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GE IC697MDL241 240 VAC Isolated Input (16 Points)

12. The bus configuration screen, as shown as

right, includes two Bus Controllers. One, in

this example the one at Bus Address 31, is

the internal Bus Controller that was just

configured. The second, here the one at

Bus Address 30, is the Bus Controller in the

other PLC.

13. If the two Bus Controllers will exchange

Global Data, select the other Bus Controller

and press F10 (zoom) A configuration

screen appears. Enter the Global Data parameters on the configuration screen.

Press ESC to return to this bus configuration screen.

14. Configure the other Bus Addresses. Here,

discrete blocks have been located at Bus

Addresses 28 and 29.

15. Press ESC again to return to the rack display.

16. From the rack configuration screen, select

the other Bus Controller. Press F10 (zoom)

to display its bus configuration screen.

17. Notice that this Bus Controller has the

same Bus Address (31 in this example) as

the other internal Bus Controller. The second Bus Controller shown here is the external Bus Controller.

18. Notice also that the redundant devices

have been copied to this bus. If the Bus

Controllers will exchange Global Data,

zoom into the Bus Address of the external

Bus Controller and enter its parameters.

This chapter describes the following diagnostics capabilities of interest in Series 90–70

PLC systems that use Genius I/O and communications:

Relevant system status references.

Fault and No Fault Contacts, which can be used with program references or with the

built–in fault–locating references.

High Alarm and Low Alarm Contacts, which will indicate when an analog reference

has reached one of its alarm limits.

Display and clearing of Genius faults from the programmer I/O Fault Table. I/O Table

faults related to the Bus Controller and Genius devices are listed at the end of the

chapter.

For Additional Information, Also See:

Chapter 1 for an overview of Genius fault reporting.

Chapter 5, which describes the use of Read Diagnostics, Clear Circuit Faults, and Clear

All Circuit Faults COMREQs (Communication Requests).

Chapter 6 to learn how the Bus Controller’s redundancy capabilities can optionally be

utilized to check its I/O and diagnostics data memory when it is not used with a dual bus

or as a dual controller.

System status references are pre–defined locations and nicknames. They can be in cluded in an application program to check for fault–related conditions. The following

system status references are of special interest for a system with a Bus Controller:

Reference Nickname Conditions Indicated When Set

CFG_MM

LOS_RCK

LOS_IOC

LOS_IOM

ADD_RCK

ADD_IOC

ADD_IOM

IOC_FLT

IOM_FLT

SFT_IOC

MAX_IOC

IO_FLT

IO_PRES

IO_FULL

System Configuration Mismatch

Loss of Rack

Loss of Bus Controller

Loss of I/O module

Addition of Rack

Addition of Bus Controller

Addition of I/O module

Bus fault or Bus Controller fault

I/O module fault

Bus Controller software failure

Too many Bus Controllers (maximum is 31)

I/O fault occurred

Fault logged into I/O Fault Table

I/O Fault Table is full

These references and their Nicknames can be used like any other type of reference. For

more information, see the Logicmaster 90 Software Reference Manual.

Example:

A PLC system includes one Bus Controller. During CPU configuration, the system status

fault LOS_IOC has been designated a diagnostic (rather than fatal) fault. LOS_IOC rep resents loss of the Bus Controller;
if this occurs, the Loss of IOC fault will be placed in the

I/O Fault Table. In this example, the application program also monitors the LOS_IOC

reference. If this reference is set, the contact passes power flow to an output coil, which

energizes a warning light on an operator panel.

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