Lutron Electronics Sivoia QED Operating instructions

Wiring and
Programming
Guide
045-101-12
rev A
Window Systems
Quiet Electronic Drives

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Sivoia QEDTM Quiet Electronic Drive Window System ii
Table of Contents
SYSTEM WIRING
Electronic Drive Unit (EDU) Wiring . . . . . . . . . 1.2
Single EDU Wiring . . . . . . . . . . . . . . . . . . . . . 1.3
Wire and Power Supply Specification . . . . . . . 1.4
Wiring Using Individual Power Supplies . . . . . 1.5
Multiple EDU Wiring . . . . . . . . . . . . . . . . . . . 1.7
SV-CCI-8 Wiring Detail . . . . . . . . . . . . . . . . . 1.8
Infrared Receivers . . . . . . . . . . . . . . . . . . . . 1.9
PROGRAMMING OVERVIEW
System Overview . . . . . . . . . . . . . . . . . . . . . 2.2
ADDRESSING
Addressing from Controls . . . . . . . . . . . . . . . 2.6
Addressing from the EDU . . . . . . . . . . . . . . . 2.32
SETTING LIMITS
Setting Limits from the EDU . . . . . . . . . . . . . 2.3
Setting Limits from Controls . . . . . . . . . . . . . 2.10
ASSIGNING EDUs
Assigning EDUs to Controls . . . . . . . . . . . . . . 2.15
Assigning EDUs to Multi-group IR Transmitters 2.20
PRESETS
Storing Presets . . . . . . . . . . . . . . . . . . . . . . . 2.28
Locking Presets . . . . . . . . . . . . . . . . . . . . . . 2.30
LEVEL ADJUST
Adjusting Individual Levels . . . . . . . . . . . . . . 2.24
ADVANCED PROGRAMMING
Adding Components . . . . . . . . . . . . . . . . . . . 2.31
Restoring Keypads and CCIs to
Default Settings . . . . . . . . . . . . . . . . . . . . . . 2.35
Restoring Entire System to Default Settings . . 2.38
Restoring EDU to Default Settings . . . . . . . . . 2.43
Multiple Groups with the CCI . . . . . . . . . . . . . 2.44
TROUBLESHOOTING
Troubleshooting Chart . . . . . . . . . . . . . . . . . . 3.2
For information on placement and mounting of the
EDU brackets, refer to the installation guide
included with each roller blind and curtain.

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Sivoia QEDTM Quiet Electronic Drive Window System 1.1
Sivoia QEDTM
System Wiring

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.2
EDU wiring
Wiring
FUNCTION:
Sivoia QED Electronic Drive Units (EDUs) are designed to
function in four ways:
• A single EDU can be controlled individually by a keypad,
IR transmitter, or contact closure interface (CCI).
• Multiple EDUs can be linked through programming to
operate in groups and subgroups, regardless of location
on the link. EDU groupings can be changed at any time
simply by reprogramming the system.
• EDUs can be operated by larger entire-room or whole-
house lighting control systems such as Lutron’s
GRAFIK
Eye
® , or HomeWorks ® systems.
• EDUs can also be operated by control systems made by
other manufacturers.
GENERAL FACTS:
• Microprocessors are contained in the EDU, keypad, CCI
and IR transmitter, allowing high-level programming
from any source.
• The keypads are low-voltage and receive their power
from the EDUs. EDUs receive their power via a 24 V~
power supply. One power supply is required per EDU.
• Keypads are wired directly to a communication link,
which connects to one or more EDUs, CCIs and keypads.
See Programming Section for more information on EDU
grouping by function.
• A contact closure input is available, when required, to
connect with an outside system. The contact closure
input wires to the EDU communication link.
PLANNING YOUR INSTALLATION:
Taking time to plan out the wiring on paper will help
enormously, especially in multiple EDU installations.
Some common questions to answer up front include:
• What are the power requirements?
Sivoia QED system operates on 24 V~ and requires
the use of a low-voltage power supply.
The specification of the power supply is provided on
page 1.4.
Each EDU must be powered from its own power
supply.
A certified electrician should install all of the line
voltage power.
The keypads are all low-voltage and can be installed
by a low-voltage system installer.
• What size of cable is needed?
Please refer to the charts on page 1.4.
• Can I expand the system later on?
A communication link can connect up to 96 total
devices (EDUs, keypads or CCIs).
An external keypad power supply is required when
the total number of keypads and CCIs in an
installation exceeds the number of
Sivoia QED EDUs.

single EDU wiring
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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.3
Wiring
Lutron Sivoia QED
seeTouch keypad
BACK
4
3
2
1
Common 12V MUX MUX AC AC EGND
Basic Installation (Plug-In Power Supply shown)
AC
GRD
AC
.75
.75
.75"
.75"
male EDU
connector
female terminal
block
p/n 441487
To other EDUs,
keypads, CCIs
AC Earth Ground AC
24 V~ Power Supply
24 V~ Power Supply
LUTRON

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.4
wire and power supply specifications
Wiring
WIRE TYPES
ACommunications Link
4 Conductor 1.0 mm2(#18AWG) (twisted and
shielded)
Maximum comm Link - 1220 m (4000 ft)
GRX-CBL-346S-500 may be used for the Com-
munication Link as long as the 1.0 mm
2
(18
AWG) conductors are used for the +12V and
Common
BPower Supply
3 Conductor 1.5–0.75 mm2(#16–20AWG)
POWER SUPPLY
MAXIMUM WIRE LENGTH
Keypad to Power Panel
1 keypad - 305 m (1000 ft)
2 keypads - 150 m (500 ft)
3 keypads - 90 m (300 ft)
4 keypads - 60 m (200 ft)
EDU to Panel
1.5 mm2(#16AWG) - 60 m (200 ft)
1.0 mm2(#18AWG) - 45 m (150 ft)
0.75 mm2(#20AWG) - 30 m (100 ft)
Note: Power supply wires should NOT be in the same
shielding as communication wires.
1) GENERAL REQUIREMENTS:
a) MUST have independent 3rd party certification to
Safety Isolating Transformer Standard EN61558-2-6.
b) Manufacturer MUST be able to provide documentation
supporting the 3rd party certification.
c) The CE mark alone is NOT acceptable.
d) One power supply is required per motor.
(failure to do so may cause the system to function
improperly)
2) ELECTRICAL RATINGS:
a) Input Voltage: As Appropriate, 50/60 Hz
b) Output voltage:
• Nominal: 24 Volts AC RMS
• Minimum: 22.5 Volts AC RMS at 3 Amps (Maximum
Load on Secondary)
• Maximum: 30 Volts AC RMS with No Load on
Secondary.
• 67 VA minimum at 90% Line Voltage
• 100 VA maximum
3) OUTPUT PROTECTION:
a) Fused Secondary
b) Resetable or Non-Resetable
• 3 Amps Minimum
• 5 Amps Maximum
4) GENERAL INFORMATION:
a) Depending on the weight and thickness of the fabric:
• A 50 VA rated transformer will drive approximately
5m
2(55 ft2) of fabric.
• A 100 VA rated transformer will drive approximately
10 m2(110 ft2) of fabric.

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.5
wiring using individual power supplies
CCI
CCI
Sivoia QED
Keypad
Sivoia QED
Keypad
Sivoia QED EDU
IR Receiver
Sivoia QED EDU
IR Receiver
Sivoia QED EDU
IR Receiver
Sivoia QED EDU
IR Receiver
24 V~
Power
Supply
Sivoia QED EDU
IR Receiver
Sivoia QED EDU
IR Receiver
To Lighting System
(Lutron GRAFIK Eye)
2 conductors
not used
Sivoia QED Communications Link
(4 conductor, 1.0 mm
2
(18 AWG) twisted
shielded) (GRX-CBL-346S-500)
Power Cable (3 conductor)
A
B
B
A
Wiring
24 V~
Power
Supply
24 V~
Power
Supply
24 V~
Power
Supply
24 V~
Power
Supply

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.6
wiring using individual power supplies
Wiring
Open
Close
LUTRON
AC
GRD
AC
AC
GRD
AC
AC
GRD
AC
A
B
For larger systems with more than four keypads, distribute keypads evenly on link - maximum one keypad
between EDUs.
Up to four keypads and 120 m (400 ft) total length of communications wire, no requirement for even
distribution.
Open
Close
LUTRON
Open
Close
LUTRON
AC
GRD
AC
AC
GRD
AC
AC
GRD
AC
WIRE TYPES
ACommunications Link
4 Conductor 1.0 mm2(#18AWG) (twisted and
shielded)
BPower Supply
3 Conductor 1.5–0.75 mm2(#16–20AWG)
MAXIMUM WIRE LENGTH
EDU to EDU - 150 m (500 ft)
Maximum total communications link - 1220 m (4000 ft)
Power supply to EDU
1.5 mm2(#16AWG) - 60 m (200 ft)
1.0 mm2(#18AWG) - 45 m (150 ft)
0.75 mm2(#20AWG) - 30 m (100 ft)
• One CCI counts as one keypad
• Number of keypads and CCIs not to exceed number of
EDUs without the need additional power supplies.
Open
Close
LUTRON
B
24 V~
Power
Supply
24 V~
Power
Supply
24 V~
Power
Supply
24 V~
Power
Supply
24 V~
Power
Supply
24 V~
Power
Supply

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.7
multiple EDU wiring
Wiring
Lutron Sivoia QED
seeTouch keypad
BACK
To other
EDUs,
keypads,
or CCIs
To other
EDUs,
keypads,
or CCIs
• Every keypad, CCI, and EDU is connected by the Sivoia
QED
TM Communication Link.
• Wire each EDU to a separate power supply.
• Each EDU must be EARTH grounded.
• Each power supply, of any type, can power ONLY ONE
EDU, regardless of blind size.
A Communications Link 4 Conductors
B Power Wires 3 Conductors
Please refer to Tables on page 1.4 for details on these
wires.
4
3
2
1
Common 12V MUX MUX AC AC EGND
Common 12V MUX MUX AC AC EGND
female EDU connectorfemale EDU connector
A
B
AC Earth Ground AC
24VAC Power Supply
AC Earth Ground AC
24VAC Power Supply

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.8
SV-CCI-8 wiring detail
Wiring
Input channel will accept dry contact closures and open
collector outputs (Vce ≤0.3 V).
Do not apply voltage to any input channel.
• By default all contact closures on a CCI operate the
same group of EDUs.
• By default the CCI has Open, Close, Preset 1, Preset 2,
Preset 3, Stop, Raise, and Lower inputs.
• LEDs provide feedback on contact closure state.
Input 1 - Defaults to Open
Input 2 - Defaults to Preset 1
Input 3 - Defaults to Preset 2
Input 4 - Defaults to Preset 3
Input 5 - Defaults to Close
Input 6 - Defaults to Stop
Input 7 - Defaults to Raise
Input 8 - Defaults to Lower
External Switch Closures
(supplied by customer)
Sivoia QED Communication Link:
To other keypads, CCIs and EDUs.
4 (MUX)
3 (MUX)
2 (12 V)
1 (Common)
A
• Terminal blocks accommodate 1.5–0.5 mm2
(14–22 AWG) wire.
• The CCI can be configured to control two groups with
Open, Preset, Close, and Stop functionality, or with
Open, Close, Raise, and Lower functionality.
• The CCI can be configured to control four groups with
Open and Close functionality.

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.9
infrared receivers
Wiring
Remote IR Eye
Lutron offers a remote infrared eye for Sivoia QED . It is a
small dome connected to the EDU by a thin 558 mm
(22 in) cable.
The remote infrared eye plugs into a dedicated IR
connector on the EDU. Extensions of 3 m (10 ft) lengths
are available if the layout requires the IR eye to be located
further from the EDU. The IR eye may be located up to
15 m (50 ft) away from the EDU. Unobtrusive mounting
clips and adhesive tape are also provided.
.75
.75
.75"
.75"
Remote IR Eye
(not shown to scale,
has a diameter of
25 mm (1.0 in)
SV-IR
Infrared remote eye, available
in white and royal plum
SV-IR-EXT-10
SV-IR connects to
optional extension
cable (SV-IR-EXT-10)
or directly to EDU
3 m
(10 ft)

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WIRING
Sivoia QEDTM Quiet Electronic Drive Window System 1.10
notes
Wiring

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Sivoia QEDTM Quiet Electronic Drive Window System 2.1
Sivoia QEDTM
System Programming

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PROGRAMMING OVERVIEW
Sivoia QEDTM Quiet Electronic Drive Window System 2.2
system overview
Basic
Programming
Components
The components of a
Sivoia QED system include:
Electronic Drive Units (EDUs) operated by keypads,
infrared (IR) transmitters, or contact closure inputs (CCIs).
EDUs, keypads, and CCIs are connected directly to the
Sivoia QED Communications Link.
Each keypad, IR transmitter, and CCI can be setup to
operate all of the EDUs in the system, a single EDU, or any
combination of EDUs in a user-defined group.
Keypads are wall mounted and provide open, close,
preset, and momentary raise/ lower functions.
IR transmitters require an IR receiver that can be integral
to a keypad or CCI, or connected to an EDU. IR
transmitters provide open, close, preset, and momentary
raise/ lower functions.
CCIs are mounted in a panel, and provide input to the
Sivoia QED system from another automation system. CCIs
provide open, close, preset, momentary raise/ lower, and
stop functions.
Factory Defaults
As shipped from the factory, the
Sivoia QED system will
provide basic Open, Close, and momentary Raise and
Lower functionality. This allows wiring to be verified before
programming. As shipped from the factory, each keypad,
IR transmitter, and CCI will operate every EDU in the
system. Open and Close Limits will need to be set once
the EDUs are installed. The system will need to be
programmed in order to access all
Sivoia QED features,
including storing presets, assigning EDUs to keypads, IR
transmitters and CCIs.
Planning
Before starting programming, determine which EDUs
should be operated by each keypad, IR receiver, and CCI in
the
Sivoia QED system.
Programming
Program the system after all components have been
wired, installed, and powered. Programming the system
allows presets to be stored and recalled; limits to be
adjusted from keypads, CCIs, and IR transmitters; and
groups of EDUs to be assigned to keypads, CCIs, and IR
receivers.
Programming the
Sivoia QED system consists of
addressing all of the components, setting an open and
close limit for each EDU, and assigning EDUs to each
keypad, IR receiver, and CCI.
Addressing – Addressing the
Sivoia QED components is
required for the system to function properly. Addressing
can be accomplished from an EDU, a keypad, an IR
transmitter, or a CCI. After addressing a new system,
keypads, CCIs, and IR transmitters
will not operate
any EDU.
Finish system programming by setting EDU
limits and assigning EDUs to keypads, CCIs, and IR
receivers.
Setting Open and Close Limits – The open and close limits
must be set for every EDU. The open and close limits
determine how far an EDU will travel. If desired, limits can
be set using the buttons on the EDU before the system is
addressed.
Assigning EDUs – Assignment is required and determines
which EDU will be operated by each keypad, IR
transmitter, and CCI. After addressing, no EDUs are
assigned to keypads, CCIs or IR receivers. Assigning EDUs
to keypads, CCIs, or IR receivers allows operation of an
individual, a user-defined group of EDUs, or all EDUs as
desired.

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SETTING LIMITS
Sivoia QEDTM Quiet Electronic Drive Window System 2.3
setting limits from the EDU
Basic
Programming
Setting Limits Overview
The Open and Close Limits can be set from the EDU, a
CCI, keypad or IR transmitter with at least: an Open, Close,
Raise and Lower buttons.
The advantage of setting limits remotely from a keypad, IR
transmitter, or CCI, is that these components are generally
easier to access. Setting limits at the EDU may be simpler,
and can be done before addressing the system, depending
upon the installation.
The Open and Close Limits determine how far an EDU will
travel. When the open button is pressed on a keypad, IR
transmitter, or CCI, the EDU will move to the Open Limit.
When the close button is pressed on a keypad, IR
transmitter, or CCI, the EDU will move to the Close Limit.
The EDU will not move higher than the Open Limit or
lower than the Close Limit.
Note: Setting the Open Limit lower than the Close Limit
will cause the blind to move down when raise is pressed
and up when lower is pressed.
As an alternative to setting limits from the EDU, limits may
be set from a keypad, IR transmitter, or CCI after the
system has been addressed. To set the limits from a
keypad, IR transmitter, or CCI, address the system as on
page 2.6 and then set the limits as described on page
2.10.
Setting the Open Limit from the EDU
STEP 1
Tap the “Open Limit Button” ( ). The LED on a roller
blind EDU will turn on (steady LED), indicating the EDU is
in “Set Open Limit Mode.” The display on a curtain track
EDU will show ( ).
Tap the Open Limit
Button
Steady LED
Tubular EDU
External EDU

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SETTING LIMITS
Sivoia QEDTM Quiet Electronic Drive Window System 2.4
setting limits from the EDU
Basic
Programming
STEP 2
Adjust the position of the EDU to the desired Open Limit
using the adjustment buttons ( ).
STEP 3
Press and hold the “Open Limit Button” ( ) for 5
seconds. The LED on a roller blind EDU will flash for 2
seconds then go dark, indicating the current position has
been stored as the Open Limit. The display on a curtain
track EDU will flash ( ).
Press and hold the Open
Limit Button for 5 sec-
onds
Flashing LED
Use the Adjustment
buttons to move the
EDU

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SETTING LIMITS
Sivoia QEDTM Quiet Electronic Drive Window System 2.5
setting limits from the EDU
Basic
Programming
STEP 3
Press and hold the “Close Limit” button ( ) for 5
seconds. The LED on a roller blind EDU will flash for 2
seconds indicating the current position has been stored as
the Close Limit. The display on a curtain track EDU will
show ( ).
Setting the Close Limit from the EDU
STEP 1
Tap the “Close Limit Button” ( ). The LED on a roller
blind EDU will turn on (steady LED), indicating the EDU is
in the “Set Close Limit Mode.” The display on a curtain
track EDU will show ( ). Do not hold the “Close Limit
Button” for more than 1 second.
STEP 2
Adjust the position of the EDU to the desired Close Limit
using the adjustment buttons ( ).
Tap the Close Limit
Button
Steady LED
Press and hold the
Close Limit button
for 5 seconds
Use the Adjustment
buttons to move
the EDU
After setting limits, address the system and assign EDUs
to keypads, CCIs, and IR receivers.
Addressing from controls page 2.6
Addressing from an EDU page 2.32
Assigning EDUs to controls page 2.15
Assigning EDUs to multi-group IR transmitter page 2.20

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ADDRESSING
Sivoia QEDTM Quiet Electronic Drive Window System 2.6
addressing from controls
Basic
Programming
Addressing Overview
Each keypad, EDU, and CCI in the system must have a
unique address in order to store presets. Addressing the
system gives each device a unique address number, which
allows individual components to communicate properly.
Each device can be given a unique address automatically,
by placing a single keypad, EDU, IR transmitter, or CCI in
“Addressing Mode.” The device in Addressing Mode will
then allocate a unique address to every keypad, EDU, and
CCI in the system.
The
Sivoia QED system is addressed using a single
keypad, EDU, CCI, or IR transmitter. It is not necessary to
enter address mode on more than 1 device in the system.
For convenience, address the system from the component
that is easiest to access.
The system should be addressed each time new
components are added. Addressing a previously
programmed system will not erase any previous
programming, addresses, limits, EDU assignments, or
presets.
After addressing a new system keypads, CCIs, and IR
transmitters will not operate any EDU.
Once the system has been addressed, EDUs need to be
assigned to the appropriate keypads, CCIs and IR
receivers.
Notes:
• The system should be addressed
after all components
have been installed, wired to the communications link,
and powered.
• To add previously addressed components to an existing
system, or to connect a previously addressed system
to an existing system, return components to factory
defaults before wiring them to the existing system
(refer to Advanced Programming).
• The CCI can be configured to accommodate multiple
groups of blinds (see page 2.44). Configurations other
than the default have Open and Close inputs in
locations other than inputs 1 and 5.
STEP 1
For the CCI, begin by setting switch 6 to OFF. Skip this
step for keypads and IR transmitters.
Turn Switch 6
OFF
• Controls for integrating with other Lutron systems,
including the SG-SVC/SO-SVC cannot address the
Sivoia QED system or set limits. These controls operate
every EDU.
Addressing only needs to be done from one device in the
system. When a device is put into Addressing Mode, it will
address all of the components in the system.

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ADDRESSING
Sivoia QEDTM Quiet Electronic Drive Window System 2.7
addressing from controls
Basic
Programming
LUTRON
STEP 2
Press and hold the Open (Open) and Close (Close) buttons
simultaneously for 5 seconds. The LEDs next to the Open
and Close buttons on the keypad or CCI will flash once per
second.
Flashing LEDs
Press and hold
the Open (Open)
and Close (Close)
buttons for 5
seconds
Press and hold
the Open (Open)
and Close
(Close) buttons
for 5 seconds
Press and hold
the Open (Open)
and Close
(Close) buttons
for 5 seconds
IR Transmitter IR Transmitter
Open
Close
Open
Preset
Close
Tap the Open
(Open) button
Flashing LED
Tap the Open
(Open) button
Tap the Open
(Open) but-
ton
Open
Close
LUTRON
Open
Preset
Close
STEP 3
Tap the Open (Open) button to enter “Addressing Mode.”
The LED next to the Close button will flash quickly (8
times per second), the LED next to the Close (Close) button
will turn off. The system is now being addressed.

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ADDRESSING
Sivoia QEDTM Quiet Electronic Drive Window System 2.8
addressing from controls
Basic
Programming
STEP 4
Wait for addressing to be completed. This will take
approximately one minute. While addressing is in
progress, each keypad and CCI will flash its Open (Open)
LED quickly (8 times per second). Each EDU will flash its
LED quickly (8 times per second).
When addressing has successfully completed, Open
(Open) and Close (Close) LEDs on every keypad and CCI
will flash slowly (once per second). The LED on the EDU
will flash slowly (once per second).
Correct wiring can be confirmed by checking that each
keypad, CCI, and EDU is flashing its LED. If a device does
not flash its LED, wait for addressing to complete, check
wiring, and re-address the system, entering addressing
mode from the same device that was previously used to
address the system.
Flashing LED
Flashing LEDs
LUTRON
Open
Preset
Close
LUTRON
STEP 5
Press and hold the Open and Close buttons simultaneously
for 5 seconds to exit “Addressing Mode.”
Press and hold
the Open (Open)
and Close (Close)
buttons for 5
seconds
Press and hold
the Open (Open)
and Close
(Close) buttons
for 5 seconds
Press and hold
the Open (Open)
and Close
(Close) buttons
for 5 seconds
Open
Close
Open
Preset
Close