Cooper Lighting TMS0550000295, TMS0550000311 User Manual

User and Programming Manual

WaveLinx

This document is intended for installers, set-up technicians and IT professionals of the WaveLinx Wireless Connected Lighting System

ATTENTION

Engage appropriate network security professionals to ensure all lighting control system hardware and servers are secure for access.

Ensure IT professionals review the WaveLinx network architecture document found at the end of this manual.

Network security is an important issue. Typically, the IT organization must approve configurations that expose networks to the Internet. Be sure to fully read and understand customer IT Compliance documentation.

DISCLAIMER OF LIABILITY: Eaton assumes no liability for damages or losses of any kind that may arise from the improper, careless, or negligent installation, handling or use of the products.

IMPORTANT: This manual provides information on the installation and operation of WaveLinx Wireless Connected

Lighting System. For proper operation it is important to follow the installation instructions for each product/component.

WaveLinx User Manual

WaveLinx User Manual - Table of contents

Becoming Familiar with WaveLinx System Components ....................................................................................................................5

Bringing the System Online ................................................................................................................................................................9

Step 1: Confirming Device Installation .....................................................................................................................................9

Step 2: Completing the Initial Construction Grouping .............................................................................................................11

Using the Mobile Application to Pair Devices ............................................................................................................16

Operation of Devices within the Construction Grouping ...........................................................................................17

Step 3: Connecting to the Mobile Application as the Administrator User ...............................................................................18

Mobile Application Basic Familiarity ...........................................................................................................................21

Step 4: Organizing Devices into Controlled Areas and Zones .................................................................................................27

Automatic Code Commissioning Operation .............................................................................................................................34

Using the WaveLinx Mobile Application for Personal Control .............................................................................................................35

Connecting with the Mobile Application as the Default Personal Control User ......................................................................35

Assign a Favorite Area for Personal Control Users ..................................................................................................................36

Control the Lighting as a Personal Control User ......................................................................................................................37

Customizing the Automatic Code Commissioning Programming .......................................................................................................38

Modifying Names of Areas, Zones and Devices ......................................................................................................................38

Modifying Scene Response .....................................................................................................................................................40

Modifying Zone Response .......................................................................................................................................................43

Modifying Minimum and Maximum Levels (High and Low End Trims)......................................................................43

Modifying Zone Operational Mode ............................................................................................................................45

Modifying Wallstation Button Response ..................................................................................................................................48

Standard Wallstation Default Button Response .........................................................................................................48

Battery Powered Wallstation Default Button Response .............................................................................................49

Changing Default Button Response ...........................................................................................................................50

Copying Wallstation Programming to Other Wallstations ..........................................................................................53

Additional Wallstation Information ..............................................................................................................................56

Modifying Occupancy Sensor Response .................................................................................................................................57

Adjusting Occupancy Set Response and Controlled Zones .......................................................................................57

Viewing and Adjusting Individual Sensor Settings .....................................................................................................61

Defining Additional Occupancy Sets ..........................................................................................................................62

Associating Occupancy Sets for Overlapping or Cascading Control ..........................................................................66

Deleting Occupancy Sets ...........................................................................................................................................70

Modifying Light Levels for Daylight Sensors ...........................................................................................................................71

Modifying Closed Loop Daylighting Control ...............................................................................................................72

Configuring Open Loop Daylighting Control...............................................................................................................81

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Adding Schedule Events to the Control Strategy .....................................................................................................................91

Basic Schedule Event Screen Information .................................................................................................................95

Modifying and Testing Demand Response Behavior ................................................................................................................95

Modifying Demand Response Behavior .....................................................................................................................96

Testing Demand Response ........................................................................................................................................97

Performing Administrator Tasks ...........................................................................................................................................................99

Logging into the Wireless Area Controller Webpages .............................................................................................................100

Setting the System Location, Time, Date and Time Zone ........................................................................................................102

Managing User Accounts and Passwords................................................................................................................................105

Modifying Existing User Accounts and Passwords ....................................................................................................105

Adding a New User Account ......................................................................................................................................106

Deleting a User Account ............................................................................................................................................107

Using the Backup and Restore User Accounts Option ..............................................................................................108

Restoring User Accounts from a Backup ...................................................................................................................110

Using the Mobile Application to Change Passwords .................................................................................................111

Renaming the Wireless Area Controller ...................................................................................................................................112

Performing a System Backup ...................................................................................................................................................112

Performing a System Restore ..................................................................................................................................................114

Viewing Disclaimers and End User License Agreements ........................................................................................................116

Viewing and Updating Firmware of the Wireless Area Controller and WaveLinx Devices ......................................................116

Viewing Firmware of the Wireless Area Controller ....................................................................................................116

Updating the Firmware/Software of the Wireless Area Controller ............................................................................117

Updating the Firmware of WaveLinx Devices ............................................................................................................118

Advanced Network Administration ...........................................................................................................................................121

Changing Wi-Fi Access Point Settings........................................................................................................................121

Changing Wi-Fi Settings .............................................................................................................................................122

Changing Ethernet Settings .......................................................................................................................................123

Changing DNS Settings ..............................................................................................................................................123

Custom Certificates ...................................................................................................................................................123

Rebooting the Wireless Area Controller ...................................................................................................................................124

Viewing the Mobile Application Version ...................................................................................................................................124

Updating the Mobile Application ..............................................................................................................................................125

Replacing and Syncing Devices using the Mobile Application .................................................................................................125

Using the Wireless Area Controller PAIR Button Advanced Functionality................................................................................130

Common Questions ............................................................................................................................................................................131

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WaveLinx User Manual

Welcome and Introduction

The WaveLinx Wireless Connected Lighting System offers wireless, code-compliant control in a simple, easy to install and manage format. Designed with ease of use in mind, the WaveLinx wireless system installs and configures quickly to capture immediate energy and cost savings.

building

architectural LED lighting

ﬁxture with

occupancy and

daylighting

sensor

LAN

additional

wireless

area controller

(WAC)

J-box and

conduit

dimming

relay

Lighting Xpert Insight

occupancy

sensor

software

wireless

area controller

manager pro

Public API (REST)

(WAC)

insight

BACnet

Outdoor

outdoor

area/site/ﬂood

LED lighting

ﬁxtures

ambient LED

lighting

ﬁxtures with

occupancy and

daylighting

sensor

scene

wallstation

controlled

receptacle

battery

wallstation

Indoor

tile mount sensor

recessed

LED lighting

ﬁxtures

WaveLinx

mobile

app

Use this user manual to:

•

Quickly bring the system online with default functionality and automatic code commissioning that meets or exceeds code requirements.

•

Operate lighting from the WaveLinx Mobile Application’s personal control option.

•

Modify operation of automatic code commissioning to meet different operation requirements through adjustment of scenes, occupancy sensors, daylight sensors, schedule behavior, and demand response operation.

•

Perform administrator tasks to set the system time, date and location, change usernames and passwords, backup and restore databases, update software and firmware, and perform advanced network connection functions.

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WaveLinx User Manual

Becoming Familiar with WaveLinx System Components

The following devices may be used in a WaveLinx Wireless Connected Lighting System.

Insight Manager Pro Lighting Xpert Insight

Insight Manager Enterprise and Virtual

The Insight Manager and Lighting Xpert Insight software are optional for sites that want to have enterprise-level functionality. This functionality includes data centralization from networked WaveLinx Wireless Area Controllers, alarms and events management, exposing the data from the Wireless Area Controllers to third party system via BACnet and Public API (REST), user management and system backup. The Insight Manager and Lighting Xpert Insight software will not be discussed in this user guide. Refer to the specific materials for these products for further information.

Wireless Area Controller

The Wireless Area Controller (WAC) is the central communications coordinator for the WaveLinx system. A Wireless Area Controller can coordinate communication to up to 200 (100 best practice) devices within its wireless range. The Wireless Area Controller can operate as a standalone coordinator, or may be connected to a building network with other Wireless Area Controllers to meet larger building requirements. Installed as a standalone system, the Wireless Area Controller uses its internal wireless Wi-Fi access point to communicate to the WaveLinx Mobile Application installed on a user provided iOS or Android smart phone or tablet. Installed in an Ethernet connected system or connected to the building network by Wi-Fi, each Wireless Area Controller operates independently for its paired devices, using the connected building network to communicate to the WaveLinx Mobile Application.

WaveLinx Mobile Application

Use the WaveLinx Mobile Application to commission the WaveLinx Wireless Connected Lighting System. Once the system is operational, use the WaveLinx Mobile Application to personally control specific areas and zones in the facility, or to change the automatic code commissioning programmed behavior. The WaveLinx Mobile Application is available from the App Store or Google Play and is compatible with devices running on an iOS 11+ or Android 7+ operating system.

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WaveLinx Dimming Switchpack with 0-10V

WSP-MV-010

WaveLinx User Manual

Use the WaveLinx Dimming Switchpack with 0-10V to wirelessly control a zone of switched loads or 0-10V lighting loads. Each switchpack operates as a WaveLinx wireless router and endpoint. The switchpack is rated for control of LED or other electronic ballast loads of up to 16 amps and general purpose or receptacle loads of up to 20 amps. The WSP-MV-010 0-10V output sinks up to 120mA for support of approximately 60 ballasts/drivers (2mA each). The WSP-CA-010 0-10V output sinks up to 30mA for support of approximately 30 ballasts/drivers. The WaveLinx relay switchpack includes power measurement capability for display within the WaveLinx Mobile Application.

WSP-CA-010

WaveLinx Integrated Sensor

WaveLinx Industrial Integrated Sensor

Eaton offers many options for luminaires pre-configured with a WaveLinx Integrated Sensor. The in-fixture sensor operates as a WaveLinx wireless communications router as well as an occupancy/vacancy sensor, closed loop daylight sensor, and power measurement point. The standard ambient integrated sensor is also available in a model equipped with Bluetooth for future options.

The WaveLinx Industrial Integrated Sensor installs as an option into many Eaton industrial light fixtures. The fixture mounted sensor operates as a WaveLinx wireless communications router as well as an occupancy/vacancy sensor, closed loop daylight sensor, and power measurement point. Different models allow for low bay mounting heights of 7-15 feet (2.1 – 4.5m) or high bay mounting heights of 15-40 feet (4.5 – 12.2m).

technology to allow

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WaveLinx User Manual

WaveLinx Outdoor Integrated Sensor

WaveLinx Tilemount Daylight Sensor

The WaveLinx Outdoor Integrated Sensor installs as an option into many Eaton outdoor light fixtures. The fixture mounted sensor operates as a WaveLinx wireless communications router as well as an occupancy sensor, closed loop daylight sensor, and power measurement point. Different models allow for low mounting heights of 7-15 feet (2.1 – 4.5m) or high mounting heights of 15-40 feet (4.5 – 12.2m).

The WaveLinx Tilemount Daylight Sensor paired with a control module offers wireless daylighting functionality to connected 0-10V lighting loads. Like the integrated sensor, the tilemounted sensor operates as a WaveLinx wireless communications router and functions as a closed loop daylight sensor within the WaveLinx Mobile Application.

WaveLinx Ceiling Sensor

WaveLinx Wireless Outdoor Lighting Control Module

Use the WaveLinx Ceiling Sensor to add additional occupancy/ vacancy sensor functionality or to add open loop daylighting capability to the WaveLinx system. Each ceiling sensor operates as a WaveLinx wireless endpoint. The ceiling sensor uses passive infrared technology for occupancy/vacancy sensing. The ceiling sensor also contains a daylight sensor capable of controlling multiple lighting zones in an open loop daylighting application. The WaveLinx Ceiling Sensor is battery powered, mounting easily where needed.

The WaveLinx Wireless Outdoor Lighting Control Module (WOLC) offers control of outdoor luminaires from the WaveLinx system or to add basic open loop daylighting to OFF capability to outdoor applications. Fixtures equipped with the wireless outdoor lighting control module and connection receptacle allow for ON/OFF and/or 0-10V dimming control from the onboard open loop daylight sensor as well as schedules and other WaveLinx system devices. The wireless outdoor lighting control module can report power measurement data for its connected load for display within the WaveLinx Mobile Application.

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WaveLinx User Manual

WaveLinx Wallstation (standard line voltage powered) WaveLinx Battery Powered Wallstation

Use the WaveLinx Wallstations to manually operate wirelessly connected loads. Models include standard WaveLinx Wallstations that connected to line voltage power and WaveLinx Battery Powered Stations that simplify retrofit installations. Operation includes button configuration support for scene selection, scene raise/lower, zone level, zone raise/lower, and scene and zone toggle capability. Other supported functions for special applications include hold/release occupied and save scene capability.

WaveLinx Receptacle

WR-15 WR-20

Use the WaveLinx Receptacle to simplify plug load control requirements. Each receptacle operates as a WaveLinx wireless communication router. The duplex receptacle provides a constantly powered bottom outlet and a wirelessly controlled top outlet that operates with other WaveLinx controls. The WaveLinx Receptacle includes power measurement capability for display within the WaveLinx Mobile Application.

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WaveLinx User Manual

Bringing the System Online

The WaveLinx Wireless Connected Lighting System configures quickly to allow immediate energy savings. Use the steps in this section to:

• Step 1: Confirm that installed devices are ready for configuration

• Step 2: Complete initial construction grouping to prepare for mobile application use

• Step 3: Initiate communications with the WaveLinx Mobile Application

• Step 4: Organize devices into controlled areas and zones for automatic code commissioning operation

Step 1: Confirming Device Installation

Before configuring devices, ensure that they are ready by verifying installed operation.

Device Default LED Functionality Operational Functionality Out-of-the-Box

Wireless Area Controller

Eaton LED

WAN LED

LAN LED

Wi-Fi LED

not used

802.15.4 LED

After a 1 minute power up period:

• EATON logo LED: Blue LED should illuminate the

Eaton logo and remain ON.

• 802.15.4 LED: Blue LED should illuminate and

remain ON.

Note: The green LAN LED may also be illuminated if the controller is connected to a building LAN with a DHCP server. Other LEDs should be OFF.

Not Applicable for this device.

WaveLinx Wireless Dimming Switchpack (WSP-MV-010: 120-277VAC model)

WaveLinx Wireless Dimming Switchpack (WSP-CA-010: 120-347VAC model)

WaveLinx Integrated Sensor

(including standard and Bluetooth enabled models)

WaveLinx Industrial Integrated Sensor

The white LED on this wireless Dimming Switchpack model illuminates to indicate the load is ON. If the onboard commissioning push button is pressed for less than 4 seconds, the LED and attached load will toggle state.

Not applicable. This wireless Dimming Switchpack model has no onboard LED indicators.

LED in sensor window should blink green with motion detection. The green LED color indicates that the integrated sensor has not yet been paired with a Wireless Area Controller.

(If the LED blinks white, this indicates that the sensor has been previously paired with a Wireless Area Controller. See page 135 for information on resetting the pairing.)

LED in sensor window should blink green with motion detection. The green LED color indicates that the integrated sensor has not yet been paired with a Wireless Area Controller.

(If the LED blinks white, this indicates that the sensor has been previously paired with a Wireless Area Controller. See page 135 for information on resetting the pairing.)

• Connected loads will turn ON and 0-10V dimmable

loads will go to 75% once power is applied.

• Load remains ON at 75% unless commissioning

push button is used for manual override.

Connected loads will turn ON and remain ON with dimmable loads at a 100% level.

Fixture operates via the onboard occupancy sensor.

• Occupancy turns fixture ON to 75%.

• Fixture will turn OFF within 20 minutes

when space is vacant.

Note: Daylighting is disabled until the fixture is assigned to an area using the WaveLinx Mobile Application.

Fixture operates via the onboard occupancy sensor.

• Occupancy turns fixture ON to 100%

• Fixture will dim to 10% within 20

Note: Daylighting is disabled until the fixture is assigned to an area using the WaveLinx Mobile Application.

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WaveLinx User Manual

WaveLinx Outdoor Integrated Sensor LED in sensor window should blink green with motion

detection. The green LED color indicates that the integrated sensor has not yet been paired with a Wireless Area Controller.

(If the LED blinks white, this indicates that the sensor has been previously paired with a Wireless Area Controller. See page 135 for information on resetting the pairing.)

WaveLinx Tilemount Sensor

LED in sensor window should blink green with motion detection. The green LED color indicates that the integrated sensor has not yet been paired with a Wireless Area Controller.

(If the LED blinks white, this indicates that the sensor has been previously paired with a Wireless Area Controller. See page 135 for information on resetting the pairing.)

WaveLinx Ceiling Sensor

LED may flash red once approximately every 10 seconds indicating that the unit is powered.

Fixture operates via the onboard daylight and occupancy sensors.

• ON at dusk / OFF at dawn

• If fixture is ON at dusk, the occupancy sensor

determines the light level.

• If occupied, the fixture will go to 100%.

• The fixture will dim to 50% within 15 minutes

when the space is unoccupied.

Fixture operates via the onboard occupancy sensor which can later be disabled during configuration.

• Occupancy turns connected 0-10V dimmable

fixture ON to 75%.

• Fixture will turn OFF within 20 minutes when

space is vacant.

Note: Daylighting is disabled until the fixture is assigned to an area using the WaveLinx Mobile Application.

This device does not have out-of-the-box functionality and will not operate until it is successfully paired with a Wireless Area Controller.

WaveLinx Wireless Outdoor Lighting Control Module

WaveLinx Wallstation

Not applicable. The WaveLinx Wireless Outdoor Lighting Control Module has no onboard LED indicators.

If a button is pressed, the LED on that button will flash slowly for approximately 10 seconds and then stop.

Fixture turns ON to 100% upon power up and then after a short evaluation period begins operation from the onboard daylight sensor. The fixture will then switch ON at dusk or OFF at dawn based on the daylight sensor and availability of daylight until the device is paired with the Wireless Area Controller.

This device does not have out-of-the-box functionality until it is successfully paired with a Wireless Area Controller.

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WaveLinx User Manual

WaveLinx Wallstation Battery Powered All LEDs will be off as the station is automatically in

WaveLinx Receptacle

Quick Links for Common Questions

• One or more of my devices does not display the correct out-of-the-box functionality. What should I do? See the answer on page 108.

“sleep” mode to conserve battery life.

A red LED below the bottom button may flash if a finger is within 5 cm of the buttons or a button is pressed, triggering the proximity sensor to “wake” the station and request an updated LED status. The button LEDs should remain off until the station is paired with the WAC.

Green LED on controlled outlet illuminates indicating that the controlled outlet is powered. If the onboard manual push button is pressed, the LED and controlled outlet will toggle state.

This device does not have out-of-the-box functionality and will not operate until it is successfully paired with a Wireless Area Controller.

The controlled and uncontrolled outlets will turn ON once power is applied.

Manual push button operation toggles controlled outlet between ON and OFF state.

Step 2: Completing the Initial Construction Grouping

Once the device installation and electrical connections are confirmed, use the following steps to complete the initial construction grouping. The construction grouping process pairs devices with the Wireless Area Controller, forms one large default control group for basic operation during construction, and prepares devices for configuration from the WaveLinx Mobile Application.

1: On the site floorplan, locate the WaveLinx Wireless Area Controller and identify the WaveLinx devices that should be paired to it. Sites designed to use multiple Wireless Area Controllers should identify the devices that belong to each controller so that they can be correctly paired with the appropriate Wireless Area Controller according to the design plan.

2: Identify the circuit breakers supplying power to each of the WaveLinx devices that will be paired with the first Wireless Area Controller. This includes circuits that power fixtures with WaveLinx Integrated Sensors, fixtures connected to WaveLinx Tilemount Sensors, fixtures with Wireless Outdoor Lighting Control Modules, lighting connected to WaveLinx wireless Dimming Switchpacks as well as circuits connected to WaveLinx Receptacles and Wallstations.

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3: Press and release (1 second press) the PAIR button located on the rear panel of the Wireless Area Controller. The blue 802.15.4 LED on the Wireless Area Controller will blink at a rate of one blink per second to indicate the Wireless Area Controller is in pairing mode. The Wireless Area Controller pairing mode automatically times-out after 60 minutes or can be manually exited by pressing and releasing (1 second press) the PAIR button again.

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WaveLinx User Manual

4: Place devices into pairing mode. See the below chart for information on how to place specific devices in pairing mode:

Device Type How to place pairing mode

WaveLinx Wireless Dimming Switchpack (WSP-MV-010: 120-277VAC model)

Cycle the power (switch OFF and then ON) of each identified circuit using the circuit breakers. This places the devices into pairing mode and starts their search for a Wireless Area Controller. Pairing mode automatically times-out after 60 minutes if a device does not successfully pair with a Wireless Area Controller. Only unpaired devices will enter pairing mode on the power cycle.

WaveLinx Integrated Sensor

WaveLinx Tilemount Sensor

WaveLinx Industrial Integrated Sensor

WaveLinx Outdoor Integrated Sensor

Note: Standard WaveLinx Wallstations (line voltage powered) will also respond to this pairing technique.

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WaveLinx Wallstation Press any button on the Wallstation to initiate a PAIR request from any unpaired wallstation.

• On the standard WaveLinx Wallstation (line voltage powered), the LED on the button pressed should flash

slowly for approximately 10 seconds.

• On the WaveLinx Battery Powered Wallstation, the red LED below the buttons may flash briefly when the

proximity sensor detects someone near and may flash intermittently during the pairing process. No other feedback from button LEDs will occur.

WaveLinx Wallstation Battery Powered

WaveLinx User Manual

WaveLinx Wireless Outdoor Lighting Control Module If in an unpaired state, these devices will automatically pair when they receive the Wireless Area Controller

PAIR mode signal. The search command re-initiates every 20 minutes until a pair forms. A power cycle to these devices will cause the search to start again approximately 20 seconds after the initial power up.

WaveLinx Wireless Dimming Switchpack (WSP-CA-010: 120-347VAC model)

WaveLinx Ceiling Sensor Within the 60 minute pairing period, use one of the following methods to place each of the Occupancy Sensors

into PAIR mode:

• (Preferred method) Press the wireless PAIR button onboard the sensor to initiate the pair process.

• Shine a bright flashlight into the lens of each battery powered ceiling sensor to place the sensor into

PAIR mode.

• Motion activity may also trigger the sensor into PAIR mode although this method is less reliable.

The LED in the sensor window will flash ON and OFF for 10 seconds to indicate it is in pairing mode before going back to its normal blink pattern.

WaveLinx Receptacle

Within the 60 minute pairing period, at each receptacle location, press and hold down the manual push button for 5 seconds and then release the push button when the LED starts flashing red.

(Note: The LED may flash red or cycle between green and amber during the pairing process).

ote:N During the 60 minute pairing period, devices may exhibit paired behavior. It is possible to confirm successful WaveLinx device pairing by verifying that

each device’s exhibits this behavior. It is also possible to confirm pairing after the pairing process is complete. Refer to the chart below to see a device’s expected behavior during initial pairing.

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WaveLinx User Manual

Device Successfully Paired Behavior (during initial pairing)

WaveLinx Wireless Dimming Switchpack

Connected 0-10V dimmable fixtures dim to 10%.

(WSP-MV-010: 120-277VAC model)

WaveLinx Wireless Dimming Switchpack (WSP-CA-010: 120-347VAC model)

Fixture dims briefly when paired then turns ON to a brighter light level and remains ON. It may be difficult to review paired behavior during the initial pairing cycle. Pairing can be verified after PAIR

mode exits (see chart that follows this section).

WaveLinx Integrated Sensor Fixture dims to 10%.

LED in sensor window should blink WHITE with motion detection.

WaveLinx Industrial Integrated Sensor Fixture dims to 10%.

LED in sensor window should blink WHITE with motion detection.

WaveLinx Outdoor Integrated Sensor Fixture dims to 10%.

LED in sensor window should blink WHITE with motion detection.

WaveLinx Tilemounted Sensor Connected 0-10V dimmable fixtures dim to 10%.

LED in sensor window should blink WHITE with motion detection.

WaveLinx Ceiling Sensor There is no immediate feedback that pairing was successful. Pairing will be verified through the mobile

application in a later step.

WaveLinx Wireless Outdoor Lighting Control Module Fixture dims briefly when paired then turns ON to a brighter light level and remains ON.

It may be difficult to review paired behavior during the initial pairing cycle. Pairing can be verified after PAIR mode exits (see chart that follows this section.)

WaveLinx Wallstation standard line voltage powered

Once successfully paired, all button LEDs will flash in a top to bottom the bottom to top pattern until pairing mode is exited.

WaveLinx Battery Powered Wallstation There is no immediate feedback that pairing was successful. Pairing will be verified through the mobile

application in a later step.

WaveLinx Receptacle During pairing, the outlet LED may flash red or may flash green to amber. The outlet may turn OFF for a period

of time and then turn back ON. The duration of the OFF period may vary but should not last longer than 5 minutes.

It may be difficult to review paired behavior during the initial pairing cycle. Pairing can be verified after PAIR mode exits (see chart that follows this section).

5: Either allow the pairing mode’s 60 minute automatic time-out period to expire, or if all devices appear to have paired successfully, manually cancel pairing mode. To manually cancel pairing mode, if the Wireless Area Controller’s blue 802.15.4 LED is still flashing, press and release the PAIR button (1 second press) to exit pairing mode. (If PAIR mode has already exited automatically, the blue 802.15.4 LED will be ON continuously.)

6: If not confirmed during the initial pairing process, verify devices paired with the Wireless Area Controller successfully. The chart below describes how to verify that items have paired after exiting the initial pairing mode. All devices in the default construction area should exhibit the behavior shown below.

Device Method 1: Press the PAIR mode button on the

Method 2: Verify by method described below Wireless Area Controller to place the controller in PAIR mode again.

WaveLinx Wireless Dimming Switchpack (WSP-MV-010: 120-277VAC model)

WaveLinx Wireless Dimming Switchpack (WSP-CA-010: 120-347VAC model)

Paired device behavior: Connected 0-10V dimmable fixtures dim to 10%.

WaveLinx Integrated Sensor Paired device behavior:

Fixture dims to 10%.

LED in sensor window should blink WHITE with motion detection.

WaveLinx Industrial Integrated Sensor Paired device behavior:

Fixture dims to 10%.

LED in sensor window should blink WHITE with motion detection.

WaveLinx Outdoor Integrated Sensor Paired device behavior:

Fixture dims to 10%.

LED in sensor window should blink WHITE with motion detection.

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WaveLinx User Manual

WaveLinx Tilemounted Sensor Paired device behavior:

Connected 0-10V dimmable fixtures dim to 10%.

LED in sensor window should blink WHITE with motion detection.

WaveLinx Ceiling Sensor Not applicable for this device. Not applicable for this device.

WaveLinx Wireless Outdoor Lighting Control Module Paired device behavior:

Fixture dims to 10%.

WaveLinx Wallstation standard line voltage powered Paired device behavior:

All button LEDs will flash in a top to bottom the bottom to top pattern until pairing mode is exited.

WaveLinx Battery Powered Wallstation Paired device behavior:

There is no immediate feedback that pairing was successful. Refer to method 2.

Ensure that the Wireless Area Controller is not in pairing mode. Then, press any button on the wallstation. All lighting and receptacles paired with the Wireless Area Controller and still in the default construction area will respond to the command.

WaveLinx Receptacle Paired device behavior:

All paired receptacles still in the default construction area will turn OFF for 5 minutes. After 5 minutes, the receptacles will turn back ON. If there are too many receptacles to review in the 5 minute period, see alternate method 2.

Ensure that the Wireless Area Controller is not in pairing mode. Then, press the manual push button on the receptacle (1 second press) to toggle the controlled outlet. A successfully paired receptacle still in the default construction area will flash its LED either between red/OFF, or green/amber for a period of approximately 15 seconds.

7: Repeat the procedures in this section for each Wireless Area Controller in the facility.

Using the Mobile Application to Pair Devices

The WaveLinx Mobile Application may be used in the pairing process as an alternative to pressing the PAIR button on the Wireless Area Controller. Log in as the administrator user and open the menu to select the option to discover new devices, acknowledging the message that appears. A pairing icon will appear at the top of the screen to indicate that they system is in pairing mode. Once pairing is complete, access the menu and select the option to stop discovering devices to end pairing mode or allow it to time out automatically.

Enable pairing

Pairing Active icon

Acknowledge

Cancel pairing

Acknowledge

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WaveLinx User Manual

During the pairing process, as devices join, a message may be briefly displayed on the screen. The mobile application will also display a device count of how many devices are paired with the Wireless Area Controller.

Pairing Device count

Device joined message

Tap on the device count to open a link that shows a paired device list organized by device type. Scroll down to view more items within this window.

Tap to open Paired Device list

Operation of Devices within the Construction Grouping

•

Once construction group pairing is complete, all paired devices will operate as one large area or room.

•

Any wallstation in the group will operate all the paired lighting (standard ambient, industrial and outdoor integrated sensors, tilemount sensors, wireless Dimming Switchpacks, and wireless outdoor lighting control modules) and receptacles per the default scenes and programming.

•

All occupancy sensors work together. Any occupancy sensor sensing motion will turn the entire group ON (default level) and will keep loads ON until no occupancy is detected throughout the entire area. Once occupancy ceases, after 20 minutes, controlled loads will turn OFF.

•

Daylight dimming is disabled for all devices in the construction group. This includes interior and exterior devices.

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WaveLinx User Manual

Quick Links for Common Questions

•

Pairing mode timed out before I was done adding my battery powered ceiling sensors or before I confirmed my devices paired properly. What should I do? See the answer on page 133.

•

One or more of my devices did not pair. What should I do? See the answer on page 133.

•

I have more than one Wireless Area Controller in my facility. A device or multiple devices paired with the wrong controller. How do I resolve this? See the answer on page 133.

•

My device is showing paired behavior but it is not paired with the correct controller. I am unable to find what controller it has paired with. How do I remove its pairing to start over? See the answer on page 134.

•

I installed a new device after I completed the initial construction pairing. How do I pair the new device into the existing group? See the answer on page 137.

•

A device was not powered during the pairing process and did not successfully pair with the Wireless Area Controller. How do I get it to join the construction group? See the answer on page 137.

•

What will my devices do if they lose communication with the Wireless Area Controller? See the answer on page 140.

Step 3: Connecting to the Mobile Application as the Administrator User

Once construction grouping is complete, the WaveLinx Mobile Application will be used to administer the system. This section describes how an administrator user connects to the Wireless Area Controller from the WaveLinx Mobile Application.

The procedures in this section assume that the Wireless Area Controller is powered up, is still in its factory default state for network settings and is not connected to the facility’s network. Refer to the site’s network administrator for access details if the default settings or network configuration have been modified.

ote:N For security purposes, after the initial configuration is complete, change the default password. Users should set a complex password when changing

passwords. See “Modifying Existing User Accounts and Passwords” on page 105 for this procedure.

1: Download the latest version of the WaveLinx Mobile Application from Google Play™ or the App Store® and install it on a smartphone or tablet. The WaveLinx Mobile Application is compatible with devices running iOS 11+ or Android™ 7+ operating systems.

2: If there is more than one Wireless Area Controller in the facility, go to the first Wireless Area Controller location. On the front plate of the controller below the blue Eaton LED, locate the label with the MAC ID. Make note of the MAC ID shown.

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3: Ensure that Wi-Fi has been turned ON in the smartphone or tablet, and then navigate to the list of available Wi-Fi networks. Locate the Wi-Fi network with the name Eaton-XXXXXXXXXXXX (where X is a string of letters and numbers). If there are multiple Wireless Area Controllers at the facility, more than one wireless network with this naming criteria may appear. Select the Wi-Fi network EatonXXXXXXXXXXXXXX where the X characters match the MAC ID noted in the previous step. The last number will be one digit higher than the original MAC ID noted. When prompted, enter the password wclAdmin (case sensitive) and join the network.

Turn on Wi-Fi

Type in the password wclAdmin and select join

Locate correct network that matches the Wireless Area Controller's MAC ID

4: Open the WaveLinx Mobile Application. The application may initially open in demo mode. Select the menu icon at the top-left corner of the screen, and then tap the demo mode button to switch to “real-time” (live) mode. After a few seconds, the Wireless Area Controller with the ID from the previous steps should appear on the screen. Select the desired Wireless Area Controller to continue.

Tap the menu icon

Tap to switch to live mode

Select the Wireless Area Controller

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5: In the log in screen, enter the username and password for the administrator user (these are case sensitive).

•

Default Username: WclAdmin

•

Default Password: wclAdmin

Select the option to save credentials to remember the login credentials automatically on this device for future connections and then select the log in button. After a brief refresh period, the areas list will be displayed indicating a successful connection.

Enter the Username: WclAdmin Password: wclAdmin

If desired, select the option to save the credentials for future login

After a successful login, the

Select the log in button

areas list will be displayed

Quick Links for Common Questions

• I previously logged in on my mobile device as a personal control user and saved my credentials. Now I need to log in as the administrator user. How do I switch users? See the answer on page 137.

• How do I change the default password for the user? See the answer on page 105.

• How do I create additional users? See the answer on page 105.

• When I open the mobile application, I get an error message. What should I do? See the answer on page 137.

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Mobile Application Basic Familiarity

Before proceeding to the next step, become familiar with the basics of the WaveLinx Mobile Application. This section describes the terminology, icons, and basic navigation used in the mobile application.

Areas

Construction grouping automatically places all paired devices into a default construction area.

Default area

Each Wireless Area Controller allows the creation of up to 15 areas plus the default construction area. Think of an area as a room within the facility. Typically each area will operate separately from other areas defined in the space. Select any area defined in the application to view the devices located in the area and their associated configurations/programming.

User defined areas

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Zones

In any area, controlled loads are organized into zones. A zone is a “group” of one or more lights, receptacles or other loads that are to be controlled together in the exact same way. The WaveLinx Mobile Application creates three zones by default. Zone 1 and 2 are automatically created for dimmable lighting devices. Zone 3 is automatically created for switched receptacle devices. Up to 16 total zones may be used in each area to meet application needs.

Default zones 1, 2 & 3

User defined zone

The type of zone defined is indicated by the zone icon.

Zone type What items belong in this load type group?

Dimmable Zone

• Integrated sensor lighting loads

(standard ambient, industrial, and outdoor integrated sensors)

• Dimmable loads connected to a WaveLinx wireless Dimming

Switchpack (0-10V connection being used)

• Dimmable lighting loads connected to a tilemount

daylight sensor

• WaveLinx Wireless Outdoor Lighting Control Modules

Receptacle Zone • WaveLinx Receptacles

• Receptacles connected to a WaveLinx wireless Dimming

Switchpack (0-10V connections not being used)

Non-dimmable Zone

• Non-dim load (switched load) connected to a WaveLinx wireless

Dimming Switchpack (0-10V connections not being used)

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Devices

In the mobile application, each device type has a distinctive icon for quick identification.

Device Icon

WaveLinx Wireless Dimming Switchpack

WaveLinx Integrated Sensor and Tilemount Sensor

(standard ambient & tilemount) (bluetooth option)

WaveLinx Industrial Integrated Sensor

(high mount) (low mount)

WaveLinx Outdoor Integrated Sensor

WaveLinx Ceiling Sensor

WaveLinx Wireless Outdoor Lighting Control Module

WaveLinx Wallstation

(standard line voltage and battery powered wallstations will have the same icon)

WaveLinx Receptacle

(high mount) (low mount)

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Icon colors indicate different device conditions.

Icon Color Device Condition

Device Green

• The device is communicating and operational

WaveLinx User Manual

Device Gray or Red

• The device is no longer communicating to the mobile application.

• Upon reboot devices that do not communicate with the Wireless

Area Controller after the reboot completes will remain gray.

• If the device was online prior and drops offline without a reboot,

the icon may turn red if the device has not communicated typically for more than 1 hour.

• For ceiling sensors and battery powered wallstations, a gray or

red icon may indicate that the battery may be low or the device is not communicating.

Basic Navigation and Display Information

In areas that have been previously configured, at the top of the screen, the quantity of paired/pairing devices will be displayed. Tap on the paired devices link icon to display a quick list of the types of devices and quantities of devices that are assigned to this area.

Tap the paired devices list

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For further information, tap any zone to see the devices that are assigned to the zone.

Tap the desired zone

View the controlled devices

Devices that do not directly wire to a specific load (lighting or receptacles) such as wallstations and ceiling sensors will display in the in area section in the middle of the display screen.

Assigned wallstations and ceiling sensors will appear here

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Other icons

There are many icons used to perform functions in the mobile application.

Icon Functionality

Displays menu options.

Refreshes the current screen. OR

From the main menu, discovers new devices.

Indicates that the Wireless Area Controller is in pairing mode.

Restarts the Wireless Area Controller (reboot).

Displays paired devices.

WaveLinx User Manual

Adds an item to the displayed list.

Deletes the item.

Opens an editor for the item.

Indicates a favorite area (when solid star is displayed).

Opens the scene editing function.

Opens a menu within the screen or displays the attributes of an item.

Navigates forward or backward.

The next section will discuss how to configure the areas to contain the correct zones and devices.

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Step 4: Organizing Devices into Controlled Areas and Zones

Once the communication between the WaveLinx Mobile Application and the Wireless Area Controller is established, the organization of the system begins. In this section, the mobile application will be used to identify and group devices into unique areas and zones for automatic code commissioning operation.

1: Go to the location in the facility that will be programmed first. Open the WaveLinx Mobile Application and establish an administrator connection with the Wireless Area Controller. Once successfully connected, create a new area in the area list by tapping the + button on the right side of the screen.

Tap the plus icon to create new area

2: Enter a descriptive name for the area and select the desired default fade time behavior for how quickly light levels adjust with received commands. Tap on save to advance into the new area’s configuration screen.

Enter a descriptive area name

Select desired default fade times

Tap save to advance the screen

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3: (Optional) If the area needs additional zones beyond the provided defaults (dimmable lighting zones 1 and 2, and receptacle zone 3), tap the plus sign icon in the zones section to add a new zone. Type a descriptive name for the zone, and then select the zone type (dimmable, receptacle, or non-dimmable switched) other parameters may be left at defaults or modified for the application. Save the settings to advance into the new zone’s screen.

Type zone name

Select zone type

Add zone

Select high end or low end trim values

Save the changes

Once the zone is created, use the back button at the top-left of the screen to navigate back to the area screen. The new zone should appear in the zone list. Add additional zones as needed. Modify any zone name and behaviors by selecting the zone and tapping the edit button.

Important Note: If adding zones, after completing the full process to assign devices to the area, ensure that the new zone(s) is assigned to be controlled by the occupancy set. See “Adjusting Occupancy Set Response” on page 57 for further details on adding a zone to an occupancy set.

Edit button

Back button

New zone

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4: Next assign the controlled load devices to the proper zones. While still in the area screen for the desired space, place the first controlled load device in the room into identification mode as described in this section. Once the device is identified, drag and drop the device into the desired zone. Repeat this step for additional controlled loads until all loads in the area are assigned.

Touch and drag the identified endpoint into the desired zone

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How to initiate identification mode in controlled load devices:

Device Identification Mode

WaveLinx Integrated Sensor and WaveLinx Tilemount Sensor

WaveLinx Industrial Integrated Sensor

- Low bay mounting

WaveLinx Outdoor Integrated Sensor

- Low mounting height

For fixtures mounted at reasonable mounting heights, use a laser pointer or bright, focused beam flashlight to trigger identification mode. Standing beneath the sensor, shine the light directly into the sensor lens for 3-4 seconds. The timing needs to be precise for the identification mode to respond. The LED in the sensor window will briefly flash violet at the end of this 3-4 second period. The load icon will begin flashing on the mobile application screen and will move to the far-left of the unassigned device list.

Note: If fixtures mounting height is beyond the range of the laser pointer or flashlight, use the blink to identify feature to identify the devices. Refer to the next section in this chart for how to use this feature for high bay and high mount fixtures.

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WaveLinx Industrial Integrated Sensor

- High bay mounting

WaveLinx Outdoor Integrated Sensor

- High mounting height

WaveLinx Wireless Dimming Switchpack

Use the mobile application blink to identify feature to identify these types of devices. Each of these devices has an icon that identifies the device type. Locate the first icon that matches the desired device type In the all unassigned devices section. Double tap the icon to place it in blink to identify mode. The icon will appear to pulse and a load matching that type should respond.

Industrial

Integrated Sensor

– High Mount

Double tap the device icon to place in blink to identify mode

Industrial

Integrated Sensor

– Low Mount

Outdoor

Integrated Sensor

– High Mount

WaveLinx Wireless Outdoor Lighting Control Modules

WaveLinx Receptacles

WaveLinx

Wireless

Dimming Switchpack

WaveLinx Wireless

Outdoor Lighting

Control Module

Outdoor Integrated

Sensor

– Low Mount

If the desired load in the space does not cycle ON and OFF or cycle between bright and dim, repeat this process with other device icons until the correct load responds. Blink to identify mode can be cancelled prior to the 15 second automatic timeout period by double tapping on the flashing device icon.

Note: Blink to identify is supported by most devices except for those that are battery powered such as the ceiling sensor and battery powered wallstation.

Press and release (1 second press) the manual push button on the front of the controlled outlet. The receptacle may toggle state when the push button is pressed and the LED may briefly flash red/OFF or green/amber. The load icon will begin flashing on the mobile application screen and will move to the far-left of the unassigned device list.

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5: Next assign any wallstations and ceiling sensors to the area. While still in the area screen for the desired space, place the first device in the room into identification mode as described in this section. Once the device is identified, drag and drop the identified device into the in area device section of the screen. Repeat this step until all wallstations and ceiling sensors in the room are identified and assigned.

Drag and drop the identified device into the in area device list

How to initiate identification mode for wallstations and ceiling sensors:

Device Identification Mode

WaveLinx Wallstation

WaveLinx Wallstation Battery Powered

Press any button on the desired wallstation to place it in identification mode.

Standard line voltage powered wallstation:

• All button LEDs should flash for approximately 15 seconds and devices in the construction area will respond

to the button’s command. In the mobile application the icon will begin flashing and will move to the far-left of the unassigned device list

Battery powered wallstation:

• The LED on the button pressed may illuminate for approximately 3 seconds and devices in the construction

area will respond to the button’s command. In the mobile application, the icon will begin flashing and will move to the far left of the unassigned device list.*

* Note: If multiple battery powered wallstations with the same button configuration are in the same area, rename each wallstation as it is assigned to allow for easy identification for the later programming steps. To rename the device, once the device is assigned, tap on the wallstation’s icon and use the pencil icon at the top of the page to open the edit option. Name the station, then save the change.

WaveLinx Ceiling Sensor

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A laser pointer or bright, focused beam flashlight is recommended for this step. Standing beneath the sensor, shine the light directly into the sensor lens for 3-4 seconds. The ceiling sensor icon will begin flashing on the mobile application screen and will move to the far-left of the unassigned device list.

WaveLinx User Manual

6: Once all devices are assigned, tap on the paired device count showing at the top of the area screen. Verify that the device types and counts match the actual quantity of devices that should be in that space.

7: (Read important note below before proceeding). Repeat the procedures in this section for additional areas controlled by the Wireless Area Controller. Once devices are assigned, areas will begin operation with the automatic code commissioning programming.

Important Note: If the automatic code commissioning programming will be modified and other areas will duplicate the modified behavior, do not create additional areas at this point. First, customize the existing area with the desired programming (refer to the section on “Customizing the Automatic Code Commissioning Programming” found on page 38 of this manual). Once the area is programmed, copy its settings automatically when creating new areas.

To copy an area’s settings to a new area, in the create area window, select the programmed area in the copy section, and then name and save the new area. Zone quantities/parameters, scene levels, occupancy set quantities/parameters, open loop daylight set quantities/ parameters (closed loop daylight sets are not copied as they are device dependent), and demand response parameters will be duplicated from the original area. Once the new area is created, identify and assign the desired devices.

Select the area to copy

Add a new area

Type the new area name

Save the new area

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Quick Links for Common Questions

•

I am done assigning my devices to areas but I still have devices showing in my unassigned device list. What should I do? See the answer on page 137.

•

During configuration, I found a device that was not powered. How do I get the device it to appear in the mobile application so that I can assign it? See the answer on page 137.

•

There is a device in the space that is not showing in the mobile application. How do I get the device to appear so that I can assign it? See the answer on page 133.

Automatic Code Commissioning Operation

Once devices are assigned to their appropriate areas and zones, the automatic code commissioning programming will begin operating.

•

All occupancy sensors, both integrated fixture mounted sensors and battery powered ceiling sensors, are grouped to control all loads assigned to the default zones in the area (zones that have been manually added may require assignment to the occupancy set).

•

Upon receiving an occupied signal from any sensor in the group, lighting will turn ON automatically to a 50% light level and controlled receptacles will turn ON.

•

Lighting and receptacles will turn OFF automatically after 20 minutes of vacancy (all sensors in the group must “sense” vacancy for 20 minutes).

•

Individual fixtures with integrated or tilemount sensors will begin closed loop daylight dimming operation to a reasonable light level. If a specific light level (target) is expected at the surface, then calibration is required. Note that daylighting filters the fixture's response to other control commands. A command from a wallstation button or occupancy sensor to go to 100% will adjust the electric light level output to meet the originally calibrated daylight level. A command from a wallstation button or occupancy sensor to go to 50% will adjust the electric light level to meet 50% of the originally calibrated daylight level. The actual electric light level output with these commands will vary and adjust based on the available amount of daylight in the space and how much electric light needs to be contributed to maintain the commanded target.

•

Open loop daylighting will not operate until configured within the mobile application. This includes battery powered ceiling sensors and wireless outdoor lighting control modules.

•

Wallstations will operate the controlled lighting and receptacle zones in their assigned area according to their default button configuration. See the standard wallstation configuration information on page 48 and the battery powered wallstation configuration information on page 49 for details on the default button commands.

•

All scene commands will default to the following light levels:

Scene Dimmable Light Zone Response On/Off Zone Response Receptacle Response

Scene 0 0% OFF (0%) OFF Scene 1 100% ON (100%) ON Scene 2 70% ON (100%) ON

Scene 3 50% ON (100%) ON Scene 4 30% ON (100%) ON Scene 5 10% ON (100%) ON

Scene 6 1% ON (100%) ON

Scenes 7 through 15 0% OFF (0%) OFF

•

Demand Response behavior is assigned to all dimmable lighting zones. By default, if a demand response signal or test is received, all dimmable loads will reduce by 20% light output. Non dimmable and receptacle zones are automatically exempted from demand response and will not be affected with demand response signals.

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Using the WaveLinx Mobile Application for Personal Control

The WaveLinx Mobile Application allows occupants to have personal control of the lighting in their area. Use this section to:

•

Connect to the Wireless Area Controller as a personal control user.

•

Assign a favorite area to open automatically for each personal control user.

•

Control the lighting as a personal control user.

Connecting with the Mobile Application as a Personal Control User

This section assumes that the Wireless Area Controller has already been setup and configured. Refer to the site’s network administrator for access details if the default settings or network configuration are modified.

The Wireless Area Controller supports up to 31 concurrent user connections. The below procedure describes connecting with the default personal control user account. Additional users and passwords may be defined to allow users to have unique user names and passwords for system access. Please see “Adding a New User Account” on page 106 for details on creating personal user accounts.

To establish an initial connection, on the user’s smartphone or tablet, follow the procedures in the section “Step 3: Connecting to the Mobile Application as the Administrator User” on page 18 to establish a connection between the WaveLinx Mobile Application and the Wireless Area Controller. When prompted for log in credentials, instead of entering the information for the administrator, enter the username and password for the default personal control user or other defined user account (these are case sensitive).

• Default Personal Control Username: WclUser

• Default Personal Control Password: wclUser

ote:N For security purposes, after the initial configuration is complete, update the default password. Users should set a complex password when changing

passwords. See “Managing User Accounts and Passwords” on page 105 for this procedure.

Select the option to save credentials to remember the log in credentials automatically on this device for future connections and then select the log in button. After a brief refresh period, the areas list will be displayed indicating a successful connection.

Enter the Username: WclUser Password:wclUser

Make sure to check save the credentials

Select the log in button

After a successful login, the areas list will be displayed

Quick Links for Common Questions

•

I previously logged in on my mobile device as an administrator user and saved my credentials. Now I need to log in as the personal control user. How do I switch users? See the answer on page 137.

•

How do I change the default password for the user? See the answer on page 105.

•

How do I create additional users? See the answer on page 106.

•

When I open the mobile application, I get an error message. What do I do? See the answer on page 137.

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Assign a Favorite Area for Personal Control Users

It is possible to set each user’s mobile device to open the WaveLinx Mobile Application to a favorite area by default for quick and easy access to lighting and receptacle loads in their location. Note that this is stored on the device and not linked to the mobile account. Any user logged in to the same mobile device will share this favorite’s area.

To assign a favorite area:

Step 1: On the user’s mobile device, open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the personal control user.

Step 2: In the areas screen, select the area that corresponds with that user’s location.

Select the area that corresponds with this user

Step 3: In the area screen, at the top-right of the screen, touch the star icon to make the area the user’s favorite. The icon should now appear as a solid star indicating that it is the favorite area.

Tap the star icon to make the area the favorite

Step 4: Repeat steps 1 through 3 on each person’s mobile device.

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Control the Lighting as a Personal Control User

The mobile application’s personal control feature allows the occupant of the space to control lighting in their location within defined programmed parameters. Occupancy/vacancy sensing, daylighting, and demand response settings will define the range within which the occupant can:

•

Raise and lower the light level of all controlled zones in the area.

•

Adjust the light level of individual dimmable zones in the area.

•

Turn ON and OFF individual non-dimmable lighting zones in the area.

•

Turn ON and OFF individual controlled receptacle zones in the area.

•

Trigger pre-programmed scenes for the area.

To raise or lower light levels for all area zones, use the controls on the area screen.

Touch and hold or tap to raise and lower light levels of all controlled loads within the space

View real-time power usage

To control individual zones, use the controls within the zone screen.

Tap a lighting zone and then touch and drag the light level adjustment slider

Tap a receptacle zone or non-dimmable lighting zone and then tap the ON/OFF button to manually switch the load

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To issue pre-programmed scenes, use the controls in the scene menu.

Tap to open scene selection screen

Tap on desired scene to activate pre-programmed scene levels

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Quick Links for Common Questions

•

When I log in as the personal control user, not all of the scenes are showing. Why is this happening? See the answer on page 137.

•

In personal control, I selected a scene but the lighting did not appear to change. Why? See the answer on page 138.

•

The lights are dimmed but the personal control screen says that they are at 100%. Why? See the answer on page 138.

•

The scene levels are not optimal for me and I need to adjust them. How do I customize the scene levels to what I want? See the answer on page 40.

•

I work between two different spaces. Can I control both rooms through the mobile application? See the answer on page 138.

Customizing the Automatic Code Commissioning Programming

While many applications will operate as desired with the built-in automatic code commissioning programming, some applications may require a degree of customization. This section of the user manual will discuss how to configure and modify:

•

Names of areas, zones and devices

•

Scene response

•

Zone response

•

Wallstation button response

•

Occupancy sensor response

•

Daylight sensor calibration and light levels

•

Schedule events

•

Demand response behavior and testing

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Modifying Names of Areas, Zones and Devices

Generic names will be assigned to the default zones and to devices during the configuration process. It is possible, but not required, to change the default names of areas, zones and devices at any time using the edit feature.

To modify the name of an area, zone or device:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that will be modified. If modifying a zone name, select the zone. If modifying a device, locate the device in either the area device section, or within a zone‘s device section. Tap to open the desired item.

To modify a zone name, select the zone

To modify a device that directly controls a load, select the device from the zone screen

Select the desired area

To modify a wallstation or ceiling sensor, select the device in the area screen

Step 3: In the upper-right corner of the area, zone or device screen, select the pencil icon to open an edit screen. Tap the name field and type the desired name (no more than 20 characters). Touch the save button to apply the change.

Select the pencil icon to open the edit screen

Type in the desired name for the item

Save the settings

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Modifying Scene Response

The WaveLinx system allows for sixteen programmable scenes per area. These scenes are labeled scene 0 through scene 15. Each scene is pre-programmed for a light level or ON/OFF response to allow for functionality from occupancy sensors and wallstations once devices have been PAIRED in the construction group or assigned to an area.

Default Scene Response

Scene Dimmable Light Zone Response

Scene 0 0% OFF (0%) OFF Scene 1 100% ON (100%) ON Scene 2 70% ON (100%) ON

Scene 3 50% ON (100%) ON Scene 4 30% ON (100%) ON Scene 5 10% ON (100%) ON

Scene 6 1% ON (100%) ON

Scene 7 through 15 0% OFF (0%) OFF

The scene defaults can be modified to respond in a different manner. Be aware that multiple devices in the space may use the same scene number (wallstation buttons, occupancy sensor commands, and schedule events). Modification of the scene levels will result in a changed response for all devices that use that scene.

To change the scene response:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that contains the scenes to be modified.

Non-Dimmable (ON/OFF)

Zone Response

Receptacle Zone Response

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Step 3: At the top-right of the area screen, tap the scene menu to display the area’s scenes.

Select the scene menu to open the area’s scenes

Step 4: In the area’s scene list, locate the row for the desired scene. Tap the arrow that is at the far-right in the desired row to open the scene for modification.

Touch arrow to access scene modification screens

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Step 5: Once in the screen, modify the scene with the desired options:

•

Select whether the adjustment will be “live” to see changes in real-time or “static” if light levels should not change during the modification.

•

Use the adjustment tools within each zone to modify the scene response, adjusting the percentage for dimmable zones or ON/OFF for switching zones. If there are more than two zones in the area, swipe left and right to navigate to additional zones.

•

If a zone should not operate in the selected scene, uncheck the zone to ignore the zone from the scene. The unchecked zone will stay at its previous light level when this scene is triggered.

•

Select the option to hide the scene from mobile application personal control users by selecting the hidden option.

Once the scene changes are complete, touch the save button to save the modified response.

Select between real-time live update and offline static mode

For receptacle or non-dimmable lighting zones, use the ON/OFF button to select desired scene response

Use the save button to save the changes to the scene

Deselect the checkmark to have the zone ignore this scene and remain at its previous light level

For dimmable zones, use the slider bar, percentage box, or up and down arrows to adjust to the desired light level

Activate the hidden option to prevent personal control users from seeing or issuing this scene from the mobile app

Swipe right or left to view and change response for additional zones

Step 6: Select the back button at the top of the screen to navigate back to the area scene list. Repeat this procedure to modify additional scenes repeating as necessary for other areas.

Back button

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Modifying Zone Response

Zone response may be modified by changing the default maximum and minimum levels (high and low end trims) and by modifying the operational mode default First ON/Last OFF behavior.

Modifying Minimum and Maximum Levels (High and Low End Trims)

The mobile application’s minimum and maximum level settings combined with the fixture’s native driver or ballast range determines the total dimming capability of the luminaire. If minimum and maximum levels (trims) are set for a zone, dimming commands to the zone will not be able raise or lower the level beyond the levels defined. This is often referred to as setting minimum and maximum levels or setting a high end or low end trim. Commands to the affected zone that are above the maximum level or below the minimum level will result in the zone remaining at or going to the level defined (Exception: zones will still turn off when commanded to 0% regardless of the minimum level defined).

Typically, trims are used either to save energy or to provide a desired aesthetic. Lowering the maximum level (high end trim) can result in energy savings. Raising the minimum level (low end trim), while not typical, can help match dissimilar fixtures to the same cutoff level. For instance, if there is a mixture of fixtures in the same space, some with integrated sensors and others that are 0-10V loads controlled with WaveLinx wireless Dimming Switchpacks, the fixtures may dim to different minimum levels. The driver in the fixtures with integrated sensors may support dimming down to a 1% level while the 0-10V load driver may support dimming down to a 5% level. In this instance, the minimum level (low end trim) for the 1% fixtures can be raised to more closely match the cutoff to that of the 5% fixtures. In order to make this adjustment, the integrated fixtures would need to be assigned to a different zone than the 0-10V fixtures.

By default, the WaveLinx system starts with all dimmable zones set to a minimum level of 0% and a maximum level of 90%. These settings may be changed at any time by the administrator user.

To modify minimum and maximum levels for all fixtures in the zone:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area to be modified.

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Step 3: In the area screen, select the desired zone.

Select zone to modify

WaveLinx User Manual

Step 4: In the zone screen, select the pencil icon in the upper-right corner to open the edit function.

Select the pencil icon to edit the zone

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Step 5: Use the minimum level and maximum level adjustments to select the desired trim values. Touch the save button to save the change.

Adjust the minimum and maximum levels

Save the settings

ote:N It is possible to assign a dimmable fixture to a non-dimmable zone to allow it to act like a switched load. In this instance, a maximum level may be set

to set a high end trim. The dimmable fixture will turn ON to the defined maximum level when commanded to any level of 1% or higher when left in the default First On/Last Off operation mode.

Modifying Zone Operational Mode

It is rare to adjust the zone operation mode from the First On/Last Off behavior default. This feature might be used in locations where dimming fixtures and non-dimming (switched) loads are in the same space and need to operate together in the same lighting zone. In this circumstance, the operational mode setting determines how the switched and dimmed load should operate. For instance, if a dimmable zone has a switched load assigned to it as well as dimmable loads, it may be desirable to have the switched load turn OFF when starting to dim the dimmable loads. This prevents the switched load from continuing to be ON full bright while other loads in the zone are dimming. It may also be desirable to have the switched load turn ON last so that dimmable loads in the zone can fade gradually to the chosen light level before the switched loads turn ON. This type of modification is done by adjusting the default operational mode First ON/Last OFF behavior. (Note that adjustment of the operational mode affects only the switched load assigned to the dimmable zone. The dimmable loads in the zone will not be affected by the change in operation mode.)

To modify the default operational mode:

Before beginning, assign the switched load to the same zone as the dimmed lighting that it needs to operate with.

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area to be modified.

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Step 3: In the area screen, select the desired zone.

Select zone to modify

WaveLinx User Manual

Step 4: In the zone screen, select the pencil icon in the upper-right corner to open the edit function.

Select the pencil icon to edit the zone

Step 5: Use the drop down selection to choose the operation mode and settings. See the details below regarding the available options and resulting behavior.

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Use the operation mode drop down

Save the settings

Select the desired operation mode

Zone Operational Mode Parameter Details:

•

First On/Last Off: If the zone is OFF, switched loads in the zone will respond ON when any command level other than 0% is received. If the zone is ON, switched loads within the zone will turn OFF when the zone reaches a 0% (OFF) light level.

•

First On/First Off: If the zone is OFF, switched loads in the zone will respond ON when any command level other than 0% is received. If the zone is ON, switched loads in the zone will turn OFF when a command lower than the current zone level is received.

•

Last On/First Off: If the zone is OFF, switched loads in the zone will respond ON when any command at or above the defined maximum level (high end trim) is received. If the zone is ON, switched loads in the zone will turn OFF when a command lower than the current zone level is received.

•

Last On/Last Off: If the zone is OFF, switched loads in the zone will respond ON when any command at or above the defined maximum level (high end trim) is received. If the zone is ON, switched loads in the zone will turn OFF when the zone reaches a 0% (OFF) light level.

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Full Lights

Full LightsOFF

OFF

Half Lights Half Lights

W1L-RL-*

(* = W,V,G,B)

W3L-*

(* = W,V,G,B)

W2L-*

(* = W,V,G,B)

W2L-RL-*

(* = W,V,G,B)

Full Lights

Full LightsOFF

OFF

Half Lights Half Lights

W3L-*

(* = W,V,G,B)

W2L-*

(* = W,V,G,B)

W2L-RL-*

(* = W,V,G,B)

Full Lights

W2L-RL-*

(* = W,V,G,B)

Full Lights

Full LightsOFF

Half Lights

W2L-*

(* = W,V,G,B)

W2L-RL-*

(* = W,V,G,B)

Full Lights

Full LightsFull LightsFull Lights

OFF

Half LightsHalf LightsHalf LightsHalf LightsHalf Lights

ReadRead

Relax

Dimmed

Full Lights

Full LightsOFF

OFF

Half Lights Half Lights

W1L-*

(* = W,V,G,B)

W1L-RL-*

(* = W,V,G,B)

W3L-*

(* = W,V,G,B)

W2L-*

(* = W,V,G,B)

W2L-RL-*

(* = W,V,G,B)

W2S-RL-*

(* = W,V,G,B)

W4S-*

(* = W,V,G,B)

W4S-RL-*

(* = W,V,G,B)

W5S-*

(* = W,V,G,B)

W6S-*

(* = W,V,G,B)

Full Lights

Full LightsFull Lights

OFF

Half LightsHalf LightsHalf LightsHalf Lights

ReadRead

Relax

Dimmed

Full Lights

Full LightsOFF

OFF

Half Lights Half Lights

W1L-RL-*

(* = W,V,G,B)

W3L-*

(* = W,V,G,B)

W2L-*

(* = W,V,G,B)

W2L-RL-*

(* = W,V,G,B)

W4S-*

(* = W,V,G,B)

W4S-RL-*

(* = W,V,G,B)

W5S-*

(* = W,V,G,B)

W6S-*

(* = W,V,G,B)

Full Lights

OFF

Half LightsHalf LightsHalf Lights

ReadRead

Read

Relax

Dimmed

Full Lights

Full LightsOFF

OFF

Half Lights Half Lights

W3L-*

(* = W,V,G,B)

W2L-*

(* = W,V,G,B)

W2L-RL-*

(* = W,V,G,B)

W4S-RL-*

(* = W,V,G,B)

W5S-*

(* = W,V,G,B)

W6S-*

(* = W,V,G,B)

Full Lights

OFF

Half LightsHalf Lights

ReadRead

Relax

Dimmed

Full Lights

Full LightsOFF

W2L-*

(* = W,V,G,B)

W2L-RL-*

(* = W,V,G,B)

W5S-*

(* = W,V,G,B)

W6S-*

(* = W,V,G,B)

Full Lights

OFF

Half Lights

Read

Relax

Dimmed

Full LightsOFF

W2L-*

W2L-RL-*

(* = W,V,G,B)

W6S-*

(* = W,V,G,B)

Full LightsOFF

W2L-RL-*

(* = W,V,G,B)

WaveLinx User Manual

Modifying Wallstation Button Response

Once assigned to their controlled area, WaveLinx Wallstations operate with default functionality. The following charts describe the default wallstation button response for the standard WaveLinx Wallstations (line voltage powered) and for the battery powered WaveLinx Wallstations.

Standard Wallstation Default Button Response (Line Voltage Stations)

Full Lights

W1L-*

(* = W,V,G,B)

Full Lights

OFF

W2L-*

(* = W,V,G,B)

Half Lights

Full Lights

OFF

W3L-*

(* = W,V,G,B)

W1L-x

Button #1: Toggle Scene (Scene 0/Scene1)

W2L-x

Button #1: Scene 1 Button #2: Scene 0

W3L-x

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 0

Full Lights

W1L-RL-*

(* = W,V,G,B)

Half Lights

Full Lights

W2L-RL-*

(* = W,V,G,B)

Full Lights

OFF

W2S-*

W1L-RL-x

Button # 1: Scene 3 ON/OFF: Toggle Scene (Scene 0/Scene 1) Raise/Lower: Raise/Lower Current Area

W2L-RL-x

Button #1: Scene 3 Button #2: Scene 1 ON/OFF: Toggle Scene (Scene 0/Scene 1) Raise/Lower: Raise/Lower Current Area

W2S-x

Button #1: Scene 1 Button #2: Scene 0

W2S-RL-x

Half Lights

Full Lights

Button #1: Scene 3 Button #2: Scene 1 ON/OFF: Toggle Scene (Scene 0/Scene 1) Raise/Lower: Raise/Lower Current Area

W2S-RL-*

W4S-RL-x

Half Lights

Full Lights

Read

Relax

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 2 Button #4: Scene 4 ON/OFF: Toggle Scene (Scene 0/Scene 1)

W4S-RL-*

Half Lights

Full Lights

Read

Relax

Dimmed

OFF

Raise/Lower: Raise/Lower Current Area

W6S-x

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 2 Button #4: Scene 4 Button #5: Scene 5 Button #6: Scene 0

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W6S-*

Half Lights

Full Lights

Read

OFF

W4S-*

Half Lights

Full Lights

Read

Relax

OFF

W5S-*

W4S-x

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 4 Button #4: Scene 0

W5S-x

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 2 Button #4: Scene 4 Button #5: Scene 0

WaveLinx User Manual

Scene 2

Scene 1

Off

Full Lights

WB2L-S2-W WB2L-W WB3L-S2-W

Scene 1

Scene 2

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

Off Off

Off

Full Lights

WB2L-W WB3L-S2-W

Scene 1

Scene 2

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

Off Off

WB3L-S2-W

Scene 1

Scene 2

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

Off Off

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

Off

WB3L-W

Half Lights

Full Lights

Scene 2

Scene 1

Off

Full Lights

WB2L-S2-W WB2L-W WB3L-S2-W

Scene 1

Scene 2

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

WB5-S3-W WB6S-S3-W

Half Lights

Full Lights

Scene 1

Scene 2

Scene 3

Off

WB6S-S3D-W

Scene 1

Scene 2

Scene 3

Raise

Lower

Off

WB6S-S5-W

Scene 1

Scene 2

Scene 3

Scene 4

Scene 5

Off

Off Off

Scene 1

Scene 2

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

WB6S-S5-W

Scene 1

Scene 2

Scene 3

Scene 4

Scene 5

Off

Off Off

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

Off

Full Lights

Scene 1

Scene 2

WB3L-W

Half Lights

Full Lights

WB3L-D-W

Raise

Lower

WB6S-S3D-W

Scene 1

Scene 2

Scene 3

Raise

Lower

Off

WB6S-S5-W

Scene 1

Scene 2

Scene 3

Scene 4

Scene 5

Off

Off Off

Battery Powered Wallstation Default Button Response

WB2L-x

Scene 1

Full Lights

Button #1: Scene 1 Button #2: Scene 0

Off

Scene 2

Off

WB2L-S1-W

Scene 1

Scene 2

Off

WB3L-S2-W

Scene 1

Scene 2

Scene 3

Off

Scene 1

Scene 2

Scene 3

Raise

Lower

Off

WB6S-S3D-W

WB2L-S2-W

Raise

Lower

WB3L-D-W

Scene 1

Scene 2

Scene 3

Scene 4

Scene 5

Off

WB6S-S5-W

WB2L-W

Half Lights

Full Lights

Off

WB3L-W

Half Lights

Full Lights

Scene 1

Scene 2

Scene 3

Off

WB6S-S3-W

WB3L-x

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 0

WB5-S3-W

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 2 Button #4: Toggle Scene (Scene 0/Scene 1) Raise/Lower: Raise/Lower Current Area

WB6S-x

Button #1: Scene 3 Button #2: Scene 1 Button #3: Scene 2 Button #4: Scene 4 Button #5: Scene 5 Button #6: Scene 0

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WaveLinx User Manual

Changing Default Button Response

Each wallstation button’s default responses may be modified to customize operation.

To change the response of a wallstation button:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that contains the wallstation to be modified.

Step 3: In the area screen, tap the icon for the desired wallstation to open it for editing.

Tap the wallstation to open the configuration

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Step 4: In the wallstation screen, ensure that the faceplate configuration shown matches the faceplate of the wallstation model being configured. For standard line voltage powered wallstations only, if necessary, select the correct configuration from the drop down list. (Battery powered wallstations will not have the option to change the faceplate configuration.) Optionally, use the pencil icon edit feature to rename the wallstation. Then, touch the desired button on the displayed wallstation graphic to modify the programming.

If faceplate configuration does not match, select the correct faceplate from the list (standard line voltage powered wallstation only)

Tap the pencil icon to rename the wallstation (optional)

Tap the desired button to modify the programming

Step 5: Select the desired action for the button and then choose the area that the action affects. Other parameter selections will be based on the chosen action. Select the appropriate behavior, and then touch the save button.

Select the desired action from the drop down list

Select desired behavior for the action

Select the area to control

Save the change

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Step 6: Repeat steps 4 and 5 for additional buttons on the selected wallstation. Repeat this procedure for additional wallstations in the space or use the copy function described in the next section.

Wallstation Parameter Definitions:

•

No action: The button will not perform any command if pressed.

•

Select scene: The button will issue the selected scene to the selected area using either the default area fade rate, or a uniquely defined fade rate.

•

Select save scene: If pressed and released quickly, the button will issue the designated scene command. If the button is held down for at least 5 seconds, the system will be commanded to save the current light levels to the designated scene. This allows users to adjust the light levels, and then save the modified light levels for future recall.

•

Scene toggle: The button will alternate between the two selected scenes for the selected area. If the dominant scene is not the current active scene in the space, the initial button press will issue the defined scene. Use either the default area fade rate or a uniquely defined fade rate.

•

Zone toggle: The button will command the selected zone in the selected area, alternating between the two selected levels. The initial button press will issue the zone level defined as the dominant level. Use either the default area fade rate or a uniquely defined fade rate. Selections for zones include the ability of selecting an individual zone, all zones in the area, or affected zones. If the affected zones option is selected, zones that have been ignored from the active scene will not respond with this command.

•

Zone level: The button will operate the selected zone in the selected area to the defined level. Use either the default area fade rate or a uniquely defined fade rate. Selections for zones include the ability of selecting an individual zone, all zones in the area, or affected zones. If the affected zones option is selected, zones that have been ignored from the active scene will not respond with this command.

•

Raise level: The button will gradually raise the light level in the selected zone in the selected area. Select a specific zone to respond or select all zones. Alternatively, select the affected zones option to raise the light level of any zones that are used in the active scene. Zones that have been ignored from the active scene will not respond with this selection.

•

Lower level: The button will gradually lower the light level in the selected zone in the selected area. Select a specific zone to respond or select all zones. Alternatively, select the affected zones option to lower the light level of any zones that are used in the active scene. Zones that have been ignored from the active scene will not respond with this selection.

•

Hold/Release Occupied: The initial button press will lock out occupancy sensor commands in the selected area for a period of 60 minutes. If desired, the button can be pressed before the timer expires to return the system to normal function.

Quick Links for Common Questions

•

My wallstation or occupancy sensor does not appear to operate during the day but seems to work at night. Why is this occurring? See the answer on page 140.

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WaveLinx User Manual

Copying Wallstation Programming to Other Wallstations

In many applications, wallstations within the same room may perform the same functions. In addition, wallstations in other rooms may have the same behavior. The mobile application makes it easy to copy customized wallstation programming to other wallstations. In order to copy wallstation programming, the wallstations must be the same type and have the same faceplate configuration, i.e. if the original wallstation is a standard line voltage powered 4 small button with raise/lower, then the destination wallstation must be a standard line voltage powered 4 small button with raise/lower. In addition, if the wallstation is issuing commands to specific zones, the quantity of zones should match between areas.

Settings that copy include the button actions of each button and all defined parameters with the exception of the target area. When copied, the target area defined in the original wallstation will update to the area assigned to the selected wallstation.

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that contains the wallstation that has already been programmed with the desired settings.

Step 3: In the area screen, tap the icon for the programmed wallstation to open it for editing.

Tap the wallstation to open the configuration

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Step 4: In the wallstation screen, select the pencil icon to open the edit feature. Tap in the name field and type a unique name for this wallstation that will be easily recognized. Touch the save button to save the change and then tap the back button to return to the area list.

Type in a descriptive name for the wallstation

Once done, tap the back button to navigate back to the area list

Tap the pencil icon to rename the wallstation (optional)

Save the change

Step 5: Next select the area that the next wallstation is assigned to. Tap on the wallstation icon to open it and then select the pencil icon to open the edit feature.

Tap edit

Select the desired area

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Select the desired wallstation

WaveLinx User Manual

Step 6: In the edit screen, tap the drop down in the copy section and select the name of the programmed wallstation. If desired, type a name for the new wallstation and then tap save.

If desired, give this wallstation a

iptive name

descr

Tap drop down

Select the previously configured wallstation

Tap to save

Once the wallstation is saved, a message may appear briefly stating that the copy was successful.

Copy successful message

Step 7: Repeat these steps to copy the wallstation settings to additional wallstations as needed.

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WaveLinx User Manual

Additional Wallstation Information

There are some helpful items available in the mobile application to assist with wallstation identification and battery monitoring.

•

Blink to Identify

In an area that has a large quantity of the same model of standard line voltage powered wallstations, use the mobile application’s blink to identify feather to identify which wallstation is which. If this is activated, the designated wallstation will flash its LEDs for a period of approximately 10 to 15 seconds allowing for easy identification.

ote:N Battery powered wallstations do not offer this feature. It is recommended that a descriptive name be assigned to these devices when they are first

assigned to an area to allow for easy identification.

Blink to identify

•

Battery icon

Battery powered wallstations will show an indication of the current battery status. The icon will be green if the battery voltage measures full, yellow if measuring partial voltage and blink red when at an extremely low voltage indicating that the batteries need to be changed.

•

View current battery status:

• Green – battery full

• Yellow – battery partial

• Red – battery low

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WaveLinx User Manual

Modifying Occupancy Sensor Response

The WaveLinx Mobile Application allows modification of some occupancy sensor functions at the individual sensor level and other functions at a grouped level called an occupancy set. An occupancy set is a group of occupancy sensors that operate together to control the space. When an area is created, any occupancy sensor assigned to the area is automatically grouped into a default occupancy set to control the loads in the area. This includes fixture integrated sensors and battery powered ceiling sensors.

In some applications, modification of default occupancy sensor settings may be necessary to meet the desired response. This section discusses changes that can be made, including:

•

Adjusting occupancy set response and controlled zones

•

Adjusting individual occupancy sensor settings

•

Defining additional occupancy sets

•

Associating occupancy sets for overlapping or cascading control

•

Deleting occupancy sets

Adjusting Occupancy Set Response and Controlled Zones

The occupancy set programming defines the response for all sensors within that set for the controlled zones. Remember that when an area is created, fixture integrated sensors and battery powered ceiling sensors that are assigned to an area are automatically grouped into a default occupancy set. The occupancy set automatically controls the default zones for the area. If zones have been manually added, it may be necessary to manually assign them to the occupancy set control group.

The automatic code commissioning programming defaults for all occupancy sets are:

•

Mode: Occupancy

•

Hold Time: 20 minutes

•

Occupied: Select Scene 3 (default 50% level)

•

Unoccupied: Select Scene 0 (default 0% or OFF level)

•

Controls default zones for the area (zones 1, 2 and 3)

Any of these parameters may be modified for the occupancy set.

To modify the occupancy set response and controlled zones:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that contains the desired occupancy set.

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Step 3: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the occupancy set option.

Select the gear icon to open the area menu

Select the occupancy sets option

Step 4: Next, select the desired occupancy set to modify. Occupancy set 1 will be there by default.

Tap on the occupancy set to open the configuration screen

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Step 5: In the attributes screen, modify the desired settings. Note that this screen also indicates if any sensor in the occupancy set is currently detecting motion.

View real-time status of the sensor

• Dark white icon-occupied

• Light white icon - vacant

Attribute screen

Define occupancy set functionality per the provided chart

Setting Default Description

Mode Occupancy Select the option of occupancy or vacancy mode.

• Occupancy mode: The defined occupied action will occur when any sensor in the group

detects initial motion.

• Vacancy mode: The sensors will not perform any action upon initial motion detection.

The occupant must turn ON loads manually using controls in the space.*

For both occupancy and vacancy mode, the loads will be commanded to the unoccupied action when occupancy is not detected by any of the sensors included in the occupancy set within the time period defined by the hold time setting.

Hold Time 20 minutes Tap on the button to choose additional hold times or to define a custom one. This defines how long

the system will wait before the defined unoccupied action is issued once all sensors included in the occupancy set indicate the space is vacant.

Occupied (will not show for vacancy mode)

Select Scene 3 Tap on the drop down to select a different occupied action. Select a defined scene or zone level or

select to return to the last known light level.

Unoccupied Select Scene 0 Tap on the drop down to select a different unoccupied action. Select a defined scene or zone level.

ote:N *Not all sensors may support vacancy mode. Outdoor integrated sensors will continue to operate in occupancy mode if vacancy mode is set.

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Step 6: Next, view the zone and sensors screens to review the devices that are affected by this occupancy set or to make a changes to the controlled zones or assigned sensors.

•

Remove or add controlled zones by dragging and dropping the zone icon between the controlled zones list and the area zones lists. Zones in the controlled zones list will be operated by the occupancy set. The default zones should automatically appear in this section. Newly created zones may need to be manually added to the controlled zones section. Note that the occupied and unoccupied actions will only process for the assigned zones. Even if a scene command is issued, it will be issued only to the zones assigned to the occupancy set.

•

Remove or add battery operated ceiling sensors by dragging them into or out of the assigned sensors list. Integrated sensors may not be moved in this screen as they are added or removed based on the fixture’s zone assignment within the zone screen.

View or change what zones operate from this occupancy set

Drag and drop zones to remove them or to add them

View or change what occupancy sensors operate as part of this occupancy set

Drag and drop ceiling sensors to remove them or to add them

Quick Links for Common Questions

•

My wallstation or occupancy sensor does not appear to operate during the day but seems to work at night. Why is this occurring? See the answer on page 140.

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WaveLinx User Manual

Viewing and Adjusting Individual Sensor Settings

Specific settings are adjusted at the sensor level including adjusting sensitivity, enabling and disabling the occupancy functions of a sensor, and enabling and disabling the occupancy sensor’s LED. It is also possible to view the occupancy set the sensor belongs to, the programmed hold time, the current sensor status, the battery level for battery powered ceiling sensors. Integrated sensors may also be placed into temporary test mode and be placed in blink to identify mode (these features not supported in battery powered ceiling sensors).

To view or adjust the sensor’s settings:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that contains the desired occupancy sensor.

Step 3: In the area screen, locate the desired device. WaveLinx Ceiling Sensors will appear in the in area device section while fixture integrated sensors will appear within the assigned zone. Tap the desired device to open the configuration screen.

To select an integrated sensor, tap the zone the fixture is located in

To select a ceiling sensor, tap the sensor

Within the zone, tap the desired integrated sensor

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Step 4: Modify or view the desired settings within the sensor screen.

View real-time status of the sensor:

• Dark blue icon-occupied

• Light blue icon - vacant

View currently assigned occupancy set hold time

Modify sensor setting per the provided chart

Integrated sensor only:

• Activate blink to identify to locate the fixture connected to this sensor.

• Place sensor in test mode for 10

View currently assigned occupancy set

minutes (temporary 15 second hold time) to verify functionality of sensor

WaveLinx User Manual

Setting Default Description

Walkthrough N/A This is a future option and is not currently operational. Sensitivity High Switch to low sensitivity if a sensor is detecting motion outside of the desired coverage area. Sensor Enabled Switch to disabled to turn off occupancy detection for this sensor. This may be done to disable a

sensor that false-triggers frequently due to challenging placement or for a ceiling sensor that is being used for solely for daylighting.

LED Enabled Switch to disabled only if the sensor LED flash is distracting. This is not recommended as the

LED is often used to determine that the sensor is operational.

Defining Additional Occupancy Sets

Although it is not typical of most applications, one area may require more than one occupancy set. Use additional occupancy sets only when necessary to meet the intended application.

An example application that highlights the use of multiple occupancy sets is an open office area. While the open office is defined as a single area for wallstation control, in this example, the owners desire greater granularity for occupancy sensor control. Occupancy sensor response is to be limited to specific zones within the open office space.

In the given application, light fixtures are grouped into unique zones to achieve the desired occupancy sensor operation. Occupancy sets need to be created for each of these unique zones.

Zone A Zone B Zone C

Zone D (walkways)

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To create a new occupancy set:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that requires the additional occupancy sets.

Step 3: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the occupancy set option.

Select the gear icon to open the area menu

Select the occupancy sets option

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Step 4: Select the plus sign icon to create an additional occupancy set, and then select one of the occupancy sets to begin configuration.

Tap the plus sign icon to add another occupancy set.

Tap on one of the occupancy sets to modify the configuration

Step 5: Optionally rename the occupancy set by tapping the pencil icon. Then define the behavior for the occupancy set.

Tap the pencil icon to edit the occupancy set name

Define the desired behavior.

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Step 6: While still in the occupancy set screen, tap the zone icon. Touch and drag the zones to be controlled into the controlled zones section. Touch and drag zones that should not be controlled into the area zones section.

Touch and drag zones that should operate from this occupancy set into the controlled zone section

Touch and drag zones that should not operate from this occupancy set into the area zones section

Step 7: Next, tap the sensors icon. Verify that the displayed sensors are correct. If the assigned zones consist of fixtures with integrated sensors, the sensors will automatically be displayed. Ceiling sensors may need to be manually assigned. Touch and drag the desired ceiling sensor from the in area device section into the assigned sensors location.

Select the sensors icon

Touch and drag any ceiling sensors that should operate in this occupancy set into the assigned sensors section. Integrated sensors will show automatically based on controlled zone assignment.

ote:N Although a ceiling sensor is able to be assigned to multiple occupancy sets, in most cases assign a ceiling sensor to one occupancy set to avoid

confusion.

Step 8: Repeat steps 3 through 7 for all necessary occupancy sets.

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Associating Occupancy Sets for Overlapping or Cascading Control

Associating an occupancy set with other occupancy sets to overlap or cascade control is used in very specific applications. This section will first show the steps of how to create an association and then will present two examples of how an association can be used to achieve overlapping and cascading control strategies.

To associate the occupancy set: Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the desired area.

Step 3: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the occupancy set option.

Select the gear icon to open the area menu

Select the occupancy sets option

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Step 4: Select the desired occupancy set. As a general rule, start by modifying the occupancy set that needs to receive signals from other occupancy sets to accomplish the desired overlapping or cascading control functionality. In the occupancy set screen’s attributes, tap the link on the right side of the screen to navigate to the associated occupancy sets.

Attributes

Tap on the desired occupancy set

Tap on the link to go to the associated occupancy sets

Step 5: Select the plus sign icon to associate an occupancy set. Find the desired occupancy set using the provided selection boxes, and then touch save. Repeat this step if there are additional occupancy sets to associate.

Tap on the plus sign to create a new association

Select the desired occupancy set

Save the association

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Step 6: Review the changes to verify that all desired occupancy sets have been associated. Note that the occupancy set screen should show the quantity of sets associated. In this example, any time occupancy is detected by occupancy sets A, B, or C, the occupancy signal will be forwarded to trigger occupancy set D.

Review changes to verify all necessary occupancy sets are associated

Application Example 1: Open Office

In this example, an open office has been segmented into distinct occupancy control zones. The walkway path has also been placed in a unique control zone. The walkway path zone should turn ON if anyone enters the space and should remain ON if there are occupants in any of the controlled zones. Unique occupancy sets have been programmed in the area for each of the zones shown.

Zone A Zone B Zone C

Zone D

(walkways)

Associations are made between the occupancy sets controlling zone A, B, and C, to the walkway occupancy set D. (Remember, the general rule is to modify the occupancy set that needs to receive signals from other occupancy sets.) In this example, occupancy set D is associated with the other sets.

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With this programming, as an occupant enters the walkway zone D, only zone D will initially respond. As the occupant enters cubicle zone A, the lighting will respond in zone A. If the occupant remains in zone A, then zone A and the walkway zone D will remain ON, even if there is no further motion in zone D.

Application Example 2: Common Area Hold On Functionality

In this example, one area of the facility consists of private offices and a shared corridor. Each private office has been configured as an area and the shared corridor has been configured as a separate area. The corridor should turn ON if anyone enters the corridor and then should remain ON if there are occupants in any of the private offices. Areas have been created as shown. Each area contains one occupancy set that is defined with a scene command for occupied and unoccupied actions.

Office 102

Office 103

Office 101

Office 104

Office 105

Corridor 100

Associations are made between the occupancy sets controlling Offices 101, 102, 103, 104, and 105, to the Corridor 100 occupancy set. (Remember, the general rule is to modify the occupancy set that needs to receive signals from other occupancy sets.) In this example, corridor 100’s occupancy set will be associated with the others.

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Deleting Occupancy Sets

It is possible to remove occupancy sensor control from an area by deleting the occupancy set. Areas that do not have zones assigned to occupancy sets will respond solely to other devices assigned, i.e. wallstation commands, schedule event commands, and daylight set commands.

To delete an occupancy set:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that contains the desired occupancy set.

Step 3: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the occupancy set option.

Select the gear icon to open the area menu

Select the occupancy sets option

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Step 4: Next, tap on the trash can icon in the desire occupancy set row, then confirm the deletion. The occupancy set will be removed.

Select the gear icon to open the area menu

Confirm the deletion

Modifying Light Levels for Daylight Sensors

The WaveLinx system supports daylight sensor control for both interior and exterior applications. In both scenario, the daylighting functionality may be disabled for fixtures that are not located in a daylight zone or for any devices where daylight operation is not desired.

The WaveLinx system supports two different daylighting approaches, closed loop and open loop.

Closed Loop Daylighting

Standard ambient, industrial and outdoor integrated sensors as well as tilemount sensors are used for closed loop daylight control. With the closed loop approach, the sensor controls the fixture it is directly connected to. A closed loop sensor “looks” at the surface directly below the sensor. It reads the reflected light level from the surface including light contributed by the electric light and the daylight that falls within the sensor’s view. As daylight contribution increases, the sensor dims the electric light to keep the light level on the surface as consistent as possible. If bright daylight causes the surface light level to be above the desired level even after the light level has been fully dimmed, after a period of time the fixture will dim to OFF. As daylight contribution decreases and the surface light level lowers, the fixture will turn back ON and then raise the amount of electric light accordingly.

Open Loop Daylighting

The WaveLinx battery operated ceiling sensors are used for open loop daylight control in interior spaces. The WaveLinx Wireless Outdoor Lighting Control Module is used for open loop daylight control in exterior spaces. With open loop daylight control, the sensor is placed in a spot that is optimal for sensing daylight contribution while minimizing the sensor’s view of the electric light in the controlled area. A correlation is then made between the daylight level “seen” by the sensor and the desired electric light level output, adjusting how much the sensor dims the electric light in response to daylight. The sensor adjusts the electric lighting as daylight contribution increases and decreases.

Because the sensor reading is “looking” at daylight contribution and is not affected by changes in the electric light, the sensor can control multiple zones of fixtures. In interior applications, one sensor can even control different zones at different light levels. This is a common approach for primary daylight zones next to the windows which typically dim more aggressively than secondary daylight zones located further into the space. Sensor placement is critical with the open loop approach. Assigning a zone to an open loop daylight set will automatically disable closed loop daylighting for any integrated sensors or tilemount sensors connected to loads in that zone.

Control Interactions with Daylighting

Daylighting filters the fixture’s response to other control commands. A command from a wallstation button or occupancy sensor to go to 100% will adjust the electric light level output to meet the calibrated daylight level. A command from a wallstation button or occupancy sensor to go to 50% will adjust the electric light level to meet 50% of the calibrated daylight level. The actual electric light level output with these commands will vary based on the available amount of daylight in the space and how much electric light needs to be contributed to maintain the commanded target. If the electric light has daylight dimmed to OFF, lighting will remain OFF if wallstation, schedule event or occupancy commands are received, preventing unnecessary energy waste when adequate daylight is present.

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Modifying Closed Loop Daylighting Control

This section focusses on the use of closed loop sensor control. This includes details on how to:

•

Disabling daylighting for closed loop sensors

•

Calibrate closed loop sensors located in interior spaces

•

Calibrate closed loop sensors located in exterior spaces

Disabling Daylighting for Closed Loop Sensors (Interior and Exterior Sensors)

The automatic code commissioning operation causes standard ambient, industrial and outdoor fixture integrated sensors as well as tilemount sensors to begin daylight dimming as soon as the device is assigned to an area. If the devices are located in areas that should not daylight dim, disable the daylight set to avoid nuisance dimming if the electric light reflectance alone exceeds the expected target level.

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area that contains the controlled fixture.

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Step 3: In the area screen, tap on the zone that the controlled fixture is assigned to. If there are multiple fixtures in the zone, identify the correct device by using one of the following methods:

•

Method 1: Using a laser pointer or flashlight, stand beneath the fixture and shine the laser pointer directly into the lens of the sensor for 3-4 seconds. The timing needs to be precise for the identification mode to respond. The LED in the sensor window will briefly flash violet at the end of this 3-4 second period. In the mobile application, the device’s icon will move to the far-left and begin to pulse in the in area device section. Note the name of the identified device.

•

Method 2: Within the zone screen, double tap a fixture’s icon to place the fixture into blink to identify mode for 15 seconds. Repeat with additional devices until the desired fixture load is visually identified. Note the name of the identified device.

Tap on the fixture's zone icon

Identify the correct device using one of described methods

Step 4: Tap on the identified device to open its device details page. Make note of its currently assigned closed loop daylight set. Tap the back button to exit the screen, then tap back again to exit the zone screen.

Identify the currently assigned daylight set.

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Step 5: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the daylight set option.

Select the gear icon to open the area menu

Select the daylight sets option

Step 6: Tap on the icon for closed loop daylighting. In the list of closed loop sets, locate the closed loop daylight set(s) associated with the identified load(s). Either tap on the disable all function at the top of the list to disable daylighting for all sensors in the area or tap on a colored circle on the right side of the screen until the circle turns red to disable the daylighting function for a particular fixture/device.

ote:N If needed, daylighting can be re-enabled by tapping the circle again. It will turn green indicating that daylighting is enabled.

Tap the link to open the closed loop daylight sets

Tap enable all or disable all to activate or deactivate all closed loop sensors in the area

Tap the circle in the row of a device to disable or enable that device

• Green: enabled

• Red: disabled

Step 7: Repeat these steps for any other areas as needed.

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Calibrating and Modifying Light Levels for Closed Loop Daylight Sensors

In the WaveLinx system, standard ambient and industrial fixture integrated sensors as well as tilemount daylight sensors use closed loop daylighting to directly control the physically connected load. Unlike occupancy sets, closed loop daylight sensors cannot be grouped into a single daylight set. Each daylight sensor is automatically assigned to a unique daylight set.

Each sensor has default factory settings that provide closed loop daylighting to a reasonable light level. Daylight sensor operation begins automatically once the fixture containing/connected to the sensor is assigned to an area other than the default construction group.

The default factory settings cannot account for all factors that affect the light level measured at the sensor. The sensor location is not at the surface but at the ceiling and therefore its reading of reflected light levels is affected by many variables, including mounting height, the surface height, and the color and reflective properties of the room décor. If a specific light level is expected at the surface, then calibration at the site is required.

It is recommended to calibrate and adjust the target level of all the sensors within one area at the same time using the mobile application’s option to calibrate all. In this method, all of the sensors within the space (area) will be calibrated together. A light meter capable of reporting lux or foot-candles is recommended for this procedure.

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area to calibrate.

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Step 3: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the daylight set option.

Select the gear icon to open the area menu

Select the daylight sets option

Step 4: Tap on the icon for closed loop daylighting. A list of the fixture integrated sensors or tilemount sensors assigned to the area will appear. Ensure that the sensors that need to perform daylighting are enabled (green circle) and then tap the button to calibrate all at the bottom of the screen. The devices being calibrated will all go to their brightest light output.

Tap the link to open the closed loop daylight sets

Tap the circle in the row of a device to disable or enable that device

• Green: enabled

• Red: disabled

Tap the option to calibrate all

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Step 5: Use the slider bars to adjust the electric light to the desired level for each controlled fixture. Verify that the level is correct by placing the light meter on the surface beneath each of the controlled fixtures, ensuring that the reading is within the desired range. If the light level is still too bright when electric lighting is fully dimmed, use available shading to adjust the amount of incoming daylight or postpone calibration until the amount of incoming daylight has decreased.

Use the slider controls to adjust each light to the desired the light level

Step 6: At the top of the screen, change the display between lux and foot-candles to match the reported units of the light meter. Enter the light meter’s surface reading into the work surface entry field. (The meter reading should be similar under each fixture if the fixtures are properly adjusted to maintain the same light level.) Then, tap the calibrate button to calibrate each sensor and to save the desired light level target. The mobile application will show whether calibration was successful. If failures are reported on this page, it will be necessary to repeat this procedure.

Enter the light meter’s current reading

Verify success

Tap calibrate

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Step 7: Repeat these steps for other areas as needed for the application.

Calibrating and Modifying Light Levels for a Single Closed Loop Daylight Sensors

It is also possible to adjust the closed loop settings for an individual sensor. Open the area that the fixture is located in and then locate and tap on the icon for the identified fixture load. Tap the closed loop daylight sensor option visible in the middle of the screen and then tap on the link to open the daylight set. Once the daylight set is opened, use the calibration screen to adjust the daylighting as needed.

Select to view the daylight sensor

Tap the icon for the identified load

Tap the link to open the daylight set

Use the controls to adjust to the desired light level

Quick Links for Common Questions

•

After I calibrated the sensors, I noticed that the light output is different for each fixture. Why is this occurring? See the answer on page 139.

•

My lights over my desk appear to adjust to different dimming levels even through the daylight does not appear to change. Why is this happening? See the answer on page 139.

•

My wallstation or occupancy sensor does not appear to operate during the day but seems to work at night. Why is this occurring? See the answer on page 140.

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Calibrating and Modifying Light Levels for Exterior Closed Loop Daylight Sensors

In the WaveLinx system, outdoor fixture integrated sensors use closed loop daylighting to directly control the physically connected load. Each daylight sensor is automatically assigned to a unique daylight set.

Each sensor has default factory settings that provide closed loop daylighting to a reasonable light level. Daylight sensor operation begins automatically once the fixture containing the sensor is assigned to an area other than the default construction group.

The default factory settings cannot account for all factors that affect the light level measured at the sensor. The sensor location is not at the surface but at the fixture and therefore its reading of reflected light levels is affected by many variables, including the mounting height and the reflective properties of the surface. If a specific daylighting behavior is expected, then calibration at the site is required.

If calibration is necessary, calibrate and adjust the target level of all the sensors within one area at the same time using the mobile application’s option to calibrate all. In this method, all of the sensors within the space (area) will be calibrated together.

Once calibrated, when the measured light level exceeds 150% of the calibrated light level for more than 30 minutes, the sensor will turn lighting OFF. When the measured light level is less than 50% of the calibrated light level for more than 10 minutes, the sensor will turn lighting ON.

ote:N Before beginning the calibration process, for best accuracy, ensure that the outdoor light level is at the level where lighting should be turning ON or OFF. For outdoor application, this is typically either at dusk when the lighting should be turning ON or at dawn when the lighting should be turning OFF.

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the area to calibrate.

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Step 3: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the daylight set option.

Select the gear icon to open the area menu

Select the daylight sets option

Step 4: Tap on the icon for closed loop daylighting. A list of the outdoor fixture integrated sensors assigned to the area will appear. Ensure that the sensors that need to perform daylighting are enabled (green circle) and then tap the button to calibrate all at the bottom of the screen. The devices being calibrated will all go to their brightest light output.

Tap the link to open the closed loop daylight sets

Tap the circle in the row of a device to disable or enable that device

• Green: enabled

• Red: disabled

Tap the option to calibrate all

Step 5: Leaving all screen controls at the default settings, at the bottom of the calibration screen, click on the calibrate button. The current light level of each of the affected sensor will then be stored as the target light level. The mobile application will show whether calibration was successful. If failures are reported on this page, it will be necessary to repeat this procedure.

ote:N It is not necessary to adjust any of the level sliders in an outdoor application. Optionally, the work surface reading can be entered using a light meter for

reference to allow the current reading fields to more closely approximate what the light level is at the desired surface. This will have no effect on the calibrated level other than for the current reading display purposes.

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Tap calibrate

Leave screen controls at default levels

Verify success

Step 6: Repeat these steps for other areas as needed for the application.

ote:N It is also possible to adjust the closed loop settings for an individual sensor. Please refer to the procedure as described in “Calibrating and Modifying Light Levels for a Single Closed Loop Daylight Sensors” on page 79 for further details.

Quick Links for Common Questions

•

My exterior lighting does not all respond ON or OFF at the same time. Why is this occurring? See the answer on page 140.

•

My wallstation or occupancy sensor does not appear to operate during the day but seems to work at night. Why is this occurring? See the answer on page 140.

Configuring Open Loop Daylighting Control

This section focuses on the use of open loop daylighting control. In the WaveLinx system, open loop daylighting is not part of the automatic code commissioning operation and must be specifically configured. This process is discussed in detail for both interior and exterior open loop daylighting applications.

Configuring Interior Open Loop Daylight Sensors

Interior open loop daylighting requires the use of a battery operated ceiling sensor.

•

Open loop daylight sensors should be mounted so that the sensor lens views mainly daylight, not the electric light being controlled in the area. Refer to the battery operated ceiling sensor’s installation guide for further information on the recommended mounting locations for this device in daylighting applications.

•

The battery operated ceiling sensor also has occupancy sensing capability. The optimal mounting location for occupancy sensing may not be the optimal location for open loop daylighting. Separate sensors may be necessary to ensure adequate occupancy sensing coverage and optimal daylight placement.

•

If fixtures in the zones that are assigned to open loop daylight sets contain integrated or tilemount sensors, closed loop daylighting will automatically be disabled for these sensors.

Before proceeding:

•

Interior open loop sensor calibration should be performed during daylight hours when electric lighting should be reduced but not fully dimmed.

•

The use of a light meter capable of reporting lux or foot-candles at the work surface is recommended.

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Step 1: Verify that light levels are optimal for calibration. First, turn OFF the electric lighting in the space, and then verify with a light meter at the work surface that the reading with daylight alone is within 50% to 75% of the desired target light level. If the light level is too high or too low, return at a time when the daylight level is within this optimal range. (For example, if the desired light level at the work surface is 500 lux, the reading with electric lighting OFF should be between 250 to 375 lux for best results.)

Step 2: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 3: In the areas list, select the area to calibrate.

•

Step 4: Using a wallstation, turn ON the controlled lighting and raise the light level to the highest output.

Step 5: If multiple ceiling sensors are within the area, only one will be used for daylighting. In the mobile application area screen, identify the correct sensor by shining a flashlight into the lens of the sensor for 3 to 4 seconds. The sensor icon should flash or pulse. Make note of the identified sensor’s name/descriptor.

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Step 6: Select the gear icon in the upper-right corner to open the area menu and then select the daylight set option.

Select the gear icon to open the area menu

Select the daylight sets option

Step 7: Tap on the icon for open loop daylighting and then tap the plus sign to create a new open loop daylight set. Tap on the new daylight set to open it.

Tap the open loop daylighting option

Tap the plus sign

Tap the daylight set

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Step 8: At the top of the screen, tap the pencil icon and enter a descriptive name for this daylight set and save it.

Tap the edit icon

Type a descriptive name

Tap save

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Step 9: Tap the output icon. Locate the zone or zones that should respond to this daylight sensor. Although fixtures (green icons) may be individually assigned, the use of zones (blue icons) is recommended to simplify programming. Drag and drop the identified zone(s) into the controlled outputs section. Note: If more than one zone is assigned to the same daylight set, the assigned zones will daylight dim in the same manner.

Tap outputs

Drag and drop desired zone(s) into the controlled outputs list

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Step 10: Next, tap on the sensor icon. If multiple ceiling sensors are listed in the available sensors list, locate the sensor with the name/ descriptor identified earlier in this procedure. Drag and drop the identified sensor into the assigned sensor section.

Tap sensor

Drag and drop identified sensor into assigned sensors

Step 11: Tap on the calibrate icon. Drag the adjustment slider to modify the zone’s dimming response. Lowering the adjustment bar will lower the electric light level and increase the sensitivity to daylight. Raising the adjustment bar will raise increase the electric light level and decrease the sensitivity to daylight. The system will automatically enter test mode when adjustments are made to accelerate response.

Tap calibration

Use the slider bar to adjust dimming response

Test mode will be enabled

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Step 12: Wait approximately 10 seconds to allow the light level to settle and then place the light meter on the work surface to verify that the light level is within the desired range. Adjust the slider further if necessary until the light level is in the correct range.

Step 13: Tap on the back button to save the change and go back to the main daylight sets screen. If an additional zone will operate from the same daylight sensor but with a different response, select the plus sign to create an additional open loop set. Repeat these steps to assign the appropriate zone, assign the same sensor, and calibrate the light level for the zone.

Tap the back button to save and exit

Tap the plus sign

Configure the additional daylight set(s)

Quick Links for Common Questions

•

After I programmed the open loop daylight sets, the work surface light level is not consistent over the controlled zone. Why is this occurring? See the answer on page 139.

•

My lights over my desk appear to adjust to different dimming levels even through the daylight does not appear to change. Why is this happening? See the answer on page 139.

•

My wallstation or occupancy sensor does not appear to operate during the day but seems to work at night. Why is this occurring? See the answer on page 140.

Configuring Exterior Open Loop Daylight Sensors

Exterior open loop daylighting requires the use of the WaveLinx Wireless Outdoor Lighting Control Module.

•

If the controlled area contains more than one wireless outdoor lighting control module, one module may be assigned to control daylighting for the connected fixture, or may be assigned to control daylighting for a group of fixtures if it is desired to have them respond to daylighting in the exact same manner.

•

If fixtures in the zones that are assigned to open loop daylight sets contain an outdoor integrated sensor, closed loop daylighting will automatically be disabled for these sensors

The WaveLinx wireless outdoor control module is hardcoded for ON at dusk / OFF at dawn operation based on optimal performance factors for outdoor application. These settings cannot be modified. Lighting will turn OFF if the light level has exceeded 65 lux for a period of 180 seconds (3 minutes). Lighting will turn ON if the light level falls below 16 lux for a period of 30 seconds.

Because settings are hard coded, the configuration of an exterior open loop sensor is simplified and consists of creating the daylight set, assigning the necessary controlled zones, and assigning the sensor that perform the daylighting functions. It is also possible to view the sensor’s current reading.

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

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Step 2: In the areas list, select the area to configure.

•

Step 3: If multiple wireless outdoor lighting control modules are within the area, decide which module will be used for daylighting. In the mobile application area screen, tap on the zone that contains the chosen wireless outdoor lighting control module. If unsure of which device it is, double tap the first device’s icon to place it in blink to identify mode. The icon will appear to pulse.

Tap on the fixture(s) zone icon(s)

Identify the correct device(s) using the blink to identify method

If the desired load in the location does not cycle ON and OFF or cycle between bright and dim, repeat this process with other device icons until the correct load responds. Blink to identify mode can be cancelled prior to the 15 second automatic timeout period by double tapping on the flashing device icon. Make note of the identified device’s name/descriptor, then click on the zone back button to exit the zone screen.

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Step 4: In the area screen, select the gear icon in the upper-right corner to open the area menu and then select the daylight set option.

Select the gear icon to open the area menu

Select the daylight sets option

Step 5: Tap on the icon for open loop daylighting and then tap the plus sign to create a new open loop daylight set. Tap on the new daylight set to open it.

Tap the open loop daylighting option

Tap the plus sign

Tap the daylight set

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Step 6: At the top of the screen, tap the pencil icon and enter a descriptive name for this daylight set and save it.

Tap the edit icon

Type a descriptive name

Tap save

Step 7: Tap the output icon. Locate the zone or zones that should respond to this daylight sensor. Although fixtures (green icons) may be individually assigned, the use of zones (blue icons) is recommended to simplify programming. Drag and drop the identified zone(s) into the controlled outputs section. Note: If more than one zone is assigned to the same daylight set, the assigned zones will respond to daylighting in the same manner.

Tap outputs

Drag and drop desired zone(s) into the controlled outputs list

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Step 8: Next, tap on the sensor icon. In the available sensors list, locate the sensor with the name/ descriptor identified earlier in this procedure. Drag and drop the identified sensor into the assigned sensor section.

Tap sensor

Drag and drop identified sensor into assigned sensors

Step 9: Tap on the back button to go back to the main daylight sets screen then repeat the procedure if additional daylight sets are needed.

Tap the back button to save and exit

Tap the plus sign

Configure the additional daylight set(s)

ote:N Once the zones and sensor are assigned to the daylight set, the daylighting will begin to operate per the hard coded parameters. It is possible to use the

calibrate tab to view the sensor’s current reading. The sensor reading will be located in the middle of the calibrate page and may be switched between reading in lux or foot-candles. All other controls will not function for this sensor type.

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Tap calibration

Use the slider bar to adjust dimming response

Test mode will be enabled

Quick Links for Common Questions

•

My exterior lighting does not all respond ON or OFF at the same time. Why is this occurring? See the answer on page 140.

•

My wallstation or occupancy sensor does not appear to operate during the day but seems to work at night. Why is this occurring? See the answer on page 140.

Adding Schedules to the Control Strategy

The automatic code commissioning operation does not include any default schedule events. Schedule events may be added to the control strategy if required. A schedule event may be used for two basic functions:

1. To issue commands at a specific time of day or astronomic clock sunrise or sunset time.

2. To change the behavior of an occupancy set beginning or ending at a specific time of day.

ote:N If a schedule event that issues a scene or zone level command is assigned to an area that has occupancy sensors, at the time of the event if the area is occupied, the lighting and receptacle loads will go to the commanded schedule event levels. If the area is not occupied, the lighting and receptacle loads will remain at the unoccupied commanded levels.

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There are sixteen configurable schedule events per Wireless Area Controller. If a schedule event is activated, it will perform the defined actions on the defined day(s) of week at the designated time. Each of the configurable schedule events can perform up to 96 different actions or commands.

To enable and modify a schedule event:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the area list screen, select the schedule option.

Tap on the schedule option

Step 3: In the schedule events list, tap any event to modify it. Note that all schedule events are disabled by default and appear grayed out. Schedule events are assigned default names which can be edited. Any event can be defined to be active for any time of day.

Tap any schedule event to modify

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Step 4: Tap the pencil icon at the top-right of the schedule event screen to open the edit feature. Type a descriptive name for the schedule event, select the event type (astro clock or custom time), select the desired parameters and then tap the save button to continue.

•

The astro (astronomic) clock type schedule event uses latitude and longitude to determine sunset and sunrise times. Select either sunrise or sunset. If desired, add or subtract an offset time to allow lighting to respond earlier or later than the sunset or sunrise time. For instance, to have lighting turn ON 10 minutes prior to the calculated sunset time, enter 10 minutes, and select the before option.

•

If defining a custom time schedule event, time is entered in 24-hour clock, military time format to distinguish morning from evening. For example, 2:00 in the afternoon would appear as 14:00.

•

Select the desired days of week for the schedule event to run. If the day has a blue highlight, the event is active on that day.

Type a descriptive name

Tap the edit button (pencil)

Select to use the astro clock or custom time

For astro clock schedules, select sunrise or sunset

If needed, add or subtract time by adding an offset

Select the days of week

For custom time, enter the desired time

Tap save

Step 5: Tap the disable/enable button to enable the schedule event, and then tap the plus sign to add an action.

Enable the schedule

Add an action

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Step 6: In the action screen, select the desired event action and area for the command. Select other parameters based on the command chosen. Once completed, touch the save button.

Select the event command

Select the options for the command

Select the area

Tap the save button

Schedule Action Parameter Definitions:

•

Select scene: The event will invoke the selected scene for the selected area using either the default area fade rate, or a uniquely defined fade rate.

•

Zone level: The event will command the selected zone to the defined level using either the default area fade rate or a uniquely defined fade rate. Selections for zones include the ability of selecting an individual zone, all zones in the area, or affected zones. If the affected zones option is selected, zones that have been defined to be ignored from the active scene will not respond to this event.

•

Set unocc action: The event will change the occupancy set’s programmed behavior. Once the event occurs, if a space becomes unoccupied, the selected occupancy set will issue the command defined in the event action rather than what is defined in the occupancy set.

•

Set occ action: The event will change the occupancy set’s programmed behavior. Once the event occurs, if a space becomes occupied, the selected occupancy set will issue the command defined in the event action rather than what is defined in the occupancy set.

Step 7: Repeat step 5 and step 6 to define additional actions that need to occur with this schedule event. Up to 96 actions may be added to any schedule event.

Quick Links for Common Questions

•

My schedule events are running but they are running at the incorrect time. What could be causing this? See the answer on page 139.

•

How do I define the astronomic clock’s latitude and longitude and set my time zone? See the answer on page 102.

•

I get the message “An advanced schedule has been installed and is working, however, any updates to the schedule must be managed through Lighting Xpert Insight. Please login to the Lighting Xpert Insight and navigate to schedules to make any changes.” Why is this message appearing? See the answer on page 140.

•

My schedule event actions do not always appear to run. Why is this occurring? See a possible answer on page 140.

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Basic Schedule Screen Information

Schedule events that are enabled will show in dark text on the main schedule screen. To stop a schedule event from operating, tap on the event, and then tap on the enable/disable control. The disabled schedule event’s programming remains allowing reactivation at a later time if the change is temporary.

Disable the schedule to Enabled schedule events

prevent it from running

For reference, the schedule event will display the quantity of assigned actions. Swipe right or left to access additional defined actions. Use the delete button at the top-right of the action area to delete that specific action from the event.

View the quantity of actions assigned to this schedule

Swipe right and left to navigate between actions

Tap the trash icon to delete the displayed icon

Modifying and Testing Demand Response Behavior

Once devices are paired with the WAC, the WaveLinx system operates with default demand response functionality. This section describes how to adjust the default response and how to initiate a test to verify the demand response functionality. For information on integration and connection to the demand response system, refer to the Lighting Xpert Insights manual.

Demand response signals affect only dimmable loads. Demand response signals will have no effect on switched loads or receptacles. By default, upon receipt of the demand response signal, all dimmable zones will reduce their light level by 20%. Commands from other controls will operate within the reduced range until the demand response signal is released. Once released, the lighting returns to the correct level for the active command. Use the WaveLinx Mobile Application to adjust demand response reduction levels and to exempt zones from responding. Use the mobile application’s built-in test function to verify that demand response levels are appropriate.

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Modifying Demand Response Behavior

To modify or test demand response behavior:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select the first area to modify.

Step 3: Select the gear icon in the upper-right corner to open the area menu screen, and then in the area menu, select the demand response option.

Select the gear icon to open the area menu

Select the demand response option

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Step 4: Use the DR reduction controls to enter the desired amount of reduction. Drag and drop zones between the controlled zones section and the exempt zones section to change the loads that respond (Only dimmable zones will respond to demand response signals).

Adjust percentage of light level reduction when the demand response signal is received

Touch and drag zones between the controlled zones and exempt zones to the demand response signal

Testing Demand Response

The WaveLinx Mobile Application contains a built-in test feature for verifying that demand response levels are set correctly. When activated, all areas with zones assigned to respond to demand response will respond with the defined reductions.

To test demand response:

Step 1: Open the WaveLinx Mobile Application and establish a connection with the Wireless Area Controller as the administrator user.

Step 2: In the areas list, select ANY area.

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Step 3: Select the gear icon in the upper-right corner to open the area menu screen, and then in the area menu, select the demand response option.

Select the gear icon to open the area menu

Select the demand response option

Step 4: Switch the ON/OFF status button to the ON position to place the system in demand response test mode. All areas defined in the Wireless Area Controller will respond with the defined demand response behavior.

Turn on test mode to simulate response to a demand response signal

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Test mode will automatically time out after 30 minutes or may be manually cancelled by switching the status button to the OFF position.

ote:N When demand response is active, all areas will show a demand response indicator at the top of the screen. This will show during test mode or during an

active demand response signal.

Demand response indicator

Quick Links for Common Questions

•

I am not using demand response. How do I disable it? See the answer on page 138.

•

I want to use demand response. How do I make the connection to my demand response equipment? See the answer on page 138.

Performing Administrator Tasks

The Wireless Area Controller allows for advanced administrator functionality using built-in internal webpages. This section describes how to log in to the webpage and perform the following functions:

•

System administration

• Set the system location, time, date and time zone

• Manage user accounts and passwords

• Rename the Wireless Area Controller

• Backup and restore databases

• View disclaimers and license agreements

•

Firmware administration

• View and update firmware/software of the Wireless Area Controller

• View or update firmware of WaveLinx devices

•

Advanced network administration

• Administer Wi-Fi access point settings

• Administer other Wi-Fi settings

• Administer Ethernet setting

• Change DNS settings

In addition to internal webpage functions, this section also describes how to perform the following administrative and mobile application tasks:

•

Reboot the Wireless Area Controller

•

View application version details

•

Update the mobile application

•

Replace and synch WaveLinx devices

•

Use the Wireless Area Controller PAIR button advanced functionality

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Logging into the Wireless Area Controller Webpages

Establish a connection from a computer to the Wireless Area Controller to access administrator functions in the internal webpages.

The steps in this section assume that the Wireless Area Controller has not been connected to a building network and is still in its factory default state for wireless name and username/password. If the Wireless Area Controller is connected to the building network, or the wireless name and password has been changed from the default, please refer to the network administrator for access information.

Step 1: Make sure that the computer being used has wireless connectivity and has a compatible web browser installed. The WaveLinx internal webpage configuration is accessed using Google Chrome version 70 or higher, Internet Explorer version 11 or higher, and Mozilla Firefox version 63 or higher.

Step 2: Go to the location of the Wireless Area Controller. On the front plate of the Wireless Area Controller below the blue Eaton LED, locate the label with the MAC ID. Make note of the MAC ID shown.

Step 3: Ensure that the computer’s Wi-Fi is active, and then navigate to the list of available Wi-Fi networks. Locate the Wi-Fi network with the name Eaton-XXXXXXXXXXXX (where X is a string of letters and numbers). If there is more than one Wireless Area Controller in the facility, more than one wireless ID with this naming criteria may be shown. Select the Wi-Fi network Eaton-XXXXXXXXXXXXXX where the X characters match the MAC ID noted in the last step. Enter the password wclAdmin when prompted matching the case shown and join the network.

Connect to the correct Wireless Area Controller network

Enter the administrator password

Verify connection

100

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Specifications and Main Features

Frequently Asked Questions

User Manual