User manual KNXgal
Contents
1. ok 1 trouble 32 control test group state a b 112 143 EIS6 R W 32 groups 11 CONTROL 0 off 1 full immediate on 2 partial off 3 alarm reset 4 cancel of switching on 5 forced switch on READ 0 off 1 on 2 partial on 32 alarm group state 12 a b 144 175 EIS6 R 32 groups 0 wuiet 1 alarm 2 required reset 32 extended group state 13 a b 176 207 EIS6 R 32 groups 0 off 1 on 2 partial on 3 ready to turn on 4 time lock 32 control of outputs by type id a b 208 239 EIS6 W 32 groups deactivation of output type 0 100 0 100 activation of output type 0 100 128 228 8 read of output state according to address 15 a b 240 247 EIS11 R 256 outputs 32 states in one message address 0 not active 1 active 512 omitting zone according the address 16 a b 1 0 255 EIS1 W 512 zones 512 bit states a b 2 0 255 0 not omitted 1 omitted 47 256 control of states according the address a b 3 0 255 EIS1 W 256 outputs 256 bit states 7 www foxtron eu foxTRON 0 not active 1 active In the table List of read and controlled states are listed all states which are being read from alarm control panel and are possible to write In the column number and range of address is listed the number of address which are being occupied on KNX bus Under this detail is listed which of them are occupied Letters a an2. 0 R firmware version a b 2 4 EIS10 R hardware version ElS11 R inque device identifier 11 details about connected Galaxy control panel EIS6 R type of control panel EIS6 R language version EIS10 R firmware version of control panel EIS6 R number of groups ElS10 R number of zones a b 5 15 EIS10 R number of outputs ElS10 R number of users EIS10 R number of remote access codes EIS10 R nuber of technician s codes EIS10 R number of administrator s codes EIS11 R ID of control panel 16 Omiting zone according the address a b 16 31 EIS11 R 512 zones 32 states in one message address 0 not omitted 1 omited 16 zone states a b 32 47 EIS11 R 512 znes 32 states in one message address 0 low resistance high resistance closed 1 tamper short circuit tamper disconnected opened 16 alarm zone states a b 48 63 EIS11 R 512 zones 32 states in one message address 6 www foxtron eu foxTRON 0 quiet 1 alarm 16 real state of zones closed opened 8 a b 64 79 EIS11 R 512 zones 32 states in one message address 0 closed 1 opened 16 real state of zones ok tamper 9 a b 80 95 EIS11 R 512 zones 32 states in one message address 0 ok 1 tamper 16 real state of zones ok trouble 10 a b 96 111 EIS11 R 512 zones 32 states in one message address 0
3. d b represents the upper part of address states which is being saved to KNXgal by program KNXgal exe Example state of zones message number 6 With message type states of zone is being read 512 states of zones from alarm control panel Those states of zone are being transfered by messages type EIS11 32bit message On the KNX bus messages occupy 16 address on each address is 32 state of zones being transfered If the upper part of address states is set to 1 1 which is shown in the picture in the section setup there will be used addresses 1 1 32 1 1 47 on the KNX bus Given bit set to 0 means low resistance high resistance closed or set to 1 means tamper short circuit tamper opened opened List of supported alarm control panels Galaxy Classic Galaxy G3 Galaxy Dimension Galaxy 8 Galaxy G3 144 Galaxy GD 48 Galaxy 18 Galaxy G3 520 Galaxy GD 96 Galaxy 60 Galaxy G3 48 Galaxy GD 264 Galaxy 500 Galaxy GD 520 Galaxy 512 Galaxy 16 Galaxy 16P Galaxy 504 Galaxy 128 EoRTRON Jeseniova 53 130 00 Praha 3 tel 420 274 775 085 www foxtron cz 8 www foxtron eu
4. e permission to set parameters T transmit permission to automatically send states Priority any priority can be set for sent message on the KNX bus automatical sending Low alarm states Alarm manual control High syst m function system Periodical sending for each states can be set periodical sending in the range of 2 to 64 minutes or it can be turned off States are being sent decomposed so they can not overload the KNX bus For data transfer serves buttons read from KNXgal and save to KNXgal Bookmark password Password setup which will be used for connection to alarm control panel Two passwords are set One for communication module GXY Smart and second for Galaxy control panel For data transfer serves buttons read from KNXgal and save to KNXgal Bookmark version Read of firmware version in KNXgal and its actualization Button read will read the current firmware in KNXgal For overwrite the firmware in KNXgal choose the file with new firmware hex and pressing button write fw will start firmware overwrite Actualization progress is shown 5 www foxtron eu foxTRON List of read and controlled states ers E description ZRS os 1 login to GXY SMART aa E186 R a e eaa 1 login to Galaxy aili ES R gt notlogged communication enon E 3 information about GXY SMART EIS1
5. foxTRON User manual version 1 2 Management alarm control panels Galaxy from KNX bus powered from KNX bus Communication indication on KNX and with Galaxy control panel DIN rail mount 1 modul Adjustable address on KNX with program KNXgal exe free 1 www foxtron eu foxTRON KNXgal is interface between alarm control panels Galaxy and KNX bus Using KNXgal it is possible to control and setup various parameters KNXgal sends on KNX bus chosen states periodically in selected interval or it is possible to turn periodical sending off and read them actively KNXgal does not need external power supplier it is powered from KNX bus Technical specfication consumption from KNX bus 10 mA wires cross section Galaxy 0 08 1 5 mm wires cross section KNX 0 6 0 8 mm Ingress protection degree IP IP20 ambient working temperature 0 50 C storage temperature 10 70 C weight 50 g Signalization Galaxy RxD message receiving from alarm control panel Galaxy TxD message sending to alarm control panel KNX RxD message receiving on KNX KNX TxD message sending on KNX Communication with Galaxy alarm control panel With Galaxy alarm control panel communicates KNXgal by serial line RSS232 on module GXY Smart Communication parameters Speed 115200 kbps Data bits number 8 bit Parity nepouzita Stop bits number 1 bit www
6. foxtron eu foxTRON Terminals connection GND signal ground Rx data transmittion Tx receiving data NC not connected NC RS232 Tx Galaxy GND wire preparation 0 6 0 8mm 0 08 1 5mm Dimensions in mm 90 Ce i 4 a ce Mm IBES a Ex 7 B fl E Ek 3 www foxtron eu FORTRON To setup KNXgal unit serves program KNXgal exe KNXgal is connected with computer by serial line which is designated in normal usage for communication with Galaxy alarm control panel Before setup it is necessary in item COM to set the number of serial port of the computer to which is KNXgal connected lg KNXgal setting v1 5 gt File Settings KNX address password version COM 1 not available port physical address 3 3 3 upper part of state address 1 1 login to GXY Smart login to Galaxy information about GXY Smart information about Galaxy zone omission by address zone state alarm zone state real zone state close open real zone state ok Aamper real zone state okArouble group state controlAest a 3 3 3 3 3 2 2 2 2 2 read from KNXgal write to KNXgal Menu File menu file contains buttons Open and Save as which can be used to save selected data in KNXgal in the file After pressing Save as user can input the name of the file and data from setup program will be saved in t
7. he text file Saved will be physical address upper part of address states parameter setup of individual messages and passwords For open a backup click on the button Open Data from selected file will be filled in appropriate boxes and they will rewrite the original values Setup In the menu is optional to select language used in setup program Czech English 4 www foxtron eu ORTON Setup of physical address of the unit state address on KNX and its parameters Physical address is given by three numbers in the range of 0 15 0 15 and 0 255 separated with period In the picture is shown address 3 3 3 Upper part state address is given by two numbers in the range of 0 15 and 0 4 separated by slash KNXgal takes 1024 address on the KNX bus Range of these address is given by the shift of Upper part address state In the example is shown 1 1 which means that from address 1 1 0 are used following 1024 address Used range of address on the KNX bus will therefore be 1 1 0 to 1 4 255 Location of individual states in this range will be described in the part List of read and controlled states Parameter setting determines behavior of individual message types For each message type can be set symptoms used in KNX syst m priority of sent message and a possibility of periodical message sending Symptoms C communication permission of message communication on the KNX bus R read permission to read parameters W writ
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