OMC 8000 - Orbit Merret
Contents
1. QX0 0 to OX0 4 outputs Other Bytes here are not used Other addresses in the system according to the configuration on the right would be Address IX2 0 to IX2 7 inputs OMC 8000 10D0 Address IX3 0 to IX3 2 inputs A B C of module OMC8100 SM Address X4 0 to X4 2 inputs A B C of module OMC 8000 SM Address IX5 0 to IX5 2 inputs A B C of module OMC 8000 SM Address 0X1 0 to QX1 7 first 8 outputs of OMC 8100 10D0x Address 0X2 0 to 0X2 1 remaining 2 outputs of OMC 810010D0x Other addresses are not assigned Distribution of inputs is described in the user manual datasheet and the module s label If some BOOL outputs are not used in the program they can be configured according to the state of the inputs for example 0X0 2 IX0 2 2 8100 SM 3 8100 SM 4 8100 SM INITIALIZATION OF HW Both the OMC 8000 main module and the expansion modules need to be configured first required modes of input and output circuits are to be selected Manufacturer s libraries contain several function blocks which are described in the help section of libraries These configuration blocks are performed only once upon launch This means it is not possible to dynamically change the HW configuration while the program is running So as not to keep the main program busy by executing these configuration blocks a special system task called Start Task was created This task is launched once during any start of applicat2. 000 PNP NPN contact 0 5 500 kHz IRC 500 kHz 2x CONNECTION terminals GND No 7 9 11 13 DIGITAL INPUTS DI L H RANGE 125 20 ACME a eum 250 VAG De CONNECTION dry contact terminals N No 3 4 5
3. GHT edit the number scale OK confirms selection ESC returns to higher level without any changes Setting DAY Same procedure as with LANGUAGE Selecting the day of the week Setting DATE Same procedure as with RTC OMC 8000 192 168 1 57 23 05 12 13 31 27 Wednesday 23 05 12 OMC 8000 192 168 1 57 EDIT MODULES 23 05 12 13 31 27 This menuitem allows assigning addresses to the connected modules If no modules are connected the screen is empty Changes made in this menu are irreversible The desired module is selected using the UP DOWN keys LED RUN flashes on the selected module By pressing the OK key the selected module is activated to be ranked into the list and it is displayed inversely on the display By pressing the UP DOWN keys the module is placed in the desired position By pressing the OK key again the module is deactivated ESC terminates the process 2 8100 SM 3 8100 SM 120120409024 120120409025 120120409026 4 8100 SM SETTING OF REREAD MODULES the list of modules and uploads it again The rest of the procedure is identical as above SUBMENU ETHERNET Options for network Communication Setting USE DHCP Authorizes the use of DHCP server Setting IP ADDRESS Current IP address is shown When editing is initialized IP address which will be used is shown provided HDCP server is not authorized Setting SUBN MASK Current subnet mask is shown When editing is entered subnet m
4. OMC 8000 192 168 1 57 23 05 12 13 31 27 This submenu does not contain any adjustable items It contains all information about the device Identification HW Description of ProConOS core Version of ProCOnOS core Version of FW Serial number MAC address Contact information ProCon0S eCLR Cortex M3 2 2 0 20213 3 12 May 23 2012 09 09 19 Serial number 120120410789 MAC add B4 2A 39 00 00 03 ORBIT MERRET spol s r o Vodnanska 675 30 SUPPORT PROGRAMS FOR OMC 8000 Are located in the install file of the MULTIPROG SW in a subfolder Orbit Merret OM FINDER Program OM Finder was created for an easier configuration of resources in the MULTIPROG SW This SW can defect all OMC 8000 devices which are available in the network and it displays basic information By clicking on the selected PLC using the DRAG amp DROP method CTRL V and CTRL V the IP address can be transferred to setting of the source Performing LAN search for Orbit Merret PLC devices ret Merrel PUD Finder via UDS am vee ee ble boreal 192 1 AL qij Prosim tekejte dF Actes 182 163 154 iiaia DHC EDI 12h og 22202 TM TA DHE Wibi 12 Aap 255012 DE 195 iai Resource settings for OMC_8000 Communication Type TCP IP 192 168 1 5 Parameter Lacal F Version CELE F dbaz Mapka BAS OOO OAC BOOS 12h a 25 2 Dea 15 SH lag zara Build settings eCLA Core 3 0 0 Update Build settings
5. OMC 8000 MINIS ENTERING MENU OF OMC8000 It is possible to enter the menu in two different ways 1 by pressing the OK key while the display shows the opening screen of connected modules and holding it down for the duration of this opening screen approx 3 seconds The OK key can be pressed already at the point of start up 2 By pressing simultaneously for approx 3 seconds keys UP a DOWN arrows up and down provided the PLC program is not running LED RUN is not lit Item Start is allowed only in this start menu OMC 8000 192 168 1 57 23 05 12 13 31 27 LANGUAGE OF MENU The device menu is in 4 languages English Czech German and French Setting of LANGUAGE Language Setting of language is performed by pressing the OK key Selected language option RTC is displayed inversely blue text on yellow background Language can be changed Edit modules by using the UP DOWN keys Pressing the ESC key ends editing and returns you Reread modules to the original selection The OK key confirms the selection Ethernet FW update SW backup Start About PLC SUBMENU RTC Disable Transfer to lower level by pressing the OK key return to higher level by pressing the LEFT key Pressing the ESC key terminates browsing through the menu Setting TIME Pressing the OK button opens editing Projection format is blue text on yellow background Edited digit is on red background Change of value is done by UP DOWN keys keys LEFT RI
6. Vyvoj OMC 8000 O0MC8000 Debug enet_lwip bin Browse m Options Erase Method Erase Entire Flash Faster f Erase Necessary Pages slower Verify After Program IV Reset MCU After Pi grar Program Address Offset Ox It is necessary to enter the information given on the PLC screen and a path to the file containing the FW Hardware Reset i3 Texas INSTRUMENTS Idle pE SUBMENU SW BACKUP Options for backing up of user program on an SD card Action BACKUP A backup plc file is created in the root address book of the SD card It is a binary Backup image of a user application Its content is identical with the content of a file which Restore can be found in a file located in this path projects folder project nameNC Llconfiguration RA Lsource image bin Action RESTORE Restores a stored image OMC 8000 192 168 1 57 23 05 12 13 31 27 OMC 8000 192 168 1 57 23 05 12 13 31 27 SUBMENU START Itallows running a user program after an error or restoration Before this action is taken we recommend checking communication with modules by running EDIT MODULES Action COLD Identically with controlling in MULTIPROG SW it executes the start of the program along with setting all the variables Action WARM Identically with controlling in MULTIPROG SW it executes the start of the program along with setting of only non retain variables SUBMENU ABOUT PLC
7. ask which will be used is shown provided HDCP server is not authorized Setting D GATEWAY Current gateway is shown When editing is entered gateway mask which will be used is shown provided HDCP server is not authorized Setting MAC Add Current MAC address This menu item cannot be changed OMC 8000 192 168 1 57 23 05 12 13 31 27 IP address 192 168 1 57 255 255 255 0 192 168 1 1 B4 2A 39 00 00 03 Subn mask D gateway MAC add OMC 8000 Action FW UPDATE After pressing the OK key the PLC will enter a mode in which it expects a FW update Itis possible to exit this action only by switching the PLC off If the SW uploader is not run the original FW remains Unmodified IP address 192 168 1 57 LM Flash Programmer Build 1381 B4 2A 39 00 00 03 Configuration Program Flash Utilities Other Utilties MAC add FW update m Quick Set Manual Configuration see below z Installation of the uploader FW is located in the installations folder of Multiprog software in a subfolder Orbit Merret LMFlashProgrammer msi m Interface ne Client IP Address h92 168 1 57 Ethernet X Client MAC Address B4 24 39 00 00 03 Ethernet Adapter 192 168 1 150 Intel R PRO 1000 CT Network Conne 4 LM Flash Programmer Build 1381 Configuration Program Flash Utilities Other Utilities a Select bin File Vi
8. behavior O Automatic Update Ask before Update O No Update Aten Online Update Interval ms Range 0 60000 Compiler Options C Stack check Array boundary check PLC READ PACKET Program is designed to monitor UDP communication between PLC as a diagnostic tool Local IF La o Ps ed Port Huber Xd C Packet dete an ring eCheck CRO F addr joi 166 j FH Boo joi 186 j E7 E Caia fi Tiree Por ae ee Para ae Fa Ea EaR ode 09 i 2 eSB to Oo ae Por Poe Fa Ea i ar Fai Bae E Per Fa E PT E Ea G diie Od Po ETETE BH bh ai 0 jAy De e BoA S 00 0A 00 Oo ea OO 00 0A DOE Oo oo E oS a m 1 000 DS O02 Oo oo i in Wi fe ri e eS Fa Fn LEA cA ca gaoa ji e ay ie in eSB a ia OF fa Pa E 00 04 DOE Oo i a Ga Ga Ga Ea Hi Fi Ea Ga Fi Ga Ga Hi ka Ga Ga Hi Ga 256 0d 0 5 OMC 8000 IO DRIVER OM_IO_DRIVER IO driver for working with logical inputs and outputs Values of counters analogue inputs and other data retrieved by PLC are read by functions and function blocks Input ports create one continuous range created automatically based on an assigned address and the module s properties OMC 8000 192 168 1 57 23 05 12 13 31 27 120120409024 120120409025 120120409026 eo a OMC 8000 main module has 2 Bytes of logical inputs and one output Address IX0 0 to IX0 5 universal inputs Address IX1 0 to lX1 2 inputs react to power supply voltage Address
9. ion whether it is cold warm or hot start OMC 8000 INSTRUMENT CONNECTION TECHNICAL DATA MEASURING INPUTS DATA OUTPUTS Number of inputs 6 Protocols ASCII 0 60 450 mV Data format 8 bit no parity 1 stop bit 0 2 8 10 20 30 V Rychlost 600 230 400 Baud E i RS 485 isolated add ing 31 inst ts 0 390 3900 Q isolated addressing max 31 instruments Range Pt 100 Pt 1 000 Ni 1 000 ANALOGUE OUTPUTS PNP NPN contact 0 5 500 kHz E IRC 500 kHz 2x Type isolated programmable with 12 bits D A convertor q Fala teste liven A Dis Non linearity 0 1 of range 0 2 of range o AME 0 5 of range for Pt xxx Q only Input 1 4 and 1 5 us 15 ppm C Rate S00 meses Rate esponse to change of value lt 1ms 0 2 5 10 V 10 V 0 5 mA 0 4 20 mA Overload capacity 10x Output ae 500 9 2 V ine OF i LED signalisation yes Ripple 5 mV residual ripple at output voltage of 10 V Number of inputs g If analogure output is present the number of relays open collectors is reduced down to 3 units 12 30 V AC DC nebo 80 250 V AC DC the range is always identical with the device s power supply POWER SUPPLY Range DIGITAL 10 30 VDC 24 VAC 10 5 VA PF gt 0 4 80 250 VDC VAC 10 5 VA PF 0 4 Max current 2 5 MA 7 l lt 40 A 1 ms isolated Response time 20 ms LED signalisat
10. ion yes MECHANIC PROPERTIES DEVICE SPECIFICATION Material PA 66 incombustible UL 94 V O blue TC 50 ppm C Dimensions 72 x 91x 60 mm Computing power 01 us 12 us WORD 18 us floating decimal point Installation to DIN rail 36 mm wide Task 1 ms Projection colour TFT display OPERATING CONDITIONS Communication ETHERNET 100Base RS 485 Connection connector conductor cross section lt 2 5 mm Internal comunic via bus CANBUS at 1 Mbit s over 40 m Stabilisation period within 15 minutes after switch on Slot pro microSDcard max 32 GB Working temperature 20 60 C Watch dog reset after 500 ms Storage temperature 20 85 C Calibration at 25 C and 40 of rh Cover P40 COMPARATORS Provedeni safety class Electric safety EN 61010 1 A2 Type digital 4 KVAC after 1 min between supply and input 4 kVAC after 1 min between supply and comunic bus Function ON OFF 4 kVAC after 1 min between supply and data anal PWM 10 kHz only for open collectors Dielectric strength output 4 kVAC after 1 min between supply and comparators 5x relays with switch on contact Form Aj 2 5 kVAC after 1 min between input and dato anal Outputs 250 VAC 24 VDC 10 A output 5x open collectors 30 VDC 300 mA Response time lt 8 ms relay 0 15 ms OC O EE chance for pollution degree Il measu
11. rement cat Ill D Relay 1 8 HP 277 VAC 1 10 HP 125 V Pilot Duty D300 300 V PI 150 DI 61326 Industrial environment LED signalisation yes EMC E these values are valid for resistive load Programming EN 6131 3 PI Primary insulation DI Double insulation The instrument supply leads should not be in proximity of the incoming low potential signals Contactors motors with larger input power should not be in proximity of the instrument The leads into the instrument input measured quantity should be in sufficient distance from all power leads and appliances The instruments are tested in compliance with standards for use in industrial area yet we recommend to abide by the above mentioned principles In order to guaratee the technical parameters of the device it is essential to connect shielding of signal wires to the switch board frame MINI TECHDOK OMC 8000 setting 2012 1v0 en ORBIT MERRET spol s r o Vod ansk 675 30 198 00 Praha 9 Czech republic tel 420 281 040 200 fax 420 281 040 299 e mail orbit merret cz www orbit merret cz orbit merret ANALOGUE INPUTS UNI A AlddNS XIMOd 2 2 aH zo ma Ni OLVINN v INN 9 of Zl fe lLvINN v fi wv lvINN 4g fi SLVYINN D i i 58h SY N ow RANGE 0 60 450 mV 0 2 8 10 30 V OA ZDIMA 0 3890 3900 0 Pt 100 Pt 1 000 Ni 1
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