SIGNIFY Advance Xitanium SR User Manual
Reliable SR
technology for
connected
LED applications
LED Drivers
Design-in Guide
Contents
Introduction to this guide 3
Information or support 3
Application note 3
Warnings and instructions 4
Safety warnings and installation instructions 4
Introduction to Advance Xitanium
SR bridge 5
Xitanium SR bridge 5
Xitanium SR bridge versions 5
Programmable interface 5
SimpleSet technology 5
SR bridge wiring diagram 5
Features of Xitanium SR bridge 6
Wide mains input range 6
Switchable output using zero
crossing detection 6
Sensor ready (SR) interface 6
Energy metering 6
MultiOne/SimpleSet congurable features 6
Sensor ready (SR) interface 7
Sensor ready interface 7
Typical examples 8
Digital communication 9
Other considerations for SR interface 9
SR bridge use cases 10
Basic SR bridge use case 10
347V SR bridge use case 1 1
SR bridge dimming curve and dimming range 1 1
SR bridge fault detection use case 1 1
SR bridge class room with occupancy/
daylight harvesting use case 12
SR bridge hallway use case 13
Mechanical design-in 14
Form factors 14
Thermal management 15
Introduction 15
Temperature case point 15
Electrical design-in 16
Inrush current 16
Surge protection 16
Leakage current 17
Electromagnetic compatibility (EMC) 17
Electrical isolation 17
Disclaimer 18
Notes 19
2 Advance Light ing
Introduction to this guide
Figure 1. Advance Xitan ium SR br idge.
Xitanium SR Bridge
Design-in Guide
Intro duc tion
to This Gu ide
Thank you for choosing the Advance Xitanium sensor ready
bridge (SRB). In this guide you will nd the information
needed to integrate SRB devices into an LED luminaire
or LED system.
Information or support
For further information or support please consult your local Advance oce or visit:
• Xitanium SR bridges or SR drivers: www.philips.com/xitaniumsr/na
• OEM general info: www.philips.com/oemna
• EasySense: www.philips.com/easysense
Application note
The Advance Xitanium SR bridge allows existing 0-10V dimming systems to become
part of wireless connected lighting systems for indoor lighting such as oces,
public buildings, industrial applications and retail environments.
3
Warnings and instructions
Warnings
• Avoid touching live parts!
• Do not use SR bridge and connected driver(s) with damaged housing
and/or connectors!
• Do not use SR bridge and connected driver(s) with damaged wiring!
Safety warnings and installation instructions
• Do not use damaged products.
• Do not short SR bridge output wires.
• SR bridge output wire is a live mains part when switched on.
• The luminaire manufacturer is responsible for complete luminaire design and must
comply with all relevant safety standards.
• The SR bridge is suitable for built-in use only and must not be exposed to the elements
such as snow, water and ice or to any chemical agent that can be expected to have an
adverse eect on the driver (e.g., corrosive environments). It is the responsibility of both
luminaire manufacturer and installer to prevent exposure. The SR bridge specied for UL
damp and dry locations.
• Do not service the SR bridge and connected driver(s) when the mains voltage is
connected; this includes connecting or disconnecting the loads.
• SR bridge and connected driver(s) must be installed in accordance with national and
local electrical codes.
• Proper earth and/or equipotential connections are required whenever possible
or applicable.
4 Advance Li ghtin g
Introduction to Advance
Advance Xitanium SR bridge
Figure 2. Advance Xitan ium SR br idge.
Xitanium SR Bridge
Design-in Guide
Intro duc ti on to
Advance Xitanium
SR Bridge
Xitanium SR bridge
The Advance Xitanium SR bridge is designed to connect existing or new 0-10V dimming
indoor lighting systems to SR (wireless) connected systems. Applications include oces,
public buildings, industrial applications and retail environments.
With Xitanium SR functionality, exibility in luminaire design is assured, and with the SR
interface it is simpler than ever to connect to SR certied sensors.
Xitanium SR bridge versions
The Xitanium SR bridge described in this guide is available in two versions; a –BS version
with mounting studs to mount the box to an existing (downlight) xture mounting plate and
a –LD version to be mounted inside luminaires.
Detailed specications can be found in the Xitanium SR bridge datasheets, which can be
downloaded at www.philips.com/xitaniumsr/na.
Programmable interface
The Xitanium SR bridges are programmable. Some features and parameters can be set via
the SR Interface or SimpleSet technology using Advance MultiOne Congurator software.
SimpleSet technology
Advance SimpleSet NFC wireless programming technology allows luminaire manufacturers
to quickly and easily program the Xitanium SR bridge during the manufacturing process,
without a connection to mains power, oering great exibility.
For more information on MultiOne or SimpleSet technology, please visit www.philips.com/
multione or contact your local Advance representative.
SR bridge wiring diagram
A typical application for the Xitanium SR bridge is to connect the SR bridge to one or more
0-10V (LED) drivers and an SR-certied device (see Figure 3).
Figure 3 . Xitan ium SR br idge w irin g diagram.
5
Features of Xitanium SR bridge
Wide mains input range
The Advance Xitanium SR bridge can operate on a wide range of mains input voltages from
120Vac – 347Vac.
Switchable output using zero crossing detection
The output of the Xitanium SR bridge can be switched on/o via integrated relay switching
with advanced zero crossing technology. This allows for higher loads to be switched on/o
with high reliability.
Sensor ready (SR) interface
The Xitanium SR bridge features a digital interface (SR interface) to enable direct
connection to any suitable SR-certied RF sensor.
Energy metering
The Xitanium SR bridge has built-in energy/power measurement capability.
MultiOne/SimpleSet congurable features
6 Advance Ligh ting
Note: These features are only supported from MultiOne 3.4 onward. Please also refer to the
“Advance MultiOne Congurator” user manual that can be accessed from the Help menu
inside the MultiOne software, for more information.
Feature Description of the feature Notes and examples
0-10V / 1 -10V This feature gives the OEM the ability to match the
0-10V (or 1-10V) dimming curve of the connected
driver to the correct translation of the DALI arc
power commands on the SR Bus.
DALI PSU DALI Power Supply. This feature can turn on/o
the build-in SR Power Supply
LFIT Load Fault Indicator Thresholds. This feature
allows the OEM to set a threshold to indicate one
(or more) lights have failed and set the DALI lamp
failure detection properly.
Min dim level Minimum dim level. This feature can be used to
set the minimum (DALI) dim level of the SR Bridge
to match the minimum dim level of the connec ted
0-10V d ri ve r(s).
OEM
Traceability
RSO Relay Switched Output. This feature can be used
Table 1. SR bridge MultiOne/SimpleSet congurable features.
OEM Traceability. This feature allows the OEM to
store a GTIN and identication number and some
additional information that could be used for
Traceability or Asset Management.
to enable/disable the relay of the SR Bridge.
Four xed curves (1-10V curved, 1- 8V linear, 1-9V
linear, 1-8V logarithm) or User specied can be
selected. 1-8V linear is default to match most
Advance Xitanium LED drivers.
By default the SR DALI PSU is turned on
(Enabled).
Typical sett ing corresponds to maximum p ower
of all drivers connected minus one so that if one
driver fails it w ill be detected.
Default setting is 1%. But if the connected driver
can only dim down to 10%, the DALI dim level of
the SR Bridge can be also set to 10% matching
the DALI dim curve to the 1-8V dimming cur ve of
the driver. Any DALI arc level command for < 10%
will result in a 1V output on the 0-10V output of
the SR Bridge.
The GTIN and ID are part of standard DALI.
The additional information can be up to 42
characters long.
In cases where the lights should not be turned o
when the DALI O command is used, the “Always
stays closed” button should be checked.
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