Module Diagnostics

Introduction

View this information when you access the DIAGNOSTICS web page for the BMENOR2200H module.

Status Summary

Monitor the status of the module:

Field	Description
RUN, ERR	green red NOTE: The diagnostics information is explained in the description of LED activity and indications.
SERVICE STATUS	Monitor the performance of each listed service on the communications link: green: The service is operating normally. red: An error is detected for a service. black: The service is not present or not configured.
NETWORK INFORMATION	Host Name: This field shows provides the host name for the module (BME NOR 2200H).
	IP Address: This field shows the IP address of the module.
	Subnet Address: This field shows the subnet address of the module.
	Gateway Address: This field shows the gateway address of the module.
	MAC Address: This field shows the MAC address of the module.
VERSION INFORMATION	View the software versions that currently run on the module: SV Web Server Version Web Page Version
MISCELLANEOUS	Communication Security: The status of the security service (enabled or disables) is reported.
	Rack ID: This field identifies the local rack (1).
	Slot ID: This field shows the slot number in which the BMENOR2200H module is installed.
MANUFACTURING INFORMATION	View the serial number for the device.

Event Buffer Status

View the module's event buffer status for the commissioning of communications:

Parameter	Description
EVENT BUFFER USAGE	This indicates the percentage of the event buffer that is consumed.
EVENT OVERFLOW	This field indicates that the capacity of the event buffer is exceeded or not.
EVENT RESOURCE USAGE	This indicates the percentage of event resources that are consumed.
EVENT BACKUP	Enabled: Events are backed up.
EVENT BACKUP	Disabled: Events are not backed up.
CHANNEL/POINT EVENT STATUS	No.: This number is represents the sequence of device connections.
	Channel Name: This is the configured DNP3 channel name.
	Current Event Buffer Usage%: This indicates the percentage of the event buffer that is consumed.
	Current Event Quantity: This is the number of events in the buffer.
	Configured Event Quantity: This is the configured size of the event buffer.
	Current Overflow Event Quantity: This is the number of events that are not in the buffer owing to an overflow.
	Total Current Overflow: This is the total number of current overflow events for the module.
	NOTE: Click the plus (+) or minus (-) sign to expand or collapse any channel in the Event Buffer Status page to view status details from the perspective of the module.

Port Statistics

The Port Statistics page reports the statistics for the module’s Ethernet backplane connection:

Parameter	Description
backplane port	green: The port is active. gray: The port is not active. yellow: An error is detected on the port. red: An error is detected on the port.
Speed	This field shows the configured port speed (0, 100, 1000 Mbps).
Duplex, Half	The current duplex mode is composed of some combination of these elements: TP/Fiber -Full/-Half/-None Link/(no word) None NOTE: When the thirteenth bit of the word in the Modbus response is 1, “Link” is added to the duplex mode string (TP-Full Link, TP-Half Link, etc.).
Success Rate	This field shows the percentage of successful requests out of the total number of requests.
Total Errors	This field shows the number of detected errors.
Toggle Detail View	Click this button to expand or compress the list of port statistics.

This table describes the port statistic parameters:

Parameter	Description
Frames Transmitted	This field shows the number of frames that are successfully transmitted from the port.
Frames Received	This field shows the number of frames that are successfully received from the port.
Excessive Collisions	This field shows the number of times that the transmission of an Ethernet frame on this port was not successful owing to excessive collisions (more than 16 attempts per packet).
Late Collisions	This field shows the number of times a collision is detected after the slot time of the channel elapses. NOTE: A value appears in this field only wen the hardware provides the information.
CRC Errors	This field shows the number of received frames for which the Cyclic Redundancy Check (CRC) is not valid. A detected CRC error is an RMON statistic that combines the values for FCS Errors and Alignment Errors.
Bytes Received	This field shows the number of octets that are received on the port.
Inbound Packet Errors	This field shows the number of packets that are received on the port for which errors are detected. NOTE: Does not include Out Discards.
Inbound Packets Discarded	The field shows the number of inbound packets that are received on the port but discarded.
Bytes Transmitted	This field shows the number of octets that are sent on the port.
Outbound Packet Errors	This field shows the number of packets that are sent on the port for which errors are detected. NOTE: Does not include Out Discards.
Outbound Packets Discarded	The field shows the number of outbound packets that are sent on the port but discarded.
Carrier Sense Errors	This field shows the number of times that the carrier sense condition was lost or was never asserted in an attempt to transmit a frame on this port.
FCS Errors	This field shows the number of frames that are received on this port that are an integral number of octets but do not pass the FCS check.
Alignment Errors	This field shows the number of frames that are received on this port that are not an integral number of octets long and do not pass the FCS check.
Internal MAC Trans. Errors	This field reports the number of frames that the port does not successfully transmit owing to a detected internal MAC sub-layer receive error.
Internal MAC Rec. Errors	This field reports the number of frames that the port does not successfully receive owing to a detected internal MAC sub-layer receive error.
SQE Test Errors	This field shows the number of times a SQE TEST ERROR is received on the port. NOTE: This counter does not increment on ports that operate at speeds greater than 10 Mb/s or on ports that operate in full-duplex mode