OEM Design-in Guide Luxon IoT Node Outdoor Zhaga Version Version 1.3 www.nedap-luxon.
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Contents OEM Design Guide Luxon IoT Node Outdoor 1 2 3 4 5 6 7 General information .................................. 4 1.1 1.2 1.3 1.4 1.5 Introduction ...................................................... 4 Warnings and instructions ................................ 5 Package content................................................ 5 Shipping and storage ........................................ 5 Waste disposal .................................................. 5 Luxon system overview ............
1 General information 1.1 Introduction The Luxon IoT Node Outdoor features a cost-effective, brand independent solution to create connected and wirelessly controllable LED fixtures for outdoor applications. The node differentiates from other products on the market by its extended functionality, such as performance monitoring and remote diagnostics of LED fixtures by means of a cloud based light management system.
1.2 Warnings and instructions - Read the design guide completely before design-in the Luxon IoT Node Outdoor. - Do not connect mains voltage to the terminals of the Luxon IoT Node Outdoor. - Make sure the Luxon IoT Node Outdoor is operated within the technical limitations of the specification, see chapter 8. - Make sure the IoT node RF antenna is not covered or obstructed by metal for the best RF communication.
2 Luxon system overview OEM Design-in Guide Luxon IoT Node Outdoor 6
3 Product Information 3.1 Product range Description Luxon IoT Node Outdoor Part number 9986979 3.2 Mechanical dimensions In the picture below the dimensions of the Luxon IoT Node Outdoor are shown. 3.3 Zhaga base pinning The Luxon IoT Node Outdoor has 4 pins connected according to the Zhaga standard. Pin 1 2 3 4 Type +24Vdc supply input DALI - / DimDALI + / Dim+ Sensor input Bottom view Zhaga base 3.
3.5 Temperature sensor The Luxon IoT Node Outdoor has a built-in temperature sensor which can be requested the Luxon light management system. The range of the temperature sensor is -40°C/-40°F to +100°C/+212°F, however in normal operation the maximum internal temperature is 80°C/176°F. 3.6 Lux sensor The Luxon IoT node outdoor has an integrated light sensor to measure lux values from 0 to 1000 lux. The lux sensor will be used in the future to support twilight switch functionality. 3.
4 Compatible LED drivers The Luxon IoT Node Outdoor can control up to 4 drivers within one luminaire. The control interface can be either Active DALI, DALI or 1-10V dim-to-off mode. The Luxon IoT Node Outdoor determines the interface control mode automatically by measuring supply voltage and dimming interface voltage of the connected driver(s). For possible drivers see Luxon Portal: https://portal.nedap-luxon.
Wiring diagram 2: DALI application with Luxon IoT Node Outdoor 4.3 LED drivers with a 1-10V interface In 1-10V mode, the dimming voltage range is from 1 to 10V, the output can be set to 0V to switch the LED driver off. The LED driver need to support dim-to-off functionality for this feature. The IoT node supply voltage must be 12Vdc or 24Vdc. All 1-10V drivers according to the IEC 60929 / ANSI C82.
5 Design-in considerations 5.1 Receptacle mounting TE connectivity is one of the suppliers of the Zhaga receptacle. Below you will find the basic information out of the application specification of TE connectivity. TE connectivity part number 2213858-1 5.1.1 Mounting Receptacle can be used on a luminaire housing thickness between 1.5mm to 6.0mm. Torque mounting nut within the range of 1.8 to 2.4 N-m using a 27mm hex socket. See Figure below. Source: TE Connectivity 5.1.
5.1.3 Sealing Cap In case the IoT node is not mounted during installation, make sure a sealing cap of TE connectivity will be used to maintain the IP rating of the luminaire. Colour Dark Gray Light Gray TE connectivity part number 2213795-1 2213795-2 5.2 Wire connections 5.2.1 Wire locations The receptacle is wired on the bottom side of the assembly; access from the inside of the luminaire. Wire entry locations are labeled 1, 2, 3, and 4, see picture below.
5.3 Position and RF performance The RF radiation pattern of the Luxon IoT Node Outdoor is directed mainly in one direction as showed is the picture below. Requirements to give the antenna the best possible free 360° RF communication performance: - Avoid metal parts close to the antenna. - Mount the Luxon IoT Node Outdoor pointing downwards or upwards for optimal RF performance. - Avoid large horizontal oriented metal parts within 75mm or 3” measured from the center of the antenna. 5.
The Luxon Motion Sensor shall be connected as shown in diagram A by using appropriate wire connectors. The Luxon Motion Sensor cable shall not be lengthened. Luxon Motion sensor color coding: 0V wire = brown Signal wire S = white Diagram A: Connecting a Luxon motion sensor The white wire of the Luxon Motion Sensor is connected to the sensor input of the Luxon IoT Node Outdoor. And the brown wire to the 0V of the Luxon IoT Node Outdoor. 5.4.
Sensor interface output requirements 1: Is case of an open collector output or potential free relay low current contact. Figure 1: Sensor output switching to 0V. Maximum IoT node current: 2mA max. Figure 2: Sensor output switching to 12 to 24Vdc 2: In case of an analog 0-10V sensor output voltage.
5.5 Auxiliary Power Supply To power the Luxon IoT Node Outdoor and / or third party sensors, an auxiliary power supply can be used in cases that the LED driver has no auxiliary power supply available or has no active DALI port like Philips SR or Osram Dexal. In this chapter , the Luxon IoT Node Outdoor power supply requirements are shown followed by additional requirements for auxiliary power supplies and location of compatible 24V power supplies.
6 Luminaire End-Of-Line test To test a luminaire with the integrated Luxon IoT Node Outdoor, Nedap can supply two different test tools. If you do not have a computer available you will need to use the “Luxon wireless OEM test unit” otherwise you can test your luminaire with the “Luxon wireless control tool”. In case you want to test an integrated motion sensor, use the “Luxon wireless control tool”. 6.
7 Compatible Luxon Software Software Floorplanner Luxon Light Controller (LLC) Version 4.9.0 or higher 2.17.3.3620 or higher In case your software version is lower than indicated above, contact Nedap customer support at: EUROPE: support-europe@nedap-luxon.com AMERICAS: support-americas@nedap-luxon.com 8 FCC and ISED Declarations Compliance statement (part 15.19) This device complies with part 15 of the FCC Rules and to RSS210 of Industry Canada.
9 Specsheet Luxon IoT Node Outdoor OEM Design-in Guide Luxon IoT Node Outdoor 19
Subject to change without notice (RH20190502) Luxon Connected Light Management Nedap N.V. T +31 (0)544 471 111 Parallelweg 2 info@nedap-luxon.com 7141 DC Groenlo www.nedap-luxon.
