Emerson 1C31113G02 Industrial Control Product System Module OVATION

Description

1C31113G02 This bit indicates whether the line frequency tracking signal is present

and active for greater normal and common mode rejection. A “0” indi

cates that the line frequency tracking signal is NOT present.

Bit 11: This bit indicates whether the hardware EEPROM PE signal is active. A

“0” indicates that the module is in normal operating mode and calibra

tion and ID programming commands 1C31113G02 will not be processed.

Bit 12: This bit reflects the detection of the internal 625 KHz PSD signal at

module initialization. This verifies that the multifunction FPGA and the

microcontroller’s timer 0 are functioning. A “0” indicates that there is no

error condition. A “1” indicates an unrecoverable error condition in the

field.

1C31113G02 This bit is a basic check of program and data memory, along with the

microcontroller’s data, address, and control buses. A “0” indicates that

there is no error condition. A “1” indicates an unrecoverable error con

dition in the field.

Bit 14: This bit indicates the fault status of the 1C31113G02 digital temperature sensor. A “0”

indicates the sensor is present and communicating properly with the mi

crocontroller. A “1” indicates a fault exists; either there is no sensor

present, or problems exist in communicating with the sensor. On an un

calibrated module, a sensor failure is always reported because the uncal

ibrated status prevents the sensor from being checked.

Bit 15: This bit indicates the point fault status of the module. It is the logical

“OR” of the eight individual 1C31113G02 point quality statuses plus bits 1, 7, 12, and

13 of this register. A “0” indicates that all eight points have good quality

and no module errors exist. A “1” indicates that at least one of the points

has bad quality and is therefore in fault.

A subsequent read of the Point Quality Status Register at Address 12 (C in Hex) will

reveal which of the eight points has bad quality and the cause of the bad quality

condition (refer to Table 4-6). The Address 12 (C in Hex) Point Quality Status

Register contains data only when the module fault is due to a bad point quality; that

is, bits 7, 12, and 13 of this register or the forced error bit are not set. Note that the

Temperature Sensor (Address 8) status is treated separately and is not included in

this module point fault bit.

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