Fillable 085352 Radio Window sensor for India

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085352 Radio Window sensor for India

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®
MULLION MOUNT (pair)
SPECIFICATION SUBMITTAL Page
Job Name:
Job Number:
Model Numbers:
Radio Window sensor LRF5-SSM-XX
085352a 1 02.26.16
Radio Window sensor
(for India)
Lutron's Radio Frequency enabled Radio Window sensor
enhances the performance of Lutron® shading systems
by working at the window level to communicate current
exterior light conditions to the system. This enables
shades to respond appropriately, improve comfort, and
enhance the system's energy saving potential. The sensor
maximizes natural daylight, available views, and occupant
comfort when shadows are cast as well as when dark
cloudy or bright sunny weather conditions prevail. The
battery powered sensor features easy installation and low
maintenance costs.
Features
• Works in Quantum® systems with HyperionTM
solar-adaptive shading technology, opening shades
during cloudy conditions or in response to shadows from
neighboring buildings, and lowering them in overly bright
conditions
• Maximizes exterior views and occupant comfort
• Simple setup in Quantum® software
• Software enables the ability to adjust thresholds,
timeouts and shade movement frequency
• Light range 0–107,000 Lux (0–10,000 fc)
• Uses Lutron’s Clear Connect® technology
• Front accessible buttons make addressing easy
• Small form factor allows it to blend in with surroundings
• 7 - 10 year typical battery life reduces maintenance costs
• RoHS compliant
• Works with tinted and reflective glass surfaces
• Multiple mounting methods available for various surfaces
1
®
Configuration
QSM
Quantum Hub
QS Link
Status
Program
LU T RON
Mullion Mount Sensor Pair
SPECIFICATION SUBMITTAL Page
Job Name:
Job Number:
Model Numbers:
Radio Window sensor LRF5-SSM-XX
085352a 2 02.26.16
Specifications
Regulatory
Lutron® Quality Systems Registered to ISO 9001:2008
Standards
• WPC Type Approved (India)
Power / Performance
• Operating voltage: 3 V-
• Operating current: 7 µA
• Requires one CR 2450 lithium battery (included)
• 10-year power failure memory (settings are stored during
power loss)
Environment
• Temperature: 54 ºF to 122 ºF (12 ºC to 50 ºC)
• For indoor use only
• Relative humidity: < 90% non-condensing
Communication
• Radio Window sensors communicate to a Quantum®
system only through a QSM
• A QSM can receive signals from any combination of up
to 10 Radio Window sensors (window mount counts
as 1, mullion mount counts as 2), or Radio Powr SavrTM
daylight sensors
• In Quantum® systems, Radio Window sensors only
provide data for the control of window shades on the
same floor as where the sensors are mounted
Range
• QSM must be located within 60 ft (18 m) line of sight,
or 30 ft (9 m) through walls of a sensor
NOTE: The 2 signals from a mullion mount sensor
pair must be assigned to the same QSM
Compatible Systems
• For use with Quantum® systems only
• Contact Lutron at www.lutron.com for frequency
or channel code compatibility with your particular
geographic region, and for integrating with other
Lutron shade and lighting products
2
®
MULLION MOUNT (pair)
Model Number
LRF5 - SSM -XX
Frequency / Channel Codes
5 = 865.5 – 866.5 MHz (India)
Color Code
Frequency / Channel Code
Dimensions
1.6 in
(41 mm)
0.7 in
(17 mm)
LENS
NOTE: Sensor
lens is always
white.
Color Code
WH = White
BL = Black
BZ = Bronze
CLA = Gray
Custom colors are available and may result in
additional lead time and cost.
SPECIFICATION SUBMITTAL Page
Job Name:
Job Number:
Model Numbers:
Radio Window sensor LRF5-SSM-XX
085352a 3 02.26.16
3
®
SPECIFICATION SUBMITTAL Page
Job Name:
Job Number:
Model Numbers:
Radio Window sensor LRF5-SSM-XX
085352a 4 02.26.16
Planning Sensor Layout Based on Conditions
When determining sensor layout, each fl oor of each facade must be individually evaluated and planned. No single
sensor layout approach will work for every building, and many buildings will require different sensor layouts for
different façades on different fl oors. The following guidelines will help you plan sensor layout for each facade on each
fl oor of your building.
For Typical
Performance
Place one sensor*
every 30 linear feet of
façade, or every 1 - 2
shade groups
No exposure to
direct or refl ected
sunlight...
For Highest
Performance
Place one sensor*
every 10 linear feet of
façade, or every 1 - 2
windows
No exposure to
shadows...
How many sensors are needed?
Example: Several
neighboring buildings
of various sizes cast
shadows on this fl oor
of this façade
Example: A single
neighboring building
of comparable size
casts one wide
shadow on this fl oor
of this façade
This is a performance decision. Sunlight and
shadow conditions can vary greatly from building to
building, fl oor to fl oor, and façade to façade. The
information here is offered as a general guideline.
See Façades with ONE Sensor under Planning Shade
Alignment and Grouping on the following page.
See Façades with MULTIPLE Sensors under Planning
Shade Alignment and Grouping on the following page.
Examples:
• Lower fl oors in a
dense cityscape
• Windows with
awnings, overhangs
or side-blinds
designed to eliminate
all direct sunlight
Examples:
• Upper fl oors of a
tall building
• Façades with no
neighboring
construction or
shadow-casting
objects
Plan ONE sensor* per façade, per fl oor where
either of the following conditions prevails:
Plan MULTIPLE sensors* per façade, per fl oor
where there is exposure to both direct sunlight
and shadows:
Fewer sensors More sensors
NOTE: If more specifi c sensor placement assistance is needed, contact Lutron Shading Quotes for information
about the availability of a shadow study.
*
Sensor refers to a window-mount sensor or a mullion-mount sensor pair
4
®
SPECIFICATION SUBMITTAL Page
Job Name:
Job Number:
Model Numbers:
Radio Window sensor LRF5-SSM-XX
085352a 5 02.26.16
Planning Shade Alignment and Grouping
Façades with
ONE sensor:
Façades with
MULTIPLE sensors:
Alignment option 2: Always Aligned
Alignment option 3: Independent
Alignment option 1: Smart Adaptive (recommended)
What is it?
Exclusive Lutron
® technology which enables shades in the same façade
to share sensor data and intelligently adapt grouping to achieve the best
possible balance of daylight autonomy and hembar alignment
Why choose it?
To achieve the best balance of daylight autonomy and exterior aesthetic
What is it?
Shades in the same façade will share sensor data to always maintain
alignment
Why choose it?
To prioritize exterior aesthetic above all else
What is it?
Shades in the same façade operate independently in response to indi-
vidual sensor data
Why choose it?
To prioritize daylight autonomy above all else
Alignment method: Always Aligned
What is it?
Shades in the same façade will all use the data from one sensor to
always maintain alignment
5
®
Window-profi le view
of mounted left sensor
Interior
Mullion
Window
Glass
Unobstructed
View
Sensor
mounted
close to
glass
X
MULLION
NOT
GLASS
GLASS
Obstructed View
MULLION
GLASS
Unobstructed View
Choose mounting locations where the exterior view is
unobstructed, and fi xed building features, window louvers,
etc., do not cast persistent shadows
Sensors must have an unobstructed view through the window
glass; in locations where there is framing between the mullion
and the glass, mullion-mount sensors cannot be used
X
MULLION
NOT
GLASS
GLASS
Obstructed View
Unobstructed View
SPECIFICATION SUBMITTAL Page
Job Name:
Job Number:
Model Numbers:
Radio Window sensor LRF5-SSM-XX
085352a 6 02.26.16
Mounting on Mullions
• Flush mount to window mullion near top of window, as close to the glass
as possible, ensuring the exterior view is not obstructed
• Ensure the shade fabric does not come between the sensor and the
window, and does not physically interfere with the sensor
• Mount to mullion using included double-sided adhesive (aluminum mullions
only), or fasten to other mullion surface material using a #4 fl at-head screw
of appropriate length for the material thickness
• Mount sensors on opposite mullions of each shade group
• Ensure the arrow points directly toward the window glass
• Do not position the Radio Window sensor on a skylight, near an indirect
lighting fi xture, or below any object casting a shadow on the sensor
• Position the Radio Window sensor at a height that is accessible using a
typical step ladder, (10 ft / 3 m or lower), in a location where it is unlikely to
be touched, moved, or interfered with by the building's occupants
• Operating and performance specifi cations are based on mounting sensors
on mullions at 90° to the window glass; contact Lutron prior to mounting
on mullions at angles other than 90°
Controlling multiple shades with 1 sensor pair
Controlling 1 shade per sensor pair
6
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085352 Radio Window sensor for India

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Completed 12 May 2020

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