5.3 Start Here ..........................................................................................................................................14
6.5.2 Forming Channel Groups ........................................................................................................26
6.6 Group View ........................................................................................................................................27
6.9 Tree View .......................................................................................................................................... 35
DeviceControl is a powerful tool for monitoring and
controlling Lab.gruppen amplifiers equipped for use
with the NomadLink network, including all C Series
and FP+ Series models. To fully realize the power and
flexibility of this program, we suggest that you refer
to this manual during setup, and also keep it handy
for reference until you are fully familiar with system
configuration and all operating modes.
DeviceControl runs on a standard Windows PC
equipped with an Ethernet interface. Supported
operating systems are Windows 2000 and Windows
XP with Service Pack 2 (SP2). Working in conjunction
with the NomadLink Bridge & Network Controller
(NLB 60E), DeviceControl allows detailed monitoring
of amplifier parameters while controlling key functions
such as power on/off, mute and solo. Although it is
remarkably intuitive and easy to use, DeviceControl is
a powerful system management tool. DeviceControl
applications apply to systems of any size, from a few
channels in a small venue to literally thousands of
channels in the largest imaginable stadium or theme
park system.
2.2 New features in DeviceControl 2.0.0
Secure Connection restricts access to authorized
•
computer(s)
Power Groups allows grouping of selected
•
devices for sequential powering on and off with
a single button click
Flexible Synchronization mode uploads data from
•
the physical amplifiers to the configuration, or
downloads from configuration to amplifiers
New Settings dialog simplifies selection of
•
modes and preferences
“Select All” and “Deselect All” buttons speed •
uploading from subnets
User interface improvements, including check-•
boxes for Channel Group selection
This manual is structured to serve as both a setup
guide and a reference. The following two sections
(2 and 3) will guide you through installation of the
DeviceControl software program and setup of
Ethernet connections to one or more subgroups of
amplifiers, each group controlled by an NLB 60E (also
referred to as a “subnet” in following text). Section
4 is a Quick Guide for accessing basic control and
monitoring functions. Section 5 details all operating
modes, menu options, offline system configuration,
and match functions, along with the various warning
and fault indications.
DeviceControl Operation Manual 5
instAllinG tHe Devicecontrol APPlicAtion 3
3.1 Computer system
requirements
Operating system: Windows 2000 or Windows
XP(SP2)
Processor: Intel Pentium 4 or XP-compatible equivalent (Celeron M, Athlon etc.)
RAM: 512 MB minimum
Hard drive free space: 20 MB
Monitor: 800 x 600 24-bit color
Network: Ethernet 10/100 Mbit
Screen resolution is fixed at 96 DPI. Altering this
setting will impair the operation of DeviceControl
so is not advised.
3.2 Software installation
Install the application by running the DeviceControl_Installer-2.0.0.exe application. The latest version
is located on the Download Software page of our
website at www.labgruppen.com. Follow the instructions as shown in the installation wizard.
3.4 Uninstalling DeviceControl
Should you wish to uninstall the software for any
reason, simply locate the DeviceControl program
folder and select the Uninstall option.
The application installs all necessary components
needed to run DeviceControl. A shortcut for quick
access to DeviceControl will be placed on your
desktop.
3.3 Software updates
If you have a previous version of DeviceControl
already installed, the DeviceControl installer file will
automatically upgrade your software by overwriting
the older version.
If the software needs to be reinstalled for
any reason, it is best to always reinstall the
latest version (not a previous version) to
maintain full compatibility with any existing
configuration files or firmware versions. Lock Mode
and Secure Connection passwords will remain after
an update.
6 DeviceControl Operation Manual
4 connectinG Your Pc to noMADlinK
Crossed RJ45 cable between NLB 60E
and PC. If NLB 60E is connected to switch
of HUB, use "straight" cable. PC can also be
connected on front-panel.
"Straight" RJ45 cables between
NLB 60E and amplifiers.
4.1 Establishing a Nomadlink
network
You must establish the NomadLink Network before
you connect the DeviceControl host computer. If you
have done so already, proceed to Section 4.2.
Conne cting the NLB 6 0E to La b.gru ppe n amplifiers i n
a NomadLink network is a simple and straightforward
procedure. All connections are made with standard
(“straight”) Ethernet-type cables equipped with RJ45
connectors. Cable grade should be Cat-5 or better.
The NLB 60E connects to the amplifiers through the
two rear panel ports labeled NOMADLINK IN and
OUT. Using a standard (“straight”) Ethernet cable,
connect the OUT por t on the NLB 60E to the IN p ort
on the first amplifier in the network. Next, connect
the OUT port of the first amplifier to the IN port of
the second amplifier. Continue to “daisy chain” the
am pli fiers, connecti ng the OUT por t to th e IN por t of
the next amplifier, until all amplifiers are connected.
Complete the network loop by connecting the OUT
port of the last amplifier to the IN port on the NLB
60E (Figure 4.1).
The OUT port of the NLB 60E must be connected
to the IN port of the first amplifier to allow the DeviceControl software to correctly identify devices
on the network.
IMPORTANT NOTE: Within restricted
cable distances, the NomadLink network
will function as a single-ended daisy chain
without closing the loop. (The loop is closed
by connecting the last amplifier’s OUT port back to
th e NL B 60Es IN por t). However, it is s trong ly rec ommended that the loop be completed: doing so provides
a redundant signal path and improves communication
speed on the network
Figure 4.1
DeviceControl Operation Manual 7
connectinG Your Pc to noMADlinK 4
4.2 Determining preferred
connection type
You may connect your DeviceControl host computer
to the NomadLink Network using either a direct
(peer-to-peer) connection, or via a LAN (Local
Area Network). A LAN requires inserting a router
or network switch, with or without wireless (WiFi)
capability. Either a peer-to-peer or a LAN connection
will work with a single NLB 60E (one subnet); a LAN
is normally required for connection to more than one
NLB 60E (multiple subnets).
In this configuration, a dedicated TCP/IP connection is
ma de d irectly to the NLB 6 0E using only an Ether net
cable. This type of connection may be preferable in
these applications:
Temporary connections for setup or maintenance
•
of an NLB 60E when functioning as a self-standing
unit; operation is via front panel or GPI
Permanent connections between one NLB 60E •
and a computer dedicated to the DeviceControl
application.
vices, a LAN connection avoids any need to manually
reset the TCP/IP configuration when switching from
DeviceControl to another application. If the network
router offers DHCP assignment (now common even
in inexpensive models), then the NLB 60E can be
set to automatically accept a network address from
the router.
A separate, third-party network device must
be accommodated in the system to create
a LAN connection. This could raise reli-
ability issues, particularly in touring applications. Any network devices should be chosen with
this consideration in mind.
4.3 Establishing a peer-to-peer
connection
4.3.1 Physical connection
Connect the PC to the NLB 60E using an Ethernet
cable. A crossed cable should be used for peerto-peer connections; however, many newer PCs
may allow peer-to-peer connection using a standard
(“straight”) Ethernet cable (Figure 3.1).
In this configuration, a dedicated TCP/IP connection
is made directly to the NLB 60E. A peer-to-peer
connection ensures that no other network devices are
inserted between the computer and the NLB 60E.
If a dedicated connection is established, no
other network connections will be available
through the assigned Ethernet port. How-
ever, if the computer also has multiple
Ethernet ports or a wireless LAN connection, these
remain available for other uses such as Internet access.
4.2.2 LAN connection (wired via “straight”
RJ45 cables or via wireless)
A LAN connection is required if the system configuration requires more than one subnet, as each subnet
is controlled by a dedicated NLB 60E.
A LAN connection may be preferred in some applications even if only one subnet is required. If the
host computer is needed for Internet access via the
Ethernet port, or for controlling other networked de-
Two Ethernet ports are provided on the NLB 60E:
one on the front panel and one on the rear panel (the
front panel port is primarily for temporary setup and
service use). Both ports are active but only one can
be used at a time.
4.4 Maximum cable lengths
Maximum cable length allowed between the DeviceControl host PC and the NLB 60E (or LAN network
device) conforms to standard Ethernet specification
of 100 meters.
The maximum cable length in between any interconnected NLB 60E and an amplifier may not exceed
300 meters. Total cable length for links in between
all amplifiers in one subnet may not exceed 100
meters.
As a result, in a non-closed-loop daisy-chained subnet,
the total maximum cable length is 400 meters (300
+ 100), and in a closed loop subnet the maximum
cable length is 700 meters (300 + 300 + 100).
8 DeviceControl Operation Manual
4 connectinG Your Pc to noMADlinK
4.5 TCP/IP setup
To establish direct (peer-to-peer) communication
between the DeviceControl host PC and the NLB
60E, you first must set the TCP/IP address in your
computer.
To establish a connection, use the following procedure:
Click on OK. The address is now set. You can 6.
verify that your settings are correct by doubleclicking on “Local Area Connection” and
selecting the Support tab.
The PC is now ready to connect to the NLB 7.
60E. Refer to instructions in Section 5 .
XP Home - Open the Start menu in the lower left 1.
corner. Select “Connect to” and then “Show all
connections”
XP Professional - Open the Start menu in
the lower left corner. Select “Settings”,
“Control Panel” and then (if in Classic view)
“Network Connections”. If the Control Panel
is in Category view choose “Network and
Internet Connections” and then “Network
Connections.”
Select “Local Area Connection”. Select 2.
“Properties” from the File menu or by rightclicking on the selected icon. In the pop-up
window, select (highlight) “Internet Protocol
(TCP/IP)”. Click on the “Properties” button to
view TCP/IP Properties (Figure 4.2).
Select “Use the following IP address” and enter 3.
a desired address. (Figure 4.3).
Click in Subnet Mask. Keep the default 4.
255.255.255.0 value.
Figure 4.2
Leave Default Gateway open. Do not enter any 5.
values.
Figure 4.3
DeviceControl Operation Manual 9
4.6 Establishing a wired or wire-
less LAN connection
It is recommended that you make your LAN connections using a network device (hub, switch or router)
that includes a DHCP server function. This feature
greatly simplifies network configuration. For use with
non-DHCP devices, see Section 4.5.
Connect the host computer and one or more NLB
60Es to the network device using standard Ethernet
cables.
To o btain an IP a ddres s automatic ally, each NLB 6 0E
must be set to “DHCP On” This setting is accessed
via the front panel navigation features of the NLB 60E
under the “Bridge Info” section. Refer to the NLB
60E Operation Manual for more details.
The NLB 60E automatically re-boots after changing the setting. The front panel display then shows
automatic acquisition of an IP address.
connectinG Your Pc to noMADlinK 4
In most cases, no further configuration of the PC will
be necessary. Because the default setting in Windows is to “Obtain an IP address automatically”, the
network connection will be established by the DHCP
server. However, if the PC has been previously set
to obtain a specific address, you may need to access
the “Internet Protocol (TCP/IP) Properties” window
and select the “Obtain an IP address automatically”
option (Figure 4.3).
4.7 Multiple subnets without a
DHCP server
It is possible to create networks with multiple subnets
using either a computer equipped with multiple
Ethernet cards, or with network devices requiring
manual IP address setting. In these applications,
each connection must be manually set with a TCP/
IP address with the last three digits in the range of 1
to 255. Such applications are rare and therefore are
not detailed here. However, standard procedures for
TCP/IP networks apply.
10 DeviceControl Operation Manual
5 QuicK GuiDe for BAsic functions
The following section provides the basic information
required to use DeviceControl in most common applications. Instructions are provided for uploading
amplifier data from physical subnets, performing
basic operations, monitoring faults and warnings,
and creating groups of amplifiers (for power on/off)
as well as grouping amplifier channels.
Make sure you have completed the steps in Section
4, and you are ready to run the application; Double
click the DeviceControl shortcut on your Desktop or
select DeviceControl in the Start menu. On opening,
DeviceControl displays the Quick Start menu (Figure
5.1).
5.1 Uploading Subnet(s)
The Quick Start window (Figure 5.1) allows selection
of three different DeviceControl startup alternatives.
Available choices are:
1) Upload configuration from subnet(s)
2) Open a saved configuration
3) Create a new configuration
If you are working offline (no physical subnet is connected), select the second or third choice to access
offline editing functions. See Section 6.3.
The pop up window (Figure 5.2) displays the detected
NLB 60Es along with their subnet numbers, secure
connection status, IP Address, NLB 60E firmware
version and the number of devices (amplifiers) connected to the subnet.
Select the subnet(s) you want to upload and click on
the Upload button.
Figure 5.2
All detected subnets are selected in the
pop-up to be uploaded by default. Unselect
subnets by clicking corresponding check-
boxes. Or, you may use the “Deselect All”
button and check the checkboxes for the subnets
you wish to upload.
Figure 5.1
When a physical subnet is connected, you can automatically acquire data directly from the amplifiers
by selecting “Upload configuration from subnet(s)”.
DeviceControl interrogates the NomadLink network
interface, locating available subnets and listing them
in a pop-up window.
When Upload is clicked, DeviceControl interrogates
the subnets. In the default synchronization mode, it
uploads information from the subnets and automatically generates lists and default groups for the various
display views.
Clicking on the Refresh button re-interrogates the
network after initial uploading. Use Refresh to update subnet information when changes are made to
connected subnets, or when network connection is
temporarily lost due to inadvertent physical disconnection
As many as 60 subnets can be detected
and uploaded simultaneously into Device-
Control on one host computer.
DeviceControl Operation Manual 11
QuicK GuiDe for BAsic functions 5
5.1.1 No Subnets found fault
If DeviceControl does not locate any available NLB
60E on the network, a pop-up window appears
(Figure 5.3).
If you are certain that subnets have been connected,
this could indicate a problem with a physical connection, the network configuration or the Windows
Firewall,
Figure 5.3
DeviceControl by accessing the Windows Security
Center in the Control Panel (Figure 5.4).
Set the Firewall to “On (recommended)” and click
on Windows Firewall in Manage Security Settings.
Click on the “Exceptions” tab and confirm that
DeviceControl Network Application is selected as
an exception.
Check Connections and Configurations
Check your cable connections and your TCP/IP settings at both the PC and NLB 60E.
Check Windows Firewall
If this fault appears the first time you attempt to
upload subnets, and your PC has Windows XP with
SP2, your connection probably has been blocked by
the Windows Firewall.
When you first click on “Upload configuration”, a
Windows pop-up asks whether you want to continue blocking or allow network communication by
DeviceControl. Click on Unblock.
In some cases this pop-up window may be
hi dden behind the main w indow. However,
you will see a “Windows Security Alert”
below in the sy stem tray. Mi nimize the main
window or click on the Windows Security Alert in
the system tray to access the pop-up and click on
Unblock.
Figure 5.4
You can check to see if Windows Firewall is blocking
12 DeviceControl Operation Manual
5 QuicK GuiDe for BAsic functions
5.2 Toolbars overview
DeviceControl is organized around a set of views
accessible by selecting buttons on the main toolbar.
The different views access various configuration,
operation, and monitoring functions. More detailed
information is given in the Reference Section 6.
(Physical) displays the detected devices in the
subnets. Center “link” indicator between left and
right shows Match status between configured and
physical devices.
The Toolbar is grouped into four segments; Toolbar,
Select View, Mode and Edit bar. Each segment may
be independently repositioned by clicking on and
dragging to the respective end bars.
Toolbar segment:
Full screen: Toggles between full screen and reduced
screen view.
Tree View: The Tree View is open by default on the
left side of the screen when opening DeviceControl.
This view shows the current network configuration
(either as uploaded or created offline), including all
subnets and groups.
Lock: Engages operational or configuration lock
modes in DeviceControl
Blue icon indicates configuration lock only; yellow is
both configuration and operational lock. Lock type
can be set in the Settings dialog in the File menu.
For detailed instruction see Section 6.2.
Channel View: The Channel View shows all configured channels as derived from the Device list. In
this view you may add or delete Channel Groups, and
assign channels to new or existing groups.
Groups View: The Groups View is generated from
the selections made in the Channel list. The All and
Subnet Groups are automatically generated during
upload from the subnet(s) and cannot be modified.
The Groups View is the primary screen for monitoring
status, faults and warnings, as well as for controlling
mute and solo functions.
Power View: The Power Vi ew dis plays all devices in
the system and allows grouping of selected devices
for powering on and off as a group with a single
button click. The entire system and all connected
subnets are default Power Groups.
Details View: The Details View shows parameter
details for the selected channel or device (amplifier
or NLB 60E), including DIP-switch settings, performance indicators such as level and temperature,
and a sensitivity calculator for power and sensitivity
calculation dependent on configured settings.
Select view bar:
Device View: The Device View shows the list of
devices (amplifiers). The left side of the list displays
the virtual configured devices, with the power on/
off switch indicated for each device. The right side
Mode bar:
Offline: When not connected to a physical subnet,
editing of an offline configuration is possible. You
may add devices, add groups, rename channels and
devices, and set configured DIP-switches.
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