Ge-industrial-solutions 6KCV301DGF Bedienungsanleitung

GE Industrial SystemsGE Industrial SystemsINSTRUCTIONS6KCV301DGFDigital General Function Cardfor AV-300i Drives

—————— Digital General Function Card ——————10GEI-100430RS485RS232PC/PLCRS23259 6837X3 RS485DGFCS23=ONS24=ONFigure 1.2.2.2: RS-485 single point comm

11—————— Digital General Function Card ——————6KCV301DGF1.2.3 LEDSThe LEDs on 6KCV301DGF card have the following meanings:Name Color Function if LED

—————— Digital General Function Card ——————12GEI-1004301.2.4 JUMPERSThe following table shows the 6KCV301DGF jumpers:Name Default FunctionS7 OFF Re

13—————— Digital General Function Card ——————6KCV301DGF1.2.5 CAN CONNECTORThe DNet (CAN) interface provides signal isolation and uses a 4- wire cab

—————— Digital General Function Card ——————14GEI-1004301.3 MECHANICAL LAYOUTFigures 1.3.1 shows the location of the 6KCV301DGF card on the drive. T

15—————— Digital General Function Card ——————6KCV301DGF2. DGF OVERVIEW2.1 INTRODUCTIONDGCF is a general purpose, where the final user can load the

—————— Digital General Function Card ——————16GEI-1004302.1.2 DGF applicationApplication code can be obtained these ways:1 Graphical development too

17—————— Digital General Function Card ——————6KCV301DGFCPM Mathematical co-processor 387.DPRAM DPRAM is a bi-accessible storage device that allows

—————— Digital General Function Card ——————18GEI-100430The execution cycle of the above-mentioned two tasks is fixed through a parameterand can var

19—————— Digital General Function Card ——————6KCV301DGFMARTECLQSYNDPRAMWPD-OBJTASKPERIOD(2./.20msecTASKMEDIUM(50msec)CLQASYNDPRAMTASKPOLLING(500mse

These instructions do not purport to cover all details or variations inequipment, nor to provide every possible contingency to be met duringinstallati

—————— Digital General Function Card ——————20GEI-100430- DBASE_FLASH area in which the user’s customization is stored.- DBASE_EEPROM area in which

21—————— Digital General Function Card ——————6KCV301DGFThe user may need to do one of the following operations:- Read the parameter’s value.- Chang

—————— Digital General Function Card ——————22GEI-1004304) The DBASE_FLASH is copied into DBASE_RAM. All the parameters andrespective records have t

23—————— Digital General Function Card ——————6KCV301DGF2.1.4.1 Initialization of the General variablesEach General variable (IVAR, FVAR and NUM) is

—————— Digital General Function Card ——————24GEI-100430- Parameter writingThe execution of this operation is conditioned by the following attribute

25—————— Digital General Function Card ——————6KCV301DGFparameter are saved in the DBASE_FLASH, while theparameter value won’t be saved. This means

—————— Digital General Function Card ——————26GEI-1004302.1.5 FVAR, IVAR and NUMThe DBASE and the FVAR and IVAR arrays have been described in the pr

27—————— Digital General Function Card ——————6KCV301DGF2.1.6.1 DPRAM hardwareFrom the hardware point of view, the DPRAM is a bi-accessible storage

—————— Digital General Function Card ——————28GEI-100430The defined categories in the DPRAM satisfy the following needs:1) DGF to access the drive p

29—————— Digital General Function Card ——————6KCV301DGF2.2 DGF STATUSThe software of the DGF has a status logic. In each status different functions

Table of contents1. GENERAL DESCRIPTION ...61.1 INTRODUCTION ...

—————— Digital General Function Card ——————30GEI-100430- reading / writing of all the parameters- loading and saving database commands- moving to t

31—————— Digital General Function Card ——————6KCV301DGF2.2.1 Status commandsThe status can be changed by writing the status parameter, by a digital

—————— Digital General Function Card ——————32GEI-1004306 - 7 - 8 STATUS->ALERT:From any status, the DGF moves automatically into the ALERT statu

33—————— Digital General Function Card ——————6KCV301DGFThe following table shows the list of alarm codes.CODE NAME TYPE DESCRIPTION0 AL_NONE - no a

—————— Digital General Function Card ——————34GEI-100430Alarm CODE 1, 2, 4, 5: generated if there are hardware problems in the communicationwith the

35—————— Digital General Function Card ——————6KCV301DGFAlarm CODE 8: generated via the DGF serial line.Alarm CODE 11: unknown block. The program co

—————— Digital General Function Card ——————36GEI-100430CAUSE NAME DESCRIPTION0..1000 ALC_WFIX WFIX brick alarm1000..1999 ALC_RFIX RFIX brick alarm2

37—————— Digital General Function Card ——————6KCV301DGFEXCEPTIONIDNAMELEDs H4-H3-H2-H1(1=ON,0=OFF)BRIEF DESCRIPTION1 80387 0-0-0-1 severe hardware

—————— Digital General Function Card ——————38GEI-1004302.3 DATA FORMATSThe table shows the characteristics of each type of data used in the DGF.TYP

39—————— Digital General Function Card ——————6KCV301DGFexponent (base 10) = 6 bits + sign (7 bit as complement of 2)Sm Se 6 bit exp. Hi-byte Med-by

2.3.1.3 S3hreal format ... 392.3.1.4 S3LREAL format ...

—————— Digital General Function Card ——————40GEI-1004302.4 INTERFACEThe most common access to the parameters of the card is done using the drive ke

41—————— Digital General Function Card ——————6KCV301DGFMENUVIEW PARAMETERVIEW DATA BASESTATUS DGFCRESET ALARMIDLE TO READYREADY TO RUNSTATUS TO IDL

—————— Digital General Function Card ——————42GEI-100430749 ivar 490_______k003If you want know some of the parameter attributes press enter(ENT).74

43—————— Digital General Function Card ——————6KCV301DGFFor example, you can enter :7 e-1 for 0.700.2) change the digit you want to modify, by press

—————— Digital General Function Card ——————44GEI-100430reset alarmstatus to IDLEREADY to RUNIDLE to READYk010If you want to perform one of the abov

45—————— Digital General Function Card ——————6KCV301DGFChoose the desired action, then press enter(ENT).Once enter is pressed the following informa

—————— Digital General Function Card ——————46GEI-100430If you want to abort the input press CANC until an error message appears on thedisplay. If t

47—————— Digital General Function Card ——————6KCV301DGF2.4.2 DGF Serial lineUsing the DGF serial line RS485 port it is possible to communicate with

—————— Digital General Function Card ——————48GEI-1004302.5 DRIVE PARAMETERSAll the drive parameters are accessed using the DPRAM communications of

49—————— Digital General Function Card ——————6KCV301DGF2.6 PARAMETER DESCRIPTION2.6.1 List of parametersIPA DescriptorMeasureunitStatus ofaccessMem

List of tables and figures1. GENERAL DESCRIPTION ...6Figure 1.2.1: 6KCV301DGF connectio

—————— Digital General Function Card ——————6GEI-1004301. GENERAL DESCRIPTION1.1 INTRODUCTIONThe optional Digital General Function Card (DGF) is mou

7—————— Digital General Function Card ——————6KCV301DGF1.2 HARDWARE DESCRIPTIONThe power supply is external to the card and comes directly from the

—————— Digital General Function Card ——————8GEI-100430MEMORY MAPFLASH EPROMDPRAMSRAMFFFF:FH8000:0H4800:0H4000:0H0000:0HFigure 1.2.1.1: 6KCV301DGF m

9—————— Digital General Function Card ——————6KCV301DGFconfiguration. When you use RS-485, the line terminator resistors are connected throughS23 an