PDF《Murata Bluetooth mesh Node》

11 Subject to change without notice. Copyright ? Murata Manufacturing Co., Ltd. All rights reserved. 15. Provisioning / Configurations The Bluetooth mesh Node is in the Unprovisioned Mode until it is provisioned by a Provisioner , which typically is a smart phone with a Bluetooth mesh compatible app. It is highly recommended to use the Silvair iOS app (https://silvair.com/en/) to make the Bluetooth mesh Node fully work. Please contact Silvair at business@silvair.com about how to get and use the app. 16. Lighting Control Scenarios Multiple lighting control scenarios are available once the Bluetooth mesh Node is provisioned. At each scenario, duration, fade time and target brightness can be configured at any time with the Silvair iOS app. Mode / Scenario Wireless Switch Occupancy Sensor Ambient Light Sensor Unprovisioned Mode - - - Switch On / Off / Scenes - - Occupancy On / Off / Scenes Auto On / Off - Vacancy On / Off / Scenes Auto Off - Occupancy with Daylight Harvesting On / Off / Scenes Auto On / Off Enabled Vacancy with Daylight Harvesting On / Off / Scenes Auto Off Enabled Occupancy Scenario 1PR-DG Rev. 1.2 Page

12 Subject to change without notice. Copyright ? Murata Manufacturing Co., Ltd. All rights reserved. Occupancy Scenario with Daylight Harvesting Vacancy Scenario 1PR-DG Rev. 1.2 Page

13 Subject to change without notice. Copyright ? Murata Manufacturing Co., Ltd. All rights reserved. Occupancy Scenario with Manual Override 17. EnOcean BLE Switch EnOcean BLE switches can be used to control the Node-equipped luminaires. The switches can easily be linked to a Bluetooth mesh Node by using the Silvair iOS app. Scene A Scene B Run Mode (Dim Up) Turn Off (Dim Down) Single Press (Long Press) 1PR-DG Rev. 1.2 Page

14 Subject to change without notice. Copyright ? Murata Manufacturing Co., Ltd. All rights reserved. 18. Occupancy Detection Pattern 19. General Information Item Description Model No. LBCC2ZZ1PR, LBCC2ZZ1PR-280, LBCC2ZZ1UY, LBCC2ZZ1UY-408 FCC ID VPYLB1PR IC 772C-LB1PR H X Y 7.9'

(2.4m) 16.4'

(5.0m) 16.4'

(5.0m) 8.9'

(2.7m) 18.4'

(5.6m) 18.4'

(5.6m) 9.8'

(3.0m) 20.3'

(6.2m) 20.3'

(6.2m) H X Y Orientation Indicators X Y 8.9ft/2.7m 6.6ft/2m 3.3ft/1m

0 9.8ft/3m 6.6ft/2m 3.3ft/1m

0 3.3ft/1m 6.6ft/2m 9.8ft/3m 8.9ft/2.7m 6.6ft/2m 3.3ft/1m

0 9.8ft/3m 6.6ft/2m 3.3ft/1m

0 3.3ft/1m 6.6ft/2m 9.8ft/3m X Y 1PR-DG Rev. 1.2 Page

15 Subject to change without notice. Copyright ? Murata Manufacturing Co., Ltd. All rights reserved. 20. Specifications Item Description Sample Part Number LBCC2ZZ1PR-TEMP (Sensor Controller Node) LBCC2ZZ1UY-TEMP (Sensor-less Controller Node) Production Part Number LBCC2ZZ1PR-280 (Sensor Controller Node) LBCC2ZZ1UY-408 (Sensor-less Controller Node) Dimensions See Dimensions Weight 12.3g (without locknut) / 21.3 (with locknut) Mounting (Luminaire Hole) 1/2 trade size knockout (22.2-23.0 mm) Material / Color ABS / White Connectors / Wire Gauge (2) two-pole connectors

24 to

18 AWG (0.2-0.75mm2 ) / Strip length 0.28-0.35 in. / 7-9 mm Supply Voltage

12 VDC +/- 10% Current Consumption <

30mA (when dimming method = sink) Dimming Control Analog (0-10V) Dim-to-off threshold = 1.25V 4mA (sink) / 10mA (source) Status Indicators Green (network status), Red (occupancy detection) ** Radio Frequency 2.4 GHz Wireless Protocol Bluetooth? mesh / Bluetooth?

5 Wireless Range

100 feet (30m) Line of sight Motion Sensor Type Murata passive infrared (PIR) sensor Occupancy Viewing Angle 92o (see Occupancy Detection Pattern) ** Occupancy Detection Range