HDL KNX System Introduction KNX Introduction KNXInternational standard

HDL KNX System Introduction

KNX Introduction KNXInternational standard of Home and Building Automation KNX organization Founded in 1999, head office - Brussels, Belgium Member companies : ABB, Siemens, Schneider, HDL. . . , more than 200 producers Organization website http: //www. knx. org

KNX BUS EIB = European Installation Bus KNX = EIB + Bati. BUS + EHSA KNX transmission media： • Twist Pair – EIB：the most widely used • Power Line - Batibus • Radio Frequency - EHSA • IP/Ethernet

KNX System Structure - Line 1. 1. 1. 63 • A line can have 64 devices • The Max. length of one line is 1000 meters • The Max. length of two devices on the same line is 700 meters • The Max. length between the power supply and a device is 350 meters

KNX System Structure - Area Main line 1. 0 Area LC 15 1. 1. 0 1. 15. 0 • An area can have 15 lines • Every line is connected to main line via a line coupler • 1. 1. 1 Line 1 1. 1. 63 1. 15. 1 Line 15 1. 15. 63 The main line needs a separate power supply module

KNX System Structure Area line 0. 0 BC 1 Main line 1. 0 LC 15 1. 1. 0 1. 15. 0 1. 1. 63 2 3 5 6 8 9 11 12 14 15 1. 0. 0 1. 1. 1 Linie 1 Area 1 4 7 10 13 1. 15. 1 Linie 15 1. 15. 63 • A system can have 15 areas • A system can have as many as 14400 devices(15*15*64)

PA – Physical Address indicates the physical location the device locates in, assign an unique physical ID to every device by ETS according to the device’s physical installation position. Area 1 1. 0. 0 Area 15 15. 0. 0 1. PA format: A(area). B(line). C(device) A=0 -15, B=0 -15, C=0 -255 LC 15 1. 1. 0 1. 15. 0 DVC 1 1. 1. 1 DVC 1 1. 15. 1 DVC 63 1. 1. 63 DVC 63 1. 15. 63 2. The same area, the same A 3. The same line, the same B Line 15

Line Coupler/Repeater Main line LC 1 LR 1 M/LCR. 1 1. 1. 0 DVC 1 1. 1. 1 DVC 63 1. 1. 63 DVC 63 LC 2 LC 15 1. 2. 0 1. 15. 0 LR 2 1. 1. 64 DVC 1 Area 1 1. 1. 65 1. 1. 127 LR 3 1. 1. 128 1. 1. 192 DVC 1 1. 1. 129 DVC 1 DVC 63 1. 1. 191 DVC 63 Line Coupler: area、line isolation Line Repeater: line devices extension (one line can connect up to 3 repeaters in parallel) 1. 1. 193 1. 1. 255

Target/Control Object 1. Object can send or receive telegram 2. 220 V A B Dimmer Every object has fixed control type(DPT: Data Point Type), e. g. 3. on/off, relative dimming, etc. Object 1：on/off 1 bit Every object has fixed data type Object 2：relative dimming 4 bit and length. Object 3：absolute dimming 8 bit

GA – Group Address is a link, to achieve the control function. With same group address, the objects can communicate with each other, e. g. , if you want to use button A to control relay channel C, then you need to assign a GA to both of them. 1. GA format: X/Y/Z Main group/middle group/sub-group X=0 -15, Y=0 -7, Z=1 -255 2. Group address 0/0/0 is reserved for broadcast 3. One object can link with more than one group addresses 4. Different objects can link with same group address

GA – Group Address Main line LC 1 LC 2 Pushbutton 1 1/1/1 Lamp 2 S 1/1/2 1. 1. 1 Lamp 1 1/1/1 Line 1 A 1/1/2 1. 1. 2 A 1. 2. 1 Movement detector Line 2 S 1/1/2 1. 2. 2

ETS - Introdunction ETS is a configuration tool software made by KNX organization, the newest version is ETS 5, however ETS 3. 0 f is still widely used. When purchase a KNX product from a company, you will also receive a database of the product, you can then import the product database to ETS software and configure it, and finally upload your configuration to the product.

ETS - Create Database double click ‘new’ to create your project database click the icon in the manu bar to add project, click 'OK' then it will dispaly the windows for this project name your new project database

ETS - Import Database Steps: manu bar->file->import->select database ->import the selected one or import all

ETS - Add Device Steps: new line->add device->find-> select the imported database->insert

Product Database Version Please check the production version from the module label, and use the corresponding database. For MOSFET Dimmer, production version V 1. 0 & V 1. 1 ---database V 1. 1; production version V 1. 2 ---database V 1. 2 For other devices: production version V 1. 0 ---database V 1. 0; production version V 1. 1 ---database V 1. 1; production version V 1. 2 ---database V 1. 2. 2020/12/7

ETS - Physical Address double click change physical address

ETS - Group Address 1 - select the object 2 - right-click to select 'link with. . . ' option 3 - assign group address for it: • create new group address • link with existing group address

ETS - Build Communication

Example - DLP + Dimmer Create a project and name it as 'Dimming', add one DLP(M/DLP 04. 1 ) database and one 4 CH MOS Dimmer(M/D 04. 1) database in area 1, line 1. The M/DLP 04. 1 default physical address is 1. 1. 1, the M/D 04. 1's is 1. 1. 2. The default enabled object function of the DLP is switching(on/off) and the dimmer's is channel output(on/off) & relative dimming

Example - DLP + Dimmer Right-click the M/D 04. 1, select 'edit parameters' to enter the configuration page, enable the 1 bit response function for each channel.

Example - DLP + Dimmer Right-click channnel objects of dimmer, select 'link with. . . ' to assign group addresses for them, here all group addresses are the new one, then select 'create new group address', set the address value then click 'OK'

Example - DLP + Dimmer Right-click the M/DLP 04. 1, select 'edit parameters' to enter the configuration page, select 'Dimming controller' work mode and 'Single button' operation mode for Rocker A & B

Example - DLP + Dimmer Right-click Rocker A&B objects of DLP, select 'link with. . . ' to assign group addresses for them, here all group addresses need to be corresponding with the dimmer's, then select 'link with existing group address', set the address value then click 'OK'

Example - DLP + Dimmer 1 - Right-click the M/DLP 04. 1, select 'Download. . . ' 2 - Select 'Program Address & Application' 3 - Press the first and last buttons of DLP at the same time, it will enter the programming mode and its button LED will flesh 4 - Start download

Example 1 - DLP + Dimmer 1 - Right-click the M/D 04. 1, select 'Download. . . ' 2 - Select 'Program Address & Application' 3 - Press the 'PROG' button of dimmer, it will enter the programming mode and its LED will turn red 4 - Start download

About Downloading Ø Program Individual Address: Download physical address to device (need to press the PROG button to let it enter the programming mode) Ø Download Application Program: Download configuration to device (if you know its physical address, just click this option to download Ø Program Address & Application: the configuration directly) Download physical address and the configuration to device (if you donot know its physical address, click this option to download both of them, need to press the PROG button to let it enter the programming mode)

Combined Application 1 DLP+FCU KNX bus M/DLP 04. 1 M/FCU 01. 10. 1 fan coil unit HVAC can read temp from bus or local module. if read temp from local, must connect with the digital temp sensor. TS/C 1. 0 digital temperature sensor

Combined Application 2 DLP+M/IRAC. 1 Need to learn the IR codes and download them to IR emitter from HDL KNX Assistant Software

Combined Application 3 M/S 04. 1 + TTS/APR 1. 0 1> dry contact input TTS/APR 1. 0 2> temperature sensor input (TTS/APR 1. 0, HDL type) 3> 0 -10 V ballast dimming output

KNX Assistant Software HDL KNX Assistant Software It's developed by HDL, supported functions: u Work with KNX DLP Panel u Work with KNX IR Emitter u Work with KNX DALI controller

KNX Assistant Software u Work with KNX DLP Panel Change the button icons, enable users to find the control information effortlessly.

KNX Assistant Software u Work with KNX IR Emitter via the IR Learner, used to learn codes then download to the IR Emitter.

KNX Assistant Software u Work with KNX DALI Controller can read the information from DALI, used to manage the DALI groups etc