TZ Centurion 7130CF User manual

TZ Centurion™ Bridge
Date: January 2015
Document Number: 112365-01_D
A TZ Business | ixp.tz.net | © 2015
TZ®, TZ Centurion™, TZ SlideHandle™, TZ Radial™, TZ SMArt™and TZ Sensors™are trademarks of TZ Limited. Patents Pending.
Product Manual TZ Centurion™Bridge Model 7130CF Series

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A TZ Business | ixp.tz.net | © 2015
TZ®, TZ Centurion™, TZ SlideHandle™, TZ Radial™, TZ SMArt™and TZ Sensors™are trademarks of TZ Limited. Patents Pending.
TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
About TZ
Telezygology, Inc. (TZ) is a wholly owned subsidiary
of publicly listed intellectual property and technology
development company,TZ Limited with design and
engineering operations throughout the US and Europe
and Australia.
TZ is a leader in the integration of intelligence and software
control into everyday objects to enable new levels of
functionality. Supported by a full product development
capability, TZ technology is a platform on which many
dierent solutions can be created by third parties seeking
to integrate remote controlled intelligent locking and
sensory devices to add functionality to their products.
TZ solutions fuse software controlled remote locking and
fastening, environmental sensing, real time analysis and
measurement to provide adopters with compelling benets
for their products and businesses.
Disclaimer
This document is intended to provide basic technical
information related to the TZ Centurion™Bridge
model 7130CF.
This document is not meant to be an exhaustive statement of
all relevant data. By using this document, however, you agree
to accept and comply with the terms, conditions, notices and
disclaimers contained in this document.
While TZ has used all due care and skill to ensure that the
information contained in this document is accurate, correct
and current at the time of publication, it does not warrant
or represent that the information is free from errors or
omissions, and does not accept responsibility for any
defect in the information.
Use of Information Contained
in This Document
The correct functions of the TZ Centurion Bridge will require
consideration of installation and system integration issues
such as networking for power and data, and subsequent
programming for functionality.
The TZ Radial 4100 Series system described has not
been tested or qualied for a specic application other
than for compliance to the specication outlined. Specic
qualication testing may be required for t-for-purpose
application design.
Caution
Changes or modications not expressly approved by TZ
could void the user’s authority to operate the equipment
(FCC Code of Federal Regulations Title 47 Part 15.21).

page ii
A TZ Business | ixp.tz.net | © 2015
TZ®, TZ Centurion™, TZ SlideHandle™, TZ Radial™, TZ SMArt™and TZ Sensors™are trademarks of TZ Limited. Patents Pending.
TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
Contents
1. TZ Centurion Bridge 7130CF 1
1.1. Introduction 1
1.2. Device Overview 1
1.3. Contents of the Standard Package 2
1.4. System Example 2
2. Best Practices 3
3. Electrical Connections and Indicators 4
4. Connecting Devices 5
5. TZ Centurion Bridge Mechanical Installation 6
6. Locating and Viewing the TZ Centurion™Bridge
on the Network 7
6.1. Via a Directly Connected Computer 7
6.2. Within a Subnet 7
7. TZCenturionBridgeEthernetConguration 8
7.1. TZ Centurion Bridge Settings 8
7.2. Network Settings Sub Tab 9
7.3. SNMP Conguration Sub Tab 10
7.4. Auxiliary IO Sub Tab 15
7.5. Device Licensing Sub Tab 16
7.6. Device Status Tab 17
8. ConguringTZNetworkDevices(Network) 19
8.1. Conguring TZ Radial Devices 20
8.2. Conguring RFID Readers 21
8.3. Conguring TZ SlideHandle Locks 22
8.4. Downloading Logs 22
8.5. Other Buttons Under the System Tab 23
9. EventandAlarmLogs 25
9.1. Conguring Alarms 26
10.AddingandModifyingUserAccounts 28
10.1. Creating or Editing a Login Account. 28
10.2. Adding or Modifying RFID Accounts 29
11. Resetting the Device and Recovering
Congurations 29
Appendix1:Specications 30
Appendix 2: 1 U Rack Mount Adapter 31

page 1 of 11
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TZ®, TZ Centurion™, TZ SlideHandle™, TZ Radial™, TZ SMArt™and TZ Sensors™are trademarks of TZ Limited. Patents Pending.
TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
1.2. Device Overview
The TZ Centurion Bridge 7130 series of devices are Ethernet
gateways that control a medium sized sub-network of
TZ SMArt Locking Devices to provide access control and
monitoring of a variety of cabinets and intelligent enclosures.
The TZ Centurion network may be accessed through either
the TZ web client utility embedded on the TZ Centurion
Bridge or the separate TZ Centurion Server enterprise
application.
Communication between the individual TZ devices on
the sub-network is accomplished through daisy-chained
components and an RS-485 serial data network.
The TZ Centurion Bridge is the core component of the
TZ Centurion security, monitoring, environmental sensing
and management system which is designed to provide
unprecedented security and environmental monitoring for
maximum eciency and control over a variety of enclosure
types. The TZ Centurion Bridge is capable of monitoring and
controlling a total of 32 users (web UI), 8, 32 or 70
TZ SMArt locking devices (TZ intelligent locks and/or
TZ RFID readers), and 500 unique RFID cards. Larger
installations may require the TZ Centurion Server to
coordinate multiple TZ Centurion Bridges.
1.1. Introduction
Telezygology, Inc. (TZ) is the inventor of intelligent fastening,
locking and actuation devices that, in combination with TZ
software and communication gateways, provide a networked
platform that extends traditional access control networks
to asset level protection and creates compelling security,
locking, monitoring and control applications across a number
of market segments.
TZ control networks consist of TZ Radial, TZ SlideHandle
and other locking devices, interconnect modules, physical
and environmental sensors and industry standard access
control input translators, all of which can be connected
to and controlled from stand-alone control devices and
computers via the internet.
This manual only provides detailed technical information
about the TZ Centurion Bridge model 7130CF. Please refer to
the appropriate system or component manual for information
on other TZ products.
1. TZ Centurion™Bridge 7130CF
Figure 1: TZ Centurion™Bridge
interconnect module

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TZ®, TZ Centurion™, TZ SlideHandle™, TZ Radial™, TZ SMArt™and TZ Sensors™are trademarks of TZ Limited. Patents Pending.
TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
1.3 Contents of the Standard Package
The TZ Centurion Bridge 7130CF comes complete with the
following items:
>TZ Centurion™Bridge 7130CF
>SDHC 2Gb card
>CD
>Quick Start Guide
>TZ Centurion Bridge 7130 Series Product Manual
>TZ Device Discovery Application
>SNMP MIB le
>Adobe®Acrobat Reader®
>Product Registration Information
1.4 System Example
Figure 2 shows an example of a TZ network system that may
be used to control and monitor multiple computer racks and
provide access to authorised parties when warranted.
The TZ network allows an administrator — on or o-site — to
monitor and control cabinets and other areas secured with
TZ intelligent locks and devices.
Each of these components is controlled by the TZ Centurion
Bridge, allowing activity and measurement by any device in
the network to be viewed on the embedded administration
web interface.
Structured Cable
TZ Centurion™
Bridge
TZ Centurion™Port
Link
TZ Centurion™
Weigand Translator
TZ SlideHandle™
TZ Sensor™
Network
Third Party
Card Reader
TZ SwingHandle™TZ Centurion™Server
Network
Figure 2: TZ Centurion™Bridge System

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TZ®, TZ Centurion™, TZ SlideHandle™, TZ Radial™, TZ SMArt™and TZ Sensors™are trademarks of TZ Limited. Patents Pending.
TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
2. Best Practices
It is always best to plan out your cabling before installation
to ensure that you have the proper cable lengths on hand
when you start installation of the TZ Centurion system. Plans
and cable requirements will dier signicantly depending on
the layout of the system, infrastructure and type of cabinets
and doors.
Be aware that there are several dierent types of cabling and
communication protocols used in the TZ Centurion System.
To connect the TZ Centurion Bridge to the existing
network, standard straight through UTP CAT5e/6 with
RJ45 connectors is required. The TZ Centurion Bridge
communicates across the network via standard Ethernet
(802.3) protocol.
Cabling between the TZ Centurion Bridges, TZ Centurion
Port Links, TZ Radial devices, TZ SlideHandle devices
and TZ Centurion RFID / Wiegand Translator devices is
also via standard straight through UTP CAT5e/6 with RJ45
connectors. However, the TZ Centurion Bridge uses the
RS-485 serial protocol to communicate with the TZ Centurion
Port Links, TZ Radial devices, TZ SlideHandle devices and
TZ Centurion RFID / Wiegand devices.
It is common practice to use cabling of dierent colours
for dierent trac in the data center. (blue = data, white
= VoIP, purple = 1GB backbone, etc.) The CAT5e/6 cable
between TZ devices and/or cabinet patch panels should be
dierentiated by colour from the cabling carrying Ethernet
trac in the data center or building.
As CAT5e/6 cables connecting TZ intelligent locks to TZ
Centurion Port Links may be routed inside a cabinet door
and be subjected to exing as the door is opened and
closed. As such, it is recommended to use UTP Stranded
CAT5e/6, and that the cables be tucked away and well
secured to appropriate surfaces.
For cable used for infrastructure from a cabinet back to a
TZ Centurion Bridge it is recommended to use UTP Solid
CAT5e/6.
The maximum cable length from a TZ Centurion powered
devices (Bridge or Multi Port Link) to a TZ TZ SMArt locking
device is 100 m / 328 ft.
The Temperature, Humidity and Liquid sensors use 2 m /
6.6 ft. of standard 4-conductor cable that end in a terminal
block. This plugs into the TZ Centurion Port Links. If
necessary, the cable can be looped and secured or cut to
length if distances are shorter.
The door sensors for the TZ SlideHandle locks have a 1.2 m
/ 4 ft. length of 2 wire cabling attached to them. They may be
cut to length, as the cabling layout requires. Due to various
cabinet designs and materials, door sensor placements
have to be tested prior to nal placement. Initial testing can
be done with a volt-ohm meter or the “continuity / beep”
function on a multi-meter. Final placement of the door
sensors should be conrmed with the TZ Centurion system
running to ensure that the contact closure is registering
properly with the software interface. See the TZ Sensor
manual for more detailed instructions.

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TZ®, TZ Centurion™, TZ SlideHandle™, TZ Radial™, TZ SMArt™and TZ Sensors™are trademarks of TZ Limited. Patents Pending.
TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
3. Electrical Connections and Indicators
The TZ Centurion™ Bridge has several dierent electrical
connections and indicators. The front panel of the unit
(shown in Figure 3) has the following connections and
indicators:
>One RJ45 port used to connect to an Ethernet Local Area
Network (LAN). The TZ Centurion Bridge may be powered
via Power-over-Ethernet (PoE) through this port per the
IEEE 802.3af standard for installation of eight devices
or less. Note that the TZ Centurion Bridge is to be
connected only to PoE networks routed within the facility.
>Two status LEDs.
>Eight RJ45 ports that accept RJ45 (8P8C) plugs used to
make connections to the TZ device network. Note: These
accept the same Category 5e/6 (Cat 5e/6) cabling used in
Ethernet connections. However, the TZ Centurion Bridge
communicates to devices attached to it (locks and readers)
via RS-485 serial communications, NOT 802.3 Ethernet.
These ports do not communicate with Ethernet or other
computer networks. Only the cabling from TZ devices
should be connected. TZ recommends the best practice of
using a dierent colour of Cat 5e/6 cabling for the devices
connected to the TZ Centurion Bridge than that used
for Ethernet throughout the environment (e.g., blue for
Ethernet, orange for TZ Centurion devices).
RJ45 Ports
for TZ Devices
Status Lights
Ethernet
Figure 3: TZ Centurion™Bridge front connections
for TZ devices and the Ethernet connection

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TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
The rear panel of the unit (shown in Figure 4) has the
following connections:
>One power port that accepts a 2.1 mm center positive
24V barrel plug from a compatible DC power supply
>Two 32VDC 5A auxiliary output dry contact switch
connections.
>Two contact closure auxiliary inputs.
>One reset switch.
>One SDHC card slot used for additional logging and
data storage capability. (The unit supports full size SDHC
cards up to 2GB – no adapters or micro SD cards.)
TZ SlideHandle and TZ Radial™Intelligent locks, TZ
Centurion Wiegand Translators and RFID Readers, and other
devices are all plugged into any of the eight RJ45 ports on
the face of the unit. Devices may be connected to the
TZ Centurion Bridge with up to 100 meters of standard
Cat 5e/6 cable.
More than one device can be connected to any leg that
emanates from the TZ Centurion Bridge by daisy-chaining
the connection through the use of TZ Centurion Port Link
or Multi Port Link devices. If the device is farther than 100m
from the TZ Centurion Bridge, it may be necessary to use
a TZ Centurion Multi Port Link in order to connect a power
supply physically closer to the device. If the TZ Centurion
Bridge is powered via PoE (Power over Ethernet), then the
maximum distance without additional power is 7m.
DC Power
Auxillary Output
and Inputs
SD Card SlotReset
Figure 4: TZ Centurion™Bridge rear connections for power,
auxiliary analog sensors, auxiliary dry contact outputs, reset
button and slot for an additional SDHC card
4. Connecting Devices

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TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
The TZ Centurion Bridge can be mounted to a wall or other
solid surface via the two mounting slots on the bottom of the
unit with either M3 or #6 pan head screws. When mounting,
orient the unit so that the LEDs are visible and the necessary
connections are accessible.
If anchors are used for the mounting screws, use an anchor
that is appropriate for the material of the wall or surface.
Make sure that the anchor is driven ush or sub ush to the
wall, and drive the screws so that there is approximately a
1 mm (approximately 0.040 inch) gap between the wall and
the bottom of the screw.
Place unit so that the screws go through the center of the
mounting slots and push the TZ Centurion Bridge to the front
or back so that the unit is secure.
Connect the TZ devices to the eight RJ45 ports in the front
of the unit.
Connect the TZ Centurion Bridge to an available
10/100/1000Mbps port on the local Ethernet network
by using Cat5/6 cable. If the Ethernet complies with the
IEEE 802.3af Power-over-Ethernet standard, the unit will start
up. Note that the TZ Centurion Bridge is to be connected
only to PoE networks within the facility. If necessary, connect
the 24V power supply to the jack in the back of the unit.
Note: The TZ Centurion Bridge may be connected to both
PoE and a 24V power supply at the same time. In this case,
the TZ Centurion Bridge will default to drawing power from
the 24V power supply. In the event of a power outage on
the 24V power supply, the TZ Centurion Bridge will power
down and reboot using the PoE source if power is still being
supplied over the Ethernet cable. When power resumes on
the 24V adapters, the Centurion Bridge will automatically
switch over.
To complete the installation and begin the conguration, it is
necessary to nd the IP address of the TZ Centurion Bridge
and communicate with it via the web interface.
5. TZ Centurion Bridge Mechanical Installation
Figure 5: View of the slots on the bottom of the TZ Centurion™
Bridge used for mounting the device.

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TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
6.1. Via a Directly Connected Computer
The TZ Centurion Bridge can be directly connected to
a computer with an Ethernet port. If this method is used,
simply open up a browser and type in the default IP address
169.254.1.1 in the URL.
To avoid IP conicts, it is recommended that Wireless LAN
(WLAN) connections are turned o while the TZ Centurion
Bridge is connected to the PC/Laptop via the LAN port.
6.2. Within a Subnet
When plugged in to a Local Area Network (LAN) via an
Ethernet connection, the TZ Centurion Bridge will make
contact with the router or server running the Dynamic Host
Conguration Protocol (DHCP) Server in order to obtain
an appropriate IP address. In conjunction with a web
browser, the IP address is used to view all information and
conguration options for the TZ Centurion Bridge within a
web browser window.
In order to nd the IP address of the TZ Centurion Bridge,
run the TZ Centurion Bridge Console Program found on
the CD that is included with the unit. The program may
also be downloaded from the website
http://www.tz.net/products/tz-centurion. The program must
be run on a computer that is running Microsoft Windows®7 or
higher that is on the same subnet as the TZ Centurion Bridge.
The TZ Centurion Bridge Console will display a screen
showing the IP address, MAC address, and name of the
TZ Centurion Bridge devices on the local subnet, as shown
in Figure 6.
Either click on the TZ Centurion Bridge in question, or type
the IP address for the appropriate TZ Centurion Bridge into
an Internet web browser. You will be prompted for a user
name and password. The default user name and password
are both “admin.” As soon as your system is set up and
running, these should be changed as described in Section
10. The remaining details for setting up the TZ Centurion
Bridge and all of the connected devices are covered in the
following sections.
Note: the TZ Centurion Bridge Console uses UDP port 30303
to communicate across your Ethernet network. If the Console
application cannot nd any TZ Centurion Bridge devices
on your network, please check your MS Windows rewall
to ensure that UDP port 30303 or the TZ Centurion Bridge
Console application have been set as exceptions.
6. Locating and Viewing the TZ Centurion Bridge on the Network
Figure 6: Screenshot of the TZ Centurion™Bridge Console screen,
locating two units on the local subnet

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TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
Any and all settings and information pertinent to the version of Firmware, Ethernet, SNMP, or Auxiliary IO for the TZ Centurion™
Bridge are set in the System tab.
7.1 TZ Centurion™Bridge Settings
Within the System tab, the rst sub tab is labeled “About this Centurion Bridge” and it contains all of the basic product rmware
and serial number information. The Primary and Secondary Name — which is only used when the device is located with the
TZ Centurion Bridge Console, or when the TZ Centurion Server is used to control the device — are set in this sub tab. The units
of measurement for the sensors (Celsius or Fahrenheit) are also set in this tab.
7.TZCenturionBridgeEthernetConguration
Figure 7: Information concerning the product rmware, serial number, and units of
measurement are all found on the “About this Centurion Bridge” sub tab of the System tab.

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TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
7.2. Network Settings Sub Tab
All of the settings for how the TZ Centurion Bridge communicates with the local subnet, as well as many of the buttons that
initiate communication with the TZ Devices are found in the Settings sub tab of the System tab as shown below:
As a default, the TZ Centurion Bridge uses DHCP to
dynamically retrieve an IP address. If DHCP is used, the IP
address will likely change over time based on the IP lease
policies of the local system administrator. But the IP address
can always be found by using the TZ Centurion Bridge
Console utility as described in Section 6.
TZ recommends using a Static IP Address when that option
is available. Using a Static IP Address allows the URL/IP
Address used to access the TZ Centurion Bridge to remain
constant. Static IP Address is required when managing the
TZ Centurion Bridges via the TZ Centurion Server. To setup
a Static IP Address, simply uncheck the “Enable DHCP”
checkbox, and the appropriate IP information can be typed
into the appropriate elds below.
Figure 8: Ethernet, IP Settings, and control of the TZ Centurion™Bridge are all found
on the Network Settings sub tab of the System tab.

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TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
7.3SNMPCongurationSubTab
The TZ Centurion Bridge implements a simplied version
of community based Simple Network Management Protocol
(SNMPv1 with community support and SNMPv2c) as an
option to control many of the common TZ device functions.
SNMP is most often used in conjunction with Network
Management Stations (NMS) and Traps as a standardized
way to control network attached devices (ie., printers,
switches, servers).
The TZ Centurion Bridge uses standard SNMP query
operations to synchronously monitor and set control
variables of itself and attached devices. In addition, the
TZ Centurion Bridge generates traps to asynchronously
alert a listening trap consumer of system events. The
SNMP Conguration page, shown below, allows the user
to congure the SNMP agent on the TZ Centurion Bridge.
Following is a brief description of what each setting does.
System Name: Indicates the mib-2 standard system name of the device (mib-2.system.sysName). This eld is read
only, and corresponds to the “Primary Name” of the device as set in the “About” tab.
System Contact: Field to set the mib-2 standard contact information for the device, usually a name, phone number,
or email address (mib-2.system.sysContact).
System Location: Field to set the mib-2 standard location information for the device (mib-2.system.sysLocation).
Read Only
Community string:
Settable string indicating the community whose members can query (Get, GetNext) the The TZ
Centurion Bridge’s SNMP database, but not write (Set) the values. The Read Only community
of the Bridge also acts as the SNMP Trap community.
Read/Write
Community String:
Settable string indicating the community whose members have full access to the The TZ Centurion
Bridge’s SNMP database (Get, GetNext, Set). As a safety measure, the value of “allowEdit” in the
enterprise specic section TZ MIB must be set before any device specic data can be changed. See
details in the following section describing The TZ Centurion Bridge specic MIB entries.
IP Address for
Traps:
Field to set the address of an SNMP trap consumer. The TZ Centurion Bridge allows a single trap
consumer and assumes the trap community is the same as the Read/Write community.
Enable SNMP Set
of Device Array:
Selecting this checkbox allows SNMP writes (Set) to the TZ Centurion Bridge’s device array. More on
writing to the device array via SNMP can be found in the “Enable Setting of Device Values” section
below.
Enable SNMP
Traps:
Selecting this checkbox enables the sending of traps to the specied SNMP consumer IP address.
Figure 9: SNMP settings are all found on the SNMP sub tab of the System tab.

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TZ Centurion™ Bridge
TZ Centurion™Bridge Model 7130CF Series
Accessing SNMP data on the bridge requires the proper
setting of community strings for both the bridge and the
SNMP consumer (NMS device from which SNMP control/
monitoring will take place). For an NMS device to be able to
read SNMP data from the bridge (i.e. ability to issue SNMP
“Get” or “GetNext” requests), at minimum a string must
be placed in the “Read Only Community String” eld. This
string acts as a password when trying to read the device’s
information from an NMS. For a network device to be able to
write data to the settable SNMP elds (e.g., ability to issue
SNMP “Set” requests), a private string must be placed in the
“Read/Write Community String” eld. An NMS device with
the same Read/Write community string will have the ability to
read and write SNMP data on the bridge.
7.3.1. Supported standard OIDs and Traps
The TZ Centurion Bridge implements the full complement of
SNMP standard “system” (mib-2.1) Object Identiers (OIDs),
as found in the base internet.mgmt control structure. Many
of these values are set in the SNMP Conguration Stub as
described above. These values represent the general system
information necessary to identify the device on the
SNMP network.
In addition to the basic system information, the TZ Centurion
Bridge implements the minimum standard SNMP traps. They
are as follows:
>coldStart: Indicates the system has restarted, and a ROM
value has been changed. This indicates that the device
array has been reset or modied by use of the “reset”
switch on the back of the bridge.
>warmStart: Indicates the bridge has gone through a
normal maintenance reboot or user initiated power
cycle. No changes were made to the internal ROM,
and execution has been resumed normally.
>authenticationFailure: Indicates a network device has
attempted to access (Get) SNMP information on the
bridge without proper community authentication.
7.3.2 MIBleandEnterprisespecicOIDs
A full complement of device specic OIDs have been
created to handle control of TZ specic parameters. These
parameters are described in the TZ-(xx).mib, included on the
CD that came in the box, or which can be downloaded from
the following link: http://ixp.tz.net/tz-centurion. The TZ mib
le is updated to describe additional TZ devices periodically,
but this document will only go over the centurionBridge
section (OID: private.enterprises.tz.1).
The Centurion Bridge OIDs are separated out into three
sections: product, setup, devices. Each section and
corresponding database entries are described below. For
a quick reference, comments have been entered into the
MIB le to describe each data point along with setting and
translation hints.
7.3.2.1ProductSection(OID:.tz.centurionBridge(1).1)
The “product” section of the mib le describes specic property values of the product.
Name OID Access Type Description
name .1 Read Only String Product name
version .2 Read Only String Firmware version of device
date .3 Read Only String Firmware build date of the device

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7.3.2.2. SetupSection(OID:.tz.centurionBridge(1).2)
The “setup” section of the mib le describes trap consumer information.
Name OID Access Type Description
trapNumber .1 Read Only Integer Number of trap listeners supported (Set to 1)
trapTable .2 N.A. Sequence Table OID space holder for the table holding trap consumer infor-
mation
trapEntry .2.1 N.A. Table Entry OID space holder for entry in trapTable
trapReceiverNumber .2.1.1 Read Only Table Key Position Key of table entries
trapEnabled .2.1.2 Read/Write Integer (bool)
Value set to 1 enables the sending of traps.
Value set to 0 disables the sending of traps.
Corresponds to the value of the “Enable SNMP Traps”
checkbox.
trapReceiverIP
Address .2.1.3 Read/Write IP Address The IP address to which traps will be send when enabled.
trapCommunity .2.1.4 Read/Write String Community string traps are sent to for NMS devices that
support this feature.
7.3.2.3.DevicesSection(OID:.tz.centurionBridge(1).3)
The “devices” section of the TZ mib le exposes specic device control variables and traps for accessing and controlling TZ
locks and other devices attached to the Bridge. The following sections dene the values, traps, and control variables in the
devices section of the TZ mib le.
7.3.2.3.1. Device Overview
The “devices” section of the mib le exposes specic device control variables and traps for accessing and controlling TZ locks
and other devices attached to the Bridge. Each device has a list of entries in a table called “deviceTable”. The number of entries
in the table is hard coded according to the “deviceNumber” object. When accessing a device, the terminating OID number
indicates the device oset in the table starting with a zero oset. Querying a device that doesn’t exist will return default table
values.
Example 1: The “Open” state of the fourth device in the table would be at the following OID:
tz.centurionBridge.3.2.1.6.3
Example 2: The primary name of the 10th device in the table would be the following OID:
tz.centurionBridge.3.2.1.2.9

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7.3.2.3.2. Device Values
The following table details the readable values of the deviceTable section as well as the deviceNumber value that denes the
table size.
Name OID Access Type Description
deviceNumber .1 Read Only Integer
Number of devices supported
corresponds to the number of entries
in the device Table
deviceTable .2 N.A. Sequence Table OID space holder for the table holding
device info
deviceEntry .2.1 N.A. Table Entry OID space holder for entry in device-
Table
deviceInde .2.1.1.[0:deviceNumber-1] Read Only Table Key Position Key of device in table
deviceName .2.1.2.[0:deviceNumber-1] Read/Write String Device primary name
deviceName2 .2.1.3.[0:deviceNumber-1] Read/Write String Device secondary name
humidityAlarm .2.1.13.[0: deviceNumber-1] N.A. Integer
This trap is sent when a user dened
humidity alarm is detected, and sent
again when the alarm is cleared. The
table below describes values returned
by this trap
temperatureAlarm .2.1.14.[0: deviceNumber-1] N.A. Integer
This trap is sent when a user dened
temperature alarm is detected, and
sent again when the alarm is cleared.
The table below describes values
returned by this trap

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7.3.2.3.4. Humidity and temperature alarm value translation
Devices with a humidity sensor and/or temperature sensor attached will send an alarm with a 32 bit integer to indicate the state
of the alarm, the value of the alarm, and the position of the alarm. The following table explains how to decipher this integer.
Alarm Bytes Bit Translation
Humidity 0,1 -Current Reading (%) x 10
(eg. 250 (decimal) = 25%)
Temperature 2 0,1
Associated Input
01(binary) = Device attached to Input 1
10 (binary) = Device attached to input 2
00 = invalid
2-6 Unused
7
Status of Alarm
1 = Alarm has been set
0 = Alarm was set, but has been cleared
3-Unused
Temperature 0,1 -
Current Reading (Unit Dependent) x 10
(eg. 270 (decimal) = 27°C)
(eg. 720 (decimal) = 72°F)
2 0,1
Associated Input
01 = Device attached to Input 1
10 = Device attached to input 2
00 = invalid
2-6 Unused
7
Status of Alarm
1 = Alarm has been set
0 = Alarm was set, but has been cleared
3-Unused
7.3.2.3.5. Enable Setting of Device Values
The nal value in the devices section of the TZ mib le is the “allowEdit” tag (OID: .tz.centurionBridge.devices.3.0). This tag
represents an integer with a Boolean value that, when set to 0, eectively write locks the settable deviceTable values. The value
of this corresponds to the current setting of the “Enable SNMP Set of Device Array” as found on the “SNMP Settings tab”. The
allowEdit tag serves as a safety measure against accidently changing device values. Because edits to the deviceTable are only
aloud when allowEdit is set to 1 (1 and 0 are the only accepted values), it is highly recommended that allowEdit is normally set
to 0 to safeguard from unintended changes to the deviceTable.

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7.4 Auxiliary IO Sub Tab
Setting for the inputs and outputs on the bridge can be found in the Auxiliary IO sub tab as shown below:
TZ Centurion Bridge Auxiliary IO settings follow a similar pattern to device settings discussed later in this document.
Congurable values include a name for each input and each output, as well as logging behaviour and functionality. The Bridge’s
inputs are simple digital contact closures, and are always set accordingly. The Bridge’s Auxiliary outputs have two dierent
settable functionalities. The default Output Function for these outputs is as an alarm indicator. Setting an Auxiliary output as
Alarm Output enables it to be actuated in the event of an alarm. This setting works in conjunction with the Output Type when
applied to an alarm (see Conguring Alarms section below). When used in this way the output will indicate an associated alarm
has happened by either opening (Output Type: Normally Closed) or closing (Output Type: Normally Open).
Figure 10: Bridge Auxiliary IO settings are all found on the Auxiliary IO sub tab of the System tab
Figure 11: Bridge Auxiliary outputs as Solenoid devices

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In addition to the Alarm Output setting, the Bridge’s Auxiliary outputs have a Solenoid option. When set to Solenoid, the
specied output will take on the properties of a lock device on the system. Figure 11 above shows both of the available outputs
as solenoids. This feature allows the Bridge’s Auxiliary outputs to actuate dierent kinds of locking devices, such as standard
magnetic electronic locks, while providing the same access controls as a TZ lock. This is useful, for example, to provide web
and/or RFID access to third party systems using the same mechanisms as with the TZ SlideHandle™.
7.5. Device Licensing Sub Tab
Typically, the TZ Centurion™Bridge is provided with a license already loaded right out of the box, but in some cases it might be
necessary reinitialise a license in the eld. Valid licenses can be entered into the Device Licensing sub tab of the System tab as
shown below.
A TZ Centurion Bridge’s current license can be manually stored to an SD card using the “Export License to SD” button. When
necessary, licenses can then be reinstalled using the “Import License from SD” button. Successfully entered licenses will
result in a “License Check Successful” popup message. Unsuccessful license updates will result in a “License Check Failed”
message popup message with additional information to prompt the user for action. Failed license checks can be the result
of invalid or incorrectly typed license keys, or the need for a rmware upgrade.
For more information on obtaining additional licensing for a TZ Centurion Bridge, please contact your TZ sales representative.
Figure 12: Device Licensing sub tab can be found under the System tab.

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7.6 Device Status Tab
Upon rst logging in to the congured TZ Centurion™Bridge, the user is presented with a page that shows the status of every
device that the user has permission to see, as shown below in Figure 13.
The status of every TZ Radial or TZ SlideHandle, the output from every sensor and the presence of any RFID reader or card
reader can be seen from this page. The specic meaning of the lock and door icons is portrayed in Table 1 on the following
page. To open a particular lock, click on the door sensor icon.
The lock will open immediately, and the door state icon should change from closed to open . If the device is a
TZ SlideHandle or if a door sensor (i.e. a reed switch or similar) is connected, then when closing, the open icon will only
change to the closed icon when the sensor also reports a closed door.
To unlock or enable locks to be opened with a simple “Push to release”, click on the locked icon and it will indicate a
change to the unlocked icon and the Unlock Timeout will begin counting down. Reconguring the TZ Radial devices and
the sensors connected to them is discussed in the next section.
Figure 13: The Device Status tab shows the status of every device monitored by the TZ Centurion™Bridge. It is the default view
presented when a user logs in.