User Manual myGEKKO RIO modules
Contents
1. Example maximum configuration with 4 Bus lines RS485 RS485 A 16 modules Note that the supply of the modules must be fused with 3A If the power consumption exceeds 3A the mod ules have to be supplied separately The bus must be wired accordingly to X1 or X2 sub bus Therefore the following connections are required gt max 3 A 24VDC do not connect but supply separately RxTx connect to previous module RxTx connect to previous module GND connect to previous module Bus coupler 1st module of the busline X5 Al 1 Al 4 AO un CB Nay y SP ERR 1 5 UO 1 ct 10 I 14801 G 1 D N X6 Al 4 Al 8 AO 2 a KA Ss nz eet fo EL ple SF EE EE Du N ZS Oci NO N LT 680 Af VU I VU Analog IO AI 1 Al 4 AO 1 on EIER 12345678 Manual __Analog 10 AI 5 Al 8 AO 2 Sal switch kitchen BA switch kitchen 2 SE switch cooking WE switch cellar BA motion sensor BA switch staircase smoke detector MT alarm system FF light kitchen Digital Outputs DO 1 DO 8 BA light kitchen stove WE light cooking WY light cellar steps BA light entrance WH light staircase light entrance M T light garage H POOL X10 GND RxTx RxTx 24VDC aste X1fMastar X2 Slk 3A 24VDC GND 09030409 my GEKKO RIO 29 it X3 Auxiliary2. User Manual myGEKKO RIO modules V 0 22 myGEKKO Latest Update May 2013 All software related descriptions refer to the V1279 software An update is recommended for older versions of the system Small deviations of the descriptions are possible and due to changes in the software All brands and logos are registered trademarks and are the property of the respective holders of the rights Copyright All rights reserved No parts of this document may be reproduced or transmitted in any form by any means electronic or mechanical without the prior written authorization of its legal owner If this publication is made available on Ekon GmbH media Ekon gives its consent to downloading and printing copies of the content provided in this file only for private use and not for redistribution No part of this publication may be modified altered or used for commercial purposes Ekon GmbH is not liable for the damages which arise from the use of an illegal modified or altered publication C All products correspond to the directly applicable EU regulations and guidelines 2 myGEKKO Table of Contents 1 Introduction 1 1 General Information ccc ccc ccc eee cee cece eee c eee cenneeenceeeuceeeeceeeeveeneeeees 4 1 2 ENN NNN 4 2 Technical specifications 2 1 Rio 29 2 1 1 General technical Specifications ooooooococoocnncrnnccroncr nro 6 2 1 2 Digital Ten 7 2 1 3 Analog inputs X5 EE 8 2 1 4 Digital outputs EE
3. 0 2 1 5 5 AN The power current outputs DO 1 to DO 8 must be externally protected with 1 16A each 18 myGEKKO Supply voltage 24VDC 25 30 Current consumption inter Max 250mA Typ 100mA 24VDC nal Temperature range during 20 50 C operation Storage temperature 40 85 C iF Operating time 100 ED designed for continuous operation Degree of protection IP20 established via appropriate installation Contamination level A BE Protection class IO Principle of operation Type 1 EN60730 1 ing operation Softwareclass JCesi 1 Weight BB EMV CEaccordimgto2004 108 EG Rated surge voltage los 1 OutputPVat24vDoC Tb 2 3 2 Digital inputs X4 There is a galvanic isolation to the modules of all inputs via opto couplers Input type Optically separated opto couplers Isolation voltage 400V Switch point On gt 9VDC Switch point Off lt 5VDC D EE EE aaa O switch or relay contact Maximum input voltage 24VDC 30 Current consumption Input 10V Attention GND_IO is galvanically isolated GND_IO must be connected with the GND of the 24VDC supply Current consumption Input 18V 3 8mA Current consumption Input 24V Current consumption Input 28V myGEKKO 19 2 3 3 Digital outputs X5 X6 X7 The relay outputs can be realized with high current relay In order to realize the module possible energy saving the relay only 1 second can be driven with the nominal c
4. 157 e 0 2 1 5 7 e X100 DI 1 Di 4 Digital Inputs PWM 1 4 aora 733330 X101 DO 1 ar DO 4 0 2 15 7 el 0 2 1 5 H el 2 2 1 General technical specifications Supply voltage 24VDC 25 30 Current consumption internal Typ 20mA 24VDC Temperature range during op 20 50 eration Storage temperature 40 85 AAA Operating time 100 ED designed for continuous opera tion Degree of protection IP20 established via appropriate installation Contamination level A E Protection class CI Principle of operation Type 1 EN60730 1 14 myGEKKO Humidity max 75 r H without condensation during operation Software class nosoftware 1 Weight 809 PG EMV CEaccordimgto2004 108 G Rated surgevoltage os Typical thermal power at 24VDC 05W 1 2 2 2 Digital PWM inputs X100 The PWM inputs translate the PWM outputs of the RIO 29 into a 0 10V signal The module can only be oper ated on a RIO 29 24V 24 V DI 2 DI 3 DI 4 GND GND DI 1 Input type PWM inputs only from Rio 29 Maximum input voltage 24VDC 30 Input frequency 500 Hz 2 2 3 Analog outputs X101 Output 0 10V 12 bit resolution O 4 096 max load 10mA myGEKKO 15 2 2 4 Connection example 24V 10 24V 10 ZE Ke un Ceo oo Or Con pol Ta G TE FT Do2 y nz p ZOAZ 54FF04 FOODS E P USSF 0S F0S S 05 0 e Died Did 7 light kitchen myGEKKO AX 8 light kitchen stove switc
5. 5 4 St 3 81 Stripping length 7mm 2 1 10 Spring clamp terminals X3 X4 X7 type 250 210 Stripping length Conductor cross section rigid min Conductor cross section rigid max 10 myGEKKO X5 X6 type 250 1419 Stripping length Conductor cross section rigid min Conductor cross section rigid max 2 1 11 Installation specifiactions RIO 29 Please note AN The ground GND of the power supply unit must be earthed The cable screens for the analogue inputs and outputs must be grounded on the module side O 2 a gt Y aN oS lt oat DO 1 DO 8 og X5 Al 1 Al 4 AO 1 X6 Al 5 Al 8 AO 2 enee erun H je Tt TDR Pint DSO Th hme of BA EE Ee CS EEEEEEEEEE on RI RI ER ME switch kitchen light kitchen FEA WE switch kitchen 2 EA light kitchen stove switch cooking WE light cooking switch cellar WE light cellar steps Manual motion sensor MS light entrance _ switch staircase WL light staircase 2 smoke detector light entrance WE alarm system WE light garage www my gekko com G Qe at 22 ii xx Ox x Q x x e Der SEES bee aa NRF TON OOS 2338 gin ASSESX 5555555566 Slave Auxl Aux2 Digtial Inputs 1 8 X1 Master X2 Slave RS485 RS485 R5232 x4 DI 1 DI 8 X3 Auxiliary Busses digital Inputs galv isolated myGEKKO 11 2 1 12 Functional description Dip switch RIO 29 The DIP switches are activated when the corresponding switches are pushed u
6. Busses www my gekko com Qe Digtial Inputs 1 PR RS485 RS232 X4 DI 1 DI 8 X11 Zeng Sub Busmodule more modules DO 1 DO 2 DO 3 DO 4 DO 5 DO 6 DO 7 DO 8 NC NC AN X6 X7 ha 0 5 D94 g g DOS 4 4 DOS 4 DO7 44 DOS 8 Duc Gnc HD 3 HEL m NET light kitchen BA light kitchen stove WE light cooking switch kitchen WE switch kitchen 2 ME switch cooking W switch cellar 1 light cellar steps motion sensor MG light entrance Wr switch staircase d WF light staircase smoke detector MEN light entrance ME alarm system light garage www my gekko com AAAGA0G 55 Digtial Inputs 1 8 Wago 250 1XX RM3 5 U S JE Fo myGEKKO 5 2 Technical specifications 2 1 RIO 29 075 05 0 14 0 5 pd 0 25 0 5 s 0 14 0 5 mm X6 Al 4 Al 8 AO 2 N tem at AE r PET Soe eee ee OS IFO gt SIFO gt IFOS S F05 F05 FU0S FUS5 switch kitchen switch kitchen 2 switch cooking switch cellar motion sensor er 95 mo switch staircase o o 12345678 Manual myGEKKO RIO my GEKKO RIO 29 UK DDD X10 7 smoke detector alarm system light kitchen light kitchen stove light cooking light cellar steps light entrance light staircase J light entrance light garage www my gekko com Ax x Ax x GND pa jr S A pa 3 RxTx ON S PE ED 2 mwe Master Slave Aux
7. RIO Tap Save 6 Done You can now use the RIO modules in the single system menus 4 myGEKKO 33 myGEKKO RIO COM Port 2 Configuration gt gt OK t 2 RIOs at the Com Por Selection of th Scanning the RIO modules 5 Notes 34 myGEKKO AS myGEKKO 35 m GEKKO www my gekko com A first class product of Europe The result of a close collaboration between Italy Switzerland and Germany
8. d 1 2 3 i 12 U p JE it oa 11 2 O TI 2 O TI 2 5 H gt Ul 3 gt Ul 3 S OU nen i JC JC gt i gt Gnd gt Gnd gt Gnd T Y SCH S Ul 4 gt tin gt tis 1a 1 t n 1 i E l oe a SE GND memen 101 2 1 4 Digital Outputs X7 power adaptor 24VDC Type of output PWM outputs galv non insulated 0 5A Short circuit proof Power supply Separate feeding Supply must be fused exter nally with 5A 24VDC 25 30 8 myGEKKO Digital Outputs DO 1 DO 8 2 1 5 Analog outputs X5 X6 UO X Output 0 10V 12 bit resolution 0 4 096 Max load 10mA IO X Output 0 20mA 12 bit resolution coupled with JO 1 gt UO X 1019 GND gt Max load 500 Ohm VWUWOZ 0 1UaJIno Ja AOT O 39ey on N 2 1 6 Aux1 RS 485 X3 09 24VDC Interface type RS 485 D RT 1200 2400 4800 9600 19 200 and 38 400 baud g po adjustable one 2 1 7 M Bus X3 The module acts as bus master for a maximum of 3 M bus slaves Interface type M Bus B 30VDC max 60mA NS Baud rate 1200 2400 4800 9600 19 200 and 38 400 baud adjustable 2 1 8 Aux2 RS 485 oder RS 232 X3 Aux2 can either be operated as an RS 485 or RS 232 interface E RxTx RxTx GND RxD TxD Interface type RS 485 oder RS 232 Baud rate 1200 2400 4800 9600 19 200 and 38 400 baud adjustable AUX2 RS485 RS232 111111 myGEKKO 9 2 1 9 Screw terminals X1 X2 type MCV1
9. 8 2 1 5 Analog outputs X5 E 9 ZAMORA R485 roo ME ee Eh 9 LEE ee ee ae nn En TEENS TEE EEE 9 2 1 8 AUX2 7 RS 485 or RS 232 X3 rr anna eae e ad ae 9 21 9 Screw O OU III 10 2 1 10 Spring clamp terminals aan anna aa rasen 10 2 1 11 Installation specifications RIO 20 11 2 1 12 Functional description Dip switch RIO 29 0 0 ccc ccc cece ete nee eeneeeennees 12 2 2 Aux 8 2 2 1 General technical specifications 14 222 Digital PWM inputs X100 EE 15 2 2 3 Analog outputs X101 EE 15 2 2 4 Connection example cece cece eee eee oro 16 2 25 Installation SPEdNcatons jssrssvsssaserisr adela 16 2 2 6 Spring clamp terminals eee e eee eee rr 17 2 3 Rio 16 2 3 1 General technical specifications 18 2 3 2 Digital inputs X4 EE 19 2 3 3 Digital outputs X5 X6 EE 20 2 3 4 Screw En UA EEE 20 2 3 5 Spring clamp A dun Ur CC 21 2 3 6 Installation specifications HlOie nro 22 2 3 7 Functional description Dip switch RIO ig 23 2 4 Functional description LEDS ooooooooocoooorrommmsms gt 2 2 26 225 BUSWITING WEE 27 2 6 Configurations example ccc cece cece cece cece ccc cceeeeeeeeeeeeees 28 2 7 Schematic example cece cece cece cece eee ceeecceeeeseeeeceeecs 30 3 Installation manual ccccccccccccccccccccccccccccccccccccccccccceses 32 4 Software activation at myGEKKO ee 33 myGEKKO 3 1 Introduction WARNING Read all safety information and instructions before using the RIO modules in order to
10. ation the modules can either snapped onto DIN rails C 35 or screwed surface on a mounting panel The cable relief of the connecting cables must made during installation The modules have no cable relief 32 myGEKKO 3 4 External fuse The 24VDC power supply of the RIO modules must be secured externally according to the cross section of the connection wires and the maximum current consumption of the device AN It has to be ensured that for each output DO 1 to DO 8 of the RIO 16 current is limited by external protection to a maximum of 16A All connecting wire cross sections have to be chosen in regard of the maximum current 4 Software activation at myGEKKO The modules are ready for use if all modules are connected and configured 1 Goto main settings and select IO configuration green blue arrows 2 AtlO Station 1 select gt myGEKKO RIO If you use several bus lines you need to select myGEKKO RIO also at the other stations 2 to 4 according to the number of bus lines used 3 Select next to myGEKKO RIO the port on which you have connected the RIOs By default it is the COM PORT 2 directly on the Touch If you use several bus lines IO stations choose from there as well the par ticular port on which the bus line is connected 4 Tap Configure gt gt then Scan All connected RIO modules should now be detected and listed If the RIOs are correctly identified an OK will appear next to each detected
11. avoid injuries 1 1 General Information The basic function of the RIO modules consists of data acquisition digital and analogue inputs and the triggering of digital and analogue outputs respectively RIO modules are controlled via a RS 485 connection The devices themselves have no intelligence Solely the operating status of the digital outputs can be determined in case of communication failure The modules are built in appliances and may be installed only by qualified personnel The necessary covers must be in place see section installation instruction 1 2 Sub Bus configuration The maximum number of modules which can be connected to a RIO 29 bus coupler is 16 modules includ ing bus coupler Rio 16 or Rio 29 modules may be attached also in combination at will The sub bus modules may also be mounted on several distributors distinctively Example myGEKKO with one bus line divided among several distributors RS485 RS485 A maximum of 4 bus lines can be operated on a myGEKKO Touch 4 bus couplers RIO29 Connections at the myGEKKO Touch Connections at the RIO29 bus coupler PIN SIGNAL myGEKKO RIO 29 O 3 RS485_TX RxTx GND er ere er er e 4 RS485_ TX RxTx RXTx GG GK e 7 V 10 32V de DEE WOO ae 8 V_GND me ge 1 U L 1 SH 5 SLAVE to the Sub Busmodules Master X2 bl ve 4 myGEKKO recommended cable type Profibus L2FIP 1x2x0 65 X1
12. ax module 16 RIO 16 29 RIO 16 29 Bus coupler OFF Bus coupler OFF Line 03 Line 03 Module 3 Ts RIO 16 29 i RIO 16 29 Bus coupler OFF Bus coupler OFF Max module 16 Line 02 Module 3 RIO 16 29 RIO 16 29 Bus coupler GE Bus tttcoupler OFF Line 01 Line 01 The RIO 16 or RIO 29 with bus coupler on OFF are the module adresses in this busline Maximum 16 modules per busline myGEKKO 29 2 7 Schematic example Protection of the 24VDC circu Temperature probes Th PT1000 valv pg y FIELD DISTRIBUTOR Circuit breaker eg ABB S201 Z2 and S201 Z4 2 1P 2 4A Car Z power supply TRACO RIO 29 TBL 150 6 25A A A A module no 2A 2A 2A 2A 2 4A 2 4A FIELD E SE gt DISTRIBUTOR myGEKKO Touch 30 myGEKKO its with circuit breaker or extra fuse ermo humidity sensors Thermo e drives 0 10V valve drives a AA e 0000000 020000000 RIO 29 RIO 16 1 module no 2 module no 9 WODODODO push button contacts F De Fuse circuits 1 myGEKKO Touch 2 Devices in the field like push buttons contacts sensors 3 feed in modules RIO 1 8 4 feed in modules RIO 9 16 5 Thermal valve drives first RIO29 6 Thermal valve drives second RIO29 myGEKKO 31 3 Installation manual 3 1 User circle Installation and assembly of electrical equipment may only be performed by a qualified electrician Non observance of this ma
13. ductor cross section rigid max myGEKKO 21 2 3 6 Installation specifiactions RIO 16 DO 1 DO 2 DO 3 DO 4 DO 5 DO 6 CR DO 8 NC NC Dt 5 007 28 DOS Enc Snc SUTTER MEI switch kitchen UU LO light kitchen ee ME switch kitchen 2 light kitchen stove iia full WE switch cooking ez MBE light cooking switch cellar e light cellar steps motion sensor light entrance dl switch staircase light staircase smoke detector light entrance gJ alarm system El light garage GEKKO RIO 16 www my gekko com Max 3A ao Max 3A Bl SPSS puten ech X10 2 St X4 _umenonorz X11 pene TESS ao ao u Klaus Digtial Inputs 1 8 Wago 250 DO RM3 5 Note that the module linking via the connectors X10 and X11 is only permissible up to a current of 3A If the 3A are exceeded separate supply at X1 or X2 sub bus has to be established 22 myGEKKO 2 3 7 Functional description Dip switch RIO 16 The DIP switches are activated when the corresponding switches are pushed upwards 12345678 OBESE SEES Manual operation switch State of the corresponding output in manual mode or at bus timeout ON Output ON OFF Output OFF Behaviour of outputs in case of communication interruption ON Outputs retain current state not remanent OFF Outputs attain the set manual mode Reserve without functionality State of the status LED on the module ON All LEDs are switched off OFF AII LEDs show th
14. e current module state Manual operation ON Switches all outputs to manual operation mode OFF Automatic mode myGEKKO 23 The concealed switches which are located underneath the module cover have the following functions Config Address The valid address range is as follows For a module connected to the sub bus an address in the range 2 99 may be assigned A RIO 29 module connected directly to the myGEKKO bus an address of 1 99 may be assigned Config 1 Emergency control system Config 2 Emergency control system Locking of straight odd outputs 1 4 na ON 1 and 2 3 and 4 interlocked OFF No locking function activated Locking of straight odd outputs 5 8 Conga ON 5 and 6 7 and 8 interlocked OFF No locking function activated Module address on the bus Adress CAUTION Address 0 is not permissible for operation 24 myGEKKO Emergency control system RIO 16 Outputs switch to the state of the manual switches Outputs maintain the last state received from myGEKKO Rollo mode Reserve At the moment Outputs switch to the state of the manual switches if fail mode 0 o O ES O ce SR Light direct mode DI gt DO toggle oo O ES SR Light direct mode DI gt DO toggle e Outputs are switched as pushbutton function of inputs Impulse at input x toggled state on output x relay closed relay opened Rollo Mode e 1 Input switches as pushbutton function of 1 output same for all 8 inputs and outputs e sh
15. h kitchen ME switch kitchen 2 Switch cooking switch cellar UN motion sensor switch staircase smoke detector A alarm system light cellar steps light entrance light staircase light entrance M light garage myGEKKO RIO myGEKKO RIO 29 e SE Hii Hrs 24 22 x11 gt o Sea T Am TOPY A 7 SCH SECH SES KKH 22 Ausl Aux Digtial Inputs 1 8 eke RS485 RS485 RS232 FESS 2 2 5 Installation instruction AX 8 16 myGEKKO 2 2 6 Spring clamp terminals X100 X101 type 250 210 Stripping length Conductor cross section rigid min Conductor cross section rigid max myGEKKO 17 2 3 RIO 16 2 3 1 General technical specifications DO 1 DO 2 DO 3 5 Li ag LO BOIS BDO ee a g D on LEE EEE NE a 12345678 lt Y ET Manual myGEKKO RIO OLS LEE FxT t S SE 2dy C Slave je 0 5 4 Es 0 5 4 DO 4 DO 5 DO 6 X6 oo On S ei CH IRE art rl ME switch kitchen MF switch kitchen 2 WE switch cooking WE switch cellar DE 6 motion sensor switch staircase smoke detector ME alarm system Ess 0 14 1 5 P DO 7 DO 8 NC NC X Ia OW LD m a DEE DO Duc MET light kitchen light kitchen stove WE light cooking light cellar steps light entrance W light staircase light entrance light garage www my gekko com 5 OOOOOOOOO Ou Digtial Inputs 1 8 Wago 250 1XX RM3 5 e 0 2 1 5 5
16. nual could cause damage to the device and cause fire or other hazards AN This manual is part of the product and has to remain with the end user The applicable electrical regulations for domestic installation are to be respected 3 2 General safety information There are live parts inside the housing Touching terminals may be fatal if the system is not discon nected from the mains There are no serviceable parts inside the device The opening of the hous ing is thus only allowed to employees of the manufacturer Caution External voltage on the RIO For the performance of service work on RIO modules or the connected peripherals all connections must be disconnected from the main supply Include all circuit breakers which provide dangerous voltages to the device Power supply must not be applied to the terminals as long as the earth connector is not earthed properly according to instructions Basically the valid electrical installation regulations must be observed for household and observed 3 3 Installation procedure The devices are designed for stationary operation and must be mounted that the touching of the energized terminals in normal operation is impossible In general the RIO modules are installed under covers During installation ensure particular that the devices are protected from environmental influences like water humidity and dirt The units may be connected in the supply voltage condition Depending on the install
17. oil voltage If the relay is defined attracted thus lowering the voltage the relay module to reduce power consumption Parameters Values Notes gt Output type 16A 230VAC per output External fusing Each output has to be fused exter nally with 1 16A Inrush current factor 25A 10 Max 4 seconds duty DC or COS phi 1 Max switching capacity AC 4000VA Max operation cycles 50 000 Contact ratings load Switching cycles 12 A 250V cosp 1 3x10 TV8 25x10 2500 W 230V halogen lamps gt 10 1000 W 250V incandescent lamps 2 310 3000 W 250V incandescent lamps 3 6x10 1500 VA fluorescent tubes 163 uF 10 2 3 4 Screw terminals X2 type MCV1 5 4 ST 3 81 Strippinglength mm O Connection data OOO Conductor cross section flexible with ferrule and plastic sleeve min Conductor cross section flexible with ferrule and plastic sleeve max Conductor cross section flexible max Conductor cross section AWG kcmil min mm Conductor cross section flexible with ferrule without plastic sleeve min Conductor cross section flexible with ferrule without plastic sleeve max 8 6 Conductor cross section AWG kcmil max 2 2 2 2 2 2 2 2 2 2 2 2 2 cables ofthe same cross section flexible min 2 cables of the same cross section flexible max 20 myGEKKO X5 X6 X7 type PT2 5 6 7 5H Stripping length 2 3 5 Spring clamp terminals X4 type 250 210 Stripping length Conductor cross section rigid min Con
18. ort keystroke gt short operation e long keystroke gt 1s gt output switched for 5 min or until keystroke on input 1 or key stroke on input 2 in case of activated locking e The Odd Even Lock of the outputs must be activated via Config 3 and Config 4 myGEKKO 25 2 4 Functional description LED s light kitchen switch kitchen 2 light kitchen stove switch cooking light cooking light cellar steps motion sensor light entrance ster switch staircase f light staircase ev smoke detector E light entrance alarm system light garage 12345678 Manual LED on module active no fault condition LED blinking Odd Even Lock active i e 2 outputs mutually active LED on outputs manual operation i e such as switch position ON LED on outputs are set via bus LED blinking if interface is currently communicating LED blinking if interface is currently communicating n LED blinking if interface is currently communicating LED on corresponding input active LED on corresponding output active 26 myGEKKO 2 5 Bus wiring It is of high importance that the bus cabling is linear i e the bus has a start and an end point Star shaped bus wiring as well as ring wiring have to be avoided to prevent interferences no star wiring no ring wiring Bus wiring Recommended cable type for data connection Profibus L2FIP 1x2x0 65 Note Install bus terminating resistors at the s
19. pwards ON EIER 12345678 myGEKKO RIO State of the corresponding output in manual mode or at bus timeout Manual operation switch ON Output ON OFF Output OFF Behaviour of outputs in case of communication interruption ON Outputs retain current state not remanent OFF Outputs attain the set manual mode E Reserve without functionality State of the status LED on the module LED ON All LEDs are switched off OFF AII LEDs show the current module state Manual operation Manual ON Switches all outputs to manual operation mode OFF Automatic mode 12 myGEKKO The concealed switches which are located underneath the module cover have the following functions Config Address The valid address range is as follows For a module connected to the sub bus an address in the range 2 99 may be assigned A RIO 29 module connected directly to the myGEKKO bus an address of 1 99 may be assigned Baud Uart1 Config 1 ON 115 200kB OFF 57 600kB RIO29 master mode Config 2 ON Module acts as sub bus master bus coupler OFF Module acts as slave module such as a RIO16 Locking of straight odd outputs 1 4 Conga ON 1 and 2 3 and 4 interlocked OFF No locking function activated Locking of straight odd outputs 5 8 KEREN ON 5 and 6 7 and 8 interlocked OFF No locking function activated Module address on the bus Adress CAUTION Address 0 is not permissible for operation myGEKKO 13 2 2 AX 8 02
20. t Aux2 Digtial Inputs 1 8 un o RS485 RS485 RS232 Ds 0 14 15 Jam 0 2 1 5 Jam 0 2 1 5 ss02 159 C Fs 0 2 1 5 e myGEKKO 2 1 1 General technical specifications Supply voltage 24VDC 25 30 Current consumption internal max 250mA Typ 100mA 24VDC Temperature range during 20 50 C operation Storage temperature 40 85 C Operating time 100 ED designed for continuous operation Degree of protection IP20 established via appropriate installation Contamination leve Protection class MP Principle of operation Type 1 EN60730 1 Humidity max 75 r H without condensation during operation Weight 10809 o S EMV CEaccordingto2004 108 EG TI Ratedsurgevoltage OS Output PVat24VDC BW S 2 1 2 Digital Inputs X4 There is a galvanic isolation to the modules of all inputs via opto couplers Input type Optically separated opto couplers Isolation voltage 400V Switch point On gt 9VDC Switch point Off lt 5VDC DN OBABBABABV switch or relay contact Attention GND 10 is galvanically isolated D IO must be connected with the GND of the 24VDC supply myGEKKO 7 2 1 3 Analog inputs X5 X6 Ul x input range 0 10V voltage input 1mV 16 Bit ADC 0 10 000 II x input range 0 20mA current input 10uA 12 Bit ADC 0 2 000 uA TI x input range PT1000 0 1 Grad 500 2 500 Tl x temperature range 50 250 C 0 20 mA 0 10 VDC PT 1 000 OT Ul 1 Il 1
21. tart and end points of the bus in case of communication problems or long connection lines to myGEKKO gt 20 meters The resistor must be connected as follows For slave bus 1 resistor on the master RIO 29 at the slave bus connector and 1 resistor on the last RIO 16 or RIO 29 at the slave connector wired in series For master bus 1 resistor on myGEKKO Touch and 1 resistor at the last master connector wired in series myGEKKO Touch last RIO29 bus coupler last RIO16 Dien ot GEKKO RIO 16 ee ER X10 x2 8 l P I 1 of 3 So K SE MA er Sl x1 Master X2 een ave myGEKKO 27 2 6 Configuration example setting of bus addresses Max 4 bus lines per myGEKKO Touch Max 16 modules per bus linies Module 1 f RIO 29 Line 04 Module 1 RIO 29 P Bus coupler ON Line 03 RIO 29 Bus coupler ON Line 02 RIO 29 Bus coupler ON Line 01 Bus coupler ON Module 2 p RIO 16 29 Bus coupler OFF Line 04 Module 2 P RIO 16 29 Bus coupler OFF Line 03 RIO 16 29 Bus coupler OFF Line 02 Module 2 P RIO 16 29 Bus coupler OFF Line 01 m 3 d The RIO 29 must be always the first module in the line and act as a bus coupler As bus coupler it define the line adress 28 myGEKKO Module 3 TIM Max module 1 RIO 16 29 RIO 16 29 Bus coupler OFF Bus coupler OFF Line 04 EU rn e Line 04 Module 3 M
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