SIMPLUX Standalone Wireless Lighting Control System Setup guide Light is OSRAM

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1 SIMPLUX Standalone Wireless Lighting Control System Setup guide Light is OSRAM

Tap to ACCEPT & CONTINUE to accept the Terms of Use.

2 Setting up the SIMPLUX System! Only one phone should be used for SIMPLUX System configuration at any given time. 1 Download and install a. Download OSRAM SIMPLUX Mobile Setup App from AppStore or GooglePlay. b. Tap to ACCEPT & CONTINUE to accept the Terms of Use. 2 Scan SIMPLUX Controller Turn-on Wi-Fi by shining light into the SIMPLUX Controller or by tapping the flashlight icon available via SIMPLUX Mobile App. Wi-Fi USB dongle Ceiling Tile Light Sensor 2

POE-IN SIMPLUX CONTROLLER EN-WM-ZB-P3D 45569 FCC ID:H79DFZM-E7210 IC ID:4259B-DFZM7210 Max ambient temperature +40 o C For Plenum Use yymmdd MAC: 00:00:00:00:00:00 6NA8 POE-OUT AAAAAAAAAAAAAAAA

3 POE-IN SIMPLUX CONTROLLER EN-WM-ZB-P3D FCC ID:H79DFZM-E7210 IC ID:4259B-DFZM7210 Max ambient temperature +40 o C For Plenum Use yymmdd MAC: 00:00:00:00:00:00 6NA8 POE-OUT AAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAA! 1. When Apple phones are used, allow the SIMPLUX App to access the Camera. 2. Manually enter the SIMPLUX Controller specific Wi-Fi password via ios Settings and tap Join. SIMPLUX Controller specific Wi-Fi password a. Scan SIMPLUX Controller barcode sticker from the SIMPLUX Hardware Barcode Logbook left behind by the installer. OSRAM SIMPLUX Hardware Barcode Logbook SIMPLUX Controller Number: Installed Space: Peel this portion of the barcode sticker Place sticker here Site Address: Installed by: System setup by: 3 Name the SIMPLUX Controller a. Provide a name to identify the SIMPLUX Controller and tap CONNECT. 3

4 Adding Area a. Tap ADD AREA, to add areas within the space. b. Provide a name to identify the area and tap ADD AREA. Tap ADD AREA to assign the name to the area. Note: 1.

4 4 Adding Area a. Tap ADD AREA, to add areas within the space. b. Provide a name to identify the area and tap ADD AREA. Tap ADD AREA to assign the name to the area. Note: 1. An area can be as small as a luminaire and as big as a space. 2. Tap the backward arrow to add additional areas. An area can be renamed via the three dot SIMPLUX menu. Refer to the section SIMPLUX Menu on page 21 for details on other menu options. Key in the new name for the area 4

installed in Sandy s Office from the SIMPLUX Hardware

Tap + to add individual devices to Sandy s Office.

belong or have been erroneously added to Sandy s

5 5 Configure Area Devices a. Tap CONFIGURE AREA DEVICES, to add devices for Sandy s Office. b. Scan the barcodes for all the SIMPLUX components installed in Sandy s Office from the SIMPLUX Hardware Barcode Logbook left behind by the installer. c. Tap + to add individual devices to Sandy s Office. Note: Tap Trash icon to remove any devices that don t belong or have been erroneously added to Sandy s Office. Battery powered devices require additional steps: Sensor requires flashing a light; while wallstation requires a button press. 5

d. Tap START TEST once all SIMPLUX devices installed in Sandy s Office have been scanned. e. Perform the required actions for wallstation and sensor and tap NEXT.

6 d. Tap START TEST once all SIMPLUX devices installed in Sandy s Office have been scanned. e. Perform the required actions for wallstation and sensor and tap NEXT. Rerun the test via RETURN TO AREA DEVICES START TEST! if devices failed to join the network for the first time. f. Select the desired sensor functionality and tap CONTINUE. Note: A sensor can be configured to perform occupancy sensing, daylight harvesting or both. Uniform: If selected, the sensor will offer occupancy control as well as daylight harvesting. In response to daylight, participating electric lights dim/brighten by the same percentage. Multi-Zone: If selected, the sensor will offer occupancy control as well as daylight harvesting. In response to daylight, participating electric lights dim/brighten by varying percentage. The percentage depends on their proximity to the window(s). None: Sensor offers occupancy control only. Daylight harvesting is not offered.! Refer to the section DAYLIGHT HARVESTING on Page 7 for available configuration options when the sensor s daylight sensing capability (Uniform or Multi-Zone) is enabled. 6

7 Daylight Harvesting Daylight Harvesting configuration for the area is always associated to Scene 1 if the area has been assigned a wallstation. The configuration can be overidden by selecting a different scene.! For optimum performance, sensors used for daylight harvesting should: 1. Be mounted 2'-6' from windows or above a desk or workspace located in the primary sidelit zone Note: The sensor should be mounted within 6'-10' (ideally above a desk or workspace) from the windows if a single sensor is used in the area for both daylight harvesting and occupancy sensing. 2. Not be exposed to any uncontrolled desk or floor lamps. Light from uncontrolled source can impact how the system regulates the daylight harvesting zone 3. Have exposure to daylight and at the same time not be exposed to direct sunlight Note: It is important that the area should receive sufficient daylight during setup. However, the daylight measured in the area should not exceed the maximum artificial light reading.. 4. Be exposed to steady daylight conditions that are typical to the region Note: Light meter values taken during sudden changes in sky conditions (for example, daylight to overcast or vise versa) can adversely affect the effect of daylight harvesting 5. Not be masked Daylight Zones Definition 0.5 x HH 0.5 x HH 1 HH 1 HH 1 HH 1 HH Primary Sidelit Zone Secondary Sidelit Zone HH Window Height No Daylight Zone Reference: Building Energy Efficiency Standards/California Energy Commission. 7

8 The primary sidelit zone is a daylit area directly adjacent to one or more windows. Calculation Steps: a. Determine the window head height for each window. b. The length of the zone is one window head height into the area adjacent to the window. c. The width of the zone is the width of the window plus half the window head height on each side of the window. d. Subtract any area on a plan that is blocked by a permanent obstruction that is six feet or taller. Window Head Height = Vertical distance from the finish floor level to the top of a window Secondary sidelit zones represent areas where daylight is present, but may provide less illumination because of their distance from windows. Calculation Steps: a. Add one additional window head height to the same dimensions determined for the primary sidelit zone. b. Subtract any area that is blocked by a permanent obstruction that is six feet or taller.! 1. A light meter should be readily available prior to performing the daylight setup. 2. When prompted, light meter readings should be entered within 30 seconds (DO NOT wait until the meter readings are completely settled. Light meter readings +/- 10 Lux are accurate enough for the setup) otherwise the setup will fail. Uniform a. Select Uniform, then tap CONTINUE and NEXT. 8

9 b. Shine a light on the sensor when Action Required is prompted and tap NEXT. Ceiling Tile Sensor c. Enter the light meter reading (lux value) and tap NEXT. Make sure the light meter is positioned on a work surface. d. Enter the light meter reading (lux value) when lights turn off and tap NEXT. e. Tap GO TO AREA PROPERTIES to configure other area properties for Sandy s Office. 9

10 ! If not successful, adjust shades/blinds position to minimize the direct sunlight effect on the sensor and repeat the process: RETURN TO AREA DEVICES START TEST Multi-Zone a. Tap Multi-Zone. b. Shine a light on the sensor when Action Required dialog is prompted and tap NEXT. c. Tap WINK to find/identify the fixture(s) and assign them to the desired zone(s): Primary Zone, Secondary Zone or No Daylight Harvesting Zone and tap NEXT or CONTINUE. 10

11 d. Position light meter in the secondary zone at work surface height, enter the light meter reading (lux value) and tap NEXT. e. Enter the light meter reading (lux value) for the secondary zone when lights turn off and tap NEXT. f. Repeat steps d. and e. above for the primary zone. g. Proceed to configure other Area Properties upon seeing Area Setup Successful message: GO TO AREA PROPERTIES CONFIGURE AREA DEVICES! If not successful, adjust shades/blinds position to minimize the direct sunlight effect on the sensor and repeat the process from RETURN TO AREA DEVICES START TEST Reconfiguring Daylight Harvesting To change the Daylight Harvesting Type (for example, change from Uniform to Multi-Zone, etc.) for Sandy s Office, tap GO TO AREA PROPERTIES CONFIGURE AREA DEVICES START TEST Note: Daylight harvesting can be disabled by selecting None. 11

6 Configure Area Properties Tap GO TO AREA PROPERTIES to customize PROPERTIES for

AREA DEVICES and DELETE AREA. Scenes a. Tap the pen icon to create more scenes. b.

has been assigned a 3-Scene Wallstation) and Plug Load ON/OFF status and tap SAVE.

Tap button to change Plug Load ON (orange)/off(grey) status.

12 6 Configure Area Properties Tap GO TO AREA PROPERTIES to customize PROPERTIES for Sandy s Office: SCENE, DAYLIGHT HARVESTING, MOTION SENSOR, SCHEDULING, CONFIGURE AREA DEVICES and DELETE AREA. Scenes a. Tap the pen icon to create more scenes. b. Set different combinations of light levels (up to 3 scenes since Sandy s Office has been assigned a 3-Scene Wallstation) and Plug Load ON/OFF status and tap SAVE. Tap, hold and slide the button to adjust individual fixture brightness. Tap button to change Plug Load ON (orange)/off(grey) status. Change in color indicates that a scene has been saved. Note: Daylight Harvesting is always associated to Scene 1 12

13 c. Tap the arrow to create more scenes. Once saved, scenes can be selected from the 3-Scene wallstation installed in Sandy s Office as shown below: Daylight Harvesting This feature if NOT enabled in Step 5 Configure Area Devices, can also be enabled from here. a. Tap Disabled and then YES to Enable Daylight Harvesting? b. Tap START TEST and select the desired Daylight Harvesting option (Uniform or Multi-Zone) as outlined in Step 5 Configure Area Devices. The following properties are readily available if Daylight Harvesting has been already enabled: Maximum Brightness and Strength The screen capture below is taken when the sensor in Sandy s Office is configured to perform Multi-Zone daylight harvesting. 13

Minimum Brightness This feature is available for both Uniform and Multi-Zone options. Fixture(s) brightness level in response to daylight harvesting can be adjusted from 0% to 100%.

Tap desired Motion Sensor Mode. Occupancy Mode: Lights turn ON when occupancy is detected and turn OFF when there is no occupancy in the area. Manual input via wallstation is not required.

14 Minimum Brightness This feature is available for both Uniform and Multi-Zone options. Fixture(s) brightness level in response to daylight harvesting can be adjusted from 0% to 100%. Strength This feature is available for both Uniform and Multi-Zone options. Aggressiveness of daylight harvesting from High to No Daylight Harvesting can be selected from here. Motion Sensor a. Tap desired Motion Sensor Mode. Occupancy Mode: Lights turn ON when occupancy is detected and turn OFF when there is no occupancy in the area. Manual input via wallstation is not required. Vacancy Mode: Lights need to be manually turned ON via wallstation. Lights turn OFF automatically when there is no occupancy in the area. b. Tap desired Motion Sensor Timeout. Note: 1. Timeout determines how long a sensor should wait before turning the lights OFF when the space becomes vacant. 2. OSRAM sensors are shipped with 5 minutes hardware timeout. For example, 5 Minutes (Default) when selected via SIMPLUX Application would introduce 10 Minutes (5 minutes hardware timeout + 5 minutes timeout selected via application) of waiting time prior to turning the lights OFF. 14

Scheduling Lights can be made to turn ON/OFF automatically depending on a schedule. An area can have both SCHEDULING and MOTION SENSOR based controls.

Tap on the button to Activate Schedule. Orange button indicates Active Schedule. d. Select the desired time range, mode and Extension Time.

by the Extension Time specified. SCHEDULING based controls allow mode selections similar to MOTION SENSOR.

15 Scheduling Lights can be made to turn ON/OFF automatically depending on a schedule. An area can have both SCHEDULING and MOTION SENSOR based controls. In this situation, the sensor will only function outside of a scheduled event. a. Tap No Schedule to begin programming. b. Tap on the day. c. Tap on the button to Activate Schedule. Orange button indicates Active Schedule. d. Select the desired time range, mode and Extension Time. Note: If a wallstation button is pressed in response to flickwarn or outside of a schedule the lights assigned to the area (Sandy s Office) will stay or come ON by the Extension Time specified. SCHEDULING based controls allow mode selections similar to MOTION SENSOR. Auto On, Auto Off: Lights turn ON/OFF automatically as per schedule. Manual On, Auto Off: Lights will not turn ON automatically at the beginning of the schedule. They need to be turned ON via wallstation. Lights automatically turn OFF at the end of the schedule. 15

16 Configure Area Devices Steps listed in section 5 Configure Area Devices can be performed from here. Delete Area This property will delete the area and the associated devices. Deleted devices can be added to a new area or space. a. Tap DELETE AREA to delete an area. b. Select Yes to confirm.! Battery powered devices require additional steps: Sensor requires flashing a light while wallstation requires a button press. 16

SETTINGS, change AUTOMATED DEMAND RESPONSE configuration and

17 SIMPLUX Controller Settings a. Tap SIMPLUX Controller Settings to change/save WI-FI SETTINGS, change AUTOMATED DEMAND RESPONSE configuration and to BACKUP & RESTORE SIMPLUX Controller. Wi-Fi Settings a. Tap WI-FI SETTINGS GENERATE NEW PASSWORD. 17

b. Backup the newly generated password by sending it to your email address. c.

Upon completing APPLY & CONNECT, the newly generated Wi-Fi password will be stored in the SIMPLUX Controller.

originally scanned data matrix password. 2.

18 b. Backup the newly generated password by sending it to your address. c. Tap APPLY & CONNECT and tap YES to the warning message to apply the newly generated password.! 1. Upon completing APPLY & CONNECT, the newly generated Wi-Fi password will be stored in the SIMPLUX Controller. However, if the application is uninstalled and reinstalled, the system will default to the SIMPLUX Controller s originally scanned data matrix password. 2. Using a new phone, after applying the new password, requires data matrix scanning. Note: SIMPLUX Configuration files are saved in the SIMPLUX Controller and can be accessed through the mobile app downloaded to any Apple or Android phone. 18

Automated Demand Response The SIMPLUX System allows one WADR module per space that can be added via the SIMPLUX Controller Settings. a. Tap AUTOMATED DEMAND REPONSE to configure the ADR Module for the space ABC, Inc.

19 Automated Demand Response The SIMPLUX System allows one WADR module per space that can be added via the SIMPLUX Controller Settings. a. Tap AUTOMATED DEMAND REPONSE to configure the ADR Module for the space ABC, Inc. b. Follow the steps outlined in 5 configure the WADR module. Configure Area Devices to scan, add and Scan Configure Add c. Pick your area and set the desired light level reduction in response to an ADR signal. In the example shown below, lights in Sandy s Office are reduced by 40% in response to an ADR signal. 19

setup. b. Select the image and tap RESTORE. c.

20 Backup & Restore a. Tap BACKUP & RESTORE to save SIMPLUX system configuration images to the mobile phone and restore the system.! The BACKUP file is saved in the mobile phone used for system setup. b. Select the image and tap RESTORE. c. After a restore, the system will restart. Enable Wi-Fi as outlined in 1 Scan SIMPLUX Controller to make any changes to system configuration. 20

SYSTEM LOG: System Logs can be emailed to technical support for further troubleshooting. RE-INITIALIZE SIMPLUX: Rewrites all configuration data into the SIMPLUX Controller. 2.

21 SIMPLUX Controller Menu The following SIMPLUX Controller Menu options are available: 1. OPTIONS: Enables feedback customization (Sound or Vibrate) during device scanning and Troubleshooting assistance. SYSTEM LOG: System Logs can be ed to technical support for further troubleshooting. RE-INITIALIZE SIMPLUX: Rewrites all configuration data into the SIMPLUX Controller. 2. HELP: Links to SIMPLUX On-Line Help page. You may need to disconnect from the SIMPLUX Controller Wi-Fi to use an internet connection. 3. ABOUT: Provides SIMPLUX Mobile Application s version, TERMS OF USE, etc. 4. NEW SIMPLUX CONTROLLER: Link back to the main screen to connect to a new (or different) SIMPLUX Controller. 21

22 OSRAM SYLVANIA Inc. 200 Ballardvale Street Wilmington, MA USA OSRAM is a registered trademark of OSRAM GmbH. SIMPLUX is a trademark of OSRAM SYLVANIA Inc. Specifications subject to change without notice. LMS OSRAM SYLVANIA Inc.

Single-zone Daylighting Control Sequences of Operation. Topic: DLM Operation with LMLS-400 Photosensor, v2.xx Issue: # TB185 Date: March 10, 2012

Single-zone Daylighting Control Sequences of Operation. Topic: DLM Operation with LMLS-400 Photosensor, v2.xx Issue: # TB185 Date: March 10, 2012 Understanding the capabilities of Digital Lighting Management (DLM) photosensors, and how to configure the sensors for the desired control strategy is one key to successful daylighting controls projects.