Li Seng Technology SH-GWAYL10A IOT Gateway User Manual Microsoft PowerPoint Ppt0000012

Li Seng Technology Limited IOT Gateway Microsoft PowerPoint Ppt0000012

user manual

LightPRO System Setup ProcedureGreater China Regional MarketingNXP Semiconductors Feb 18, 2014
July 25, 20142ContentsSetting up the Network1. LightPRO dev kit overview2. Setting up the LightPRO Network- IP network side setup- Jennet-IP network formation- Group configuration- Scene configuration3. How to use the remote (to do On/OFF, Grouping, Dimming)Hardware – how to make a LightPRO SSL Driver 4. How to connect a LightPRO moduleLightPRO – hardware reference designHow to connect LightPRO (PWM 3.3V, 12V, and Analog 0-10V)LightPRO module pinoutsGeneral guidelines for connecting LightPROTesting your SSL Driver with LightPRO module5. Where to buy LightPRO module and the other parts
Setting up the LightPRO NetworkJuly 25, 2014Subject / Department / Author -3
July 25, 20144LightPRO dev kit OverviewWifi RouterIoT GatewaySmart BulbsLightPRO Module SSL DriverWiFi NetworkSideJennet-IPNetwork SideLan Cable
Setting up the LightPRO network (1)-IP network side setupStep 1 Connect IoT Gateway to IPv4 network ConnecttheIoTgatewaywithaLANRouter.ThenfindtheIPaddressofIoTgatewayintheclientlistofDHCPServer.ThiswillallowPCwebtoaccesstotheIoTGatewayandJennet‐IPnetworkusingtheIPaddress.July 25, 2014Subject / Department / Author -5
Setting up the LightPRO network (2)-Jennet-IP network formation Step 2 Enter Jennet-IP Network formation OpenBrowser:http://192.168.0.xx.(IPaddressisdynamicallyassignedbytheDHCPserver)Goto“GatewayConfigurationInterface”,typethepassword“snap”Goto“Jennet‐IP”‐>“Whitelist” tab,waitforthelamps/remotetojointheJennet‐IPnetworkJuly 25, 2014Subject / Department / Author -6
Setting up the LightPRO network (2)-Jennet-IP network formation Step 3 Add lamp to Jennet-IP networkPowerupthelamp,whichentersabreathmodetoindicateajoiningstate.Refreshthepageof“Jennet‐IP”‐>“Whitelist” tabuntilthelampshowsupTicktocheckboxofthelampandclick“Save&Apply”RepeatStep3toaddmorelampsJuly 25, 2014Subject / Department / Author -7
Setting up the LightPRO network (2)-Jennet-IP network formation Step 4 Add Remote to Jennet-IP networkInitiatetheactivemodeoftheremotebypressing“PRGbutton‐>Upbutton‐>Downbutton‐>Upbutton”.Refreshthepageof“Jennet‐IP”‐>“Whitelist” tabuntiltheremoteshowsupTicktocheckboxoftheremoteandclick“Save&Apply”RepeatStep4toaddmoreremotesJuly 25, 2014Subject / Department / Author -8
Setting up the LightPRO network (3)-Group ConfigurationStep 5 Enter Group ConfigurationOpenBrowser:http://192.168.0.xx.(IPaddressisdynamicallyassignedbytheDHCPserver)Goto“JIPBrowser‐>..‐>NetworkContents”,alljoinedlampswillshowout;SelecttargetlampandthenChoose“Groups” MIBforgroupconfigurationJuly 25, 2014Subject / Department / Author -9
Setting up the LightPRO network (3)-Group ConfigurationStep 6 Create a Group Entry to a lampFillin“AddGroup” boxwithsupportedGroupIDandthen“Set”;Whenthebottomlineshows“Success”,Refreshthe“Groups” table.Notes1:TheGroupIDssupportedbytheAndroidSmartLightingAppare“0x15a00a”,“0x15b00b”,“0x15c00c”,“0x15d00d” and“0x15f00f”.TheGroupIDssupportedbythePCwebare“0x15c00c”,“0x15d00d” and“0x15f00f”.July 25, 2014Subject / Department / Author -10
Setting up the LightPRO network (3)-Group ConfigurationStep 7 Delete a Group Entry from a lampFillin“RemoveGroup” boxwithaGroupIDthatisalreadyintheGrouptable,andthen“Set”;Whenthebottomlineshows“Success”,Refreshthe“Groups” table.July 25, 2014Subject / Department / Author -11
Setting up the LightPRO network (4)-Scene ConfigurationStep 8 Adjust Group Status for ScenesBasedongroupcontrol,adjustthestatusoflampstotheexpectedscenevalue.July 25, 2014Subject / Department / Author -12
Setting up the LightPRO network (4)-Scene ConfigurationStep 9 Enter Scene ConfigurationGoto“JIPBrowser‐>..‐>NetworkContents”,alljoinedlampswillshowout;Selecttargetlampthenchoose“BulbScene” MIBforsceneconfiguration.July 25, 2014Subject / Department / Author -13
Setting up the LightPRO network (4)-Scene ConfigurationStep 10 Save Scene ConfigurationSavethestatusofthebulbintoascenebyeditingoneofsupportedsceneIDinto“AddSceneID” andthen“Set”;Gobacktothestep9,savethestatusforthesceneonebyoneuntilallbulbinthescenehasbeenaddressed.Notes:ThevalidsceneIDsare0xA00A(Home),0xB00B(Away),0xC00C(Movie),0xD00D(Reading).July 25, 2014Subject / Department / Author -14
Hardware – how to make a LightPRO SSL DriverJuly 25, 2014Subject / Department / Author -15
IoT Box Reference DesignPower SupplyPWM or 0-10V analogAntenna mountingLightPRO Module Pin ConnectionsTestingQ&AJuly 25, 2014Subject / Department / Author -16HowtoconnectaLightPROmodule(toanSSL driver box)
July 25, 201417LightPRO - reference designAC Power Input Outputs 0~10V or PWM (500Hz)90-275VAC Universal AC
July 25, 201418How to connect LightPRO (1)- Inside your IOT SSL Driver – simple 3.3V PWM caseIn this example, we show how to interface to a SSL Driver that accepts 0 to 3.3V PWM signalNXP LightPROGND(2~3.6v)3.3V PWM (Pin 14, 500Hz)SSL DRIVER3.3V DC outputPWM dimming control inputANT+3.3V +-10%
July 25, 2014Subject / Department / Author -19NXP PIMD3 or Equivalent (all R’s are 10k)NXP LightPROGND(2~3.6v)SSL DRIVER12V DC outputPWM dimming control inputLDO~12VPWM 500HzANTPin 14 3.3VPWM 500HzIn this example, we show how to interface to a SSL Driver that accepts 0 to ~12V PWM signalHow to connect LightPRO (2)- Inside your IOT SSL Driver – simple 12V PWM case~12-15V+3.3V +-10%
July 25, 2014Subject / Department / Author -20NXP Light ProGND(2~3.6v)SSL DRIVER15V DC output0~10VAnalogControlSignalLDOHow to connect LightPRO (3)- Inside your IOT SSL Driver: 0-10V analog control caseANTPin 15 3.3VPWM 100kHz+3.3V +-10%~12-15VIn this example, we show how to interface to a SSL Driver that accepts 0 to 10V analog control signal0-10V AnalogControlUse low power rail to rail input and output opamp e.g. LT1006 or similar. Ensure opamp supply is decoupled with 1uF cap close to supply pins
LightPRO module Pins – Top ViewJuly 25, 2014Subject / Department / Author -2116 = +3.3VMonitor100kHz PWM500Hz PWM 0VLightPRO module is FCC Approved
Note that the PWM output signals are 0 to +3.3V. If your SSL driver requires higher PWM voltages, you will need to buffer and amplify these signals The ‘monitor’ output provides a separate indication of the LED output status (ON/OFF and dim level) and can be used to drive an external monitor LED through a transistor buffer. This is useful for testing SSL drivers on the ground before installation. You do not have to use this feature for correct operation.Typical current consumption: Rx = 17.5mA Tx = 15mA and operatingtemperature range is -40 dec C to +85 deg C See the link to the reference circuits for circuit details and ideas to interface the module to your SSL DriverJuly 25, 2014Subject / Department / Author -22Function PinNumber Comments0V 170V 18+3.3V 16 +‐10%at25mA100kHzPWM 15 0to+3.3VPWMusedtodevelop0‐10Vanalogdimingsignal500HzPWM 14 0to+3.3VlowfrequencyPWMsignalMonitor 27 Monitorsignal‐interfacetoLEDviatransistorbufferBothpins17and18mustbeconnectedto0VLightPROModuleElectricalConnections
LightPRO module – General GuidelinesEnsure the power supply entering the module is clean and stable. If there are long traces between the +3.3V supply and the module, decouple the power supply close to the LightPRO ModuleEnsure there is no physical contact between the module and any other components in your SSL DriverDo not attempt to operate the module without an antenna, or with just a piece of wire – the module performance and network performance will be severely degradedDo not pour potting compound over the LightPRO module – this may affect the RF performance adverselyEnsure that the antenna socket mounted externally on your SSL driver module is secure and does not rotate – if it does, this can result in a broken connection inside your SSL driver module during installationJuly 25, 2014Subject / Department / Author -23
Testing your SSL driver with LightPROmoduleUse the small reference network provided in the LightPRO Developers Kit (2 lamps, 1 x gateway and 1 x remoter) plus an Android SmartPhone or an Android TabletGet your module to join the network – this verifies that the RF section of the system is operationalCheck that the module functions all operate – this verifies that hardware interface and application software layer is operating correctlyJuly 25, 2014Subject / Department / Author -24
Where to buy LightPRO module and theother parts?LightPRO Module: From distributors SAC, Zenitron, EDOM, Future, Arrow, WPI, ZLGGateway: LisengRemote Control: NXP (more suppliers in Q2)Sensors: Coming in Q2 (light and occupancy)July 25, 2014Subject / Department / Author -25
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, and (2) this device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: —Reorient or relocate the receiving antenna. —Increase the separation between the equipment and receiver. —Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. —Consult the dealer or an experienced radio/TV technician for help. Caution: Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.

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