User Manual - LabotroniK
Contents
1. File Upload Relay 1 Input Y Toggle Out Invert In Relay 2 None v Toggle Out Invert In Network Configuration Relay Input Toggle Out Invert In Relay 4 None v Toggle Out Invert In lt Relay 5 Input Toggle Out Invert In Relay 6 None e Toggle Out Invert In Relay 7 Input Toggle Out Invert In Toggle Out Copyright 2011 LabotroniK e Within this page you can link relay to discrete input state e With the toggle out option set corresponding relay state will change at each falling edge This is typically use if you have connected a push button For example this option could be set if you want to drive a lamp in a house with a push button e The Invert In option will invert the logic Relay will be set to active if corresponding input is open 10123 Labotrorific com Note when a relay is linked to digital input his label color changed in the webserver home page and become purple Then you can t manually toggle relay to active state because of the link 11123 Labotrorific com 4 2 Analog Input IP Lab Application Overview Analog Parameters Discrete Setup Analog threshold and relay link Analog Timers ANALOG 1 Dynamic DNS i Link None Threshold Low Value 10 Network Configuration Threshold High Value 900 A2. Windows Process Activation Service Windows Search Windows TIFF IFilter Ease of Access m 6 Create you own web page Download source page on the website Download web page compiler http www labotronik com Documentation IPLab software MPFS2 zip Do your own modification in the source code configure MPFS2 software and click on generate and upload lt will compile files to give the bin file and download it to the board 20123 Labotro GC Source Settings 1 Stat With Webpage Directory Pre Built MPFS Image Source Directory NA IPLab_Soft Software WebPages Processing Options 2 Output BIN Image C18 C32 Image ASM30 Image MDD Output Files 3 Project Directory MPFSImg2 Upload Settings 4 Upload Image To http admin 192 168 1 131 gt to modify gt Start With 9 Webpage Directory Pre Built MPFS Image Source Directory N IPLab_Soft Software WebPages 4 Upload Image To http admin 192 168 1 131 gt to modify gt novembre 12 2009 Generate and Upload Version 2 1 3603 35096 Generator Idle Note User name admin password admin 21123 Labotronti scom o The MPFS image upload was successfully completed N IPLab_Soft
3. Software WebPages footer inc 186 bytes forms htm 2943 bytes 17 vars headerinc 965 bytes index htm 6124 bytes 7 vars inputOFF png 2101 bytes inputON png 2507 bytes Ibtk css 1113 bytes gzipped by 67 js 2562 bytes gzipped by 55 ledOFF png 2101 bytes ledON png 2507 bytes leds cgi 17 bytes 1 vars logo jpg 3993 bytes novembre 12 2009 Generate and Upload Version 2 1 3603 35096 7 Technical support You can reach the technical support by register into the forum of LabotroniK or you can send email to support labotronik com 22123 Labotrorific com 8 Document revision History V1 0 IPLab 8 rly board user manual Initial version 23123
4. board is at the address 192 168 1 2 E EX C Windows system32 cmd exe Microsoft Windows Version 6 1 76001 Copyright lt c gt 2889 Microsoft Corporation All rights reserved C Users Bil gt tftp 192 168 1 2 put c s tmp I PLabMaster hex Transfer successful 309314 bytes in 11 second s gt 28119 hbytes s CiNlsersNBil gt Information e oenter this command click on start then enter cmd e Under windows 7 to activate tft function go into start gt control panel gt programs gt turn windows features on or gt check tftp client 19123 Labotro rit com Control Panel Home System and Security Network and Internet Hardware and Sound Programs User Accounts and Family Safety Appearance and Personalization Programs and Features Uninstall a program WI Turn Windows features on or off Run programs made for previous versions of Windows View installed updat How to install a program Default Programs Turn Windows features on or off To turn a feature on select its check box To turn a feature off clear its check box A filled box means that only part of the feature is turned on Ser V Remote Differential Compression RIP Listener a LN Simple Network Management Protocol SNMP a A Simple TCPIP services i e echo daytime etc Tablet PC Components Telnet Client CT d Telnet Server Y jo TFTP Client Windows Gadget Platform
5. insert a pull up or pull down resistor to fix this indeterminate situation You can for example insert 10k ohms resistor between unconnected analog input and GND if you want to maintain value to 0 6123 Labotrorific com 2 3 Power output Available signals for relays K1 to K8 are Common point Normally Open NO and Normally Close NC Each number in front of terminal block P7 represents the common pin for the corresponding relay Example of lamp connection to relay 1 normally open relay Neutral P2 NO 1 2 WARING when you connect or disconnect wire to the board shutdown master electrical power supply 3 First Start IPLab operates as a web server So you don t have to install any driver to communicate with Card s functionalities are available via the web server and UDP protocol The java application TCPIP Discover jar available on the website www labotronik com helps you to find the board over Ethernet 7123 botrontk scom Labotronfig com When you first power on the board or if you press the software button discover device the card will send his IP and MAC address over the local network Then you know the board is correctly configured and present After that you can reach the board by his IP address on your browser or by entering his default name http IPLab Your browser is now connected to the board and the following home page will appear
6. IPLAB 8 RLY User Manual 18 2041 Revi m nie La botrorfikk com IPLAB 8RLY V1 0 12 2011 LabotroniK Labotrorific com SUMMARY SUMMARY 2 A as 3 LA Board 2 c dilata 4 2 Signal Mapping CP IHE 5 2d Discrete Mapping eR 5 2 2 AMA ANA IA ii ii a 6 2e PONE PU AS 7 3 ate UAT AMES ino o NT ad aa Nagan aa gagan 7 MEE in rire E EE 9 Zl Discrete E 10 42 Analog Hs TREE 12 43 E Men Ju 13 44 Dynamic KE 14 LAE Ii en NEE 15 4 6 Network Configuration Eeer ees 16 47 Drive the card by UDP protocol tai 17 5 Firmware E 18 6 Create you Own WED pa eeng 20 Te Technical support E 22 S EE 23 2123 Labotrorific com 1 Overview IPLab 8 RLYincluded 8 relays SPDT driven by Ethernet 8 dry discrete and 2 analog input e Relays can drive signal up to 230VAC and 10A e Discrete input are designed to read dry contact from switch e Analog input are designed to monitor input up to 3 3VDC WARNING To prevent electrical shock it is not recommended to drive signals above 50 VAC or 110 VDC when you are using the board without enclosure During external connection to terminal bloc you must use isolated screwdriver and power off driven equipment master power supply IP Lab board
7. NALOG 2 Link None v Threshold Low Value 10 Threshold High Value 900 Copyright 2011 LabotroniK e This menu allows you to link analog input value to a relay corresponding analog input value is within the desire range relay will be set to active e Threshold values are without unit It corresponds to the value read by the Analog to Digital Converter ADC Maximum value is 1024 10 bit DAC and minimum is 0 12123 Labotrorific com 4 3 Timer Menu IP Lab Application Overview Relay s timer configuration Enter the delay you want to apply for each relay in second Timers Dynamic DNS Timer Relay 1 60 File Upload Timer Relay 2 0 Network Timer Relay 3 0 Configuration i Timer Relay 4 0 Timer Relay 5 0 Timer Relay 6 0 Timer Relay 7 0 Timer Relay 8 0 Copyright 2011 LabotroniK e Each relay can be configuring with a timer delay e The number in the field represent this time in seconds e lfarelay is set to active state and the timer value is greater than 0 then relay will be active during this value period and will be automaticaly set to off after that e n the example above a 60seconds timer is set to relay 1 So relay 1 will be deactivate after 60 seconds without manual action or active input link e Timer delay unit is seconds 13123 Labotrorific com 4 4 Dynamic DNS IP Lab Application Overview Dynamic DNS Links Timers The current c
8. Welcome to IP Lab server Relay Link Timers Lamp 1 IN1 Dynamic DNS i File Upload Network Relay 2 Configuration Relay 3 6 0 Relay 4 IN4 Relay 5 IN5 Relay 6 IN6 Relay 7 IN7 Relay 8 INS click on relay s name or LED to toggle Version Date x Analog Input 1 241 Analog Input 2 D i Stack v5 25 Feb 04 2011 11 44 45 8123 Labotrorific com 4 Software configuration e n the master frame left column shows the relay state and the right column the input state e Upper right frame is for analog input from 0 to 1024 corresponding to OV and 3 3V and T1 temperature e Lower frame is for debug purpose e To toggle relay state just click on the corresponded relay name or light state e Input LED is active if corresponding switch close Configuration pages are password protected By default enter Login admin Password admin You can modify them in the network configuration menu 9123 Labotrontig com 4 1 Discrete Parameters This page allows you to configure relay depending on discrete input status Overview Discrete Parameters Discrete IP Lab Application Setup link between Relay and Digital Input Analog Note if a push button is connected check Toggle relay Timers state It will change the relay state on each open close cycle Dynamic DNS
9. ill be provided on the next page Dynamic DNS Enter the new settings for the board below File Upload o MAC Address 00 04 A3 00 00 00 Network Host Name IPLAB Configuration Enable DHCP IP Address 192 168 1 201 Gateway 192 168 1 100 Subnet Mask 255 255 255 0 Primary DNS 192 168 1 100 Secondary DNS 0 0 0 0 Admin login admin Admin Password admin WIFI SSID WIFI Password Security Mode Open X Copyright 2011 LabotroniK To configure low level network parameters such as MAC address or IP address Warning if you enter invalid parameter card could be unreachable 16123 4 7 Labotro nfk acom Drive the card by UDP protocol You can drive the card by sending commands to the UDP Port N 30302 Command list with x and y as function parameters Command Function Description Paremeter Board response value SRx Set Relay x activate relay x X21108 OK CRx Clear Relay x Desactivate relay x 1108 OK GRx Get Relay x Get relay x state X 1to8 toro Get Input x Get Input x state X21108 toro GAx Get Analog x Get Analog x value X 1or2 0 to 1024 0 for OV and 1024 for 3 3V AD converter accuracy is 10 bits SLIxRy Set Link Input x to Set connection X 1 to 8 OK Relay y between digital input Y 1 to 8 and relay SLAxRy Set Link Analog x Set connection X 1 to 8 OK Relay y between ana
10. is intended to be use by professional people who are aware of electrical danger and understanding the potential hazard of inserting an external element in an electrical circuit 3123 1 1 Board Overview EMEN Ge c10 R26 E 225 m me EERE EE IU Le botronitk scom an au LL LLLI an LT mm LUES gime 3 ease mm EN E WIFI MODULE D Ze vc RER e TA A4 NE 23 L R24 gt P1 Analog and Digital input connector T1 On board thermal sensor P2 terminal blocks for relays Jumper to recover factory configuration to K8 Relays WIFI module and Jlextension connector optional 4123 Labotronfig com 2 Signal mapping 21 Discrete mapping Digital input signal are connected to SW1 to SW8 Only dry switch shall be routed to discrete input terminal block Never apply voltage in these connectors Wiring example In the following example one switch is wired to input SW1 IN p 5123 Labotronffic com 2 2 Analog input wiring The board can read 2 analog signals AN1 and AN2 Analog input voltage range is from 0 to 3 3V Ground and 3 3V are available beside signals AN1 and AN to facilitate configuration in voltage divider Potentiometer connected to AN1 LI l I a LM ES ET Lu R28 Cim C2 Note Unconnected analog input is a floating input It is recommended to
11. log Y 1 to 8 input and relay SAxTHyyyy Set Analog Set analog thresolh X 1 to 8 waring parameter y Threshold High high value for relay x 0000 to 1024 must be on 4 digits yyyy SAxTLyyyy Set Analog Set analog thresolh X 1 to 8 waring parameter y Threshold LowHigh low value for relay x 0000 to 1024 must be on 4 digits yyyy GAxTH Get Analog x Get Analog x X 1 to 8 0 to 1024 Threshold High Threshold High value GAxTL Get Analog x Get Analog X 1 to 8 0 to 1024 Threshold Low xThreshold Low value CLRx Clear Link Relay x reset all existing X 1 to 8 OK link for relay x analog and discrete 2 Board information Firmware version About the threshold values for analog inputs To avoid undesired relay state on transition threshold analog input does work with hysteresis value 17123 Thus Analog input linked to a relay will set it to active state if Analog threshold High value is reach And relay will be disable when analog value reach the Threshold low value Example of UDP sequence run within python script available on the website C Python27 python exe 1 OK A1TH1666 S 1TL0050 SLA1R2 OK a d d 2 d 5 Firmware update To update the firmware e Download the latest version from the website www labotronik com e Unzip if needed e Enter the following command IP ADDRESSe put FIRMWARE LOCATION 18123 Labotroritk keem Example if the
12. onfiguration is not valid The Dynamic DNS module allows the stack to update the board s global IP address to various Dynamic DNS services This feature along with proper port forwarding in place at the router can enable global access to a device behind a NAT router or firewall Dynamic DNS File Upload Network Enter the settings in the fields below Configuration 1 DDNS Service DynDNS www dyndns com Y User Name Password Host Set DDNS Configuration Copyright 2011 LabotroniK This page allow you to configure the board with a Dynamic DNS client like www noi po com for example to reach the board from internet if you don t have a static IP at home 14123 Labotrorific com 4 5 File upload IP Lab Application Overview Login Successful Links o Timers Download new website Dynamic DNS bin file created by MPFS generator File Upload File Uploads Network Configuration Copyright 2011 LabotroniK You can download a new version of the webserver with this page It accepts bin file compiled with application MPFS2 exe available on the web site labotroniK com 15123 Labotronfig com 4 6 Network Configuration Menu IP Lab Application Overview Board Configuration Discrete This page allows the configuration of the board s network settings Analog CAUTION Incorrect settings may cause the board to lose network Timers connectivity Recovery options w
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