01 august 2013. the information in this presentation is confidential and proprietary, and may not be...

01 August 2013

Fixture Mount SensorInstallation, Operation & Maintenance

LSXR

© 2013 Sensor Switch

The information in this presentation is

confidential and proprietary, and may not be

used, reproduced or distributed without the

express written permission of

Acuity Brands Lighting, Inc.


Overview

LSXR High Mount Sensor• Interchangeable Lenses• Integrated Snap-Fit Bracket• Single or Two-Pole Relay/Switch• Dimming Output *• Occupancy / Vacancy• Passive Infrared (PIR)• Photocell for Daylight Harvesting• Reversible Line / Load Wires

* Single Pole model only

10

9

6

50

ENVIRONMENTAL SPECS:Operating Temp: Standard: 14° to 122° F (-10° to 50° C) LT Option (PIR): -40° to 122° F (-40° to 50° C)

Relative Humidity: Standard: 20 to 75% non-condensing LT Option: 20 to 90% non-condensing (electronics coated for corrosion resistance)

COMMON MODEL NUMBERSModel # Description CI Code

LSXR 6 High Mount 360° Sensor - Fixture Mount, Interchangeable Lens, Line Voltage, Passive Infrared 219EP4LSXR 10 Low Mount 360° Sensor - Fixture Mount, Interchangeable Lens, Line Voltage, Passive Infrared 219EP7LSXR 9 Small Motion 360° Sensor - Fixture Mount, Interchangeable Lens, Line Voltage, Passive Infrared 219EP6LSXR 50 High Mount Aisle Way Sensor - Fixture Mount, Interchangeable Lens, Line Voltage, Passive Infrared 219EP8LSXR 610 High Mount & Low Mount 360° Sensor - Fixture Mount, Interchangeable Lens, Line Voltage, Passive Infrared 219EJ9LSXR 650 High Mount 360° & High Mount Aisle Way Sensor - Fixture Mount, Interchangeable Lens, Line Voltage, Passive Infrared 219EP9

Single Pole Model Numbers



Two-Pole Model Numbers


COMMON MODEL NUMBERSLenses

LENS 6 High Mount 360° Lens Assembly for LSXR, Qty 1 219P30LENS 10 Low Mount 360° Lens Assembly for LSXR, Qty 1 219P31LENS 9 Small Motion 360° Lens Assembly for LSXR, Qty 1 219P32LENS 50 High Mount Aisleway Lens Assembly for LSXR, Qty 1 219P33

Lens Model Numbers

Physical Description

• 3.75² H x 2.5² W x 4² D (9.5cm x 6.4cm x 10.2cm)• Weight - 6 oz• Silicone Free & RoHS Compliant• 4 Lens Options

High Mount 360° Lens (6) High Mount Aisleway Lens (50) Small Motion 360°Lens (9) Low Mount 360° Lens (10)


Bottom

Side

2.5”

3.25”

3.0”

.75”

4.0”

3.75”


LSXR Bottom

Programming/Switch Push-Button

Screwdriver Slot

Removable Lens Assembly2.25” x 2.25”

Screwdriver Slot

½” Chase Nipple Mounting Fits Fixture Knockout

(⅞“ Hole)

LED Indicator


LSXR Bottom Lens Removed

LED Indicator

½” Chase NippleFits Fixture Knockout(⅞” Hole)

Programming / Switch Push-Button

PIR Detector

Photocell(when present)


LSXR Side

½“ Chase Nipple

Lens AssemblyProgramming / Switch

Push-Button

Sensor Body


LSXR Back

½” Chase Nipple

Sensor Body

Lens Assembly


Fixture or Junction Box Mount

Note: For safety reasons 2 phase versions should only be fixture mounted.

Mounting the LSXR


Remove knockout and feed wires through ⅞” hole

Mounting the LSXR


Press chase nipple firmly into hole

Tabs will compress and snap into place when fully

inserted

Mounting the LSXR


Tabs will secure the sensor flush to

the fixture

Mounting the LSXR


High Mount 360° (6)

High MountAisleway (50)

Small Motion 360° (9)

Low Mount 360° (10)

2‚” x 2‚” Snap-in Lens assembliesOrdered with Sensor or separately

Lens Options


• Best choice for 15 to 45 ft (4.57 to 13.72 m) mounting heights• 15 to 20 ft (4.57 to 6.10 m) radial coverage overlaps area lit by

a typical high Mount fixture• Excellent detection of large motion (e.g. walking) up to a 35 ft

(10.76 m) mounting height• Excellent detection of extra large motion (e.g. forklifts) up to a

45 ft (13.72 m) mounting height

High Mount 360° Lens (6)


• Best choice for small motion (e.g. hand movements) detection

• 360º conical shaped pattern• Provides 12 ft (3.66 m) radial coverage when mounted to

standard 9 ft (2.74 m) ceiling• 8 to 15 ft (2.44 to 4.57 m) mounting heights provide 10 to

20 ft (3.05 to 6.10 m) radial coverage

The gray ring differentiatesthe 9 lens from the 10 Lens

Small Motion 360° Lens (9)


• Best choice for large motion detection (e.g. walking)• 360º conical shaped pattern• Provides 24 ft (8.53 m) radial coverage when mounted to

standard 9 ft (2.74 m) ceiling• 7 to 15 ft (2.13 to 4.57 m) mounting heights provide 16

to 36 ft (4.88 to 10.97 m) radial coverage• Detection range improves when walking across beams

compared to into beams

Low Mount 360° Lens (10)


Aisleway length

• Provides 50º bi-directional and 10º wide coverage pattern

• 1.2x mounting height equals approximate detection range in either direction

• Typical 40 ft (12.19 m) mounting detects 50 ft (15.24 m) in either direction

Mount Aisleway Lens (50)


LSXR Lens Removal

Insert flat blade screwdriverInto slot

Pry lens clips loose by pushing down on screwdriver handle

Twist screwdriver slightly and lens will pop free.


LSXR Lens Installation

Align Lens with recess in sensor body

Fit lens completely over the recess

Snap lens intosensor body


LSXR Connections

LSXR Single PoleWith Dimming

LSXR Two-PoleNo Dimming

LSXR Single PoleNo Dimming


LSXR Single Pole Connections

Black Load and Line WiresReversible

HVOLT RED Load and Line

WiresReversible


LSXR Single Pole Connections

LSXR Single Pole w/Dimming Connections

White Neutral


Violet DimmingControl Positive (+)

Gray DimmingControl Negative (-)

HVOLT RED Load and Line Wires

Reversible

LSXR Single Pole w/Dimming Connections


LSXR Single Pole 2-Phase Wiring w/ Dimming

White Phase B Line

Black Load and Phase A Line WiresReversible

Violet DimmingControl Positive (+)

Gray DimmingControl Negative (-)

HVOLT RED Load and Line Wires

Reversible


LSXR Single Pole 2-Phase Wiring w/ Dimming


LSXR Two-Pole (2P) Connections

White Neutral


Pole 2 Blue Load and Line Wires(on all models)

Reversible

347VAC ModelRED Load and Line Wires

Reversible

Shown: Dual Zone configuration


LSXR Two-Pole Connections (DZ)


LSXR Two-Pole(2P) Connections (SZ)



LSXR Single Pole Sensor: Functional Block Diagram


LSXR 2-Pole Sensor: Functional Block Diagram


1. Select the Function you want to program• Press the push-button the number of times equal to the

function code. (i.e., 2 times = Occupancy Time Delay Function)

• Once selected the LED will flash the current setting 3 times. You must enter a new setting prior to the 3rd time.

2. Select the new setting• Press the push-button the number of times equal to the

new setting. (i.e. 3 times = 5 minutes)

• LED Flashes the new setting (confirmation) 3 times. You must enter a new setting prior to the 3rd time.

3. Programming complete!

Programming LSXR


01 Not used02 Occupancy Time Delay Pole 103 Occupancy Time Delay Pole 204 Minimum On Time (Lamp Maximizer)05 Photocell Set-Point06 Photocell / Dimming / 2-Pole Modes07 Sunlight Discount Factor08 Not Used09 Restore Factory Defaults10 Dimming Range Max (High Trim)

11 Dimming Range Min (Low Trim)12 Switch (Button) Mode13 Not used14 Dual Zone Photocell Offset %15 Dim to Off Time Delay

Programmable Functions


Occupancy Time Delay (Pole 1)Function 2

Index Setting1 Test Mode2 30 seconds3 2.5 minutes4 5.0 minutes**5 7.5 minutes6 10.0 minutes*7 12.5 minutes8 15.0 minutes**9 17.5 minutes10 20.0 minutes**11 22.5 minutes12 25.0 minutes13 27.5 minutes14 30.0 minutes**

Definition: Occupancy Time Delay (Pole 1) - The length of time the sensor will keep the lights controlled by relay 1 on and at full bright after it last detects occupancy, assuming Minimum On Time (Function 4) has been met.Test mode - Disables Minimum On Time (Function 4), sets Occupancy Time Delay (Function 2 & 3) to 30 sec, and shortens the photocell transition times and dimming rate. Mode will expire after 10 min or if Function 2 is set back to a time delay.

*Default Settings, unless specified in the model number

**Alternative Defaults

Timers are 1.2x when used in 50Hz electrical systems. (e.g., 10 mins is 12 mins in the UK)


Occupancy Time Delay (Pole 2)Function 3

Index Setting1 N/A2 30 seconds3 2.5 minutes4 5.0 minutes**5 7.5 minutes6 10.0 minutes*7 12.5 minutes8 15.0 minutes**9 17.5 minutes10 20.0 minutes**11 22.5 minutes12 25.0 minutes13 27.5 minutes14 30.0 minutes**

Definition: Occupancy Time Delay (Pole 2) - The length of time the sensor will keep the lights controlled by relay 2 (if present) on after it last detects occupancy, assuming Minimum On Time (Function 4) has been met.

*Default Settings, unless specified in the model number

**Alternative Defaults



Index Setting

1 0 minutes**

2 15 minutes*

3 30 minutes

4 45 Minutes

5 60 Minutes

Minimum On Time (LampMaximizer®)Function 4

Definition: Minimum On Time – The length of time required for lamps to be on in order to prevent short cycling that reduces fluorescent lamp life. If occupancy time delay expires prior to minimumon time being satisfied, the lamps will remain on until time has been met.

*Default Setting… changes to 0 minutes if occupancy time delay is changed from 10 minutes

**Default setting for 5, 15, 20 and 30 minute Occupancy Time Delay options


Definition: Photocell Set-Point - The target light level (as detected at the sensor) that is to be maintained. Selecting Auto (Setting 1) will initiate on/off cycling procedure where sensor finds close-loop set-point.

Auto Set-point - Measures the Photocell with Lamps on and with Lamps off and changes the Set-Point to the difference. Assumes the contribution of Light by the lamps is adequate for the space.

Note: Not applicable to non-photocell versions

Photocell Set-PointFunction 5Index Setting

1 Auto set-point

2 0.5 fc

3 1.0 fc

4 2.0 fc

5 4.0 fc*

6 8.0 fc

7 16.0 fc

8 32.0 fc

9 64.0 fc

*Default Setting


Photocell (Single Relay Units with P (Photocell) Option)Function 6 Index Setting

1 Disabled

2 Full On/Off Ctrl*

3 Inhibit Only Ctrl

Definition: Photocell Operational Setting - Describes the control the photocell will have over normal occupancy / on / off operation

Disable - Photocell does not affect lights

Full On/Off Ctrl - Provides increased energy savings by switching lights off during occupied periods with sufficient daylight contribution from windows or skylights. Lights will be switched back on if light level falls below set-point.

Inhibit Only Ctrl - Photocell will prevent lights from initially turning on if adequate daylight is available, but will not turn lights off.

*Default Setting


Photocell (Units with ADC or ANL (Dimming) Options)Function 6

Index Setting

1 Disabled

2 Automatic Dimming & Switching (-ADC)*

3 Combination Dimming & Switching Photocell w/ High/Low Occupancy Operation (-ANL)*

Definition: Photocell Operational Setting - Describes the control the photocell will have over normal occupancy / on / off operationDisable - Photocell does not affect lightsAutomatic Dimming & Switching (-ADC) - Enables the sensor during occupied periods to dim lights down and then turn them completely off by opening the relay.Combination Dimming & Switching Photocell w/ High/Low Occ. Operation (-ANL) - Provides maximum energy savings by dimming and/or switching off lighting during periods of sufficient daylight contribution from windows or skylights. During unoccupied periods without sufficient daylight lights are dropped to low dim setting, insuring minimum light levels are maintained at night.

*Default Settings for indicated options


Photocell/Dimming/ 2-Pole Modes (Dual Relay (2P) Units - All Options)Function 6

Index Setting

1 Disabled

2 Standard Photocell Option (-P)*

3 Single Zone (-SZ) Photocell Option*

4 Dual Zone (-DZ) Photocell Option*

5 Inhibit Only Ctrl

6 Alternating Off Relays (-AO)*

7 Alternating Off Relays w/ Photocell (-AOP)*

Definition: Disable - Photocell does not affect lightsStandard Photocell Option (-P) - Photocell controls both relays together with a single set-point.Single Zone (-SZ) Photocell Option - Relay 1 controlled by photocell only, relay 2 controlled by occupancy only.Dual Zone (-DZ) Photocell Option - Relay 1 controlled according to set-point, relay 2 controlled at fixed % higher as specified in Dual Zone Photocell Offset Percentage (Function 14).Inhibit Only Ctrl- Photocell will prevent lights from initially turning on if adequate daylight is available, but will not turn lights off. Photocell controls both relays according to set-point.Alternating Off Relays (-AO)- Both relays close during periods of occupancy, but only one opens during periods of vacancy. The relay left closed is alternated in order to promote even lamp wear.Alternating Off Relays w/ Photocell (-AOP) - Both relays close during periods of occupancy, but only one opens during periods of vacancy or high daylight. The relay left closed is alternated in order to promote even lamp wear.

*Default Settings for indicated options


Definition: Sunlight Discount Factor - Value used to improve the tracking accuracy of a sensor with a photocell during periods of high daylight. Decreasing the value will lower the controlled level of the lights.

Sunlight Discount FactorFunction 7Index Setting

1 x/1*

2 x/2

3 x/3

4 x/4

5 x/5

6 x/6

7 x/7

8 x/8

9 x/9

10 x/10

*Default Settings


Restore Factory Defaults

46

Index Setting

1 Maintain Current*

2 Restore Defaults

Definition: Restore Factory Defaults - Returns functions to original settings.

Maintain Current - Keeps all function settings in the condition selected by the operator.

Restore Defaults - Returns all functions to Default Settings.

*Default Settings

Function 9


Definition: Dimming Range Max (High Trim) – The maximum output level of a sensor with dimming. Default is "10 VDC" unless indicated in model number.Once met, lights resume following occupancy time delay

Dimming Range Max (High Trim)Function 10Index Setting

1 Min

2 1 VDC

3 2 VDC

4 3 VDC

5 4 VDC

6 5 VDC

7 6 VDC

8 7 VDC**

9 8 VDC**

10 9 VDC**

11 10 VDC*

*Default Settings

**Alternate Options for Default setting


Definition: Dimming Range Min (Low Trim) – The minimum output level of a sensor with dimming Default is "Min" unless indicated in model number.

Dimming Range Min (Low Trim)Function 11Index Setting

1 Min*

2 1 VDC**

3 2 VDC**

4 3 VDC**

5 4 VDC**

6 5 VDC**

7 6 VDC**

8 7 VDC

9 8 VDC

10 9 VDC

11 10 VDC

*Default Settings

**Alternate Options for Default setting


Switch (Button) Mode

Index Setting

1 Disabled*

2 Enabled

Definition: Switch (Button) Mode – When enabled, mode allows user to switch the relay by pressing the push-button for test purposes (e.g., in order to test wiring). Note there is a short delay after pushing the button before the relay switches.*Default Settings

Function 12


Dual Zone Photocell Offset %

50

Definition: Dual Zone Photocell Offset % – Relative value of photocell set-point that is used to control relay 2. Applies only to dual relay (2P) units with the -DZ option.

Index Setting

1 110%

2 120%*

3 130%

4 140%

5 150%

6 160%

7 170%

8 180%

9 190%

10 200%

*Default Settings

Function 13


Dim to Off Time Delay

Definition: Dim to Off Time Delay – An extended length of time after the Occupancy Time Delay (Function 2) has expired and lighting is dimmed to the low dimming range setting before the relay opens. Applicable to dimming versions only.

Index Setting

1 Disabled*

2 30 seconds

3 2.5 minutes**

4 5.0 minutes

5 7.5 minutes

6 10.0 minutes

7 12.5 minutes

8 15.0 minutes

9 17.5 minutes

10 20.0 minutes

11 Infinite

*Default Settings

** Default Settings for -HL Option

Function 15


Summary

Questions?


01 august 2013. the information in this presentation is confidential and proprietary, and may not be...

Documents

high mount low mount

sensor switch slide

lens options high mount

lsxr slide

lens assemblies

sensor switch tabs

lens small motion

sensor flush