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ZUMMESH-AVBRIDGE\ZUMMESH-AVBRIDGE-I
AV Bridge – Wireless Control Integration Module
Installation Guide
Description
The Crestron® ZUMMESH-AVBRIDGE and ZUMMESH-AVBRIDGE-I (AV Bridge) are
wireless control integration modules that relay RS-232 commands from a wireless
keypad to an AV controller.
The AV Bridge functions:
• In a Zūm™ wireless lighting system to relay commands from a Zūm Wireless AV
Keypad to the AV control system
• In an AirMedia® Presentation System to relay commands from an AirMedia
Wireless Keypad to the AM-200 or AM-300 AirMedia Presentation System.
NOTES:
• Only one AV Bridge can be installed in any system.
• When using the AV Bridge with an AM-200 or AM-300:
• To install, refer to the “Installation” section that follows.
• To configure, refer to the AM-200/AM-300 Product Manual (Doc. 8254) at
www.crestron.com/manuals.
Additional Resources
Visit the product page on the Crestron website
(www.crestron.com) for additional information and the latest
firmware updates. Use a QR reader application on your mobile
device to scan the QR image.
Installation
To install the AV Bridge, do the following:
1. Mount the AV Bridge to any flat surface using three screws (not included) that
are appropriate for the mounting surface.
NOTE: For best results, position the device to avoid interference from nearby
RF sources, obstructions, and metal surfaces.
2. Make connections to the AV Bridge.
NOTE: COMPUTERUse either the COM or port (not both) when connecting to
the control system or computer. If both connections are made, the AV Bridge
will use the COMPUTER port to send commands.
• - provides power and communications with the controller.COMPUTER
• - provides communications with the controller.COM
• - provides power to the AV Bridge when using the port or when PWR COM
power is not supplied using the COMPUTER port.
Connect using the COMPUTER Port Connect using the COM and PWR Port
COMPUTER:
To the AV controller
PWR:
From power pack
(not included)
COM:
RS-232 to the
AV controller
COM port specifications:
• G: Ground
• TX: Transmit
• RX: Receive
• Default serial protocol speed: 115.2k baud (8 data bits, 1 stop bits, no flow
control, no parity).
How to Set Up a Zūm Space and Add Zūm Devices
Once all devices are physically installed in a boardroom or conference space, a new Zūm
space can be created and devices added.
NOTES:
• Only set up one Zūm space at a time.
• For simplified setup of a Zūm space, use the Zūm app on a mobile device.
Step 1 Create a New Zūm Space
Creating a Zūm space defines the area where the devices are located, such as a
boardroom or conference room. A Zūm space is created with a keypad, dimmer or
switch, a J-box device, or an AV Bridge.
NOTES:
• Creating a Zūm space can only be performed by one device in the space.
• A Zūm space cannot be created from a battery-powered keypad.
To create a new Zūm space using an AC powered keypad, dimmer, or switch:
1. Press the bottom button 5 times.
2. Press and hold the bottom button until the LED on the device lights. After
approximately 3 seconds, the device LED begins slowly flashing. This indicates
that the Zūm space is now created and in Joining mode, allowing you to add
devices.
Press and hold until LED lightsPress 5x then
To create a new Zūm space using a J-box device or an AV Bridge:
1. button 5 times.Press the SETUP
2. Press and hold the button until the LED on the device lights. After SETUP
approximately 3 seconds, the device LED begins slowly flashing. This indicates
that the Zūm space is now created and in Joining mode, allowing you to add
devices.
TEST
SET UP
TEST
SETUP
Press and hold until LED lightsPress 5x then
Press and hold until LED lights
Press 5x then
NOTE: The device that is used to create the Zūm space is automatically added to
the space and does not need to be added in Step 2.
Step 2 Add the AV Bridge to the Zūm Space
After a new Zūm space is created, add the AV Bridge while the space is in Joining mode.
NOTES:
• A Zūm mesh device can belong to only one space.
• Joining mode ends automatically after 4 minutes.
To add the AV Bridge.
1. button 3 times.Press the SETUP
2. Press and hold the button until the LED on the AV Bridge lights. The LED SETUP
on the AV Bridge will start to flash slowly to indicate that it has joined the space.
Press and hold until LED lightsPress 3x then
Step 3 Complete Zūm Space Setup
To finish creating a Zūm space, press any button on a device that is part of the Zūm
space to exit Joining mode.
AV Bridge Command List
AV Bridge Serial Protocol and Syntax
Data packets are carriage-return delimited (0xd) ASCII text (lines).
• All commands and responses are case insensitive.
• Line feeds (0x0a) are ignored.
• White space is not permitted in commands, except for pass-through commands.
• The AV Bridge responds to commands with the AVB> prompt.
• Error messages are sent before the prompt.
• Characters sent before the AV Bridge returns the AVB> prompt are discarded.
Special Characters sent to the AV Bridge:
• ! Command: sets a value or triggers an action (e.g., lights off, recall scene, etc.)
• ? Request: used to query a value or state of a Zūm device (e.g., the dimmer level)
• $ Pass-through command: used to invoke debug commands
Special Characters sent from the AV Bridge:
• ~ Response: sent in response to a command (!) or request (?)
• ^ Feedback: sent when a condition in the room changes (e.g., scene change,
occupancy change, button press, etc.). The Filter command may prevent certain
feedback from being displayed.
• \ line continuation: sent at end of a line when multiple responses are issued
AV Bridge IDs
The AV bridge addresses specific room devices using an AVID (AV Bridge ID). The AVID
is comprised of a K (keypad) or L (load controller) and a two digit number that is
assigned to the device, such as L01, L02, K01, K02, K03, etc.
NOTES:
• The leading 0 is not needed when referencing an AVID; for example, L1 or L01.
• In the commands that follow, “[id]” would be substituted with an AVID.
Error Responses
The following error messages can be received from the AV system or the AV Bridge.
ERROR TYPE ERROR RESPONSE ERROR
PRIORITY
COMMENTS
Command error ~error 1 Command not recognized; blank lines
not treated as an error
Parameter error ~command.err.param 2 Missing or too many parameters passed
or an invalid AVID referenced (e.g.,
invalid category or two-digit number)
Non-existent
device referenced
~command.err.no-exist 3 "command": any command referencing
a device by AVID
Parameter range
error
~command.err.range 4 Error with parameter value other than
AVID
Command Line Pass-Thru Command
Commands that start “$” are passed to the AV bridge’s command line processor for
low-level debugging.
Administrator Commands
Debug Command
The Debug command sets the debug control state. The debug state can also be
queried. When the debug state changes, the feedback response is issued by the AV
Bridge.
Command Format Command Response Query Format Query Response
!debug.[enable|disable] AVB> ?debug ~debug.[enabled|disabled]
Enable debugging:
AVB> !debug.enable
AVB>
Echo Command
The Echo command enables or disables the device echo. The echo state can also be
queried. When the echo state changes, the feedback response is issued by the AV
Bridge.
Command Format Command Response Query Format Query Response
!echo.[enable|disable] AVB> ?echo ~echo.[enabled|disabled]
Note: Determines whether the device local echos the incoming character stream.
Turn on Echo:
AVB> !echo.enable
AVB>
Fw (Firmware) Command
The Fw query reports the version of the firmware.
Query Format Query Response
?fw ~fw.[version]
Query the firmware version:
AVB> ?fw
~fw.xxxyyyzzzz
AVB>
Reset Command
The Reset command resets the AV Bridge. When the AV Bridge is reset, a feedback
response is issued by the AV Bridge.
Command Format Command Response
!reset AVB>
Note: This will reset the AV bridge. The AV bridge will
respond with the ~reset conrmation before resetting.
Reset the AV Bridge:
AVB> !reset
AVB>
SetAVID Command
The SetAVID pass-through command assigns an AVID to a device. This can be used to
change an AVID when a device is replaced, or it can be used to implement preplanned
AVID assignments based on the device’s serial number. The -a parameter allows an
AVID to be changed to another AVID. The -s parameter allows an AVID to be assigned
to a device based on the device’s serial number.
Command Format Command Response
$SetAVID -a [AVID] [AVID]
$SetAVID - s [SN] [AVID]
AVB>
Note: Permits reassignment of an AVID.
Replace AVID L01 with L03:
AVB> $SetAVID -a [L01] [L03]
AVB>
Assign AVID L04 to serial number 123456789:
AVB> $SetAVID -s [L04] [123456789]
AVB>
DeleteDev Command
The DeleteDev pass-through command deletes a device from the AV Bridge. This can
be used to free up an AVID for use by another device, or it can be used to remove a
device from the system. The -a parameter allows an AVID to be removed using an
AVID. The -s parameter allows an AVID to be removed from a device based on serial
number.
Command Format Command Response
$DeleteDEV -a [AVID]
$DeleteDEV -s [SN]
AVB>
Notes: Permits deleting an AVID.
-s can be used only when in Master mode (i.e., no net bridge in the room).
Delete AVID L01:
AVB> $DeleteDEV -a [L01]
AVB>
Delete the AVID from a device with the serial number 123456789:
AVB> $DeleteDEV -s [123456789]
AVB>
Zūm Network Management Functions
Permitjoin Command
The Permitjoin command places the room into Joining mode. The room’s permitjoin
state can also be queried.
Command Format Command
Response
Query Format Query Response
!permitjoin.[enable|disable] AVB> ?permitjoin ~permitjoin.[enable|disable]
Note: Joining mode automatically times out after 4 minutes.
Enter Joining mode:
AVB> !permitjoin.enable
AVB>
Form Command
The Form command creates a new Zūm network.
Command Format Command Response
!form AVB>
Note: The device leaves any network and forms a new network. The response should
be immediate. The form command puts the network in permit joining mode. It
can use Permitjoin command to disable joining immediately. If not, Permitjoin
times out.
Form a new network:
AVB> !form
AVB>
Identify Command
The Identify command identifies AC-powered Zūm devices that are part of the
network by flashing their LED.
Command Format Command Response
!identify.[id|stop] AVB>
Notes: Times out after 3 minutes.
The stop parameter stops.
Identify load controller with AVID L01:
AVB> !identify.L01
AVB>
Join Command
The Join command tells a device to join a Zūm network that is in Joining mode.
Command
Format
Command Response Query Format Query Response
!join AVB> ?join ~join.[success|failure]
Note: If the device was commanded to join a network, the ~join response appears
only after a success or failure. If a query was issued, the response should be
immediate.
Join a network that is in Joining mode:
AVB> !join
~join.success
AVB>
Request the join state of the device:
AVB> ?join
~join.success
AVB>
Button Command
The Button response is sent in response to a button press.
Command Format Command Response Feedback Response
!button.
[tap|hold|release].
[button].[id].[SN]
AVB> ^button.[tap|hold|release].[button].[id].[SN]
Notes: Button values: tap, hold, release.
SN: serial number string.
When the AV Bridge receives information about a button 1 hold from a keypad with
AVID K01, the AV Bridge sends the following response:
AVB> ^button.hold.1.K01.123456789
Level Command
The Level command sets the load controller level. The load controller level can also be
queried. When the load controller’s state changes, the feedback response is issued by
the AV Bridge.
Command Format Command
Response
Query Format Query
Response
Feedback Response For-
mat (filter-level == 2)
!level.[level].[id]
!level.[level]
AVB> ?level.[id]
Cannot request
all dimmer
levels at once
^level.[level].[id] ~level.[level].[id]
Notes: Level is percentage of max brightness (0-100),
with or without leading zeros.
There is no fade time associated with this
command.
Sent in response to !level.
[level].[id], !level.[level]
or when changed from
within room.
Establish a 50% load level for the load controller assigned to AVID L01:
AVB> !level.50.L01
AVB>
AVB> ^level.50.L01
Set all load controllers to 100 (when there are two load controllers in the room—AVID
L01 and L02).
AVB> !level.100
AVB>
AVB> ^level.100.L01
AVB> ^level.100.LO2
Request a load level of the load controller assigned to AVID L02:
AVB> ?level.L02
~level.74.L02
AVB>
Filter Command
The Filter command sets the feedback message filtering. The filtering state can also be
queried.
Command Format Command Response Query Format Query Response
!lter.[0|1|2] AVB> ?lter ~lter.[0|1|2]
Note: Feedback messages sent for each setting:
0: Only button action messages (default).
1: Button actions and room-level state changes.
2: Button actions, room level, and device level state changes.
Change the feedback message filtering:
AVB> !lter.2
AVB>
Dev Command
The Dev command forms a list of all devices in the room.
Query Format Query Response
?dev ~dev.[Device ID].[status].[SN]
or
~dev.none
Notes: Repeats the response for each device with an AVID. Load controllers follow the form
Lxx and keypads follow Kxx.
For each device an individual response line is sent.
All but the last response have a line continuation character “\” at the end of the line.
If no devices exist, response is ~dev.none.
Status: “active” or “missing”.
SN: Serial number string.
List all devices on the Zum network:
AVB> ?dev
~dev.L01.active.123456789\
~dev.K01.active.213456789\
~dev.L02.missing.312456789
AVB>
Plug Command
The Plug command turns the plug load controller on or off. The plug load controller
state can also be queried. When the plug load controller’s state changes, the feedback
response is issued by the AV Bridge.
Command
Format
Command
Response
Query Format Query Response Feedback Response
Format
(filter-level == 2)
!plug.[on|off] AVB> ?plug ~plug.[on|off] ^plug.[on|off]
Notes: Plug load controllers cannot be individually controlled.
The feedback is OR’d in case there are multiple plug
controllers that get out of sync.
Sent in response to !plug.
[on|off] or if change sent
from within room.
Turn on the plug load controllers:
AVB> !plug.on
AVB>
AVB> ^plug.on
Ramp Command
The Ramp command increases or decreases the dimmer levels. When the ramp state
changes, the feedback response is issued by the AV Bridge.
Command Format Command Response
!ramp.[up|down|stop]
!ramp.[up|down|stop].[id]
AVB>
Note: The lights ramp using an up or down command, and then stop with a stop
command. The ramp stops based on the device timeout setting or if a stop
command is received. When ramping down, lights stop at their minimum
level and do not turn off.
Ramp up all load controllers. To prevent ramping to 100, issue the ramp stop command:
AVB> !ramp.up
AVB>
AVB> !ramp.stop
AVB>
Scenesave Command
The Scenesave command saves the current light levels as a scene.
Command Format Values Feedback Response
!scenesave.[number] 1-16 ~scenesave.[number]
Save the current light levels for scene 5:
AVB> !scenesave.5
AVB>
Sync Command
The Sync command queries the system to verify that an AV Bridge is present. When the
AV Bridge is booted up, a feedback response is issued by the AV Bridge.
Query Format Query Response Feedback Response
?sync ~sync ^sync
Notes: This allows the AV control system to verify
that the AV bridge is up and running.
Sent after boot when AV bridge is
ready to process AV commands.
Query the sync status:
AVB> ?sync
~sync
AVB>
Room-Level Commands
Room-level commands send command and request commands to an entire room.
Responses are sent based on the state of the room.
Command Format Query Format Query Response Feedback Response
Format (filter-level >=1)
!room.[Field].[value] ?room.[Field] ~room.[Field].[value] ^room.[Field].[value]
Scene Command
The Scene command sets the room lights to their scene levels. The room’s current scene
can also be queried. When the room’s scene changes, the feedback response is issued
by the AV Bridge.
Field Values Query Response Feedback ResponseQuery Format
Scene 1-16 ?room.scene ~room.Scene.10 ^room.Scene.10
Set a room-level scene to scene 1:
AVB> !room.scene.1
AVB>
AVB> ^room.scene.1
Request the current scene in the room:
AVB> ?room.scene
~room.scene.#
AVB>
Occupancy Command
The Occupancy command sets the room occupancy state for the room. The room’s
occupancy state can also be queried. When the room’s occupancy state changes, the
feedback response is issued by the AV Bridge.
Field Values Query Format Query Response Feedback Re-
sponse
Occupancy Occupied,
Vacant
?room.occupancy ~room.occupancy.
[occupied|vacant]
^room.occupancy.
[occupied|vacant]
Set the room as vacant:
AVB> !room.occupancy.vacant
AVB>
AVB> ^room.occupancy.vacant
Occ-action Command
The Occ-action command enables or disables the occupancy action state for the
room. The room’s occupancy action status can also be queried. When the room
occupancy action status changes, the feedback response is issued by the AV Bridge.
Field Values Query Format Query Response Feedback
Response
Occ-action Enable, Disable ?room.occ-action ~room.occ-action.
[enable|disable]
^room.occ-action.
[enable|disable]
Disable occupancy actions:
AVB> !room.occ-action.disable
AVB>
AVB> ^room.occ-action.disable
Query occupancy action status:
AVB> ?room.occ-action
~room.lights.o
AVB>
Lights Command
The Lights command toggles the lights for the room. The room’s light state can also
be queried. When the room light status changes, the feedback response is issued by
the AV Bridge.
Field Values Query Format Query Response Feedback
Response
Lights On, Off ?room.lights ~room.lights.
[on|off]
^room.lights.
[on|off]
Enable occupancy actions:
AVB> !room.lights.on
AVB>
AVB> ^room.lights.on
Query lights status:
AVB> ?room.lights
~room.lights.on
AVB>
Photo Command
The room’s photocell value can be queried. When the room’s photocell value changes,
the feedback response is issued by the AV Bridge.
Field Values Query Format Query Response Feedback
Response
Photo 0-65535 ?room.photo ~room.photo.
[0-65535]
^room.photo.
[0-65535]
Query photocell level:
AVB> ?room.photo
~room.photo.6813
AVB>
Daylight-Action Command
The Daylight-Action command enables or disables daylighting for the room. The
room’s daylight-action value can also be queried. When the room’s daylight-action
value changes, the feedback response is issued by the AV Bridge.
Field Values Query Format Query Response Feedback
Response
Daylight-Action Enable, Disable ?room.daylight-
action
~room.
daylight-action.
[enable|disable]
^room.
daylight-action.
[enable|disable]
Enable daylight action:
AVB> !room.daylight-action.enable
AVB>
AVB> ^room.daylight-action.enable
Query daylight-action status:
AVB> ?room.daylight-action
~room.daylight-action.enable
AVB>
Regulatory Model: M201909003
This product is listed to applicable UL® Standards and requirements tested by Intertek® services.
Ce produit est homologué selon les normes et les exigences UL applicables par Intertek
Prestations de service.
As of the date of manufacture, the product has been tested and found to comply with
specifications for CE marking.
Federal Communications Commission (FCC) Compliance Statement
This device complies with part 15 of the FCC Rules. Operation is subject to the following
conditions: (1) This device may not cause harmful interference and (2) this device must accept
any interference received, including interference that may cause undesired operation.
CAUTION: Changes or modifications not expressly approved by the manufacturer responsible for
compliance could void the user’s authority to operate the equipment.
NOTE: This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference in a residential installation. This equipment generates,
uses and can radiate radio frequency energy and, if not installed and used in accordance with
the instructions, may cause harmful interference to radio communications. However, there is
no guarantee that interference will not occur in a particular installation. If this equipment does
cause harmful interference to radio or television reception, which can be determined by turning
the equipment off and on, the user is encouraged to try to correct the interference by one or
more of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver
is connected.
• Consult the dealer or an experienced radio/TV technician for help.
Industry Canada (IC) Compliance Statement
CAN ICES-3 (B)/NMB-3(B)
The product warranty can be found at www.crestron.com/warranty.
The specific patents that cover Crestron products are listed at patents.crestron.com.
Certain Crestron products contain open source software. For specific information, please visit
www.crestron.com/opensource.
Crestron, the Crestron logo, and Zūm are either trademarks or registered trademarks of
Crestron Electronics, Inc. in the United States and/or other countries. The ETL logo is either a
trademark or registered trademark of Intertek Testing Services NA in the United States and/or
other countries. UL is either a trademark or registered trademark of Underwriters Laboratories,
Inc. in the United States and/or other countries. Other trademarks, registered trademarks, and
trade names may be used in this document to refer to either the entities claiming the marks and
names or their products. Crestron disclaims any proprietary interest in the marks and names of
others. Crestron is not responsible for errors in typography or photography.
This document was written by the Technical Publications department at Crestron.
©2019 Crestron Electronics, Inc.
Crestron Electronics, Inc. Installation Guide - DOC. 7916E
15 Volvo Drive, Rockleigh, NJ 07647 (2047921)
Tel: 888.CRESTRON 09/12/19
Fax: 201.767.7576 Specications subject to
www.crestron.com change without notice.

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