WaveLinx User and Programming Manual This document is intended for installers, set-up technicians and IT professionals of the WaveLinx 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 the WaveLinx User and Programming manual. Network security is an important issue.
WaveLinx User Manual WaveLinx User Manual - Table of contents Becoming Familiar with WaveLinx System Components ......................................................................................................................... 10 WaveLinx Device Reference Sheets ...................................................................................................................................................... 12 WaveLinx Wireless Area Controller 2 (Gen 2) ...........................................
WaveLinx User Manual www.cooperlighting.
WaveLinx User Manual 4 www.cooperlighting.
WaveLinx User Manual www.cooperlighting.
WaveLinx User Manual 6 www.cooperlighting.
WaveLinx User Manual www.cooperlighting.
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. The WaveLinx wireless system is fully scalable with options for smaller, stand-alone operation, and options for larger networked based systems that may optionally interface with Trellix.
WaveLinx User Manual Regardless of what size system is being implemented, it will be necessary to start by adding the devices to the appropriate Wireless Area Controller.
WaveLinx User Manual Becoming Familiar with WaveLinx System Components All WaveLinx Connected Lighting Systems regardless of size require the use of a Wireless Area Controller. Wireless Area Controller The Wireless Area Controller (WAC2 [Gen 2] or WAC [Gen 1]) is the central communications coordinator for the WaveLinx system. It coordinates communication to and from paired WaveLinx devices.
WaveLinx User Manual Other WaveLinx System Components WaveLinx Devices communicate to the WaveLinx Wireless Area Controller for control and to provide information. There are a multitude of device types that communicate with the Wireless Area Controller using IEEE 802.15.4 wireless communications. Other devices such as Touchscreens and WaveLinx Low-Voltage Power Modules connected to Low-Voltage devices communicate using Ethernet communications. WaveLinx devices will vary by facility.
WaveLinx User Manual WaveLinx Device Reference Sheets This section contains information about each device used in the WaveLinx System. Each device will have a reference sheet describing the device and its general functionality. Additional details include specific information that will be used for reference throughout the manual. Once familiar with the general programming steps, the reference sheets can act as a quick reference guide for specific device behavior or programming details.
WaveLinx User Manual WaveLinx Wireless Area Controller 2 (Gen 2) WaveLinx Wireless Area Controller 2 (Gen 2) The Wireless Area Controller 2 (WAC2) is the central communications coordinator for the WaveLinx system. A Wireless Area Controller 2 can coordinate communication to up to 200 devices within its wireless range. The Wireless Area Controller2 can operate as a stand-alone coordinator or may be connected to a building network with other Wireless Area Controllers to meet larger building requirements.
WaveLinx User Manual WaveLinx Wireless Area Controller 2 (Gen 2) continued LED Operations After power is applied, wait approximately 1 minutes for the Wireless Area Controller to fully boot before reviewing the LED status. LED Color/Pattern Description Connection Port LEDs Green LED ON/Flashing The Wireless Area Controller 2 is connected to the Ethernet and is connected to a 10/100Mb network.
WaveLinx User Manual WaveLinx Wireless Area Controller 2 (Gen 2) continued Wireless Area Controller Pushbutton Functions The WaveLinx Wireless Area Controller 2 has two pushbuttons that allow for several administrative functions. These functions should be used with caution! Function Button Press Length WAC LED feedback Device outcome Enter Pairing Mode Pair Press and release (1 second) 802.15.
WaveLinx User Manual Initial Configuration Steps for the Wireless Area Controller 2 (Gen 2) WaveLinx Wireless Area Controller 2 (Gen 2) continued Initial Configuration Steps for WAC2 (Gen 2) The steps in this section should be completed before pairing devices to the Wireless Area Controller 2.
WaveLinx User Manual WaveLinx Wireless Area Controller 2 (Gen 2) continued 5: In the log in screen, enter the username and password for the administrator user. 2 • Default Username: WclAdmin • Default Password: wclAdmin Enter the administrator username and password 6: If this is the first login, the system will force a password change. When prompted, submit a new password for the administrative user.
WaveLinx User Manual WaveLinx Wireless Area Controller 2 (Gen 2) continued 9: Re-connect to the Wireless Area Controller’s Wi-Fi Access Point. When prompted, enter the new Network Key assigned. (Any devices previously connected to the WAC’s Wi-Fi Access Point will need to reconnect using the new Network Key).
WaveLinx User Manual WaveLinx Wireless Area Controller 2 (Gen 2) continued Select ‘System’ 3: In the system page, review the current time, date, and time zone. If they are not correct, select the pencil icon to edit. Review time Edit time 4: Update the time information by either entering the data manually or entering the NTP server details.
WaveLinx User Manual WaveLinx Wireless Area Controller (Gen 1) WaveLinx Wireless Area Controller (Gen 1) The Wireless Area Controller (WAC) is the central communications coordinator for the WaveLinx system. A Wireless Area Controller (Gen 1) can coordinate communication to up to 150 devices within its wireless range (for best performance, connect up to 100 devices).
WaveLinx User Manual WaveLinx Wireless Area Controller (Gen 1) continued LED Operation After power is applied, wait approximately 1 minutes for the Wireless Area Controller to fully boot before reviewing the LED status. LED Color/Pattern Description Connection Port LEDs Green LED ON/Flashing The Wireless Area Controller is connected to the Ethernet and is connected to a 10/100Mb network.
WaveLinx User Manual WaveLinx Wireless Area Controller (Gen 1) continued Wireless Area Controller Pushbutton Functions The WaveLinx Wireless Area Controller pushbutton options allows for several administrative functions. These functions should be used with caution! Function PAIR button press Device outcome WAC LED feedback Enter Pairing Mode 1 press (1 second) Paired devices will exhibit paired behavior described in the device reference sheets.
WaveLinx User Manual Initial Configuration Steps for the Wireless Area Controller (Gen 1) WaveLinx Wireless Area Controller (Gen 1) continued Initial Configuration Steps for WAC (Gen 1) The steps in this section should be completed before pairing devices to the Wireless Area Controller.
WaveLinx User Manual WaveLinx Wireless Area Controller (Gen 1) continued 5: In the log in screen, enter the username and password for the administrator user. 4 • Default Username: WclAdmin • Default Password: wclAdmin Enter the administrator username and password 6: If this is the first login, the system will force a password change. When prompted, enter a new password for the administrative user.
WaveLinx User Manual WaveLinx Wireless Area Controller (Gen 1) continued Select ‘System’ 3: In the system page, review the current time, date, and time zone. If they are not correct, select the pencil icon to edit. Review time Edit time 4: Update the time information by either entering the data manually or entering the NTP server details.
WaveLinx User Manual Ambient Integrated Sensor Reference Sheet Ambient Integrated Sensor The WaveLinx Ambient Integrated Sensor provides wireless control within the light fixture to reduce wiring, design, and installation time. The sensor provides both occupancy and daylight control that can be easily configured using the WaveLinx Mobile App. Out-of-the-Box Operation • Once power is applied, the attached fixture operates via the motion sensor. • The occupancy sensor is set for high sensitivity.
WaveLinx User Manual Ambient Integrated Sensor continued How to Place in Pairing Mode: Method Description Power Cycle Method 11 Using the circuit breaker, perform the following power cycle sequence: • Turn OFF power for 30 seconds, and then turn ON power for 5 seconds • Turn OFF power for 30 seconds, and then turn ON power and leave ON ISHH-01 Remote Method 12 Integrated Sensor Remote Control: Standing beneath the sensor, point the ISHH-01 remote at the sensor, and then press and release the power but
WaveLinx User Manual Industrial Integrated Sensor Reference Sheet Industrial Integrated Sensor The WaveLinx Industrial Fixture High/Low Bay Mount Integrated Sensor uses a simple tool-less twist lock method to connect to a Cooper Lighting fixture with WaveLinx compatible 4-pin Zhaga Book 18 socket. The sensor has an IP66 rating for warehouse and manufacturing environments and provides both occupancy and daylight control that can be easily configured using the WaveLinx Mobile App.
WaveLinx User Manual Industrial Integrated Sensor continued How to Place in Pairing Mode: Method Description Power Cycle Method 21 Using the circuit breaker, perform the following power cycle sequence: • Turn OFF power for 30 seconds, and then turn ON power for 5 seconds • Turn OFF power for 30 seconds, and then turn ON power and leave ON ISHH-01 Remote Method 22 Integrated Sensor Remote Control: Standing beneath the sensor, point the ISHH-01 remote at the sensor, and then press and release the power
WaveLinx User Manual Outdoor Integrated Sensor Reference Sheet Outdoor Integrated Sensor The WaveLinx Outdoor Fixture High/Low Mount Integrated Sensor uses a simple tool-less twist lock method to connect to a Cooper Lighting fixture with WaveLinx compatible 4-pin Zhaga Book 18 socket. The sensor has an IP66 rating and provides both easily configurable occupancy and daylight control. Out-of-the-Box Operation • Once power is applied, the attached fixture operates via the daylight and motion sensors.
WaveLinx User Manual Outdoor Integrated Sensor continued How to Place in Pairing Mode: Method Description Power Cycle Method 31 Using the circuit breaker, perform the following power cycle sequence: • Turn OFF power for 30 seconds, and then turn ON power for 5 seconds • Turn OFF power for 30 seconds, and then turn ON power and leave ON ISHH-01 Remote Method 32 Integrated Sensor Remote Control: Standing beneath the sensor, point the ISHH-01 remote at the sensor, and then press and release the power but
WaveLinx User Manual Outdoor Sensor Extender/Multiplier Reference Sheet Outdoor Sensor Extender/Multiplier The WaveLinx Outdoor Sensor Extender/Multiplier can be used to extend WaveLinx Wireless signal outdoors or to add WaveLinx control from motion and daylight switching to non-WaveLinx luminaires. The device mounts to a pole or wall mounted junction box, allowing it to be located wherever it is necessary.
WaveLinx User Manual Outdoor Sensor Extender/Multiplier continued How to Place in Pairing Mode: Method Description Power Cycle Method 38 Using the circuit breaker, perform the following power cycle sequence: • Turn OFF power for 30 seconds, and then turn ON power for 5 seconds • Turn OFF power for 30 seconds, and then turn ON power and leave ON ISHH-01 Remote Method 39 Integrated Sensor Remote Control: Standing beneath the sensor, point the ISHH-01 remote at the sensor, and then press and release the
WaveLinx User Manual Wireless Tilemount Sensor Reference Sheet Wireless Tilemount Sensor When connected to a WaveLinx Tilemount Sensor Control Module the WaveLinx Tilemount Sensor provides occupancy sensing, daylight dimming and wireless control for connected 0-10V luminaires that do not support the WaveLinx Integrated Sensors.
WaveLinx User Manual Wireless Tilemount Sensor continued LED Operation (The LED is located beneath the sensor lens.) LED conditions Meaning Flashes green for 100ms, once every 3 seconds Device is unpaired (out-of-the-box) and is detecting motion and is detecting motion.
WaveLinx User Manual Wireless Tilemount Sensor continued Daylight Operation for Tilemount Sensors Connected to WaveLinx Control Modules (closed loop) • Once assigned to an area and enabled (daylight operation is enabled automatically if paired with WAC Gen 1), the sensor 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.
WaveLinx User Manual WaveLinx Outdoor Lighting Control Module Outdoor Lighting Control Module (WOLC) The WaveLinx Outdoor Lighting Control Module (WOLC) offers control of outdoor luminaires from the WaveLinx system or to add basic open loop daylight switching capability to outdoor applications. Out-of-the-Box Operation • Once power is applied: • The attached fixture will turn ON to 100% and then re-evaluate the ON/OFF status based on the available light per the photosensor.
WaveLinx User Manual Outdoor Lighting Control Module continued Daylight Operation (open loop) Once the Outdoor Lighting Control Module open loop daylight set is created and enabled, lighting will turn ON at dusk and turn OFF at dawn.
WaveLinx User Manual WaveLinx Wireless Fixture Reference Sheet Wireless Fixture The WaveLinx Wireless Fixture is preconfigured with a wireless radio without an Integrated Sensor providing wireless control within the light fixture to reduce wiring, design, and installation time. The fixture can be easily configured to be controlled from WaveLinx devices using the WaveLinx Mobile App. Out-of-the-Box Operation • Once power is applied, the attached fixture turns ON and remains ON at a 100% light level.
WaveLinx User Manual WaveLinx Universal Voltage Dimming Switchpack WaveLinx Universal Voltage Dimming Switchpack Use the WaveLinx Universal Voltage Dimming Switchpack to wirelessly control a zone of switched loads, 010V dimmable lighting loads, or for 0-10V control of tunable white lighting.
WaveLinx User Manual WaveLinx Universal Voltage Dimming Switchpack continued How to Place in Pairing Mode: Method Description Power Cycle Method 59 Using the circuit breaker, perform the following power cycle sequence: • Turn OFF power for 30 seconds, and then turn ON power for 5 seconds • Turn OFF power for 30 seconds, and then turn ON power and leave ON Onboard Commissioning Button Press the onboard commissioning button for more than 4 seconds.
WaveLinx User Manual WaveLinx Universal Voltage Dimming Switchpack with Emergency WaveLinx Universal Voltage Dimming Switchpack with Emergency Use the WaveLinx Universal Voltage Dimming Switchpack with Emergency to wirelessly control Emergency lighting, including switched or 0-10V emergency lighting loads. Out-of-the-Box Operation Once power is applied: • Connected loads will turn ON and 0-10V dimmable loads will go to 100%.
WaveLinx User Manual WaveLinx Universal Voltage Dimming Switchpack with Emergency continued How to Place in Pairing Mode: Method Description Power Cycle Method 62 Using the circuit breaker, perform the following power cycle sequence: • Turn OFF power for 30 seconds, and then turn ON power for 5 seconds • Turn OFF power for 30 seconds, and then turn ON power and leave ON Onboard Commissioning Button Press the onboard commissioning button for more than 4 seconds.
WaveLinx User Manual WaveLinx Universal Voltage Dimming Switchpack with Dry Contact Input Universal Voltage Dimming Switchpack with Dry Contact Input Use the WaveLinx Universal Voltage Dimming Switchpack with Dry Contact Input to wirelessly control a zone of switched loads or 0-10V dimmable lighting loads. It can also be used to connect an external maintained dry-contact closure or a Greengate low-voltage occupancy sensor (one per switchpack) to the WaveLinx system.
WaveLinx User Manual Universal Dimming Switchpack with Dry Contact Input continued Successful Paired Device Behavior: (While WAC is still in or placed in pairing mode) Connected for Lighting Control Connected Contact Input • When initially paired, the connected fixture(s) will dim briefly and then turn full ON and remain ON (this can make it difficult to review paired devices. See next recommendation). • To verify pairing, make sure to EXIT the Wireless Area Controller pairing mode.
WaveLinx User Manual Universal Dimming Switchpack with Dry Contact Input continued Contact Closure Details The WSP-CA-010 model WaveLinx Universal Voltage Dimming Switchpacks supports connection to an external contact closure or a Greengate Occupancy Sensor. Contact Closure Input The contact closure allows connection from an external system or device that can provided a dry (no voltage) maintained closure from a contact with a contact resistance of less than 1K Ohm.
WaveLinx User Manual WaveLinx Low-Voltage Power Module WaveLinx Low-Voltage Power Module The WaveLinx Low-Voltage Power Module communicates between connected Low-Voltage Fixtures and the WaveLinx Wireless Area Controller, allowing WaveLinx control of low-voltage lighting loads. The Low-Voltage Power Module converts line voltage alternating current to Class 2 low-voltage DC circuits. Twelve onboard low-voltage connection ports allow for easy, daisy-chain connection to up to thirty-six Low-Voltage Fixtures.
WaveLinx User Manual WaveLinx Low-Voltage Power Module Supported Identification Methods: If there is more than one Low-Voltage Power Module paired with the Wireless Area Controller, the Low-Voltage Power Modules can be identified. • Identify Button: Press the onboard ‘Identify’ button. For a Low-Voltage Power Module that has been paired with a Wireless Area Controller, this will trigger identification mode, causing the device icon to flash in the Mobile App’s ‘Device’ menu.
WaveLinx User Manual Initial Configuration Steps for the Low-Voltage Power Module WaveLinx Low-Voltage Power Module continued Initial Configuration Steps The steps in this section must be done before pairing the LowVoltage Power Module to the Wireless Area Controller. Use this section to: • Confirm Device Installation • Prepare the Low-Voltage Power Module for Pairing Step 1: Confirm Device Installation IMPORTANT. Low-Voltage Fixtures have onboard selector switches.
WaveLinx User Manual WaveLinx Low-Voltage Power Module continued Initial Configuration Steps (continued) Enter Low-Voltage Power Module IP Address 2: Open Google Chrome. In the address bar, enter the IP address of the WaveLinx Low-Voltage Power Module (default 192.168.1.254). The browser may display a warning regarding site security. The display and wording of this message may differ. Locate the option to bypass the warning and proceed to the site.
WaveLinx User Manual WaveLinx Low-Voltage Power Module continued Initial Configuration Steps (continued) (Optional) Select ‘Static IP Address’ Enter IP information 5: If assigning a static IP address, select ‘Static IP Address’ and then type in the desired IP address, the appropriate subnet mask, and the default Gateway IP.
WaveLinx User Manual Low-Voltage Fixture with Integrated Sensor Reference Sheet Low-Voltage Fixture with Integrated Sensor The WaveLinx Low-Voltage Fixture with Integrated Sensor communicates through the WaveLinx Low-Voltage Power Module to the WaveLinx Connected Lighting System. The onboard Integrated Sensor provides both occupancy and daylight control that can be easily configured using the WaveLinx Mobile App. Important Installation Details: • Low-Voltage Fixtures have onboard selector switches.
WaveLinx User Manual Low-Voltage Fixture with Integrated Sensor continued Pairing Information The Low-Voltage Fixture with Integrated Sensor will automatically pair when its WaveLinx Low-Voltage Power Module is paired with the Wireless Area Controller. If a Low-Voltage device is attached after the initial pairing was completed (always power down before the connection) or a Low-Voltage device is deleted in error from the mobile app, manually refresh the pairing.
WaveLinx User Manual Low-Voltage Fixture Low-Voltage Fixture The WaveLinx Low-Voltage Fixture contains an internal control module that communicates through the WaveLinx Low-Voltage Power Module to the WaveLinx Connected Lighting System. The fixture can be easily configured to be controlled from WaveLinx devices using the WaveLinx Mobile App. Important Installation Details: • Low-Voltage Fixtures have onboard selector switches.
WaveLinx User Manual WaveLinx Receptacle WaveLinx Receptacle The WaveLinx Receptacle enables energy savings by turning OFF the top outlet when the area is unoccupied or with other programmed actions, simplifying plug load control requirements. The bottom outlet remains constantly powered. Out-of-the-Box Operation • Once power is applied, the wirelessly controlled outlet will turn ON. • LED will illuminate green to indicate that the controlled outlet is ON.
WaveLinx User Manual WaveLinx Receptacle continued How to Place in Pairing Mode: Method Description Onboard Pushbutton Press and hold the manual push button for 5 seconds. Release the push button when the LED starts flashing. 80 Successful Paired Device Behavior: (While WAC is still in or placed in pairing mode) WR-15 WR-20 • During pairing: the outlet LED may flash red/OFF or green/amber. The outlet may turn OFF for a period of time and then turn back ON.
WaveLinx User Manual WaveLinx Ceiling Sensor Ceiling Sensor The WaveLinx Ceiling Sensor provides motion sensing and/or open loop daylight dimming to the WaveLinx system. In open loop daylighting applications, the sensor can control multiple zones in the same space. The WaveLinx Ceiling Sensor is battery powered, mounting easily where needed without the need for wiring.
WaveLinx User Manual Ceiling Sensor continued Supported Identification Methods: • Laser pointer or focused flashlight beam: For sensors 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 to identify the device in the Construction Area. Battery powered devices do not support ‘Blink to Identify’ mode.
WaveLinx User Manual WaveLinx Wallstation WaveLinx Line Voltage Wallstation Use the WaveLinx Wallstations to manually operate connected loads and provide customized light levels for each controlled space. Out-of-the-Box Operation • Once power is applied, if a button is pressed, the button’s LED will flash slowly for 10 seconds. • The WaveLinx Wallstation will have no control functionality out-of-the-box.
WaveLinx User Manual WaveLinx Line Voltage Wallstation continued Supported Identification Methods: • Button Press: Press any button on the WaveLinx Wallstation. If the wallstation is still in the Construction Area, the LED will flash for 15 seconds. • Blink to Identify’: Use the Mobile App’s ‘Blink to Identify’ feature to identify the device. Select the ‘ ’ icon in a device row to place the device in ‘Blink to Identify’ mode. The icon will appear to pulse, and a WaveLinx Wallstation LEDs should respond.
WaveLinx User Manual WaveLinx Battery Powered Wallstation WaveLinx Battery Powered Wallstation Use the WaveLinx Wallstations to manually operate connected loads and provide customized light levels for each controlled space. WaveLinx Battery Powered Wallstations simplify new and retrofit installations. Out-of-the-Box Operation • Once power is applied, All LEDs will be off as the station is automatically in “sleep” mode to conserve battery life.
WaveLinx User Manual WaveLinx Battery Powered Wallstation continued Successful Paired Device Behavior: There may not be immediate feedback that the device paired successfully. 87 If paired, the device will be visible in the Mobile App. To verify that the device paired successfully, make sure the Wireless Area Controller is not in pairing mode. Press one of the wallstation buttons and verify that the paired lights and WaveLinx Receptacles still in the Construction Area respond to the commands.
WaveLinx User Manual WaveLinx Touchscreen WaveLinx Touchscreen The WaveLinx Touchscreen can be used to manually operate wirelessly connected loads. Easily issue commands to scenes, raise/lower lighting levels and/or individual zone levels from the touchscreen display. The touchscreen automatically populates the screens based on the programming in the Wireless Area Controller. Operation Details • Once PoE connection is made, the touchscreen will illuminate to a configuration screen.
WaveLinx User Manual ISHH-01 Integrated Sensor Programming Remote ISHH-01 Integrated Sensor Programming Remote Place supported devices into pairing mode without the need to cycle power 89, or place devices into reverse identification mode using the ISHH-01 Integrated Sensor Remote Control. The use of the remote streamlines system setup, removing the need to cycle power to place supported devices in pairing mode and simplifying reverse identification activation.
FCC Statement • This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference. (2) This device must accept any interference received, including interference that may cause undesired operation. Note: The grantee is not responsible for any changes or modifications not expressly approved by the party responsible for compliance. Such modifications could void the user’s authority to operate the equipment.
