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LEGRAND Wattstopper User Manual

LEGRAND Wattstopper
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Wattstopper
®
Low Voltage, 0–10V PIR Occupancy Sensor In IP65 Enclosure with
DALI and Bluetooth
®
Low Energy Technology
Détecteur de mouvements à infrarouge passif 0–10V basse tension
dans boîtier IP65 avec DALI et Bluetooth
Sensor de presencia PIR de 0–10V bajo voltaje y bajo consumo de
energía en carcasa IP65 con tecnología DALI y Bluetooth
Installation Instructions • Instructions d’Installation • Instrucciones de Instalación
No: 28165 – 02/22 rev. 6
Catalog Number • Numéro de Catalogue • Número de Catálogo: FDP-301
Country of Origin: Made in China • Pays d’origine: Fabriqué en Chine • País de origen: Hecho en China
SPECIFICATIONS
Input Voltage ................................................................12–20VDC
Power Consumption from DALI Bus .................................... 16mA
Wiring ..........................................................................16–20AWG
Terminal Connection ...................DC+, Dim +, Dim – / SR –, SR +
Operating Temperature ....................... -40F (-40C) to 167F (75C)
Dimensions ........................... Diameter (83mm), Height (67.4mm)
Enclosure ............................................... IP65 (NEMASTD) , IK09
DESCRIPTION AND OPERATION
The FDP-301 sensor is a low voltage passive infrared sensor with continuous dimming that is compatible with 0–10v (with Dim OFF)
drivers or DALI drivers. The device is available with an integrated terminal block that can be wired to support either driver technology.
The threaded mount allows you to install on standard 1” KOs. The device can be commissioned locally with the Wattstopper Sensor
Configuration App or through a compatible network lighting controller (compatibility pending).
LENS OPTIONS AND COVERAGE
The FDP-301 is available with two different lens options. The L2 lens provides coverage at a height of up to 15 feet, while the L7 lens provides
coverage for a height of up to 40 feet. The L2 and L7 are multi-cell, multi-tier Fresnel lenses with a 360° view. The coverages shown in the
diagrams are maximum, measured in linear feet. They represent coverage for full-step walking motion, with no barriers or obstacles.
Passive Infrared Sensing in Outdoor Environments
Outdoor environments can have ambient temperature variations that may affect sensor detection and coverage areas. High
temperatures at the covered area (above 80°F) reduce the detection zone of the sensor. Consider adding more sensors if the ambient
temperatures are expected to be high. Additionally, high floor level temperature may require larger movement for detection. In some
cases, sensors mounted above 40’ may only detect large heat signatures such as automobiles.
FDP‑L2: 360°
Coverage
The FDP-L2 is designed
for mounting at heights
between 8’ to 15’. It
provides a 48’ diameter
coverage area when
mounted at a height
of 8’, or a 78’ diameter
coverage area at 15’.
0
9’
12’
16’
12’
16’
9’
24’
24
24’24’09’ 9’12’ 12’16’ 16’
48
0
0
8’
16.52630’39’
12’
15’
16.5’ 26’ 30’ 39’
Coverage Top View @ 8ft.
Coverage Side View
0'
10' 10'
20' 20'30' 30'40' 40'
0'
27'
40'
50'50'
15'
Coverage Top View @40ft
Coverage Side View
50' 25' 0' 25' 50'
0'
50'
25'
25'
50'
100'
FDP‑L7: 360°
Coverage
The FDP-L7 has a
lens that covers a 100'
diameter area at a
height of 40'.

Other manuals for LEGRAND Wattstopper

Questions and Answers:

LEGRAND Wattstopper Specifications

General IconGeneral
BrandLEGRAND
ModelWattstopper
CategoryLighting Equipment
LanguageEnglish

Summary

Specifications

Description and Operation

Lens Options and Coverage

FDP-L2 360° Coverage

The FDP-L2 is designed for mounting at heights between 8' to 15'.

FDP-L7 360° Coverage

The FDP-L7 has a lens that covers a 100' diameter area at a height of 40'.

Masking the Lens

FDP-301 Components

Mounting and Wiring

FDP-301 Configuration with the Sensor Config App

Navigation

Reset Button Functionality

End-of-Line Testing

Updating Sensor Firmware

Troubleshooting

Lights will not go to High Mode

Check wire connections, sensor obstruction, and light level parameter for proper operation.

Lights will not go into Low Mode

Ensure time delay is set correctly and there is movement within sensor's view for desired period.

Lights will not turn OFF

Verify Cut Off time setting and check for movement within sensor's view when lights are in Low Mode.

False Triggering

May occur with high ambient temperatures; reduce PIR sensitivity or increase fade time.

Lights do not turn ON

Check for blinking blue LED, indicating Hold Off or Photocell Light Level setpoint reached.

Lights suddenly turn off and will not come back on

Check blinking blue LED for Hold Off or Photocell Light Level setpoint status.

I forgot my password

Hold reset button for 5 seconds to reset device to default values and assign a new password.

I can't discover the sensor on the app

Power cycle the sensor to re-enable radio broadcasting if not connected for 7 days.

Ordering Information

FCC Regulatory Statements

IC Regulatory Statements

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