Acclaim Lighting Linear XTR User manual

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User guide
Linear XTR

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CONTENTS
INTRODUCTION ......................................................2
Welcome 2
Safety, maintenance and cleaning 2
Supplied items 3
Optional accessories 3
INSTALLATION.........................................................5
Mounting 5
Using optional extender bars 6
Fitting an optional glare shield 7
Fitting an optional louver 7
Power 8
Flexible power options 9
Run lengths - fixture maximum 9
Run lengths - overall maximum 10
Important cabling considerations 10
Optional AJBOX1 conduit connections 11
Interconnecting 12
Connecting units at angles up to 60º 13
Control 14
DMX control considerations 15
Tips for achieving successful DMX control 15
XTR innovations to enable long runs 16
Optional wireless control 16
OPERATION ........................................................... 17
Addressing fixtures 17
DMX cell addressing 18
Setting the cell mode (personality) 19
Testing emitter output 20
FURTHER INFORMATION ......................................21
Troubleshooting 21
Specifications 22
Dimensions 23
Limited product warranty 25

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INTRODUCTION
WELCOME
Welcome to the Linear XTR range from Acclaim Lighting. These aluminum bodied, IP66-
rated fixtures are available in 1’and 4’ lengths and are easily interconnected in series to
greatly simplify installation.
Linear XTR fixtures belong to the Acclaim Lighting XTR Link™ family, which provide
additional flexibility by automatically supporting different power configurations. Linear XTR
fixtures can be powered directly by a standard mains supply (100 to 277VAC at 50 or 60Hz)
to achieve daisy-chained runs of up to 400 feet (121m). Alternatively, an optional XTR Driver
unit can be used to raise the maximum length of a single daisy-chained run to a full 700 feet
(213m).
In both 1’ and 4’ lengths, there are numerous emitter options, including multiple choices
of static white, dynamic white, RGBW or RGBA, together with an extensive range of lens
options to suit every installation.
Additionally, optional glare shields and louvers allow the light output to be shaped further.
Control is achieved using the industry standard DMX-512A format, with RDM for
configuration. DALI and 0-10V control inputs can also be used when optional converters are
employed.
SAFETY
•When fixtures are mounted off-ground, ensure they are securely fitted to an appropriate
mounting surface.
•Ensure that the power input is supplied from an environmentally protected location, is
correctly fused and has a valid protective earth that is tied to true earth.
WARNING - HIGH VOLTAGE
This device can use high voltages (up to 400VDC) which could
cause severe personal injury or death if misused:
• Always isolate power before connecting or disconnecting links.
•Installation to be carried out by certied electricians only.
•Use only approved cables and connectors.
•Check all connections are correctly made before energizing.
HIGH VOLTAGE
MAINTENANCE
CAUTION: Always isolate mains power before starting maintenance operations.
•Ensure that all mounting (and device) screws/bolts are fully tight and free of corrosion.
•Ensure there is no deformation to the housing, lenses or fixing points.
•Check that all power supply cables are free from physical damage or material fatigue.
•Use only genuine spare parts supplied by Acclaim Lighting.
CLEANING
•Use a moist, lint-free cloth along with warm water when cleaning each fixture.
•Never use alcohol or solvents.
SAFETY, MAINTENANCE AND CLEANING

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SUPPLIED ITEMS
OPTIONAL ACCESSORIES
Linear XTR 1’ or 4’
with two in-built swivel mounts
Louver
1’ (30cm) [XTRLV1]
4’ (121cm) [XTRLV4]
The 4’ option consists of four
1’ louvers, which are used
together.
Glare shield
1’ (30cm) [XTRGS1]
4’ (121cm) [XTRGS4]
Feed cables
(incl terminator end cap)
10’ (3m) [XTRFC10]
50’ (15m) [XTRFC50]
100’ (30m) [XTRFC100]
Terminator end cap
[XTREC]
Link cables
6” (15cm) [XTRLC0.5]
1’ (30cm) [XTRLC1]
5’ (1.5m) [XTRLC5]
10’ (3m) [XTRLC10]
50’ (15m) [XTRLC50]
100’ (30m) [XTRLC100]

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Extender bars
(incl fixture bolts and washers)
1’ (30cm) [XTREB1]
2’ (60cm) [XTREB2]
3’ (91cm) [XTREB3]
Aluminum body
Wall mounting screws
not included
OPTIONAL ACCESSORIES (CONTINUED)
IP66 junction box
(incl outlet cable gland)
[AJBOX1]
DMX/RDM tool
(incl male 5-pin XLR lead)
[XMT350]

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INSTALLATION
When installing each Linear XTR fixture, ensure that the surface is level. Suitable mounting
surfaces include steel, aluminum, concrete or wood structures.
MOUNTING
Each Linear XTR is supplied with two in-built swivel
mounts which allow you to attach the fixture to
suitable surfaces.
The fixture body can be tilted in either direction from
vertical to horizontal in thirteen steps, with each step
roughly equaling 7° of rotation. Tilt gauges are located
both sides of each swivel mount. Internal ratchets in
each swivel mount ensure that the chosen angle is
retained without the need for tools.
Tilt
guage
TO MOUNT THE FIXTURE
1 Where necessary, prepare four pilot holes in the mounting surface which align with the
swivel mount base slots (see page 23).
2 Rotate both swivel mounts all the way over to allow access to the slots on one side.
3 Secure the two slots and then carefully rotate the fixture body all the way in the other
direction to gain access to the slots on the other side.
Each swivel mount base has two
slots measuring Ø0.2 x 0.39” (Ø5 x
10mm) on 1.34” (34mm) centers.
The mount bases have a thickness
of 0.12” (3mm). Select bolts or
screws (not supplied) which fit
the swivel mount base(s) correctly
and are particularly suited to the
mounting surface. Use washers
to protect the mount bases from
damage.

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USING OPTIONAL EXTENDER BARS
Optional extender bars are available to allow each Linear XTR fixture to be held a certain
distance from a vertical mounting surface. Three extender bar lengths are available
(see page 3 for part numbers and page 24 for dimensions). Each extender bar is
manufactured entirely from aluminum to minimize weight and each Linear XTR fixture
requires two extender bars of equal length.
There are four Ø0.26”(Ø6.5mm) holes in the backplate to allow for secure attachment to
the mounting surface. Suitably sized wall screws should be chosen based on the mounting
surface.
TO MOUNT THE FIXTURE
1 Rotate both swivel mounts all the way over to allow access to the slots on one side.
2 Secure the two accessible slots to each extender bar using the supplied bolts/washers
(see note below) and then carefully rotate the fixture body all the way in the other
direction to gain access to the slots on the other side.
Swivel
mount
base
Always place the spring
washer on each bolt first
and then add the standard
washer, before inserting into
the swivel mount base. This
will prevent the steel spring
washer from denting the
softer aluminum body of the
swivel mount base.
Do not overtighten.

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FITTING AN OPTIONAL GLARE SHIELD
Optional glare shields are available, which can be fitted on either side of the fixture to help
conceal the emitters from side view.
TO INSERT A GLARE SHIELD
1 Align the glare shield (on either side of the fixture) so that its lower lip meets with the
groove running along the underside of the fixture.
2 Slide in the glare shield until it is fully inserted along the fixture.
Grooves running
along each side
Louver
FITTING AN OPTIONAL LOUVER
Optional louvers are available, which can be fitted to eliminate side spill in all directions.
Note: The option for 4’ Linear XTR fixtures consists of four 1’ louvers, which are used together.
TO FIT A LOUVER
1 Align the louver with the fixture and slide it over the emitter housing until it is fully
inserted along the fixture.

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Control cores: 24 AWG / 0.25mm2
Power cores: 14 AWG / 2.5mm2
POWER
Power and control are combined within the IP66-rated feed and link cables using a
proprietary design. Connector placements are such that abutted units can be directly
connected without need for extra cables.
The color designations for the optional feed cable (and also XTR Driver output tails) are as
follows:
Always follow these steps when using XTR cabling:
•Ensure that the power input is isolated from the mains supply.
•At each connection, release the cover caps from both the socket and plug.
•Align the orientation marks of the socket and plug - and then push them together so that
the blue lock ring clicks fully into place.
•As each connection is made, ensure that the connector is fully locked onto the socket.
•Any unused output ports must have their cover cap securely xed in place.
•Do not exceed the stated maximum fixtures in a daisy chain - see page 9.
•At the nal xture in a daisy-chain run, install an XTR End Cap (see page 3) to
seal o the power bus and also correctly terminate the DMX control feed.
•To release a connection, ensure that the power input is isolated, then twist the blue lock
ring of the plug counter-clockwise to release the connection.
WARNING - HIGH VOLTAGE
This device can use high voltages (up to 400VDC) which could
cause severe personal injury or death if misused:
• Always isolate power before connecting or disconnecting links.
•Installation to be carried out by certied electricians only.
•Use only approved cables and connectors.
•Check all connections are correctly made before energizing.
HIGH VOLTAGE
IMPORTANT: Ensure that power earth and
DMX GND are both tied to true earth.

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RUN LENGTHS - FIXTURE MAXIMUM
The maximum number of fixtures that can be driven in a single run is determined by the
supply voltage and the collective power requirements for the fixtures. The maximum total
lengths listed here can be formed from any combination of 1’or 4’ fixtures. Fixtures with
differing LED emitter specifications can be mixed freely as they all adhere to the same power
specifications (see also “Run lengths - overall maximum” on page 10).
Model Power 100VAC 230VAC XTR Driver XTR Driver
draw 277VAC 4000 8000
EO (5W/ft) 200’ 400’ 700’ 2x 700’
SO (12W/ft) 100’ 200’ 300’ 2x 300’
FLEXIBLE POWER OPTIONS
Linear XTR fixtures support two different power options:
XTR Driver supply
An optional XTR Driver 4000 or
XTR Driver 8000 can be used to
create a special high voltage supply
(380VDC) in order to achieve greatly
increased fixture run lengths.
Standard mains supply
Using a feed cable, one or
more Linear XTR fixtures can be
powered directly from a standard
mains supply, ranging from 100
to 277VAC (50/60Hz).
Note:
Linear XTR fixtures
can use either power
method without any
reconfiguration; voltage
levels are automatically
detected.
Optional
AJBOX1
enclosure

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Schedule 40
1.5” conduit
XTR cabling
IMPORTANT CABLING CONSIDERATIONS
During installation, protection of the XTR cabling must always be fully
considered:
•Wherever possible, cable runs should be positioned to make them beyond
normal reach within any installation.
•For long cable runs, external runs and in areas where public contact and/or
accidental damage is possible, the XTR cabling should be contained within
protective conduit. Minimum spec: Schedule 40, 1.5” (ID: Ø1.61”, OD: Ø1.74”).
•Additional power cabling: Where power feeds require the use of non-XTR
cabling, the power cores should be 14 AWG minimum.
•Additional DMX control cabling: For initial control runs leading to the XTR
cabling, these are recommended:
•Indoor exposed or inside conduit above grade: Belden 9842
•Indoor plenum: Belden 82842
•Outdoor exposed, direct burial, or inside conduit below grade:
Belden 3107DB
•Please consult and adhere to all relevant local codes.
RUN LENGTHS - OVERALL MAXIMUM
In addition to remaining within the maximum permitted length of fixtures in a single
run (as discussed on page 9), you also need to adhere to the working limits for the
overall length of the whole installation, ie the total length fixtures in the run plus all their
additional feed and link cabling, as listed below.
Note: These limits are imposed only by the power characteristics. The length of the DMX control
feed to the first XTR fixture could be up to the usual DMX standard limit (3,900 feet/1200m) with
appropriate cable choice (see ‘Important cabling considerations’ below).
Supply Maximum overall run length
voltage (xtures plus all extra cabling)
100/120VAC (10A max) 200’ (61m)
230/277VAC (10A max) 400’ (121m)
380VDC (XTR Driver) 800’ (243m)
IMPORTANT: Ensure the voltage drop across the entire run does not exceed 9%.

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OPTIONAL AJBOX1 CONDUIT CONNECTIONS
If an AJBOX1 is required, the XTR cable connections should be arranged on the internal
connector blocks as shown here. The separate power and control conduit connections can be
made on the other side of these connector blocks.
For further details, please see:
•Page 8 for wire colors.
•Acclaim Lighting AJBOX1 user guide.
•Acclaim Lighting XTR Driver user guide.
WARNING - HIGH VOLTAGE
This device can use high voltages (up to 400VDC) which could
cause severe personal injury or death if misused:
• Always isolate power before connecting or disconnecting links.
•Installation to be carried out by certied electricians only.
•Use only approved cables and connectors.
•Check all connections are correctly made before energizing.
HIGH VOLTAGE

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INTERCONNECTING
Each Linear XTR fixture has a short
cabled input connector at one end and
an integral output socket at the other.
When fixtures are daisy-chained (end to
end), the input plug of one fixture can
connect directly to the output socket of
the previous fixture. Alternatively, where
fixtures are not abutted, an optional link
cable can be used to make up the gap
between any two fixtures.
Note: When two fixtures are to be placed
end to end, it may be necessary to push
the fixtures and cables together while
attaching to the mounting surface
in order to ensure a seamless gap.
Please read and adhere to
all of the advice points
listed below.
Always follow these steps when using XTR cabling:
•Ensure that the power input is isolated from the mains supply.
•At each connection, release the cover caps from both the socket and plug.
•Align the orientation marks of the socket and plug - and then push them together so that
the blue lock ring clicks fully into place.
•As each connection is made, ensure that the connector is fully locked onto the socket.
•Any unused output ports must have their cover cap securely xed in place.
•Do not exceed the stated maximum fixtures in a daisy chain - see page 9.
•At the nal xture in a daisy-chain run, install an XTR End Cap (see page 3) to
seal o the power bus and also correctly terminate the DMX control feed.
•To release a connection, ensure that the power input is isolated, then twist the blue lock
ring of the plug counter-clockwise to release the connection.
Integral output
socket (power
and control)
Cover cap
Input plug
to next
xture
Orientation
marks
WARNING - HIGH VOLTAGE
This device can use high voltages (up to 400VDC) which could
cause severe personal injury or death if misused:
• Always isolate power before connecting or disconnecting links.
•Installation to be carried out by certied electricians only.
•Use only approved cables and connectors.
•Check all connections are correctly made before energizing.
HIGH VOLTAGE

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CONNECTING UNITS AT ANGLES UP TO 60º
It is possible to connect neighboring fixtures at angles up to
60º without the use of separate link cables.
IMPORTANT: Do not exceed angles of 60º between xtures
to avoid placing stress on each interconnect cable.
60° max.

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CONTROL
Linear XTR fixtures use DMX as their native control method, however, it is possible to use
other common control protocols when required, such as 0-10V (source or sink) or DALI.
CONTROL INPUTS VIA CONVERTERS
•DMX - connect a DMX input directly into the feed cable.
•0-10V - use an Acclaim Lighting ZDM 6 (or similar) to convert one or more analog control
feeds into a combined DMX feed¹.
•DALI - use an Acclaim Lighting DDC-1-AC (or similar) to convert one or more DALI
channels into a combined DMX feed¹.
CONTROL INPUTS VIA AN XTR DRIVER
The XTR Driver 4000 and 8000 units can accept DMX, 0-10V or DALI control inputs directly.
The latter two methods are converted within the driver²before being transmitted as DMX
within the consolidated output, together with the high voltage XTR power.
NOTES:
¹ When using Acclaim Lighting ZDM 6 or DDC-1-AC modules it is possible to convert up to six
0-10V feeds or up to 64 DALI channels into separate DMX channels within a consolidated feed -
thus allowing multiple Linear XTR fixtures to be uniquely addressed.
²When using an XTR Driver, the internal conversion supports either a single 0-10V feed or a single
‘broadcast’ DALI channel - meaning that all Linear XTR fixtures will use the same single control
address. To benefit from multiple channels, use a ZDM 6 or DDC-1-AC to externally convert signals.

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4’ (1220mm) LINEAR XTR (OPERATING IN ‘4 GROUP’ MODE)
4’ (1220mm) LINEAR XTR (OPERATING IN ‘1 GROUP’ MODE)
1’ (305mm) LINEAR XTR
DMX CONTROL CONSIDERATIONS
The maximum number of fixtures that can be uniquely addressed in a run is determined
by the length, emitter type and operation mode (see page 18) of each linear fixture, as
summarized in the tables below. Additionally, any number of fixtures can be configured to
use duplicate control addresses, as required.
TIPS FOR ACHIEVING SUCCESSFUL DMX CONTROL
•Attach an end cap [Part #: XTREC] to the output connector of the final fixture. The end
cap will correctly terminate the DMX signal (and will also safely seal off the power bus).
•The DMX cable connected to the feed cable should be suited for RS-485 data transmission
and have a characteristic impedance of 120 ohms, such as Belden 9842 or equivalent.
•Do not introduce a passive Y-split into the control cabling. If it is necessary to split the
control link in order feed fixtures located in different directions, use a powered DMX
splitter such as the Acclaim Lighting RDS 6: https://acclaimlighting.com/rds-6
•Ensure that the DMX + and DMX – connections do not become crossed at any point.
RECOMMENDED DMX INITIAL FEED CABLES
•Indoor exposed or inside conduit above grade: Belden 9842
•Indoor plenum: Belden 82842
•Outdoor exposed, direct burial, or inside conduit below grade: Belden 3107DB

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OPTIONAL WIRELESS CONTROL
Using optional Acclaim Lighting Aria modules it is possible to wirelessly transmit a DMX
signal to a Linear XTR run over distances up to 2600 feet (792m):
XTR INNOVATIONS TO ENABLE LONG RUNS
There are numerous challenges involved with creating long runs of high output LED fixtures,
most notably concerning control and power; in response, Acclaim Lighting engineers have
created ingenious solutions to ensure consistent and reliable operation:
CONTROL
Long distances and high fixture counts are detrimental even to such a robust control
solution as DMX; usually a maximum of 32 fixtures is possible before the signal-to-noise ratio
threatens to affect operation. That is why every fixture in the Acclaim Lighting XTR range
acts as its own signal isolator and conditioner before passing the control feed down the line.
The result is a clean, reliable and [still] industry-standard control solution right to the end of
the line. Additionally, as each fixture supports RDM, the passage of conditioned and isolated
signals is fully bi-directional.
POWER
Every XTR fixture conditions its own power using a high-efficiency internal switched-mode
power supply. A well known feature of such devices is their behavior during the fractions
of a second after power is first applied, known as ‘in-rush current’. This is when their internal
components top themselves up with charge to progress from empty to a working state,
which causes a very brief rise above their usual maximum consumption level. If you place
many such devices on the same power line and activate them all simultaneously, their
collective temporary overruns can easily swamp an otherwise perfectly adequate power
feed, causing breaker trips.
To reliably solve this issue, the common high voltage power rail running through the XTR
cables is not a ‘dumb run’but rather a managed resource. Every XTR fixture energizes itself
fully before passing power through to the next fixture in the chain. The delay at each fixture
is measured in milliseconds, but it is sufficient to ensure that the installation as a whole
never stresses the main power feed during the initial startup.
For further details, please see:
•Acclaim Lighting Aria Wireless
user guide.

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OPERATION
Linear XTR fixtures have no external controls and instead rely on RDM (Remote Device
Management) for all configuration via the DMX interface. This allows multiple devices to be
configured either before or after installation.
ADDRESSING FIXTURES
TO ADDRESS FIXTURES USING THE ACCLAIM LIGHTING XMT-350
1 Connect the XMT-350 to the DMX input line of either a single fixture or multiple fixtures in
a pre-arranged daisy chain configuration.
2 Power on the fixture(s) and the XMT-350.
3 On the XMT-350, press the MODE button, then use the arrow buttons to highlight the
RDM function and press the button to select. The XMT-350 will search for RDM devices
and after a short while the XMT-350 will display a list of all located fixtures:
ACTUAL ADDRESS:
PATCH TO ADDRESS:
OK CANCEL
001
001
4 On the XMT-350, press the right arrow button to change to the PATCH tab:
5 If necessary, use the up/down buttons to choose an alternative fixture.
6 Press the button to set the address for the currently highlighted fixture:
7 Use the up/down buttons to set the required DMX address and then press the button
to store it within the fixture.
8 The highlight will automatically move to the next fixture so that you can address it.
Repeat steps 5 to 7 until all fixtures are addressed.
Note: DMX addresses shown in brackets, e.g.
(001), have been temporarily assigned by the
XMT-350, but are not yet stored within the
fixture(s).
The fixture that is highlighted
within the list should begin
flashing its emitters to identify
itself.
DMX CHANNELS
The number of channels required per fixture depends on the model and, for 4’ models, also
the cell mode (personality) - see page 18:
Emitter options 1’ (or 4’ in 1 Group mode) 4’ (in 4 Group mode)
White 1 4
Dynamic white 2 8
RGBW/A 4 16

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4’ (1220mm) LINEAR XTR (OPERATING IN ‘4 GROUP’ MODE)
4’ (1220mm) LINEAR XTR (OPERATING IN ‘1 GROUP’ MODE)
1’ (305mm) LINEAR XTR
DMX CELL ADDRESSING
The actual alignment of Linear XTR fixture cells to DMX addressing is determined by the
base address (see page 17) and, for 4’ models, also the chosen cell mode (personality). For
a fixture assigned with a start address of 1, the DMX addresses for each color of each cell are
listed below. For details about choosing the cell mode (personality), see page 19.