Operation/Reference Guide
NXR-ZGW/-ZRP
NetLinx ZigBee Compatible Gateway
and Repeater
Last updated: 7/30/2008
Control System Accessories
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Table of Contents
Table of Contents
Overview ............................................................................................................1
Network structure........................................................................................................... 5
Single PAN ID installations.............................................................................................. 6
Multiple PAN ID installations .......................................................................................... 6
Location and Antenna Direction...................................................................................... 9
Connecting the Optional Accessory Antennas .............................................................. 10
Determining the Power Source..................................................................................... 10
Connecting the NXR-ZGW to a LAN....................................................................... 10
Using the PSN NetLinx connector for power ................................................................ 11
Checking the firmware version...................................................................................... 16
Checking the ZigBee firmware version.......................................................................... 16
Determining the IP settings of the NXR-ZGW............................................................... 16
Finding the ICSP device number of this unit ................................................................. 16
Determining the PAN settings of the NXR-ZGW........................................................... 16
Rebooting the Configuration Manager ......................................................................... 16
Network IP Settings ...................................................................................................... 17
Setting the IP Address .................................................................................................. 17
Setting the DNS Address .............................................................................................. 18
User Settings................................................................................................................. 18
Setting a new username and password......................................................................... 18
i
NXR-ZGW/-ZRP
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Table of Contents
Network ........................................................................................................................ 19
Enabling and disabling the wireless network ................................................................ 19
Connecting an NXR-ZRP to the network for the first time ............................................ 19
Setting the PAN channel ............................................................................................... 20
Connecting a Repeater to the Gateway ........................................................................ 20
Finding a device’s EUI address...................................................................................... 21
Finding the device’s description.................................................................................... 21
Determining the device type......................................................................................... 21
Determining the device link quality............................................................................... 22
Checking the device link status ..................................................................................... 22
PAN Device Details ....................................................................................................... 23
Putting a device on the Access List ............................................................................... 24
Removing a device from the Access List ....................................................................... 24
Locating the device....................................................................................................... 24
Changing a Connected Device description.................................................................... 24
Changing a device’s ZigBee networking information.................................................... 25
Device Firmware............................................................................................................ 26
Allowing firmware updates to individual devices.......................................................... 26
Allowing firmware updates to all devices on a network................................................ 26
Connection Log ............................................................................................................. 27
Determining the connection status of a device............................................................. 27
Finding the device’s ICSP number................................................................................. 27
Traffic Log ..................................................................................................................... 28
Finding the device traffic .............................................................................................. 29
Before beginning the Upgrade process ........................................................................ 31
Upgrading The NXR-ZGW via An IP Address.......................................................... 31
Preparing the Master for communication via an IP........................................................ 31
Verifying and Upgrading the device firmware via an IP ................................................ 32
ii
NXR-ZGW/-ZRP
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Overview
Overview
The NXR-ZGW (FG5791-01) is an Ethernet to ZigBee wireless gateway. The NXR-ZGW features a
10BaseT, half duplex Ethernet port capable of Power over Ethernet (PoE), 16 Mbytes of Flash, 16
Mbytes of SDRAM, and a ZigBee module, and is controlled via a web server interface. The NXR-ZRP
(FG5791-02) is a ZigBee wireless repeater that features 16 Mbytes of Flash, 16 Mbytes of SDRAM, and
a ZigBee module.
NXR-ZGW Specifications
The following table outlines the specifications for the NXR-ZGW.
NXR-ZGW (FG5791-01) Specifications
Dimensions (HWD):
• .906 x 2.500 x 3.424 (23.01 mm x 63.50 mm x 86.96 mm), depth does not
include antenna
Weight:
Power:
• 0.35 lbs (158.75g)
10.5 - 18 VDC; 13.5 (nominal operation voltage), or
Power over Ethernet (PoE) Class 2
• 16 Mbytes of Flash
Memory:
• 16 Mbytes of SDRAM
Radio Specifications:
Frequency
IEEE 802.15.4
• 11 - 26
Operating channels
Modulation technique
Output power
• DSS
• Region/country specific
165 feet (50.2m)
Coverage area
Firmware/Software
Specifications:
Management
• Built-in browser-based management with User Name/Password
authentication
IP configuration
Communications
• Static IP or DHCP client (default is static, 192.168.1.140)
• The NXR-ZGW communicates with a Netlinx master over TCP/IP
encapsulating the ICSP protocol via a physical Ethernet connection. The
ICSP device number can be set via the browser-based management system.
Front Components:
LEDs
• PWR/STATUS - A green LED that blinks to indicate the device is installed
and communicating properly. Power ON, but no master connection, is
indicated with a solid light; Power OFF is indicated with no light.
• LAN - A green LED indicates an Ethernet connection is established. The LED
blinks to indicate both sending and receiving information via Ethernet.
• RF - The LED is solid when end devices are connected; end devices not
connected is indicated with no LED light; the LED blinks to indicate activity.
Antenna Mount
ID Button
A reverse SMA connection that supports a 2.4GHz antenna.
When used in conjunction with NetLinx Studio, sets the device and system
numbers for the NXR-ZGW. Press and hold for approximately 30 seconds to
return the NXR-ZGW to factory default settings.
1
NXR-ZGW/-ZRP
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Overview
NXR-ZGW (FG5791-01) Specifications (Cont.)
Rear Components:
Power connector
Two power options are available:
• 2-pin 3.5mm Phoenix connector
• Power Over Ethernet (PoE) - powers the device through the CAT5 cable.
Both Power and Data can be transmitted simultaneous through the CAT5
cable when using the appropriate equipment.
Ethernet port
10BaseT modular (RJ-45) connector - used to connect the NXR-ZGW to
your LAN and/or to connect your third party device to the LAN when the NXR-
ZGW is used as a gateway.
Certifications:
• FCC ID: CWU-ZGW
• IC ID: 5078A-ZGW
• CE
• IEC-60950
• TELEC
Operating/Storage
Environments:
• Operating Temperature: -30°C (-22°F) to 70°C (158°F)
• Relative Humidity: 5% to 85% non-condensing; intended for indoor use only
• 2.4GHZ, MONO, RSMA, 3.5IN, 2.0DBI Antenna (70-0012-SA)
• Rubber feet
Included Accessories:
• Velcro mounting strip
• Power Supply (24-5791-SA)
Other AMX Products:
• Mio Modero R-3 Remote (FG148-03)
• Mio Modero R-4 Remote (FG148-04)
• NXR-ZRP NetLinx ZigBee Repeater (FG5791-02)
• NXA-WAP 2403A 3 dBI Antenna (FG2255-20)
• NXA-WAP 2405A 5.5 dBI Antenna (FG2255-21)
• NXA-WAP 2413A Mounting Bracket (FG2255-24)
Connection LEDs
ID Button
PWR/STATUS
LAN
RF
ANT
ID
(Front)
Antenna Mount
10BaseT Modular
(RJ-45) connector
ETHERNET
2-pin 3.5mm Phoenix
power connector
12VDC
PoE
PWR
(Rear)
FIG. 1 Front and Rear Components of the NXR-ZGW
2
NXR-ZGW/-ZRP
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Overview
NXR-ZRP Specifications
The following table outlines the specifications for the NXR-ZRP.
NXR-ZRP (FG5791-02) Specifications
Dimensions (HWD):
• 906 x 2.500 x 3.424 (23.01 mm x 63.50 mm x 86.96 mm) depth does not
include antenna
Weight:
Power:
• 0.25 lbs (113.39g)
10.5 - 18 VDC; 13.5 (nominal operation voltage)
• 16 Mbytes of Flash
Memory:
• 1 Megabit external memory
Radio Specifications:
Frequency
IEEE 802.15.4
• 11 - 26
Operating channels
Modulation technique
Output power
• DSS
• Region/country specific
165 feet (502.m)
Coverage area
Firmware/Software
Specifications:
Communications
The NXR-ZRP communicates with a Netlinx master via a NXR-ZGW. The
NXR-ZGW communicates with a Netlinx master over TCP/IP encapsulating the
ICSP protocol via a physical Ethernet connection. The ICSP device number
can be set via the browser-based management system.
Front Components:
LEDs
• PWR/STATUS - A green LED that blinks to indicate the device is
programmed and communicating properly. Power ON, but no master
connection, is indicated with a solid light; Power OFF is indicated with no
light.
• ICSP - The LED is solid when ICSP connection is in place with the NetLinx
master.
• RF - The LED is solid when end devices are connected; end devices not
connected is indicated with no LED light; the LED blinks to indicate activity.
Antenna Mount
Reset Button
A reverse SMA connection that supports a 2.4GHz antenna.
Press and hold for approximately 10 seconds to return the NXR-ZRP to factory
default settings.
Rear Components:
Power connector
Certifications:
• 2-pin 3.5mm Phoenix connector
• FCC ID: CWU-ZRD
• IC ID: 5088A-ZRD
• CE
• IEC-60590
• TELEC
Operating/Storage
Environments:
• Operating Temperature: -30°C (-22°F) to 70°C (158°F)
• Relative Humidity: 5% to 85% non-condensing; intended for indoor use only
• 2.4GHZ, MONO, RSMA, 3.5IN, 2.0DBI Antenna (70-0012-SA)
• Rubber feet
Included Accessories:
• Velcro mounting strip
• Power Supply (24-5791-SA)
3
NXR-ZGW/-ZRP
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Overview
NXR-ZRP (FG5791-02) Specifications (Cont.)
Other AMX Products:
• Mio Modero R-3 Remote (FG148-03)
• Mio Modern R-4 Remote (FG148-04)
• NXR-ZGW NetLinx ZigBee Gateway (FG5791-01)
• NXA-WAP 2403A 3 dBI Antenna (FG2255-20)
• NXA-WAP 2405A 5.5 dBI Antenna (FG2255-21)
• NXA-WAP 2413A Mounting Bracket (FG2255-24)
Connection LEDs
Reset Button
PWR/STATUS
ICSP
RF
ANT
(Front)
RESET
Antenna Mount
2-pin 3.5mm Phoenix
power connector
12VDC
PWR
(Rear)
FIG. 2 Front and Rear Components of the NXR-ZRP
®
Connection to the Repeater device from either the NXR-ZGW or the Mio Modero R-
3 or R-4 requires download and installation to the repeater of ZigBee Module
4
NXR-ZGW/-ZRP
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Overview
How ZigBee works
The ZigBee wireless personal network technology protocol provides a framework for reliable, cost-
effective, low-power, wireless networked, monitoring and control products based on an open global
ZigBee-enabled devices use ZigBee exclusively as a communication and control interface, but not all:
some have the option of switching between ZigBee, standard IR, or a combination of the two.
The NXR-ZGW, acting as a gateway, allows ZigBee-enabled devices to communicate both to and from
an ICSP master. A device connects to the NXR-ZGW and is then represented to the master as an ICSP
device. The master then communicates to the device through ICSP messages via a translation step at the
NXR-ZGW level.
The NetLinx master regularly sends "heartbeat" queries to the NXR-ZGW device; in return, the NXR-
ZGW provides the master with a response for all devices on the ZigBee network that have an ICSP
address and use ZigBee as their primary interface to the master. The response provided by the NXR-
ZGW is based on the last known status of the ZigBee-enabled device. If the NXR-ZGW determines it is
no longer in communication with a device, it will indicate to the master that the device is non-responsive
or has left the network.
Network structure
A ZigBee network is a Personal Area Network (PAN) consisting of one gateway, the option of one or
more repeaters, and one or more end devices.
A gateway initiates a ZigBee network and all devices linking to the PAN gateway do so through either
direct links or through repeaters. The gateway’s job is to establish the network’s parameters, e.g.,
channel and PAN ID. Within each PAN, a gateway or repeater can have up to 8 end devices, depending
on the design of your system. Additional repeaters may be added to extend the range of your PAN, but
care should be taken to understand the associated increases in bandwidth consumption and message
latency. The topology information is contained in the Browser-based Configuration Manager pages
more information).
A repeater like the NXR-ZRP is used to expand the coverage of NXR-ZGW gateways. Every device in
the PAN has a parent (a device connecting it to the master), and repeaters can have children (devices
using them as a conduit to the master). Adding repeater devices to a network can reduce the number of
hops an end device needs to make to reach the gateway. Adding repeaters also extends the coverage area
for the entire network. Any device attached to a repeater NXR-ZRP appears attached to the gateway
NXR-ZGW in the Browser-Based Configuration Manager pages.
An end device will always connect to a repeater or gateway based on the least depth of the connection,
and then the best quality. For instance, given a choice between connecting to a repeater with two hops to
a gateway or directly to a gateway, an end device will always connect first to the gateway, even if the
repeater has a slightly better connection. End devices cannot have children. The use of the NXR-ZGW
and NXR-ZRP allow ZigBee-type devices to roam seamlessly from repeater to repeater within the same
PAN ID.
Because of power saver options and other features, mobile end devices tend to sleep frequently and thus
enter and leave the network regularly. Upon awakening, the end device may be in a new physical location
or the network may have changed channels. The end device will seamlessly search for a new parent and
scan channels upon awakening.
For more information on ZigBee network communication with other AMX products,
refer to the "Getting the Most From Your Mio Modero R-4" chapter in the Mio Modero
R-4 remote user manual, available at www.amx.com.
5
NXR-ZGW/-ZRP
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Overview
Mesh Network Arrangements
The following installations depend upon the criteria for the network. A home installation would perhaps
only need one NXR-ZGW or PAN ID where a commercial installation might require a NXR-ZGW and
several NXR-ZRPs.
When adding a ZigBee network to a NetLinx master, an Ethernet switch or hub must
be added to the master for proper function of the ZigBee network.
Single PAN ID installations
After you have installed the NXR-ZGW, you should consider the arrangement of devices. The following
is an example where there is only one NXR-ZGW in the installation and thus only one PAN ID with
which to contend.
1 hop
NetLinx Master
CAT5 Ethernet
connection
NXR-ZGW
(Coordinator)
Mio R-4
FIG. 3 Single PAN ID Network
Multiple PAN ID installations
A more commercial application of the NXR-ZGW is having multiple gateways and specific devices
operating in close proximity of each other. End devices and repeaters of different networks can operate
side-by-side without interference if they have different PAN ID numbers. See Setting up a
Network section on page 23 for setting the PAN ID and adding device EUI Addresses.
6
NXR-ZGW/-ZRP
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Overview
1 hop
NXR-ZGW
(Coordinator)
NetLinx Master
CAT5 Ethernet
connection
Mio R-4
Mio R-4
PAN ID 1
1 hop
2 hops
3 hops
NXR-ZGW
(Coordinator)
NetLinx Master
NXR-ZRP
(Router)
NXR-ZRP
(Router)
Mio R-4
Mio R-4
Mio R-4
Mio R-4
Mio R-4
Mio R-4
CAT5 Ethernet
connection
PAN ID 2
FIG. 4 Multiple PAN ID Network
FCC Compliance
This device complies with Part 15 of the FCC rules. Subject to the following two conditions:
1. This device must not cause harmful interference and
2. This device must accept all interference, including interference that interferes with the operation of
this device.
Modifications not expressly approved by the manufacturer will void the user’s authority to operate the
equipment."
This device has been evaluated and found to be compliant with the FCC Rules for RF
Exposure when the device is operated at a minimum separation distance of 2 cm.
from the user and nearby persons. Operation of this device at closer distances
should be avoided.
7
NXR-ZGW/-ZRP
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Overview
8
NXR-ZGW/-ZRP
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Installation
Installation
Things to Consider Before Starting
Several factors will help decide the best place to install NXR-ZGW and NXR-ZRP devices. Before
installing, consider the following:
Location and Antenna Direction
The best location for NXR-ZGW and NXR-ZRP devices are usually in the center of your wireless
network, with line of sight to all of your mobile devices. Try to place the antenna in a position that can
best cover your wireless network. Normally, the higher you place the antenna, the better the performance
you receive. Try to place the gateway and repeater devices a reasonable distance away from each other to
FIG. 5 Horizontal and Vertical Antenna Radiation
For minimal interference, try to keep any installed NXR-ZGW at least 10 feet
(3.048m) from any WiFi access points.
Vertical radiation may vary slightly based on the selected channel.
9
NXR-ZGW/-ZRP
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Installation
Connecting the Optional Accessory Antennas
Several accessory 2.4GHz antennas are available for use with NXR-ZGW and NXR-ZRP devices. Each
of these antennas is uniquely suited to meet a wide variety of installation requirements.
Determining the Power Source
Based upon location and the availability of electricity, select one of the two following methods for
power:
ꢀ
ꢀ
2-pin 3.5mm captive-wire connector - Prepare the captive wire pair and insert it into the
Power Over Ethernet (PoE) - If no electrical outlet is available, you can plug one end of the
CAT5 Ethernet cable into the RJ-45 jack of the NXR-ZGW and plug the other end of the
CAT5 cable into PoE supply equipment (this unit must be 802.3af compliant). The
NXR-ZGW is rated as a PoE Class 2 device that consumes about 2.5W, about 50mA to 60mA
at 48V.
The ability to choose a power supply option increases the availability of deployment locations. In
addition, the NXR-ZGW makes installation into areas previously without power much easier, since it is
no longer necessary to run new electrical wires to the device.
Connecting the NXR-ZGW to a LAN
Insert one end of the CAT5 Ethernet cable into the rear RJ-45 jack (illustrated in FIG. 1) and connect the
other end of the same cable to a master. See Mesh Network Arrangements section on page 6 for possible
network configurations.
Connecting Power to the NXR-ZGW and NXR-ZRP
The NXR-ZGW receives power via either PoE or 2-pin 3.5 mm mini-captive wire connection, while the
NXR-ZRP only utilizes the 2-pin 3.5 mm mini-captive wire connection.
When connecting both Ethernet and mini-captive wire connections to the NXR-ZGW,
PoE is overridden by the captive wire connection. PoE is only engaged if Ethernet is
the only power source available to the device.
the Power Source section on page 10). If the 2-pin 3.5 mm mini-captive wire is selected, the following
steps are necessary:
Preparing captive wires for the 2-pin 3.5 mm mini-captive wire connector
You will need a wire stripper and flat-blade screwdriver to prepare and connect the captive wires.
1. Strip 0.25 inch (6.35 mm) of wire insulation off all wires.
2. Insert each wire into the appropriate opening on the connector according to the wiring diagrams and
connector types described in this section.
3. Turn the screws clockwise to secure the wires in the connector. Do not over-torque the screws;
doing so can bend the seating pins and damage the connector.
10
NXR-ZGW/-ZRP
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Installation
Using the PSN NetLinx connector for power
The PWR and GND cable from the 12 VDC power supply must be connected to the corresponding
location on the 2-pin 3.5 mm mini-captive wire connector (FIG. 6).
PWR +
12 VDC Power Supply
GND -
To the Device
FIG. 6 12 VDC Power Connector Wiring Diagram
1. Insert the PWR and GND wires on the terminal end of a PSN 2-pin 3.5 mm mini-captive wire cable.
Match the wiring locations of the +/- on both the power supply and the terminal connector.
2. Tighten the clamp to secure the two wires. Do not over-torque the screws; doing so may strip the
threads and damage the connector.
3. Verify the connection of the 2-pin 3.5 mm mini-captive wire to the power supply.
Table top installation of the NXR-ZGW and NXR-ZRP
Using the provided rubber pads, place one in each bottom corner of the device.
Rack mounting the NXR-ZGW and NXR-ZRP
Using the Velcro pad provided, remove the backing and adhere one side to the device. Remove the
backing of the other side of the Velcro and place it on your rack where you want the NXR-ZGW/ZRP
mounted.
11
NXR-ZGW/-ZRP
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Installation
12
NXR-ZGW/-ZRP
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Setting up a Network
Setting up a Network
After you have established the location of the gateway (page 9), connected it (page 10), provided power
(page 10), and placed the device in either a rack(page 11) or wall installation (page 11) you can then
begin configuring the NXR-ZGW and adding an NXR-ZRP and ZigBee-compatible devices to the
network.
2. Using a PC connected to your NetLinx system, navigate to the NXR-ZGW Browser-based
Configuration Manager (See “NXR-ZGW Browser-based Configuration Manager Pages” on
page 15.) in your preferred browser application. The default IP address for the NXR-ZGW is
192.168.1.140.
3. Go to the NetLinx setup page and configure the NXR-ZGW to communicate with the master.
Network (PAN)” on page 19.) and change the PAN ID.
5. Turn on AMX ZigBee-compatible devices one at a time, e.g., Mio R-3, Mio R-4 or NXR-ZRP.
Select the correct new PAN ID.
6. For devices that do not have displays (NXR-ZRP), or not enough display to select the PAN ID to
join a network, place each device one at a time near the gateway, turn one of them on, and configure
it using the gateway web pages before turning on the next one. Then use the PAN pages to change
the devices over to a new PAN ID.
7. This method may also be used if you do not want to go to each ZigBee compatible device to set the
PAN ID; however, once each device is set, the change must be done to the gateway itself. It may be
necessary to cycle power on each device for them to come online.
8. Due to the wireless nature of the ZigBee network, temporary interference (such as leaving a room or
large objects passing between a remote and its gateway device) may prevent a command from
reaching the NetLinx master.
If this happens while increasing volume, the master may receive the command to
increase the volume but not the command to stop increasing it.
Therefore, programmers should consider setting safeguards for volume control, either established
volume limits or timeouts with the NetLinx master or more interactive adjustment from the remote
(i.e., direct volume control), to prevent issues with lost commands.
To maximize the user experience and prevent delays in commands being received
and processed, limiting the number of "hops" between a ZigBee-enabled device and
the NetLinx master to two or less is highly recommended. For more information, see
Mio Modero R-4" chapter in the Mio Modero R-4 remote user manual, available at
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Setting up a Network
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NXR-ZGW Browser-based Configuration Manager Pages
NXR-ZGW Browser-based Configuration
Manager Pages
To access the Configuration Manager pages, enter the IP address of the NXR-ZGW into your web
browser; the default IP address for the NXR-ZGW is 192.168.1.140. When prompted, enter your
username and password in the spaces provided.
Upon accessing the Configuration Manager, the user must enter a username and
password. The default entries are “Admin” and “1988”; changing the password as
soon as possible is highly recommended.
Copyright (c) 2007 GoAhead Software, Inc. All Rights Reserved.
Summary of Gateway Settings
The Summary of Gateway Settings page is the initial access point for the user.
FIG. 7 Summary Page
Summary Page
Firmware
ZigBee Firmware
ZigBee Stack
IP
The version of the software running on the device.
The version of software running on the ZigBee processor
The main version of software running on the ZigBee processor
The IP address of the unit
Host
The hostname of the unit.
IP Address
Subnet Mask
The IP address of the unit.
The subnet mask associated with IP addressing
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NXR-ZGW Browser-based Configuration Manager Pages
Summary Page (Cont.)
Gateway
Device ID
Wireless
Channel
Pan ID
The IP gateway used by this unit.
The ICSP device number of this unit
The state (Disabled/Enabled) of the wireless connection.
The channel the ZigBee wireless will use.
The ZigBee personal area network ID used.
The current state of the Access List (Disabled/Enabled).
Access List
Distribute Password Current mode of ZigBee password distribution (Disabled/Enabled).
Checking the firmware version
The firmware version is listed on the Summary of Gateway Settings page of the NXR-ZGW Browser-
based Configuration Manager.
Checking the ZigBee firmware version
The ZigBee firmware version is listed on the Summary of Gateway Settings page of the NXR-ZGW
Browser-based Configuration Manager.
Determining the IP settings of the NXR-ZGW
1. Browse to the Summary of Gateway Settings page of the NXR-ZGW Browser-based Configuration
Manager.
2. The IP settings are listed in the aptly-named section IP Settings.
Finding the ICSP device number of this unit
1. Browse to the Summary of Gateway Settings page of the NXR-ZGW Browser-based Configuration
Manager.
2. The ICSP device number is listed under the section System Connection, Device ID.
Determining the PAN settings of the NXR-ZGW
1. Browse to the Summary of Gateway Settings page of the NXR-ZGW Browser-based Configuration
Manager.
2. The PAN settings are listed in the aptly-named section PAN Settings.
Rebooting the Configuration Manager
1. Browse to the Summary of Gateway Settings page of the NXR-ZGW Browser-based Configuration
Manager.
2. Click the Reboot button on the left bottom of the Summary of Gateway Settings page.
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NXR-ZGW Browser-based Configuration Manager Pages
Configuration
Network IP Settings
The Network IP Settings page is used to set IP and DNS addresses. The IP address can be either a static
or dynamic assignment.
FIG. 8 IP Settings Page
IP Address
IP
• Dynamic: IP address and subnet mask are requested from the DHCP server.
• Static: User provides IP address information.
Host
The hostname of the unit.
The IP address of the unit.
IP Address
Subnet Mask The IP subnet mask of the unit.
Gateway The gateway used for IP routing.
The DNS Address allows the IP addresses of domain name servers to be specified.
DNS Address
Domain Suffix
The domain name.T
Primary DNS - Secondary DNS Domain Name System IP numbers associated to the domain suffix.
Setting the IP Address
1. In the menu at the top of the NXR-ZGW Browser-based Configuration Manager, select IP Settings
under the section Configuration.
2. Click the radio button for either Dynamic or Static. If you selected Dynamic, the DHCP server
automatically provides the IP address.
3. If configured for Static, type the IP address in the field provided.
4. If necessary, type the subnet mask and gateway in the fields provided.
5. Click Accept.
6. In the The system will need to reboot for changes to take effect window, click OK.
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Setting the DNS Address
1. In the menu at the top of the NXR-ZGW Browser-based Configuration Manager, select IP Settings
under the section Configuration.
2. Click the Static radio button in the IP Address section.
3. Type the Domain Suffix in the field provided.
4. Type the necessary DNS IP numbers in the fields.
5. Click Accept.
6. In the The system will need to reboot for changes to take effect window, click OK.
User Settings
This page is used to set the username and password for access to the NXR-ZGW web server pages.
FIG. 9 User Settings page
User Settings Page
New Username
New Password
Text field for new username.
Text field for new password.
Re-type Password Text field to confirm new password.
Setting a new username and password
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select User
Settings under the section Configuration.
2. In the text field next to New Username, type the new name.
3. In the text field next to New Password, type the new password.
4. Confirm the password in the field Re-type Password.
5. Click Accept.
The default username and password are “Admin” and “1988”, respectively; changing
the password as soon as possible is highly recommended.
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NXR-ZGW Browser-based Configuration Manager Pages
Personal Area Network (PAN)
Network
The Network page allows you to modify the status of the Personal Area Network.
FIG. 10 Network Page
Network Page
Network status
Wireless
Lists whether the network is online or offline.
Enables or disables the ZigBee wireless networking.
The current PAN ID number for the device.
PAN ID
Country/Region
Channel
Drop down menu; sets ZigBee region (US, Europe, Japan).
Drop down menu; sets the ZigBee operating channel between 11 and 26. The default
channel is 26.
Enabling and disabling the wireless network
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Network
under the section Pan.
2. Click the radio button next to Enable to enable the wireless network or select Disable to disable the
network.
3. Click Accept.
Connecting an NXR-ZRP to the network for the first time
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Network
under the section Pan.
2. In the PAN ID field, enter the default PAN ID for the repeater: 3FFF.
3. Click Accept.
4. Select the Connections tab; the repeater should appear on the router.
5. Click on the EUI-64 link to open the Device Details page.
6. In the PAN ID field, enter the desired PAN ID for the repeater within the network.
7. Click Update Settings.
8. Repeat steps 1-6 for each repeater to be added to the network.
9. Select the Network tab under the section Pan and enter the desired PAN ID in the PAN ID field.
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NXR-ZGW Browser-based Configuration Manager Pages
10. Click Accept.
Setting the PAN channel
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Network
under the section Pan.
2. Click the radio button to Disable the wireless network. This activates the Country/Region and
Channel dropdown menus.
3. Select your country or region of operation from the drop down menu.
4. Select the Channel number from the drop down menu.
5. Click Accept.
Connecting a Repeater to the Gateway
When first installed and powered up, all repeaters will look for Gateway PAN ID 3FFF, regardless of the
signal strength of other gateways with different PAN IDs. You have to change your Gateway to PAN ID
3FFF. The repeater will connect to the Gateway. You then can reset PAN IDs to your preferred setting
(see below) through the Gateway Browser-Based Configuration Manager.
information.)
2. Reboot the Gateway.
3. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select
Connections under the section Pan. The repeater should already be connected.
4. Click on the Repeater link under the EUI column. Note that the description field will be blank.
5. Change the Repeater PAN ID to your desired Gateway PAN ID.
6. Click the Update Settings button.
7. Return the Gateway PAN ID to your desired PAN ID.
8. Reboot the Gateway.
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NXR-ZGW Browser-based Configuration Manager Pages
Connections
All devices connected to the NXR-ZGW is displayed on this page.
FIG. 11 Connections Page
Each device provides the following:
Connections Page
No.
The Netlinx ID number.
EUI-64
Description
Type
The 64 bit ZigBee EUI address of the device.
The device's description, supplied by the device.
The specific type of device being accessed.
Latency
A measure of the amount of time (in milliseconds) for a message round-trip from the device to
the gateway and back.
LQI
LQ is the link quality of the RF path between the PAN coordinator and the device. Quality
levels are:
• not recommended
• edge
• marginal
• good
Status
The current status of the device: either "Active" or "Asleep".
Finding a device’s EUI address
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select
Connections under the section Pan.
2. The EUI address is located in the Connections table under "EUI-64". Click on the EUI address to
Finding the device’s description
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select
Connections under the section Pan.
2. The device’s description is located in the table under "Description".
Determining the device type
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select
Connections under the section Pan.
2. The device type is located in the table under "Type".
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Finding the amount of time a signal takes from the device to the gateway and back
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select
Connections under the section Pan.
2. The "Latency" column lists the amount of time the current signal takes to go from the device to the
gateway and back again.
Determining the device link quality
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select
Connections under the section Pan.
2. The link quality is located in the table under the "LQI" column. The status of the channel is as
follows: green is good all the way to red, not recommended.
Checking the device link status
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select
Connections under the section Pan.
2. The status of the device is located in the table under the "Status" column.
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NXR-ZGW Browser-based Configuration Manager Pages
PAN Device Details
From the Connections page, clicking on a device’s EUI-64 number opens the PAN Device Details page.
FIG. 12 PAN Device Details Page
Each device provides the following:
PAN Device Details Page
Device Options
• On Access List: Controls whether the device is on the access list for the
Connections page.
• Locate: Finds the location of the device if active.
Connected Device
• Device Type: The type of network device.
• Device Description: Description of the device as entered on PAN.
• Status: Whether the networked device is active or asleep.
Device Networking
• EUI-64: The 64-bit ZigBee EUI address of the device.
• Node ID: The 16-bit ZigBee short address of the device.
• Link Quality: The quality of the connection to the network.
• Traffic: The traffic byte count of the device.
• Latency: A measure of the amount of time (in milliseconds) for a message round-trip
from the device to the gateway and back.
Device Information
• Power Sources: All of the possible sources for power for the device, including
mains electric power and battery backup
• Current Power: Current power source being used by the device.
• Power Level: Amount of required power being received by the device.
• Host F/W Version: Latest firmware version installed in the device.
• Node Type: The type of node used by the device.
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NXR-ZGW Browser-based Configuration Manager Pages
PAN Device Details Page (Cont.)
ZigBee Networking
• Application Version: The version of the ZigBee application being used.
• Pan ID: ID number for the device within the PAN.
Connection Log
The device or devices currently or previously connected to the network.
Putting a device on the Access List
1. From the PAN Device Details page, check to see if the On Access List: button in the Device Options
section is on or off.
2. If the button reads Off, click it once. This will open a window reading "This will change On Access
List to ’On’. Any changes entered to the Connected Devices Section below will be lost. Are you
sure you wish to continue?"
3. Click Yes to continue. If the device is active, the PAN Device Details page will refresh, showing the
new On status. If the status remains Off, check the device’s connection.
Removing a device from the Access List
1. From the PAN Device Details page, check to see if the On Access List: button in the Device Options
section is on or off.
2. If the button reads On, click it once. This will open a window reading "This will change On Access
List to ’Off’. Any changes entered to the Connected Devices Section below will be lost. Are you
sure you wish to continue?"
3. Click Yes to continue. If the device is active, the PAN Device Details page will refresh, showing the
new On status.
Locating the device
1. From the PAN Device Details page, check to see if the Locate: button in the Device Options section
reads Active or Inactive.
2. If the button reads Inactive, click it once. This will open a window reading "This will change
Locate to ’Active’. Any changes entered to the Connected Devices Section below will be lost. Are
you sure you wish to continue?"
3. Click Yes to continue. If the device is active, the PAN Device Details page will refresh, showing the
new Active status.
Changing a Connected Device description
1. From the PAN Device Details page, enter a Device Description in the field of the same name in the
Connected Device section. This description usually includes the name of or nickname for the device
and its physical location, but anything may be entered.
While over 200 characters may be entered into the Device Description field,
descriptions should be short but informative.
2. To save the device description, click the Accept button.
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NXR-ZGW Browser-based Configuration Manager Pages
Changing a device’s ZigBee networking information
1. The PAN Device Details page also allows users to enter a new PAN ID number for a particular
device, if the device is currently active. To enter a new PAN ID number, enter the new number in the
PAN ID field.
2. Click the Accept button. A new window opens that reads "Are you sure you wish to accept these
new changes?" Click OK to accept the new changes.
3. If the device is active, the PAN Device Details page will refresh, displaying the completed changes.
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NXR-ZGW Browser-based Configuration Manager Pages
Utilities
Device Firmware
The device details page shows all the information about the status of firmware on a network’s devices.
FIG. 13 Device Firmware Page
Device Firmware
Updates
EUI-64
Permissions to allow firmware uploads to the selected device.
The 64-bit EUI address of the device.
Description The name and location of the device, as provided by the device.
Status
The current activity of the device, whether active or asleep.
The last uploaded version of the ZigBee firmware.
Version
Uploads
Allowed
Displays whether or not the device may have further upgrades to its firmware.
Allowing firmware updates to individual devices
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Device
Firmware under the section Utilities.
2. Choose the device to be updated by its EUI-64 number.
3. Click the button next to the device’s EUI-64 number in the Allow Updates column. The page will
automatically refresh, displaying the device’s new status.
4. Some devices cannot have their firmware update status changed; these devices will continue to read
Off even after selecting to allow new updates.
Allowing firmware updates to all devices on a network
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Device
Firmware under the section Utilities.
2. In the Allow Updates column, click All On or All Off to allow or block upgrades to all devices on
the network. The page will automatically refresh, displaying the new status of all network devices.
3. Some devices cannot have their firmware update status changed; these devices will continue to read
Off even after selecting to allow new updates.
Clicking on the EUI-64 number in the Device Firmware page will open the device’s
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Connection Log
The connection log is a list of all recent ZigBee device activity.
FIG. 14 Connection Log Page
Connection Log Page
#
The device’s NetLinx ID number
Connection
EUI-64
Device #
Indicates the connection status of the device.
The 64-bit EUI address of the device.
The device's ICSP device number.
Determining the connection status of a device
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Connection
Log under the section Utilities.
2. The connection status of each device is located in the column Connection; the possible values are
either Connected or Disconnected.
Finding a device’s EUI address
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Connection
Log under the section Utilities.
2. The EUI address of each device is located in the column EUI-64.
Finding the device’s ICSP number
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Connection
Log under the section Utilities.
2. The ICSP number of each device is located in the column Device #.
Clicking on the EUI-64 number in the Connection Log page will open the device’s
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Traffic Log
The traffic log shows traffic statistics for all ZigBee devices.
FIG. 15 Traffic Log Page
Traffic Log Page
Device #
The device's ICSP device number.
EUI-64
The 64-bit EUI address of the device.
Description
Device Type
The device's description, supplied by the device.
The types are:
• End Device
• Repeater
• PAN coordinator.
RX
TX
The total number of bytes received by the device since it connected.
The total number of bytes transferred to the device since it connected.
Finding the device’s ICSP number
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Traffic Log
under the section Utilities.
2. The ICSP number of each device is located in the column Device #.
Finding a device’s EUI address
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Traffic Log
under the section Utilities.
2. The EUI address of each device is located in the column EUI-64.
Finding the device’s description
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Traffic Log
under the section Utilities.
2. The description of each device is located in the column Description.
Determining the device type
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Traffic Log
under the section Utilities.
2. The type of each device is located in the column Device Type.
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Finding the device traffic
1. In the menu on the top of the NXR-ZGW Browser-based Configuration Manager, select Traffic Log
under the section Utilities.
2. The traffic byte count of each device is located within the columns RX and TX. RX lists received
traffic, while TX lists transmitted traffic
Clicking on the EUI-64 number in the Traffic Log page will open the device’s PAN
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Device Configuration
Device Configuration
Sending Firmware to The NXR-ZGW
Before beginning the Upgrade process
ꢀ
ꢀ
ꢀ
Set up and configure your NetLinx Master. Refer to your particular NetLinx Master
instruction manual for detailed setup procedures.
Prepare the communication on the NXR-ZGW for use. Refer to the Setting up a
Refer to the NetLinx Studio version 2.4 or higher Help file for information on uploading
firmware files via Ethernet.
If power or connection fails during a firmware upgrade, the file system may become
corrupted.
A NXR-ZGW which is not using a valid username and password will not communicate with a secured
Master. If you are updating the firmware on a keypad which is not using a username or password field,
you must first remove the Master Security feature to establish an unsecured connection.
Upgrading The NXR-ZGW via An IP Address
Before beginning this section, verify that your device is powered and connected to the NetLinx Master
through an Ethernet connection.
Preparing the Master for communication via an IP
1. Obtain the IP Address of the NetLinx Master from your System Administrator. If you do not have
an IP Address for the Master, refer to your particular Master’s instruction manual for more
information on obtaining an IP Address using NetLinx Studio 2.4 or higher.
ꢀ
ꢀ
From the Online Tree tab of the Workspace window, select the NetLinx Master.
Follow steps outlined in either the Obtaining or Assigning the Master’s IP Address sections
from your particular NetLinx Master instruction manual to use an address.
ꢀ
Note the IP Address and Gateway information.
2. Launch NetLinx Studio 2.4 (default location is Start > Programs > AMX Control Disc > NetLinx
Studio > NetLinx Studio 2.4).
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Device Configuration
3. Select Settings > Master Communication Settings, from the Main menu to open the Master
Communication Settings dialog (FIG. 16).
List of previously saved IP Addresses
FIG. 16 Assigning Communication Settings and TCP/IP Settings
4. Click the Communications Settings button to open the Communications Settings dialog.
5. Click on the NetLinx Master radio button (from the Platform Selection section) to indicate that you
are working with a NetLinx Master (such as the NXC-ME260 or NI-Series of Integrated
Controllers).
6. Click on the Authentication Required radio box (if the Master is secured) and then enter a
username and password.
7. Click on the TCP/IP radio button (from the Transport Connection Option section) to indicate you
are connecting to the Master through an IP Address.
8. Click the Edit Settings button (on the Communications Settings dialog) to open the TCP/IP Settings
dialog (FIG. 16).
9. Enter the IP Address into the TCP/IP Address field. This information is obtained from either your
System Administrator or obtained from the Master.
10. Click OK three times to close the open dialogs and save your settings.
11. Click Yes to interrupt the current communication from the Master and apply the new settings.
12. Select Tools > Reboot the Master Controller to access the Reboot the Master dialog, then click
Reboot to reboot the Master and incorporate any changes.
13. Once the dialog replies with "Reboot of system complete", press Done.
14. Click the OnLine Tree tab in the Workspace window to view the devices on the System. The default
System value is one.
15. Right-click on the Empty Device Tree/System entry and select Refresh System to re-populate the
list.
Verifying and Upgrading the device firmware via an IP
1. Click the OnLine Tree tab in the Workspace window to view the devices on the System. The default
System value is one.
2. Right-click the associated System number (from the Workspace window) and select Refresh
System to detect all devices on the current system, establish a new connection to the Master, and
refresh the System list with devices on that system.
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Device Configuration
3. After the Communication Verification dialog window verifies active communication between the
PC and the Master, verify the NXR-ZGW appears in the OnLine Tree tab of the Workspace
window. The default device value is 10001.
4. If the device firmware version is not the latest available; locate and download the latest firmware file
website.
5. Select Tools > Firmware Transfers > Send to NetLinx Device from the Main menu to open the
Send to NetLinx Device dialog (FIG. 17). Verify the device’s System and Device number values
match those values listed within the System folder in the OnLine Tree tab of the Workspace
window.
Selected Firmware file
Description field for selected KIT file
Firmware download
status
Device value and System number
must match the values
listed in the Workspace window
FIG. 17 Send to NetLinx Device dialog
6. Select the device’s firmware file from the Files section (FIG. 17).
7. Enter the Device value associated with the device and the System number associated with the
Master (listed in the OnLine Tree tab of the Workspace window). The Port field is greyed-out.
8. Click the Reboot Device checkbox. This causes the NXR-ZGW device to reboot after the firmware
update process is complete.
9. Click Send to begin the transfer. The file transfer progress is indicated on the bottom-right of the
dialog (FIG. 17). Do not pull power from device during transfer, it can take approximately 5
minutes to finalize firmware transfer. The upgrade can still be in progress when the bargraph
reaches the end, it is a good idea to wait until the process is complete.
10. Click Close (after the device reboots) to return to the main program.
11. Right-click the associated System number and select Refresh System. This causes a refresh of all
project systems, establishes a new connection to the Master, and populates the System list with
devices on your particular system.
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Device Configuration
Using the ID Button to Change the NXR-ZGW’s Device
Number
1. Launch NetLinx Studio 2.4 (default location is Start >Programs > AMX Control Disc > NetLinx
Studio > NetLinx Studio 2.4).
2. Access the Device Addressing dialog (FIG. 18) by selecting Diagnostics > Device Addressing
from the Main menu.
Enter the new NXR-ZGW value
Assign the
new value to
the NXR-ZGW
A
B
FIG. 18 Device Addressing dialog (using the ID mode to set the NXR-ZGW device value)
3. Locate the Device field (A in FIG. 18) and enter the new value for the NXR-ZGW.
This value must fall within a range of 0 - 32767.
4. Press the on-screen Start Identify Mode button.
ꢀ
ꢀ
This action causes a previously red *Not Active* field to now display a green Waiting...Press
Cancel to Quit.field.
This green field indicates that Studio is waiting to detect the device value of the NXR-ZGW
associated with the ID button on the target NXR-ZGW.
5. Press the target NXR-ZGW’s ID button to begin process of reading the current device value of the
NXR-ZGW and then assigning it to the new value entered in step 2.
ꢀ
ꢀ
Once the swap has been successfully made, a red Successful Identification Made field appears.
The previous Device value and associated System number of the targeted NXR-ZGW are then
displayed below the red field. As an example, Previous D:S=32002:1, where 32002 was the
previous device value of the NXR-ZGW (D) and 1 was the System value (S).
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Device Configuration
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