EAW ADAPTive systems User manual

Accessory & Rigging Guide

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Table of Contents
Cabling System and Distro Racks ................................................................................................................3
Audio/Data Connections.........................................................................................................................3
Dante™ Digital Audio & Control Network...........................................................................................3
Analog Audio....................................................................................................................................... 5
AES/EBU ..............................................................................................................................................6
AC Mains Connection..............................................................................................................................6
Electrical Warnings .....................................................................................................................................8
AC MAINS SUPPLY...................................................................................................................................8
AC Mains Cable .......................................................................................................................................8
Rigging.........................................................................................................................................................8
Warnings .................................................................................................................................................9
Ground Stacking......................................................................................................................................9
Flying.......................................................................................................................................................9
Suspension Load Rating – Working Load Limits (WLL) . .....................................................................9
Suspension of Anya Flybar ................................................................................................................10
Suspension of Anna – OPTION 1 – Standard Flybar..........................................................................11
Suspension of Anna – OPTION 2 - Flybar Lite ...................................................................................12
Suspension of Otto Flybar.................................................................................................................13
Rigging Modules to Flybar (Single column Anya)..............................................................................14
Rigging Modules to Flybar (Single column Anna) .............................................................................14
Rigging Modules to Flybar (Single column Otto) ..............................................................................15
Rigging Modules from Modules (Anya/Anna) ..................................................................................16
Rigging Modules from Modules (Otto) .............................................................................................18
Rigging Multi-Column Arrays (Anya/Anna).......................................................................................21
Rigging Multi-Column Arrays (Otto) .................................................................................................22
Flying Distro Racks ............................................................................................................................22
Flybar ................................................................................................................................................22
Detaching Distro Rack from Caster Pallet.........................................................................................22
Attaching Flybar to Distro Racks .......................................................................................................23
Attaching Multiple Distro Racks........................................................................................................23
Flybar Carabiner Kit...........................................................................................................................24
Ground Transportation .........................................................................................................................25

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Anya Caster Pallet .............................................................................................................................25
Anna Caster Pallet.............................................................................................................................26
Otto Caster Pallet..............................................................................................................................27
Service, Inspection & Maintenance ..........................................................................................................28
General Service .....................................................................................................................................28
Contacting EAW ........................................................................................................................................28
Operating Questions.............................................................................................................................28
Service Information...............................................................................................................................28

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Cabling System and Distro Racks
ADAPTive systems come complete with purpose-
built data and power cabling as well as all
necessary power distribution units (PDUs), Distro
Racks, panels and switches. Each cluster is self-
contained and only requires mains power, audio
signal and network connectivity to operate. (User
must provide XLR cabling if the system is operated
with analog audio inputs.)
Each Distro Rack contains the following
(maximum):
•(2) Motion Labs™ PDU (8 circuits for 6x
ADAPTive modules + 2x switches)
•(2) Netgear® Prosafe® 16-Port Network Data Switches [GS716T-200]
•Link USA™ Network Distribution Panel
Each fully-loaded Distro Rack is capable of supplying up to 12 ADAPTive modules with full power and
with complete data redundancy. If the user elects not to employ data redundancy, each Distro Rack
could supply 24 ADAPTive modules with network connectivity and audio signal, but additional PDUs
would be required to deliver AC power.)
Audio/Data Connections
Dante™ Digital Audio & Control Network
EAW recommends that users deliver digital audio and control signals via Ethernet and the Dante™
protocol using the fully redundant network.
Connect a CAT5e (or higher) cable from a Dante™-capable platform to the Distro Rack input
etherCON™ network connector to pass Dante™ Digital Audio signal. Two sets of etherCON™
connectors provide complete redundancy, and switchover from one data port to the other is
automatic.

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To ensure synchronous arrival of audio, modules within each cluster MUST be cabled in a star
topology, connecting each module directly to the Distro Rack with a short or long multipin etherCON™
cable loom. For redundancy, a secondary cable loom connects to the secondary etherCON™ port which
ties into a secondary data switch.
Thanks to latency compensation capabilities within the Dante™ protocol, it is possible to daisy-chain
multiple Distro Racks together (all ADAPTive modules connected in a star topology) while still
maintaining synchronous output.
To ensure correct cabling, ADAPTive Systems include a cable package based around 6-module fan-out
looms of customized lengths as well as extenders. This system supports a variety of array lengths.
(Refer to Table below for quantities of looms and extensions for each configuration.)
Modules
(per column)
Short Loom Long Loom Extension
1-6
1
0
0
7-12
1
1
0
13-18
2
1
1
19-24*
2
2
1
25-32*
Contact EAW
*Array size results in a Design Factor of less than the recommended 10:1. Refer to EAW Resolution for
further details.
Cable lengths are as follows:
Short Loom:6, 8, 10, 12, 14, 16 feet (6 tails)
Long Loom:18, 20, 22, 24, 26, 28 feet (6 tails)
Extension: 24 feet
Though not required, LK54 extenders may to facilitate remote placement of Distro Racks.

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NOTE: Though field-tested and highly reliable, multicore junctions carrying Ethernet data reduce the
network’s resistance to interference and data loss. In all cases, it is strongly recommended to minimize
the number of extensions and multicore couplings used in a given system. Wherever possible, use of a
single extender is best.
The two, identical, locking Neutrik® etherCON™ connectors on the rear of each module combine an
RJ45 connector with a locking shell. They are designed for connecting Ethernet audio and control
signals between additional modules and other Dante™ enabled devices. It is critical that users connect
the Primary port to the primary network, and the Secondary port to the secondary network. Crossing
network ports and networks (i.e. connecting the Primary port to the Secondary network) will result in
communication errors.
While the ADAPTive systems provide a complete data and power cabling solution, users can consult
the cable and connector information below to develop their own cabling solutions if desired to meet
specific challenges they face in system deployment. It is critical that all components of any user-
provided solution meet these specifications.
Cable: Ethernet CAT5e UTP or better (300 feet/91 meters maximum)
etherCON™ Connector: RJ45 with or without Neutrik® NE8MC cable carrier
Multi-Pin Connector: Link USA™ LK54P (female end on looms, male end on panels)
Green Status LED: A link has been established with another device.
Orange Status LED: Data is being transferred to/from this port.
Analog Audio
Users wishing to deliver analog audio signal must provide their own XLR cables. The two XLR-type
connectors on the rear of each module, one female and one male, are designed for professional audio
signal levels, nominally 0 dBu (= 0.775 V). Normally, use the female XLR as the signal input. Use the
male XLR as a loop-thru output to connect the same signal input to additional modules. For correct
system operation, it is critical that all modules within an array or cluster receive an identical input
signal. All signal processing is performed within each module.
The wiring convention is as follows:
Pin 1: Shield
Pin 2: +/Hot
Pin 3: -/Cold
Once an analog signal has been connected to one module within a system, that module can act as a
Dante™ on-ramp and transmit digital audio data to the rest of the networked modules via Dante™.
Though users may choose to loop analog audio to all modules in an array for additional redundancy, it
is not necessary to do so.

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AES/EBU
Users wishing to deliver digital audio using the AES/EBU standard must provide their own XLR cables.
Connect the output from your AES/EBU digital audio source to the XLR-3F Input connector on the rear
panel. Do not use loop-through connector when running system with AES/EBU input. Due to induced
latency, loop output does not pass AES/EBU signals.
Once an AES/EBU signal has been connected to one module within a system,
that module can act as a Dante™ on-ramp and transmit digital audio data to all other networked
modules via Dante™. Users need not supply every module with AES/EBU audio.
AC Mains Connection
Power is supplied to each module from the provided Motion Laboratories™ power distribution unit(s),
or PDU(s). One PDU is capable of powering six (6) modules, as well as two data switches. Up to two
PDUs may be mounted in a Distro Rack, but each PDU must be powered directly from the AC mains
source; they cannot be looped and should not be ‘wyed’. Please ensure that your main AC service is
rated appropriately for the total current draw of the system, plus any supplemental electronics.
US version with L21-30 inlet
International version with CEEform 32A connector
An included industry-standard 19-pin Socapex™-to- powerCON™ TRUE1™ breakout cable distributes
power from the PDU to six ADAPTive modules. All modules use Neutrik® powerCON™ TRUE1™
connectors, and the tail lengths of each Neutrik® powerCON™ TRUE1™ are designed to connect to six
modules in a column without excess slack. (Refer to Table below for quantities of looms and extensions
for each configuration.)

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Do not attempt to utilize standard 20A or 32A powerCON™ connectors. They
will not fit and may damage the module, and/or cause injury to the user.
Mains power is supplied to each PDU via an L21-30 (US) or CEEform 32A
(International) connector.
ADAPTive electronics modules will operate on voltages ranging from 90 to
265V AC, 50/60 Hz. No module setting changes are necessary to switch
between regional voltage ranges (120, 208, 220, etc.)
As with data, ADAPTive systems include pre-defined AC power cable
assemblies with tails and extensions, based around 6-module fan-out looms
of varying lengths, as well as extenders. This system supports a variety of
array lengths:
# of Modules
(per column)
Loom Extension
1-6
1
0
7-12
2
1
13-18
3
2
19-24*
4
3
25-32*
Contact EAW

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*Array size results in a Design Factor of less than the recommended 10:1. Refer to EAW Resolution for
further details.
Loom: 6, 8, 10, 12, 14, 16 feet (6 tails)
Extension: 12 feet
CAUTION: There isno power switch on the loudspeaker. When connected to the AC mains, the
loudspeaker will be fully operational, with the output level controlled by the signal source feeding the
loudspeaker as well as by internal DSP.
CAUTION: The supplied ACmains plug may not beappropriate for local AC mains receptacles. Ifnot,
have a qualified electrician remove the existing ACmains plug andinstall a plug appropriate for the AC
mains supply receptacle andfollowing all local codes.
CAUTION: The chassis ofthis product isgrounded through the grounding conductor of the power
cord. Toavoid electric shock, plug the power cord into a properly wired andgrounded receptacle
before making any connections to oroperating the product.
Electrical Warnings
AC MAINS SUPPLY
WARNING: Read all instruction andcautionary notes concerning electrical power in the EAW
Loudspeaker Owner’s Manual.
AC Mains Cable
The ACmains cables supplied with the MotionLabs PDU mate with the Neutrik® powerCON™ TRUE1 AC
MAINS jack onthe loudspeaker.
TRUE1 refers toboth TRUE1™ and TRUE1 TOP™. Phase indate depends on product.
WARNING: Ensure that ACpower supply has a properly grounded safety ground. Failure tofollow this
warning could cause equipment damage, injury, ordeath.
Rigging
ADAPTive arrays are intended tobesuspended orground-stacked. This section details how to
physically configure an ADAPTive Series column.The following are the recommended methods for
most situations. Specific situations may require other methods. Itis the user’s responsibility to
determine the viability andsafety for alternate methods andimplement them accordingly.
ANote about Splay Angles
The Anya system requires no splay angles, with modules designed tobe tight-packed in a straight
vertical orientation. Vertical directivity is controlled exclusively via DSP.

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Warnings
WARNING: Suspending anything, especially overhead of people, should be done with extreme caution.
Always engage the services of a certified professional who is qualified to determine the requirements
for and to implement overhead rigging. Only persons with the knowledge of proper hardware and safe
rigging techniques should attempt to suspend ADAPTive module columns overhead. Failure to follow
these precautions may result in damage, injury, or death.
DANGER: When suspending or stacking ADAPTive modules, avoid placing any parts of the body
between the enclosures or between an enclosure and the Flybar. Always use the integral handles to lift
or position enclosures. Failure to follow this precaution may result in damage, injury, or death.
CAUTION: The physical size of each ADAPTive product means that more than one person will be
required to lift and carry it. However, always use proper lifting techniques to avoid injury. Use good
judgment to determine if you need lifting assistance such as another person, a back support belt, or
mechanical assistance.
IMPORTANT RIGGING WARNING: Each captive Rigging Pin is used to attach modules together within
an internal rigging substructure integral to the enclosures. There is no option to splay each module and
the modules are only designed to be flown in a straight vertical orientation. Use the correct holes on
the Flybar as determined by EAW Resolution 2, based on rigging conditions and weight restrictions.
Ground Stacking
ADAPTive columns may be ground-stacked. Normally, a ground-stacked main column is used where
suspension is not possible, too difficult, or too time-consuming. The ADAPTive Caster Pallets may be
used to stack up to four modules. Ensure that the casters are chocked and that the ground or stage is
plumb and level.
WARNING: Ground-stacked columns, especially the maximum recommended columns requires
assembly by personnel qualified to ensure adequate stability from tip over for the particular
application.
Flying
Suspension Load Rating – Working Load Limits (WLL) .
CAUTION: Different combinations of modules and Flybar mounting locations allow for a variety of
hanging positions which creates unique loading of stresses on structural members in any given column.
Always consult Resolution for specific WLL information for any given column configuration.
WARNING: It is the responsibility of the user to ensure the attachment to the Flybar, the rigging
method, and attachment to structure are inspected by a certified professional who is qualified to
determine the requirements for and implement overhead rigging.

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Suspension of Anya Flybar
For suspension of a single Anya column, four suspension options are available (See figure below)
A. One point – Array is suspended from center front point.
B. Two points – Array is suspended from two points, one on each side (left and right) of center.
C. Three points – Array is suspended from front & outermost two points, and rear-most
center point.
D. Four points – Array is suspended from outermost front and rear points.
In all situations, it is critical to verify in EAW’s Resolution software that your configuration does not
exceed recommended loads for any aspects of the Anya rigging system. It is the responsibility of the
installer/technician to verify the chain motors, connecting members (i.e. slings, spansets, shackles,
etc.) and facility’s rigging structure is certified and capable of meeting the required load of the system.
For arrays larger than a single column, use Resolution to determine the appropriate hang style and
support method for each column (many options are available).
Always refer toEAW Resolution Software before installation todetermine load exact load values on
rigging andmax limits of any array configuration.
Once assembled, ensure that trim angle of array is plumb andlevel (0 degrees).
SINGLE ANYA WEIGHT = 285 lb(129.3 kg)
ANYA FLYBAR WEIGHT = 98 lb (44.5 kg)
*The above weights are for a 10:1 Safety Ratio. Consult Resolution for other ratings.
SINGLE COLUMN ANYA ARRAY [10X DESIGN FACTOR]
HANG/PICK POINT QUANTITY 1 2 3 4
SHACKLE REFERENCE
A
B
C
D
SHACKLE SIZE [MIL RR-C-271F] 3/4in (Ø 0.85in PIN)
MAXIMUM ANNA / COLUMN
11
18
18
18
PICK POINT QUANTITY WLL (shown in lbs./kg) 3300 /1497 5425 / 2461

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Suspension of Anna – OPTION 1 – Standard Flybar
For suspension of an Anna column utilizing the standard Flybar, four suspension options are available (See
figure below)
A. One point – Array is suspended from center front point.
B. Two points – Array is suspended from two points, one on each side (left and right) of center.
C. Three points – Array is suspended from front & outermost two points, and rear-most
center point.
D. Four points – Array is suspended from outermost front and rear points.
In all situations, it is critical to verify in EAW’s Resolution software that your configuration does not
exceed recommended loads for any aspects of the Anya rigging system. It is the responsibility of the
installer/technician to verify the chain motors, connecting members (i.e. slings, spansets, shackles,
etc.) and facility’s rigging structure is certified and capable of meeting the required load of the system.
For arrays larger than a single column, use Resolution to determine the appropriate hang style and
support method for each column (many options are available).
Once assembled, ensure that site angle of array is plumb andlevel (0 degrees). Minor angle offsets due
to cable weight, etc. are measured and compensated in Resolution to ensure that directivity remains
correct.
SINGLE ANNA WEIGHT = 135 lb(61 kg)
STANDARD ANNA FLYBAR WEIGHT = 75 lb (34 kg)
*The above weights are at a 10:1 Safety Ratio. Consult Resolution for other ratings.
SINGLE COLUMN ANNA ARRAY [10X DESIGN FACTOR – STANDARD FLYBAR
HANG/PICK POINT QUANTITY 1 2 3 4
SHACKLE REFERENCE A B C D
SHACKLE SIZE [MIL RR-C-271F] 3/4in (Ø 0.85in PIN)
MAXIMUM ANNA / COLUMN 15 18 18 18
PICK POINT QUANTITY WLL (shown in lbs./kg) 2150 / 975 2555 / 1159

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Suspension of Anna – OPTION 2 - Flybar Lite
For suspension of an Anna column utilizing the Flybar Lite, two suspension options are available (See
figure below)
A. One point – Array is suspended from center front point.
B. Two points – Array is suspended from two points, one on each side (left and right) of center.
In all situations, it is critical to verify in EAW’s Resolution software that your configuration does not
exceed recommended loads for any aspects of the Anya rigging system. It is the responsibility of the
installer/technician to verify the chain motors, connecting members (i.e. slings, spansets, shackles,
etc.) and facility’s rigging structure is certified and capable of meeting the required load of the system.
For arrays larger than a single column, use Resolution to determine the appropriate hang style and
support method for each column (many options are available).
Once assembled, ensure that site angle of array is plumb andlevel (0 degrees). Minor angle offsets due
to cable weight, etc. are measured and compensated in Resolution to ensure that directivity remains
correct.
SINGLE ANNA WEIGHT = 135 lb (61 kg)
ANNA FLYBAR LITE WEIGHT =16 lb (7 kg)
*The above weights are at a 10:1 Safety Ratio. Consult Resolution for other ratings.
SINGLE COLUMN ANNA ARRAY [10X DESIGN FACTOR] – FLYBAR LITE
Hang / Pick Point Quantity 1 2
Shackle Reference A B
Shackle Size [MIL RR-C-271F] 3/4in (O0.85in PIN)
MAXIMUM ANNA / COLUMN 6
PICK POINT QUANTITY WLL (shown in lbs./kg) 840 / 381

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Suspension of Otto Flybar
For suspension of a single Otto column, two suspension options are available (See figure below)
A. One point – Array is suspended from center front point.
B. Two points – Array is suspended from two points, one on each side (left and right) of center.
C. Two points – Array is suspended from two points, one at the front and one at the rear of the
flybar. Note that this simply requires rotating the flybar 90 degrees relative to point B above.
In all situations, it iscritical toverify in EAW’s Resolution software that your configuration does not
exceed recommended loads for any aspects of the Anya rigging system. It is the responsibility ofthe
installer/technician toverify the the chain motors, connecting members (i.e. slings, spansets, shackles,
etc.) andfacility’s rigging structure is certified andcapable ofmeeting the required load of the system.
For arrays larger than a single column, use Resolution to determine the appropriate hang style and
support method for each column (many options are available).
Once assembled, ensure that site angle of array is plumb andlevel (0 degrees). Minor angle offsets due
to cable weight, etc. are measured and compensated in Resolution to ensure that directivity remains
correct.
OTTO WEIGHT = 210 lb (95.25 kg)
OTTO FLYBAR WEIGHT = 120 lb(54.43 kg)
*The above weights are for a 10:1 Safety Ratio. Consult Resolution for other ratings.
SINGLE COLUMN OTTO ARRAY [10X DESIGN FACTOR]
Hang / Pick Point Quantity 1 2
Shackle Reference A B
Shackle Size [MIL RR-C-271F] 3/4in (O0.85in PIN)
MAXIMUM ANNA / COLUMN 12
PICK POINT QUANTITY WLL (shown in lbs./kg) 2700 / 1224
A
B
B

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Rigging Modules to Flybar (Single column Anya)
Note: All complete Anya systems will ship with Flybars already on top of stacks.
1. The Flybar has built-in Rigging Latches that will slide into the Rigging Channels of the top Anya
module. On the top Anya module, pull back on the Pin Grip to open the Rigging Channel.
2. Lower the Flybar so that the Rigging Latches slide into the Rigging Channels. Once the Rigging
Latches are set into the channel simply push on the Pin Grip to engage the pin.
3. Check each Anya module’s Pin Grip to ensure that you do not see the orange reflective tape.
Any visible orange indicates that the pins are not fully engaged. Pull the Pin Grip all the way
out, then firmly push the Pin Grip in until you feel a positive stop. Re-check the grips for
visible orange.
4. Check each rigging engagement mechanism to confirm full connection of all four rigging points.
Rigging Modules to Flybar (Single column Anna)
Note: All complete Anna systems will ship with Flybars in a separate road case.
1. The Flybar has built-in Rigging Latches that will slide into the Rigging Channels on the top Anna
module. On the top Anna module, pull back on the Pin Grip to open the Rigging Channel. (Fig. 1)
2. Lower the Flybar so that the Rigging Latches slide into the Rigging Channels. (Fig. 1)
1

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3. Once the Rigging Latches are set into the channel simply push on the Pin Grip to engage the
pin. Check each Anna module’s Pin Grip to ensure that you do not see the orange reflective
tape. Any visible orange indicates that the pins are not fully engaged. Pull the Pin Grip all the
way out, then firmly push the Pin Grip in until you feel a positive stop. Re-check the grips for
visible orange. (Fig. 2)
4. Check each rigging engagement mechanism to confirm full connection of both rigging points.
(Fig. 2)
Rigging Modules to Flybar (Single column Otto)
Note: All complete Otto systems will ship with Flybars already on top of stacks.
1. The Flybar has built-in Rigging Latches that will slide into the (4) Rigging Channels of the top
Otto module. On the top Otto module, pull back on the (4) Pin Grips to open the (4) Rigging
Channels.
2. Lower the Flybar so that the Rigging Latches slide into the Rigging Channels. Once the Rigging
Latches are set into the channels simply push on the (4) Pin Grips to engage the pins.
3. Check each of the four (4) Otto module’s Pin Grip to ensure that you do not see the orange
paint. Any visible orange indicates that the pins are not fully engaged. Pull the Pin Grip all the
way out, then firmly push the Pin Grip in until you feel a positive stop. Re-check the grips for
visible orange.
4. Check each rigging engagement mechanism to confirm full connection of all four (4) rigging
points.

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5. On the Caster Pallet, remove the four quick-release pins linking it to the bottom module,
releasing the stack from the Caster Pallet.
6. Verify that the bottom module’s Rigging Latches are fully retracted and inspect the entire
array. When an array is properly and safely flown, the ONLY orange that should be visible will
be on the Latches of on the bottom-most module. ANY OTHER VISIBLE ORANGE ON THE ARRAY
INDICATES A PROBLEM AND MUST BE ADDRESSED BEFORE CONTINUING. Once this inspection
is complete, fly out to trim height (if a complete array). (Fig. 4)
Rigging Modules from Modules (Anya/Anna)
Each Anya module contains its own rigging support structure,
based on the simple and safe Rigging Latch-and-pin design.
Two grips on each side of the Power Plant control the rigging
elements. The upper Pin Grip drives the Rigging Pins in and
out while the lower Latch Grip moves the Rigging Latches up
and down. IT IS CRITICAL THAT USERS OPERATE THE CORRECT
GRIP WHEN ASSEMBLING AN ARRAY. NEVER OPERATE BOTH
GRIPS ON THE SAME SIDE OF THE SAME MODULE. PROPER
ASSEMBLY REQUIRES OPERATION OF THE LATCH GRIP OF THE
UPPER MODULE AND THE PIN GRIP OF THE
LOWER MODULE.
To attach a module to another (within a column):
1. Using a chain motor, hoist the first 1-4 modules
including the Flybar off of the Caster Pallet. User will
likely find this a convenient time to begin cabling the
array, depending on the location of the Distro Rack(s).
2. Retract the Rigging Latches of the bottom Anya
module by pulling on the Latch Grips (one per side of

17
the enclosure) until they stop. DO NOT PULL OUT THE PIN GRIPS AS THEY ARE SUSPENDING
THE BOTTOM MODULE FROM THE ONE ABOVE IT. Lock the Rigging Latches in the retracted
position by rotating the Latch Grips inwards (towards each other) 90 degrees. The Latch Grip
handles will now be oriented horizontally (pointing inwards). (Fig. 1, upper module)
3. Position the next Caster Pallet of 1-4 Anya Modules directly under suspended column. Ensure
that all modules in the stack have their Pin Grips pushed all the way in.
4. Pull out the Pin Grips on the top module on the Caster Pallet to open the Rigging Channel. (Fig.
1, lower module)
5. Lower the flown column until it just rests on top of the modules on the Caster Pallet, leaving
the Rigging Latches of the bottom module in the retracted position. The stacking keys will
assist alignment. (Fig. 2)
6. On the bottom module in the flown
Anya/Anna column, first pull out and then
rotate the Latch Grips away from each other
90 degrees (the handles will be pointing
down). This will deploy the captive Rigging
Latches, which should drop into the Rigging
Channel from their own weight. If the
Latches do not drop by themselves, there
may be a misalignment between the
modules. If needed, press lightly until the
Latch Grips are all the way in. If the Latches
still do not drop, retract and lock the Latch
Grips, the raise and reseat the flown
modules on the stack and repeat Step 6. (If
pressing the Latch Grips home requires
significant force, it indicates a problem that
should be addressed.) Ensure that there is
no orange visible on the rods before moving
to the next step. (Fig. 2)
7. Push in the Pin Grips on the top Anya
module on the Caster Pallet all the way,
ensuring that no orange marking is visible.
(Fig. 3)
8. On the Caster Pallet, remove the four quick-
release pins linking it to the bottom module,
releasing the stack from the Caster Pallet.
9. If the array is complete, verify that the
bottom module’s Rigging Latches are fully
retracted and inspect the entire array. When
an array is properly and safely flown, the
ONLY reflective orange that should be visible
will be on the Latch Rod on the bottom-most module.
ANY OTHER VISIBLE ORANGE ON THE ARRAY INDICATES A PROBLEM AND MUST BE
ADDRESSED BEFORE CONTINUING.

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10. Once this inspection is complete, fly out to trim height (if a
complete array). (Fig. 4)
If array is not complete, raise it high enough to clear the next stack of Anya modules and
repeat from Step #2 above.
Rigging Modules from Modules (Otto)
Each Otto module contains its own rigging support structure, based on the simple and safe Rigging
Latch-and-pin design. Two grips on each corner of the Power Plant control the rigging elements. The
upper Pin Grip drives the Rigging Pins in and out while the lower Latch Grip moves the Rigging Latches
up and down. IT IS CRITICAL THAT USERS OPERATE THE CORRECT GRIP WHEN ASSEMBLING AN ARRAY.
NEVER OPERATE BOTH GRIPS ON THE SAME CORNER OF THE SAME MODULE. PROPER ASSEMBLY
REQUIRES OPERATION OF THE LATCH GRIP OF THE UPPER MODULE AND THE PIN GRIP OF THE
LOWER MODULE.
NOTE: In the following illustrations, “X4” is indicated where the indicated action must be performed on
all four corners of an Otto module and/or array.
To attach a module to another (within a column):
1. Using a chain motor, hoist the first 1-3 modules including the Flybar off of the Caster Pallet.
User will likely find this a convenient time to begin cabling the array, depending on the location
of the Distro Rack(s).
2. Retract the Rigging Latches of the bottom Otto module by pushing up on the Latch Grips (one
per corner of the enclosure) until they stop. DO NOT PULL OUT THE PIN GRIPS AS THEY ARE
SUSPENDING THE BOTTOM MODULE FROM THE ONE ABOVE IT. Lock the Rigging Latches in the
retracted position by allowing the latch spring to hold the Latch handle in the right end of the
top of the “L” slot. (Fig. 1a & 1b, upper module)
3. Position the next Caster Pallet of 1-3 Otto Modules directly under suspended column. Ensure
that all modules in the stack have their Pin Grips pushed all the way in.
4. Pull out the Pin Grips on the top module on the Caster Pallet to open the Rigging Channel. (Fig.
1a, lower module)
X4
X4
Fig. 1a

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5. Lower the flown column until it just rests on top of the modules on the Caster Pallet, leaving
the Rigging Latches of the bottom module in the retracted position. The stacking keys will
assist alignment. (Fig. 2a)
6. On the bottom module in the flown Otto column, push over (to left) the Latch Grips. This will
deploy the captive Rigging Latches, which should drop into the Rigging Channel from their own
weight. If the Latches do not drop by themselves, there may be a misalignment between the
modules. If needed, press lightly until the Latch Grips are all the way down. If the Latches still
do not drop, retract and lock the Latch Grips, the raise and reseat the flown modules on the
stack and repeat Step 6. (If pressing the Latch Grips home requires significant force, it indicates
a problem that should be addressed.) Ensure that there is no orange visible on the latches
before moving to the next step. (Fig. 2b)
7. Push the Pin Grips on the top Otto module on the Caster Pallet all the way in (Fig. 3), ensuring
that no orange marking is visible. (Fig. 4)
Fig. 2a
Fig. 2b
Fig. 3
X4
X4
X4
Fig. 1b
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