IC693DNM200 | IC693DNM200-AC

GE-IP | 9030 | GE Fanuc 90-30 GE-IP PLC


IC693DNM200 | IC693DNM200-AC

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  • Manufacturer: GE-IP
  • Description: GE Fanuc Series 90-30 DeviceNet Master Module IC693DNM
  • Weight: 1 lbs :: ≈ 1 kgs
  • Warranty: 1 Years
  • Product Revisions Available:
  • Other Available Revisions of the IC693DNM200 : A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z, -AA, -AB, -AC, -BD, -BC, -CD,

Product Manual Excerpt

November 3, 2004 GFK-2194B Important Product Information READ THIS INFORMATION FIRST Product: Series 90-30 DeviceNet Master Module Catalog Number; IC693DNM200-AC Firmware ID: Version 1.22 Boot Firmware Revision 1.00 EDS File: Version 1.04 9030Master.eds Field Update Kit: 44A752253-G02 The Series 90-30 DeviceNet Master Module supercedes the HE693DNT250 master module for new applications. It may also be retrofitted into existing applications of the HE693DNT250 master module, but its functional differences must be taken into account (see Operating Notes). Compatibility ▪ Compatible with any Series 90-30 CPU except IC693CPU321 and IC693CPU340. Configuration size is limited for CPU311/313/331, as described on the next page. ▪ Requires release 8.0 CPU firmware. The latest Release 10 is recommended, if available for the particular CPU. ▪ Requires Machine Edition Logic Developer PLC version 3.0 plus the appropriate service pack or special (or a version later than 3.0). ▪ Not compatible with the VersaPro™, Control, or Logicmaster™ programming software. ▪ The Series 90-30 Hand-Held Programmer (IC693PRG300) cannot be used to configure this module. Upgrades This release of the DeviceNet module firmware replaces all previous versions. It is backward compatible with all previous firmware and hardware versions of the Series 90-30 DeviceNet modules, IC693DNM200 and IC693DNS201. A field upgrade kit is orderable in disk form from the factory and is available as a free download from the GE Fanuc website. www.gefanuc.com. Operating Notes Limits on the Size of the Total Configuration The number and type of slave devices and the amount of data they can exchange with the master may be limited by the CPU memory available. The amount of CPU memory available for the DeviceNet configuration depends on the CPU model being used, the version of the CPU firmware, the number and type of other modules in the configuration, the number and type of slave devices configured, and the amount and type of communication in progress with an external programmer or HMI devices. With Logic Developer-PLC, the size of the current configuration can be read by selecting Data View for the hardware configuration and adding the sizes of the components listed. LD-PLC does not allow configurations to exceed 65,535 bytes. The size of the DeviceNet configuration is also limited by the size of the user configuration space for the models listed below: CPU 311/313 4,736 bytes available CPU 331 4,673 bytes available  Series 90, VersaPro, Logicmaster, and CIMPLICITY are trademarks of GE Fanuc Automation. 2 Important Product Information GFK-2194B Migrating from the HE693DNT250 Module If the IC693DNM200 Series 90-30 DeviceNet Master Module will be used to replace a HE693DNT250 master module in an existing application, the following differences must be taken into account: ▪ Configuration: The HE693DNT250 module must be configured via its serial port before adding it to the rack configuration of the PLC. No such initial module configuration is required for the IC693DNM200, all configuration is done using the programmer. ▪ Slave Status Reporting: The HE693DNT250 reports slave status (called Online Status) in four words of %AI memory. The IC693DNM200 DeviceNet Master reports slave status in 64 contiguous bits of any reference memory as configured, default location is %I. ▪ Additional Status Information: The IC693DNM200 DeviceNet Master has three additional words of optional status information: server status, CAN status, and firmware revision. See the Series 90-30 DeviceNet Modules User’s Manual (GFK-2196) for more information. ▪ Explicit Messaging: When sending an explicit message with the HE693DNT250 module, the message must be created in a block of %R memory, then the block’s starting location and length must be moved into 4 words of %AQ memory, and finally the Send Explicit Message bit in the Output Data Assembly must be set. Errors are reported in bits in the Input Data Assembly. When sending an explicit message with an IC693DNM200 DeviceNet Master Module, the message is built in a block of memory, then a COMMREQ is issued to send the message. Errors are reported in the COMMREQ status word and in Word 5 of the response ▪ Block Move Function: The IC693DNM200 has no equivalent to the Block Move configuration parameter (used for backward compatibility between newer and older versions of the HE693DNT250). ▪ Fault Reporting: Fault reporting in the IC693DNM200 can be disabled to match the behavior of the HE693DNT250. ▪ Serial Port Functionality: The RS-485 port on the HE693DNT250 is used to supply configuration information to the module prior to PLC rack configuration. The RS-232 port on the IC693DNM200 DeviceNet Master Module is used for firmware upgrades. Fixed for This Release 1. A brownout condition on bus power will not cause a slave to time out while waiting for communications from the master. 2. The reply data from a Get Module Header CommReq will not indicate an old status error code: Main = 4, Additional = 0x13, when the system is running correctly. Restrictions and Open Problems The DeviceNet Master module logs a fault in the IO fault table that displays as Module Fault – eeprom fault. This fault should be Runtime Error as described in Chapter 5, section Faults Reported to the I/O Fault Table of GFK- 2196. Description -- A runtime error affects the operation of the DeviceNet module or the network. Configuration errors, initialization errors, and bus faults are some possible runtime errors. Because of the nature of these faults, some are not reported to the fault table. However, the PLC application program can detect many types of errors by monitoring the module's three status words. If a fault is detected, the program may be able to get more information about the fault by sending a Read Module Header COMMREQ to the module.

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