access Controllers can communicate over RS-485. To communicate over an Ethernet network you need at least one IP-enabled Card Access Controller
(called a Master Node).
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Welcome
The TX3 Configurator software can connect to any of these network configurations. How you connect to the network (that is, through TCP/IP, USB, a modem, or the COM port) determines what devices you can configure on the network using the TX3 Configurator. The different network configurations are explained in the rest of this section.
Figure 1 shows a basic Card Access System with one Card Access Controller and
two card readers. The maximum distance between the Card Access Controller and the card readers is 500 feet.
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Card Reader A Card Reader B
Card Access Controller
Figure 1.
Basic Card Access System
Card Access Controller
Figure 2 shows a network with two Card Access Controllers connected to an RS-
485 network. The Card Access System can have up to 63 Card Access
Controllers networked together. If you connect to any device on the RS-485 network (using USB, a modem, or a COM port), you can also connect to and configure any other device on the RS-485 network using the TX3 Configurator software.
Card Access Controller
Card Reader A Card Reader A
Card Reader B Card Reader B
RS-485 Network
Figure 2.
Card Access System using an RS-485 network
Figure 3 shows a configuration with Card Access Controllers connected to an
Ethernet TCP/IP network. This configuration removes the 63 device limitation that you have on an RS-485 network. The devices connected to an Ethernet TCP/
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IP network are called Master Nodes. If you connect to the TCP/IP network with the TX3 Configurator, you can connect to and configure any of the Master Nodes on the Ethernet TCP/IP network. If you connect directly to one of the Master
Nodes using USB, a modem, or a COM port, you will be able to configure that device but not any other device.
Card Access Controller
(Master Node)
Card Access Controller
(Master Node)
Card Reader A Card Reader A
Card Reader B Card Reader B
Ethernet Network
Figure 3.
Card Access System using an Ethernet TCP/IP network
Notes:
In order for a panel to be a Master Node:
• It must be IP capable. Panels that are IP capable have “-A”,
“-B”, or “-C” at the end of their model names.
• It must have a TX3-IP IP Module installed if it is not a Touch
Screen.
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Figure 4 shows a Card Access System using an Ethernet network with RS-485
subnetworks. The Card Access Controllers connecting to a Master Node’s
RS-485 subnetwork are Slave Nodes to the Master Node. Each RS-485 subnetwork can have up to 63 controllers connected to it; you can still have more than 63 Master Nodes connected to the Ethernet network.
Card Access Controller
(Master Node)
Card Reader A
Card Access Controller
(Slave Node)
Card Reader A
Ethernet Network
Card Reader B
RS-485 Subnetwork
Card Access Controller
(Master Node)
Card Reader A
Card Reader B
Card Access Controller
(Slave Node)
Card Reader A
Card Reader B
RS-485 Subnetwork
Card Reader B
Figure 4.
Card Access System using both Ethernet and RS-485 networks
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If you connect to the Ethernet TCP/IP network with the TX3 Configurator, you can configure any of the nodes in the system. If you connect directly to a controller using USB, a modem, or a COM port, you will only be able to configure devices that are on the same RS-485 subnetwork as that device.
Note: There can only be one Master Node on an RS-485 subnetwork.
That is, you cannot connect one RS-485 subnetwork to another
RS-485 subnetwork. However, if you want to connect to a
Touch Screen panel remotely over the Internet (for instance, to configure Touch Screen options such as color and themes), the
Touch Screen panel must be set as an Master Node even if there is no slave panel connected to it.
About This Manual
This manual applies to the following models:
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TX3-CX-2K Two Door Card Access System Kit
TX3-CX Two Door Card Access Controller
TX3-CX-2K-A IP Capable Two Door Card Access Controller Kit
TX3-CX-4K-A IP Capable Four Door Card Access Controller Kit
TX3-CX-6K-A IP Capable Six Door Card Access Controller Kit
TX3-CX-8K-A IP Capable Eight Door Card Access Controller Kit
TX3-CX-2-A IP Capable Two Door Card Access Controller (non-UL listed version)
TX3-BBCX-4W Cabinet
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Additional Documentation
For additional documentation, see the following Mircom literature:
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LT-6618 TX3-CX-1 Installation Manual
LT-969 TX3 Telephone Access System Installation and Operation
Manual
LT-968 TX3 Telephone Access System User’s Guide
LT-971 TX3-MDM Modem Module Installation
LT-1161 TX3-IP IP Module Installation Instructions
LT-5997 TX3-CX-1NP Installation
LT-9940 TX3 Elevator Restriction Manual
LT-995 TX3 System Configuration and Administration Manual
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1.6.2
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1.7.1
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Welcome
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LT-973 TX3 Configurator Quick Start
LT-6027 TX3-USB-AD Kit Installation Instructions
LT-1160 TX3-CX-A8 Aperio™ Door Controller System Installation and
Operation Manual
Key Terms
The following terms are common and specific to this manual:
CAU . Card Access Unit
ERU . Elevator Restriction Unit
LCU . Lobby Control Unit
Contact Us
Canada and USA
Toll Free : 1-888-660-4655
Local : 905-660-4655
Fax : 905-660-4113
Website http://www.mircom.com
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Configurable Features
This chapter describes all the configurable features and their modes of operation, and provides you with detailed information to let you configure the system using the Configurator software.
For details on using the Configurator, see LT-995 TX3 Configuration and
Administration Manual.
This chapter explains
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Inputs
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Each Card Access Controller has eight inputs to accommodate the following special functions:
Request to exit for reader A or B
Door sense for reader A or B
General purpose
Request to exit for reader A or B
When this input is active, the door unlocks and the Unlock time timer starts.
When the Unlock time timer expires or the door contact associated with this card reader becomes active, the door locks.
The input is associated with the ‘request to exit’ function.
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Door sense for reader A or B
When the door is open this input is active and when the door is closed the input is inactive. This input:
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• senses if the door ever opened after it was unlocked as a result of access being granted. If the door did not open even though the door was unlocked for the programmed time duration, it is reported to the Configurator if configured.
senses a forced entry. If the door is locked and the door contact input becomes active, the forced entry alarm activates. This can be changed by selecting Disable forced entry alarm .
senses if the door is held open. This happens when the door is unlocked and the door contact becomes active but does not get inactivated before the Unlock time timer or the Extended unlock time timer expires. At this time the Door held open warning timer starts. If the door is still open when this timer expires, a Door held open warning is reported to the
Configurator.
When the Door held open warning timer expires, the Door held open alarm timer starts. When the Door held open alarm timer expires, a door held open alarm is reported to the Configurator.
If the door closes during the time when the Door held open warning timer or the Door held open alarm timer are active, the warning or alarm is cancelled, and the Door open warning restored or Door open alarm restored event is reported to the Configurator.
Correlation
The correlations function lets you establish specific relationships between panel inputs (events) and outputs (actions), such as turning on a light when a door opens. Correlations also allow you to specify these relationships to a schedule, such as allowing access only during certain days and times of the week. A maximum of 32 correlations is allowed.
Assigning events to access points
Assigning events to access points associates the access point with the event. The
Configurator lets you assign input events by labelling the following access points:
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Reader A
Reader B
Inputs 1 to 8
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Events
Events are defined by the following inputs and reader states:
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Access is granted ( from Reader A or B )
Access is denied ( from Reader A or B )
Forced entry alarm ( from Reader A or B )
Door held open alarm ( from Reader A or B )
Door not open ( from Reader A or B )
Input is active ( from Inputs 1 to 8 )
Unlock mode is on ( from Reader A or B )
Unlock mode is off ( from Reader A or B )
High security is on ( from Reader A or B )
High security is off ( from Reader A or B )
Actions
An action is defined by the type of action that occurs for a specific event and consists of the following:
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Turn ON output
Turn OFF output
Turn ON high security
Turn OFF high security
Panels
Correlations can be applied to either one of the panels on your system, all of the panels on your system, to a custom group of panels on your system (for TCP/IP networks only), and across all panels on the network. They can occur on the local panel, distributed panels or different types of panels (Card Access and Telephone
Access) on the network.
Note: Correlation signals cannot be transmitted by Touch Screen Master
Nodes. If you plan on setting up correlations either all of the panels on your network or a custom group of panels, consult LT-995 for instructions on selecting the
Route IP Correlations
checkbox.
Output
Actions are applied to an output on the panel(s) selected. This option specifies which output.
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Duration
The duration of the action is specified in minutes and seconds, or indefinitely.
Schedule
The schedule lets you specify when correlated events take effect.
Access Criteria
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If connected to a PC, the Configurator software monitors the functional state of inputs from all panels and devices, and senses the status of connected components. Outputs are programmed for specific functionality, such as specific delay and on/off times.
Granting access depends on different criteria, such as security precautions and the access privileges granted the card holder. To prevent unauthorized access the controller has various configurable features for determining the conditions and type of access.
Access requirements are a function of schedule, holidays, security precautions and access privileges. The parameters are configurable and allow for very detailed system operation. For example access privileges may have dependencies and consequently may be more suitable to run as a scheduled task.
The Configurator software lets you define and configure the various modes of operation for managing access, defining inputs and assigning outputs. In order to effectively use the Configurator you must understand these configurable features.
The following features are configurable:
Lock / Unlock
High security
PC decision required
Facility code
Card + PIN
Anti-passback
Temporary card
Interlock
Access Level
Controller options
Access point options
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Configurable Features
• Card options
Lock / Unlock
An access point has one of the following lock status modes:
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Lock Mode . When in lock mode the door is normally locked. Any valid access card unlocks the door for the duration of a specified time interval according to: door unlock time extended unlock time
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During this mode the red LED on the card reader associated with this access point becomes active and turns green for the duration the door is unlocked.
Unlock Mode . When in unlock mode the door is unlocked. The green led on the reader associated with this access point stays lit. During this mode the door sense is not monitored for the following: door did not open door held open warning force entry alarm
Changing the lock/unlock mode
The lock/unlock mode is changed in one of the following three ways:
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• an administrator using the Configurator can send a command to change the lock mode an access card with lock/unlock privileges, if swiped twice in succession, toggles between lock and unlock mode a schedule associated with the lock/unlock mode - when the associated schedule is active, it changes to unlock mode and when the schedule is inactive, it changes back to lock mode
Whenever the mode is changed from lock to unlock or from unlock to lock, the beeper on the reader associated with this access point sends a distinct beep indicating the mode is changed.
High security
The high security mode grants access to cards with the high security privilege.
This mode is changed as follows.
• if the access point is configured as high security then it is in high security mode by default unless changed by the PC or card with high security privilege
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• if an access card with high security privilege is swiped four times in succession, the mode toggles between high security on to high security off the Configurator software can change the mode from high security on to high security off or from high security off to high security on an event correlated with a response to turn on or off the high security mode
The high security mode locks all doors in the unlocked mode.
Whenever the high security mode changes, the beeper on the reader associated with this access point sends a distinct beep.
PC decision required
During this mode the decision to grant access is transferred to an attendant. Using the PC the attendant grants or denies access. Only valid cards assigned with the
PC decision requirement are able to make this type of access request.
Facility code mode
Access cards consist of two codes; facility code and card code. The facility code mode is designed for new installations where access cards are not programmed into the database. When the facility code mode is enabled, cards with same facility code are granted access.
The facility code can be set to any number. If a number is not chosen, it will automatically default to “0” as a placeholder.
In this mode, the door is unlocked for the same period of time that as that of the standard door unlock timer. This mode is configured for each access point.
Card + PIN
This mode provides another level of security during certain parts of the day.
During this mode not only a valid card is required for access but also a PIN code.
The PIN code is 1 to 4 digits long and is programmed for each card. 0 is not a valid
PIN code.
There is a schedule associated with this mode. When the schedule is enabled, the mode is on and when the schedule is disabled, the mode is off.
This feature requires a card reader with a keypad.
Anti-passback
This mode prevents unauthorised users from getting access. During the antipassback period if a valid card is used at an access point, it cannot be re-used at the same access point until the pre-programmed anti-passback timer expires.
After expiration of the timer, the user regains access.
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Temporary card
This type of card can be created by placing a usage counter on the card. Each time the card is used, the usage counter is reduced by one. When the usage number reaches zero, access is denied.
A usage counter of 255 indicates there is no restriction on use.
Interlock
This mode is typically used in a double door application to prevent unauthorised access. During this mode the user presents the card at both doors. The second door unlocks after presenting the card, if the first door is locked and closed.
If enabled door B cannot be unlocked until door A is locked and closed. Door A cannot be unlocked until door B is locked and closed.
Access level
Creating an access level lets you define where and when to use a card, and set elevator usage if elevator controls are used.
A maximum of 128 access levels are defined for each controller. A schedule is associated with each access level for all the access points on the controller as indicated by the following example.
Access level ID = 1
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• for reader A schedule = Always for reader B schedule = Never
Access level ID = 2
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• for reader A schedule = Office hours for reader B schedule = Always
If a card is assigned an access level 1 it means the user can have access to reader
A at all times but will not have access to reader B at any time.
If a card is assigned an access level 2 it means the user can have access to reader
A during the office hours and will have access to reader B all the time.
The option for elevator control exists for each access level. If elevator control is enabled for a specific access level then swiping a card with that access level will turn on the associated elevator relays. Which relays are activated can be specified individually for each access level. Up to 16 elevator relays can be activated for each access level. If more than 16 relays are assigned to a specific access level only the first 16 will be activated.
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Configurable Features
Controller options
The following controller options are configurable:
Card format . The following card formats are supported:
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26-bit Wiegand SIA
32-bit CSN
34-bit Awid
35-bit HID corporate 1000
35-bit Indala
36-bit HID Simplex
36-bit Keyscan C15001
37-bit Cansec
37-bit HID 10304
37-bit Mircom
39-bit Kantech XSF
50-bit RBH
Send real time logs . If enabled, only the real time logs are sent to the PC.
Interlock feature . If enabled, door B cannot be unlocked until door A is locked and closed. Door A cannot be unlocked until door B is locked and closed.
Facility code . Facility code is set to any value is used in the facility code mode.
The default is 0.
Access point options
The following access point options are configurable:
Auto relock . Enabling this option locks the door when the door closes before the door open timer or extended door timer expires. Disabling this option locks the door, but only after the expiration of door open timer or extended door open timer.
Deduct usage count . For cards designated as “temporary” (that is, the usage counter option is enabled and set to a value below 255), this option decreases the usage counter by one every time this card is used at the access point. When the usage counter reaches zero, the card deactivates.
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Disable forced entry alarm . If this option is enabled, the forced entry alarm does not activate even if the door is opened without permission. Instead, access is granted. This is usually used on access points where there is no request to exit
(RTE) device.
Note: If you select this option, then you should also select Report request to exit
so that every time access is granted, it is reported in the
Online Events.
Ignore card facility code.
This option is enabled by default meaning that only card number will be processed. If this option is unchecked, then for every card, card number and facility code will be processed to grant access.
PC decision required . When enabled granting access is transferred to the PC from the controller. For this option to work the PC needs to be on all the time with an attendant. Use this option when the building has a security desk or a concierge.
First person In . Configuring the access point for the lock/unlock schedule, causes the door to remain locked at the start of the unlock schedule, until the first valid card with this privilege is presented to the card reader. The door continues to remain unlocked for the remainder of the unlock schedule.
RTE bypass DC . Enable this option if there is a mechanical egress device installed on the door. In this situation, the door is unlocked manually, and the
TX3 system does not unlock the door. If the door is opened, the system updates the door status and the LED on the reader turns green. The door contact is bypassed and so there is no forced entry alarm.
High security . When enabled only access cards with the high security privilege are able to open the door.
Report request to exit . This option logs and monitors events and system status.
When enabled any requests to exit are logged and reported to the Configurator.
Since the person exiting is not known, only the time and date and the request itself is logged and reported.
Report door not opened . When enabled this option logs and reports events when access is granted but the door remains closed.
Report unknown format . When enabled this option logs and reports access attempts with a card with an unknown format.
Facility code mode . Enabling this mode grants access to cards based on only their facility code. This allows nonprogrammed cards to have complete building access. Use only when necessary.
Inhibit ID . When enabled the card code is not sent to the PC. This feature is used for logging and reporting purposes.
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Configurable Features
Timed Anti-passback . When enabled access is not permitted at the same access point for a specific amount of time specified by the anti-passback timer.
Card options
Access cards are configured for the following features:
Usage counter . The usage counter is used for temporary cards. The usage counter can be given any value from 1 to 255. Using 255 means there is no restriction on usage. If any other value is used it means the card is only usable for that number of times.
Status . The status of the access card is marked as:
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Active
Inactive
Inactive cards are not granted access. Active cards are granted access provided all the other conditions like schedule and privilege are met.
Access level
. Select the access level for the card. Access levels are configurable on the basis of privilege. Up to 128 access levels can be defined for the system.
PIN
. The PIN code is a 1 to 4 digit numerical value used during the card + PIN schedule. 0 is not accepted.
Ignore anti-passback
. When this option is enabled the card holder is not restricted by the timed anti-passback mode.
Lock/Unlock privilege
. When this option is enabled the user has the privilege of unlocking the door by presenting the card to the reader twice in succession.
High security privilege
. When this option enabled only access cards with this privilege are able to open the door.
Extended unlock time
. When this option is enabled the door opens for the
extended unlock time (see section 2.4.3 on page 23). This option is normally
given to seniors and persons with disabilities.
Handicap
. When this option is enabled the output designated as accessible is activated along with the main door.
First person in
. This option works in conjunction with scheduled unlock modes only. If the First person in setting is enabled, only a card with the First person in privilege can start the unlock mode.
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Version 5.2
2.4
2.4.1
2.4.2
2.4.3
2.4.4
Configurable Features
Timers
•
•
•
•
•
The following types of timers are associated with the Card Access System operation:
Unlock time
Extended unlock time
Anti-passback
Door held open warning
Door held open alarm
Timer schedule
Events are scheduled as Always, Never, or administrator defined. Timed access adheres to a schedule as follows:
Auto-unlock schedule . When enabled the door remains unlocked during the schedule.
PIN required schedule . Card access requires the use of a PIN during the schedule.
Unlock time
The door unlock timer starts when the door unlocks. When the timer expires the door locks. The main door unlock timer is programmable from 0 to 300 seconds.
The default is 10 seconds.
Extended unlock time
This extended unlock timer mode is used for cards with the extended unlock feature enabled. The timer starts when the door unlocks. When the extended unlock timer expires the door locks. The timer resets when the main door sense is programmed to be inactive. The extended unlock timer is programmable from 10 to 300 seconds. The default is 15 seconds.
Anti-passback
The anti-passback timer starts when access is granted. In this mode the user cannot re-enter this door until the anti-passback timer expires. When the timer expires the user has access. The anti-passback timer is programmable from 0 to
900 seconds. The default is 300 seconds.
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2.4.5
2.4.6
2.5
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Configurable Features
Door held open warning
The door held open warning timer starts when access is granted. When the door unlock timer expires and the door does not close during this interval a ‘door held open’ warning is issued to the PC and the common trouble status becomes active.
If the door closes during this interval, the timer resets and no warning report is sent to the PC.
The door held open warning timer is programmable from 10 to 900 seconds. The default is 30 seconds
Door held open alarm
The door held open alarm timer starts when the door held open warning timer expires and the door remains not closed. When this timer expires and the door is still open, a ‘door held open alarm’ is issued to the PC and the common alarm status becomes active. The door held open alarm timer is programmable from 10 to 900 seconds. The default is 60 seconds
Schedules
Schedules let you set up a timetable to establish when certain actions are permitted to occur, such as door access. These schedules are designated and listed by name in the Configurator software, and are available for selection wherever it is necessary to invoke access permission.
The system can store up to 64 schedules. Each schedule consists of eight periods with each period consisting of
•
•
Start time and end time in hours: minutes format
Days of the week and Holiday selection
Each schedule has an ID and a label to identify the schedule for use in the
Configurator software.
If the current time and day satisfies any one of the eight periods in a schedule, the schedule is considered to be active; otherwise, it is inactive.
•
•
•
By default the following two schedules cannot be edited:
•
•
'Always' schedule
'Never' schedule
Schedules are used for the following:
Timer schedule
Correlations
Auto-unlock
TX3-CX Card Access System Installation and Operation Manual
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2.6
2.7
2.7.1
2.7.2
Version 5.2
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TX3-CX Card Access System Installation and Operation Manual
Copyright 2019
Configurable Features
•
•
PIN required schedule
Access levels
Holidays
Up to 128 holidays can be entered in the system. Each holiday consists of the following:
•
• start time/date end time/date
If a holiday falls on the same date each year it can also be programmed as an annual event.
Each holiday has a holiday ID and label to identify the holiday for use in the
Configurator software.
By default, New Year (January 1) is already programmed into the system.
System Status
The controller monitors inputs for trouble and alarm conditions.
Common trouble
The common trouble indicator is active when any of the following inputs receive a trouble condition:
•
•
•
Any supervised input
Power (AC and battery)
Door held open warning
The common trouble status clears only if all the above inputs are back in normal state. When the common trouble status is active, the common trouble led flashes at a slow rate.
Common alarm
The common alarm status is active when any of the following inputs receive an alarm condition:
•
• forced entry alarm door held open alarm
The common alarm status clears only if all the above inputs are back in normal state. When the common alarm status is active, the common alarm led flashes at a fast rate.
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3.1
3
Installation and Setup of the Card
Access Controller
This chapter describes the installation and setup of the controller and card reader.
This chapter explains
•
•
•
•
•
•
•
•
•
•
•
Grounding the Card Access System
Installing the Controller and Components
Grounding the Card Access System
Grounding reduces the risk of electrical shock by providing an alternate escape route for the electrical current. The Card Access System is equipped with a
16 gauge electrical wire attached to the panel chassis Ground Terminal.
Note:
Do not disconnect this wire.
Attach the end of the supplied wire to a suitable grounding wire 16 gauge or thicker. Attach the other end to the cold water ground.
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Installation and Setup of the Card Access Controller
Installing the Controller and Components
The Card Access Controller surface mounts with four screws as shown in
figure 5. The back cover is 12 inches wide by 14 inches long. The top two
mounting holes are 10 inches apart.
12”
10”
Tamper Switch
12.4” 14”
Ground Terminal
3.2.1
Figure 5.
Controller Back Cover Dimensions and Optional Component
Location
Optional Components
Install the following optional components as required:
•
•
•
•
•
Tamper switch
TX3-MDM Modem Module
TX3-IP IP Module (only for models that have “-A”, “-B”, or “-C” at the end of their model names)
TX3-USB-AD Kit
Battery
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3.2.2
3.2.3
Installation and Setup of the Card Access Controller
Installing the Card Access Controller
The Card Access Controller enclosure mounts directly on the wall to the wall
stud using the mounting screws locations as shown in figure 5.
To mount the card reader
1.
Find a suitable location for the enclosure beside a wall stud.
2.
Using the controller back cover as a template mark the top two mounting
hole locations 10” apart as shown in figure 5.
3.
Place the screws halfway into the wall in the position shown using a suitable screw.
4.
Hang the box onto the two screws.
5.
Screw the other two screws at the bottom of the panel.
6.
Tighten all four screws into place.
Installing the tamper switch
The tamper switch is located at the top right corner of the back cover shown in
figure 5. Connect the tamper switch wire to the general purpose input and
correlate the opening of the cover to a specific output (action). For a complete
description of correlations see section 2.2 on page 14.
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Installation and Setup of the Card Access Controller
Installing the modem
Note: The TX3-MDM Modem Module is designed to work only with
POTS (plain old telephone system) lines.
Install the optional TX3-MDM Modem Module in the location shown in
figure 6. Secure the Modem Module into the location using the supplied four
screws.
For additional documentation see the TX3-MDM Modem Module Installation
Instructions LT-971.
TX3-MDM Modem
Board and RS-485
Add-On Module location
Figure 6.
Modem Board Location
Interface connection
P3
OFF ON SW1
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3.2.5
Installation and Setup of the Card Access Controller
Installing the TX3-IP Module
The optional TX3-IP IP Module kit comes with the IP Module which allows a
Card Access Controller to connect to an Ethernet TCP/IP network as a Master
Node. Install the IP Module in the location shown in figure 7. Secure the Module
into the location using the supplied four screws.
For additional documentation see the TX3-IP IP Module Installation
Instructions LT-1161.
Note:
The IP Module can only be installed on models that have “-A”,
“-B”, or “-C” at the end of their model names.
P4
Interface connection
Figure 7.
IP Module Board Location
IP Module Board location
OFF ON SW1
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3.2.6
Installation and Setup of the Card Access Controller
Installing the TX3-USB-AD Kit
The TX3-USB-AD Kit converts RS-485 signals to USB. Install the included RS-
485 Add-On Module in the location shown in figure 6 using the supplied four
screws. The RS-485 Add-On Module ribbon cable connects to the P3 connector on the controller board.
The module has an RS-485 connector as shown in figure 8.
RS-485 Add-On
Module
Figure 8.
RS-485 Add-On Module
Table 1: RS-485 Add-On Module Jumper Settings
Mode JW1
No termination
AC termination 120R + 1nF
Open
Short
No termination Open
DC termination 120R (Factory Default) Short
JW2
Open
Open
Short
Short
Note:
For the main application of TX3-USB-AD, short JW1 and JW2.
For a description on how to install the TX3-USB-AD Kit see the TX3-USB-AD
Kit Installation Instructions LT-6027.
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3.3
3.3.1
3.3.2
Installation and Setup of the Card Access Controller
Controller Board Description
The Card Access System controls access points according to how the inputs and outputs are defined and correlated with each other. Inputs and outputs are defined by how the access and control points are wired with the controller.
Before you begin you must establish how you want the outputs to behave as a function of the inputs. For a complete description of correlation and the modes of
operation see section 2 on page 13.
Keep a record of the wiring for configuration purposes.
Status LEDs
There are three status LEDs connected to each controller:
AC ON LED .
AC ON LED illuminates steady green when AC power is present.
Trouble LED.
Trouble LED
flashes amber at a slow rate when there is a common trouble condition in the system. Trouble consists of:
•
•
• any supervised input
AC power/low battery door held open warning
Alarm LED .
Alarm LED
flashes red at a fast flash rate when there is a forced entry or the door held open alarm timer expires.
Controller Board Components
The Card Access Controller consists of the following terminals:
•
•
•
•
•
•
•
8 inputs
8 outputs (6 relay contact outputs and 2 outputs providing 12 VDC) connections for two card readers (noted as Reader A and Reader B) power supply
RS-485 connection
USB, IP Module, and Modem board connectors connection for optional battery
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8 input terminals 2 voltage output relays
6 dry relay contact output terminals
USB connection for
PC configuration
Connection to 12V battery backup
Connection for front door LEDs
Terminal connections for two card readers RS-485 terminals for multiple controllers
Power terminals for
16 Vac transformer
(PS-4 or PS-4P)
Figure 9.
Controller Board Connection Locations
Note:
See section 3.6.2 on page 45 for the terminal connections for the
two card readers.
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3.3.3
Installation and Setup of the Card Access Controller
Power Supply
The power supply connection is situated at the bottom right of the main controller board and receives 16 VAC, 40 VA. Use 18 AWG wiring. An external PS-4 or
PS-4P plug-in transformer connects to the power terminals. Refer to figure 9 and
OFF ON
ON/OFF Switch
SW1
16 Vac IN
3.3.4
18 AWG
16 Vac
16 Vac transformer
(PS-4 or PS-4P)
Figure 10. Power Supply Connection
120 Vac
ON/OFF Switch and Battery Back-up
Battery back-up is provided with a 12 V, 6.5 Ah battery which fits inside and at the bottom of the unit. Connect the battery to the connectors located to the left of
the ON/OFF switch SW1 as shown in figure 11.
P6 - P5 +
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LT-980
Note:
Battery backup is optional.
Figure 11. Controller Board Battery Wiring
TX3-CX Card Access System Installation and Operation Manual
Copyright 2019
Version 5.2
3.3.5
Installation and Setup of the Card Access Controller
RS-485
An RS-485 terminal lets you easily connect multiple Telephone and Card Access
Controllers across a network. The RS-485 connection is situated at the bottom middle of the main controller board and consists of two separate terminals, each for an input and output.
Connect the RS-485 input terminal to the RS-485 output terminal of another
controller. See figures 12, 13, 14 and 15.
On boards with the model number MD-10xx, you can close JW5 on the first and last controllers instead of using end-of-line 120 Ω resistors.
If there are problems with RS-485 communication, close both JW7 and JW8 on either the first or last controller connected by RS-485.
Note: Use twisted shielded pair.
Recommended cables:
•
•
•
•
•
RS485 cables
Belden 3109A RS-485, (4 pr) 22 AWG (7x30) or equivalent
Belden 9842 RS-485, (2 pr) 24 AWG (7x32) or equivalent
Belden 9841 RS-485, (1 pr) 24 AWG (7x32) or equivalent
•
•
CAT5 Cables
Belden 72001E ETHERNET Cat 5e 2 Pair, 24 AWG or equivalent
Belden 70006E Cat 5e, 100Mb/s, Quad, AWG 22 (1) or equivalent
Maximum total length:
•
•
4000 feet (1244 m) for 22 AWG
2500 feet (762.5 m) for 24 AWG
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Panel 1
First panel on network
Panel 2
Installation and Setup of the Card Access Controller
Panel 3
Last panel on network
120 Ω 120 Ω
Optional common reference connection if available
Connect shield to chassis ground on one panel only
Figure 12. RS-485 Wiring for TX3-CX-2K-A
Connect shield to chassis ground on one panel only
Panel 1
First panel on network
Controller 1 Controller 2
Panel 2 Panel 3
Last panel on network
120 Ω
Optional common reference connection if available
NOTE: WIRES MUST BE TWISTED.
Optional common reference connection if available
Connect shield to chassis ground on one panel only
Figure 13. RS-485 Wiring for TX3-CX-4K-A
120 Ω
Connect shield to chassis ground on one panel only
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Controller 1
Panel 1
First panel on network
Controller 2 Controller 3
Installation and Setup of the Card Access Controller
Panel 2 Panel 3
Last panel on network
3” wires 22” wires
120 Ω
Optional common reference connection if available
NOTE: WIRES MUST BE TWISTED.
Optional common reference connection if available
Connect shield to chassis ground on one panel only
Figure 14. RS-485 Wiring for TX3-CX-6K-A
120 Ω
Connect shield to chassis ground on one panel only
Controller 1
Panel 1
First panel on network
Controller 2 Controller 3 Controller 4
Panel 2 Panel 3
Last panel on network
3” wires
3” wires 22” wires
120 Ω 120 Ω
NOTE: WIRES MUST BE
TWISTED.
Optional common reference connection if available
Optional common reference connection if available
Connect shield to chassis ground on one panel only
Figure 15. RS-485 Wiring for TX3-CX-8K-A
3.3.6
Connect shield to chassis ground on one panel only
USB Port
The USB port provides a connection to a PC, for configuring the Card Access
System and downloading any new firmware.
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3.4
3.4.1
Installation and Setup of the Card Access Controller
Connecting the Inputs
•
•
•
•
Each Card Access Controller has eight inputs to accommodate the different types of configurable functions associated with the inputs. For additional details and a complete description of the different types of configurable functions see
After the installation and setup is complete, the functional state of all inputs and circuit supervision types must be configured using the Configurator software.
During configuration you will also establish correlations between inputs and outputs.
Depending on the device each input is configured according to: type of input function active state supervision requirement alarm delay
SW2
INPUT 1 INPUT 2 INPUT 3 INPUT 4 INPUT 5 INPUT 6 INPUT 7 INPUT 8
Figure 16. Controller Board Input Terminals
Inputs 1 to 8
•
•
•
•
•
Inputs 1 to 8 are programmable inputs. Configure each input for one of the
following actions. Figure 17 shows a sample connection.
Request to Exit (reader A)
Request to Exit (reader B)
Door sense (reader A)
Door sense (reader B)
General purpose input
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Reader A
Door Sense
Reader B
Request to Exit
General
Purpose
3.4.2
3.4.3
3.4.4
3.4.5
Version 5.2
LT-980
INPUT 1
8 Input Terminals
Figure 17. Input Terminal Sample Connections
INPUT 8
Request to Exit
Activation of this input unlocks the door and starts the door unlock timer.
Door sense
When the door is open this input is active and when the door is closed the input is inactive.
General purpose input
The general purpose input is mainly used for establishing a correlation with a specific output. When a general purpose input becomes active it is considered as an event that correlates to either turn on or off a general purpose output, or to turn on or off the high security mode. Other correlated events include different functions such as forced entry, auto relock or interlock.
Active state
An active state is when the input circuit is considered active and is configured as one of the following:
•
• open short (default)
There are some restrictions in configuring the active state depending on what kind of supervision is required.
If the input is not supervised the input is either ‘open’ or ‘closed’. If the input is supervised for ‘open’ the active state cannot be ‘open’.
If the input is supervised for both ‘open’ and ‘short’ the active state cannot be
‘open’.
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3.4.6
3.4.6.1
3.4.6.2
Installation and Setup of the Card Access Controller
Supervision requirement
Each input is configured for a specific type of supervision depending on your particular installation requirements as follows:
•
•
•
• no supervision supervise for open supervise for short supervise for both open and short
No Supervision
When inputs are configured with no supervision, the active state is either ‘open’ or ‘short’ as programmed.
Supervised for open
When configured as supervised for open, the active state is ‘closed’ (short). Open supervision uses a single 47K ohm resistor.
Active when short
47 K ohms
Figure 18. Input - Supervised for Open
Note:
The active state cannot be an open state.
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Installation and Setup of the Card Access Controller
Supervised for short
When configured as supervised for short, the active state is open. A single 47K ohm resistor is required for short supervision.
Active when open
3.4.6.4
Figure 19. Input - Supervised for Short
Note:
The active state cannot be a short state.
Supervise for open and short
When configured as supervise for both ‘open’ and ‘short’, the active state cannot be open, therefore the active state is closed.
Two 22K ohm resistors are required for supervision.
Active when short
22 K ohms
22 K ohms
3.4.7
Figure 20. Input - Supervised for Open and Short
Note: The active state cannot be an open state.
Alarm Delay
Alarm delay is a Configurator defined parameter that specifies the amount of
time before an input raises an alarm condition. For more information see section
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3.5
3.5.1
3.5.2
Installation and Setup of the Card Access Controller
Connecting the Outputs
There are 8 outputs located on the top right hand corner of the Card Access
Controller as shown in figure 9.
Each output is wired for a specific function or for an active state. Determine the functional requirements for the device and connect the outputs accordingly. For additional details and a complete description of the different types of
configurable functions see section 2 on page 13.
After the installation and setup is complete, the functional state of all outputs must be configured using the Configurator software.
Specific functions
Each output is wired for the following specific functions:
•
•
•
Lock for Reader A or B
Handicap lock for Reader A or B
General purpose output
Lock for reader A or B . This output assigns the main access door to either reader A or reader B. When access is granted at the designated reader, this output unlocks the door.
Handicap lock for reader A or B . This output controls the handicap access door. Access is granted to cards with handicap privileges.
General purpose output . The general purpose output is for all other types of outputs, such as turning on a light.
Active state
Outputs require active states. Each output is configured for the active state to indicate one of the following:
•
• energized de-energized
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Installation and Setup of the Card Access Controller
Outputs 1 to 6
•
•
•
•
Outputs 1 to 6 are relay contact programmable outputs with the following
characteristics. Figure 21 shows a sample connection.
normally open (NO) normally closed (NC) available
125 VAC / 2 A
30 VDC / 1 A
Door Strike 1
External power supply Common Normally
Open
Maglock 1
External power supply
Normally
Closed
Common
NC C NO NC C NO NC C NO NC C NO NC C NO NC C NO
OUTPUT 1 OUTPUT 2 OUTPUT 3 OUTPUT 4 OUTPUT 5 OUTPUT 6
Figure 21. Controller Output Terminal Sample Connections
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3.5.4
Installation and Setup of the Card Access Controller
Outputs 7 and 8
Outputs 7 and 8 are programmable and provide a combined output of 1 A. Each individual output is capable of providing:
•
•
12 VDC
500mA of current (700 mA maximum)
Note:
Outputs 7 and 8 are capable of providing a maximum output of
700 mA each, for a combined output of 1 A. For example, if output
7 provides 700 mA, then output 8 provides 300 mA.
Door Strike
3.6
3.6.1
44
LT-980
12V 12V
OUTPUT 7 OUTPUT 8
Figure 22. Outputs 7 and 8 Sample Connections
Figure 22 shows a door strike activated and powered by output 8.
Connecting the Card Reader
The card readers are part of the Mircom Card Access package. The cards are produced by Mircom.The controller supports two card readers.
Card Reader Requirements
•
•
•
•
•
•
Mircom provides several multi protocol proximity card readers.
Third party card readers must meet the following minimum requirements in order to be compatible with Mircom’s Card Access System: must support the 26 bit standard SIA protocol standard Wiegand interface
LED status indicator warning or alarm buzzer
12 Volt operation maximum 500 feet distance from the card reader and the controller use
20 AWG wire and for 250 feet use 22 AWG
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3.6.2
Card Reader Connection
Card Reader A
Installation and Setup of the Card Access Controller
Card Reader B
BEEPER
RED LED
COM(-)
PWR+
COM(-)
DATA1
BEEPER
RED LED
GRN LED DATA0 GRN LED
COM(-)
PWR+
DATA0
COM(-)
DATA1
Figure 23. Controller Board Card Reader Connectors
Connect the readers to the terminals shown in figure 23.
Table 2: Connections for the TX3-P300-HA and TX3-P500-HA readers
Color
Blue
Orange
Brown
Red
Green
White
Black
Terminal
BEEPER
RED LED
GRN LED
PWR+
DATA0
DATA1
COM(-)
Card readers supplied by Mircom require a foil shielded multiple conductor stranded cable, at least 22 AWG. For example, use Belden 9535 or a similar cable.
The black wire can be connected to either COM (-) connector on the terminal block.
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3.6.3
3.6.4
3.7
Installation and Setup of the Card Access Controller
For other brands of card readers, follow the instructions in the manual for the card reader.
Note:
Some card readers treat the green and red LED connections differently. You might need to switch the green and red LED connections for the LED to work properly. This note applies to both single line LED and dual line LED readers.
Card Reader Status LEDs
There are three status LEDs on the card reader:
Green LED
. Illuminates steady green when door is unlocked.
Red LED.
Illuminates steady red when door is locked.
Orange LED
. Illuminates steady orange until a card is used for the first time.
Normal illumination returns upon subsequent use. ( on some models only
)
Card Reader Beeper
The beeper indicates specific events at different beep rates as follows:
Card Presented. One short beep.
Access Granted.
Two short beeps.
Access Denied
. One short beep and one long beep.
Mode of Operation Changed.
Three short beeps indicate a change in the on or off state for the high security or the unlock mode.
Alarm.
Continuous short beeps.
Setting DIP Switches SW2
The DIP switches on SW2 are used to set the Card Access Controller address on the RS-485 network and determine how the Card Access Controller gets its IP address (on IP enabled controllers only). Valid addresses are 1 to 63. DIP switches 1 to 6 are used for binary addressing with DIP switch 1 being the least significant bit. DIP switch SW2 is found at the top central portion of the Card
Access Controller board, see figure 24.
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See section 4 on page 51 for the DIP switch settings for RS-485 network
addressing.
Note: DIP Switch 7 is not used and should remain at the default setting
(OFF).
Note:
DIP Switch 8 determines how the IP address is assigned to the IP
Module for IP enabled Card Access Controllers.
•
DIP Switch 8 OFF (default):
The IP address is assigned using a DHCP server. This is the factory default setting.
•
DIP Switch 8 ON:
The IP address is assigned using the
Configurator software.
ON
OFF
SW2
JW6
JW2
JW4 JW3
JW7
JW8
JW1
JW5
OFF
SW1
ON Card Access Controller
Power ON / OFF Switch
Figure 24. Location of Jumpers JW1 to JW8 and Switches SW1 and SW2
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3.8
3.9
3.9.1
Installation and Setup of the Card Access Controller
Setting Jumpers
There are six pre-set jumpers on the controller board as follows (refer to
JW1 .
JW1
is used for updating firmware and by default is always open.
JW2 .
JW2
is used for updating firmware and by default is open. See section 3.10 on page 49.
JW3 and JW4. JW3
and
JW4
are not used and are open by default.
JW5. JW5
is open by default. On boards with the model number MD-10xx, you can close JW5 on the first and last controllers instead of using end-of-line 120 Ω resistors for RS-485.
JW6. JW6
is not used and by default is open.
JW7 and JW8. If there are problems with RS-485 communication, close both
JW7
and
JW8
on either the first or last controller connected by RS-485. By default,
JW7
and
JW8
are open.
Turning on the Controller
Before you turn on the controller ensure that the all connections adhere with the correct operation of the devices. For example, a magnetic lock requires power in the default state.
Once the controller is turned on, you must begin the configuration. For detailed information on how to configure the controller see LT-995 Configuration and
Administration Guide.
Default Configuration Values
Once the controller is on, it operates according to its preset default configuration values. When the Configurator software first starts, it uses the default values and adopts these values as its initial settings.
•
•
•
The default configuration values are adopted only when the following situations occur: turning the system on for the first time memory corruption program upgrade
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3.10
3.10.1
3.11
Installation and Setup of the Card Access Controller
Updating Firmware
•
•
You can update the firmware on your panel with the TX3 Configurator software by using one of the following methods.
Firmware Upgrade Wizard
Network Firmware Upgrade
The Firmware Upgrade Wizard can be used to update only one panel at a time. It will work on any panel.
The Network Firmware Upgrade procedure can update more than one panel at the same time. In order to use the Network Firmware Upgrade, all of the panels must already have firmware that supports this feature installed on them.
Refer to LT-995, TX3 Configuration and Administrator Manual, for instructions on how to perform both of these firmware upgrade methods. LT-995 can be found on the TX3 Configurator Software installation CD, the USB flash drive, or on the Mircom website.
Firmware Version Control
The firmware version number is accessible from the Configurator software and changes whenever there is a major, minor or revision update.
The following convention is used whenever there is a major, minor or revision change:
Initial release . Version 1.00.0
Major change . Version 2.00.0
Minor change . Version 2.01.0
Revision changes . Version 2.01.1
Beginning Configuration
•
•
•
•
The Card Access Controller is now configurable using the following connections.
USB connection
Ethernet connection
COM port connection
Modem connection
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Installation and Setup of the Card Access Controller
•
•
For a complete description of the configuration and on how establish a connection to the Card Access Controller using a USB, Ethernet, COM port or modem connection, see the following documentation:
LT-995 TX3 System Configuration and Administration Guide
LT-973 TX3 Configurator Quick Start
Verify the following:
•
•
•
•
Ensure that the controller and all connected devices and components are fully operational.
Ensure the controller DIP Switches (SW2) are set with a unique network address.
Ensure the Configurator software is set with the correct controller network address.
Ensure that your PC and the Configurator are set with the correct date and time.
To start the configuration
1.
Connect the PC to the controller using the USB port.
2.
Launch the Configurator and click
Connect
. Once connected the connection icon appears in the Configurator tool bar.
3.
Configure the Card Access system using the instructions in the
Configurator Software Program TX3-MSW or the LT-995 Configuration and Administration Guide.
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Appendix: RS-485 Addresses
Table 3: SW2 DIP Switch Settings for RS-485 Network Addressing
ADDRESS SWITCH 1 SWITCH 2 SWITCH 3 SWITCH 4 SWITCH 5 SWITCH 6
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
OFF
ON
OFF
ON
OFF
ON
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
ON
ON
OFF
OFF
ON
ON
20
21
22
23
16
17
18
19
24
25
26
12
13
14
15
8
9
10
11
6
7
4
5
1
2
3
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
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Appendix: RS-485 Addresses
Table 3: SW2 DIP Switch Settings for RS-485 Network Addressing (Continued)
ADDRESS SWITCH 1 SWITCH 2 SWITCH 3 SWITCH 4 SWITCH 5 SWITCH 6
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
ON
OFF
ON
OFF
ON
OFF
ON
ON
ON
OFF
OFF
ON
ON
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
ON
OFF
OFF
ON
ON
OFF
OFF
54
55
56
50
51
52
53
46
47
48
49
42
43
44
45
38
39
40
41
34
35
36
37
30
31
32
33
27
28
29
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
OFF
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
ON
ON
OFF
OFF
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
ON
ON
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Appendix: RS-485 Addresses
Table 3: SW2 DIP Switch Settings for RS-485 Network Addressing (Continued)
ADDRESS SWITCH 1 SWITCH 2 SWITCH 3 SWITCH 4 SWITCH 5 SWITCH 6
60
61
62
63
57
58
59
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
OFF
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
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5.1
5
TX3-CX-2 Power Supply and
Battery Calculations
Use the forms below to determine the required secondary power supply
(batteries).
Enter values in the shaded areas.
Table 4:
Model
TX3-CX-2
Output 7
Output 8
Standby Current
1
*
*
Number Standby
Total Standby
(amperes)
= 0.5
X
X
X
0.5
(A) **
(B) **
=
=
Total standby current (add above currents) = (C)
* Enter 1 if a maglock is used, otherwise enter 0 .
** Enter the current draws for output 7 and output 8. Consult the device manufacturer’s specifications for this information.
The total current from output 7 and output 8 should not exceed 1 A.
Total Door Open Time Per Hour
Enter values in the shaded areas.
Table 5: Total Door Open Time Per Hour
Door open timer
(seconds)
Approximate number of times the door is unlocked per hour
X /3600
Total door open time per hour (hours)
= (D)
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5.2
5.3
5.4
TX3-CX-2 Power Supply and Battery Calculations
Total Current for Door Lock
Enter values in the shaded areas.
Table 6: Total Current for Door Lock
Total door open time per hour
Number of hours the panel must run on batteries
(D) X X
Standby for outputs 7 and 8
(A + B)
Total current for door lock (Ah)
= (E)
Battery Capacity Requirement
Enter values in the shaded areas.
Table 7:
Total standby current
(C)
Battery Capacity Requirements
Number of hours the panel must run on batteries
(this must be the same value
X +
Total current for door lock
(E)
Battery capacity requirement (Ah)
=
(F)
Battery Selection
Enter values in the shaded areas.
Table 8: Battery Selection
Battery capacity requirement
(F)
X
1.2
The Ah rating of the battery required
= _______ Ah
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Warranty & Warning Information
WARNING!
Please read this document CAREFULLY , as it contains important warnings, life-safety, and practical information about all products manufactured by the
Mircom Group of Companies, including Mircom and Secutron branded products, which shall include without limitation all fire alarm, nurse call, building automation and access control and card access products (hereinafter individually or collectively, as applicable, referred to as “ Mircom System ”).
NOTE TO ALL READERS:
1.
Nature of Warnings. The within warnings are communicated to the reader out of an abundance of caution and create no legal obligation for
Mircom Group of Companies, whatsoever. Without limiting the generality of the foregoing, this document shall NOT be construed as in any way altering the rights and obligations of the parties, governed by the legal documents that apply in any given circumstance.
2.
Application. The warnings contained in this document apply to all
Mircom System and shall be read in conjunction with: a.
b.
c.
the product manual for the specific Mircom System that applies in given circumstances; legal documents that apply to the purchase and sale of a Mircom
System, which may include the company’s standard terms and conditions and warranty statements; other information about the Mircom System or the parties’ rights and obligations as may be application to a given circumstance.
3.
Security and Insurance.
Regardless of its capabilities, no Mircom
System is a substitute for property or life insurance. Nor is the system a substitute for property owners, renters, or other occupants to act prudently to prevent or minimize the harmful effects of an emergency situation.
Building automation systems produced by the Mircom Group of
Companies are not to be used as a fire, alarm, or life-safety system.
NOTE TO INSTALLERS:
All Mircom Systems have been carefully designed to be as effective as possible.
However, there are circumstances where they may not provide protection. Some reasons for system failure include the following. As the only individual in contact with system users, please bring each item in this warning to the attention
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Warranty & Warning Information of the users of this Mircom System. Failure to properly inform system end-users of the circumstances in which the system might fail may result in over-reliance upon the system. As a result, it is imperative that you properly inform each customer for whom you install the system of the possible forms of failure:
4.
Inadequate Installation. All Mircom Systems must be installed in accordance with all the applicable codes and standards in order to provide adequate protection. National standards require an inspection and approval to be conducted by the local authority having jurisdiction following the initial installation of the system and following any changes to the system. Such inspections ensure installation has been carried out properly.
5.
Inadequate Testing. Most problems that would prevent an alarm a
Mircom System from operating as intended can be discovered by regular testing and maintenance. The complete system should be tested by the local authority having jurisdiction immediately after a fire, storm, earthquake, accident, or any kind of construction activity inside or outside the premises. The testing should include all sensing devices, keypads, consoles, alarm indicating devices and any other operational devices that are part of the system.
NOTE TO USERS:
All Mircom Systems have been carefully designed to be as effective as possible.
However, there are circumstances where they may not provide protection. Some reasons for system failure include the following. The end user can minimize the occurrence of any of the following by proper training, testing and maintenance of the Mircom Systems:
6.
Inadequate Testing and Maintenance. It is imperative that the systems be periodically tested and subjected to preventative maintenance. Best practices and local authority having jurisdiction determine the frequency and type of testing that is required at a minimum. Mircom System may not function properly, and the occurrence of other system failures identified below may not be minimized, if the periodic testing and maintenance of
Mircom Systems is not completed with diligence and as required.
7.
Improper Operation.
It is important that all system users be trained in the correct operation of the alarm system and that they know how to respond when the system indicates an alarm. A Mircom System may not function as intended during an emergency situation where the user is unable to operate a panic or emergency switch by reason of permanent or temporary physical disability, inability to reach the device in time, unfamiliarity with the correct operation, or related circumstances.
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58
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Warranty & Warning Information
8.
Insufficient Time. There may be circumstances when a Mircom System will operate as intended, yet the occupants will not be protected from the emergency due to their inability to respond to the warnings in a timely manner. If the system is monitored, the response may not occur in time enough to protect the occupants or their belongings.
9.
Carelessness or Safety Hazards. Moreover, smoke detectors may not provide timely warning of fires caused by carelessness or safety hazards such as smoking in bed, violent explosions, escaping gas, improper storage of flammable materials, overloaded electrical circuits or children playing with matches or arson.
10.
Power Failure. Some Mircom System components require adequate electrical power supply to operate. Examples include: smoke detectors, beacons, HVAC, and lighting controllers. If a device operates only by AC power, any interruption, however brief, will render that device inoperative while it does not have power. Power interruptions of any length are often accompanied by voltage fluctuations which may damage Mircom
Systems or other electronic equipment. After a power interruption has occurred, immediately conduct a complete system test to ensure that the system operates as intended.
11.
Battery Failure. If the Mircom System or any device connected to the system operates from batteries it is possible for the batteries to fail. Even if the batteries have not failed, they must be fully charged, in good condition, and installed correctly. Some Mircom Systems use replaceable batteries, which have a limited life-span. The expected battery life is variable and in part dependent on the device environment, usage and type.
Ambient conditions such as high humidity, high or low temperatures, or large temperature fluctuations may reduce the expected battery life.
Moreover, some Mircom Systems do not have a battery monitor that would alert the user in the event that the battery is nearing its end of life.
Regular testing and replacements are vital for ensuring that the batteries function as expected, whether or not a device has a low-battery monitor.
12.
Physical Obstructions. Motion sensors that are part of a Mircom System must be kept clear of any obstacles which impede the sensors’ ability to detect movement. Signals being communicated by a Mircom System may not reach the receiver if an item (such as metal, water, or concrete) is placed on or near the radio path. Deliberate jamming or other inadvertent radio signal interference can also negatively affect system operation.
13.
Wireless Devices Placement Proximity. Moreover all wireless devices must be a minimum and maximum distance away from large metal objects, such as refrigerators. You are required to consult the specific
Mircom System manual and application guide for any maximum distances required between devices and suggested placement of wireless devices for optimal functioning.
14.
Failure to Trigger Sensors. Moreover, Mircom Systems may fail to operate as intended if motion, heat, or smoke sensors are not triggered.
TX3-CX Card Access System Installation and Operation Manual
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Warranty & Warning Information a.
Sensors in a fire system may fail to be triggered when the fire is in a chimney, walls, roof, or on the other side of closed doors.
Smoke and heat detectors may not detect smoke or heat from fires on another level of the residence or building. In this situation the control panel may not alert occupants of a fire. b.
Sensors in a nurse call system may fail to be triggered when movement is occurring outside of the motion sensors’ range. For example, if movement is occurring on the other side of closed doors or on another level of the residence or building the motion detector may not be triggered. In this situation the central controller may not register an alarm signal.
15.
Interference with Audible Notification Appliances.
Audible notification appliances may be interfered with by other noise sources such as stereos, radios, televisions, air conditioners, appliances, or passing traffic. Audible notification appliances, however loud, may not be heard by a hearing-impaired person.
16.
Other Impairments.
Alarm notification appliances such as sirens, bells, horns, or strobes may not warn or waken a sleeping occupant if there is an intervening wall or door. It is less likely that the occupants will be alerted or awakened when notification appliances are located on a different level of the residence or premise.
17.
Software Malfunction.
Most Mircom Systems contain software. No warranties are provided as to the software components of any products or stand-alone software products within a Mircom System. For a full statement of the warranties and exclusions and limitations of liability please refer to the company’s standard Terms and Conditions and
Warranties.
18.
Telephone Lines Malfunction.
Telephone service can cause system failure where telephone lines are relied upon by a Mircom System. Alarms and information coming from a Mircom System may not be transmitted if a phone line is out of service or busy for a certain period of time. Alarms and information may not be transmitted where telephone lines have been compromised by criminal tampering, local construction, storms or earthquakes.
19.
Component Failure.
Although every effort has been made to make this
Mircom System as reliable as possible, the system may fail to function as intended due to the failure of a component.
20.
Integrated Products.
Mircom System might not function as intended if it is connected to a non-Mircom product or to a Mircom product that is deemed non-compatible with a particular Mircom System. A list of compatible products can be requested and obtained.
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Warranty & Warning Information
Warranty
Purchase of all Mircom products is governed by: https://www.mircom.com/product-warranty https://www.mircom.com/purchase-terms-and-conditions https://www.mircom.com/software-license-terms-and-conditions
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Special Notices
Product Model Number: TX3
Complies With
Federal Communications Commission (FCC):
•
•
CFR 47, Part 15, Subpart B, Class B
Unintentional Radiators
Industry Canada (IC):
•
•
ICES-003, ISSUE 4, CLASS B
Verification Authorization - Digital Apparatus
Registration Numbers
FCC (U.S.) : 1M8TE00BTX3
IC (Canada) : 1156A-TX3
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