Section 150-319-124
Revision 03
Page 31
TABLE 10. HLU-319, LIST 2D FOUR-CHARACTER FRONT PANEL MESSAGES
Message
Full Name
Description
CREM
Customer Remote Loopback
Signal from customer is looped back to customer at HLU-319.
NLOC
Network Local Loopback
DSX-1 signal is looped back to DSX-1 at HLU.
CLOC
Customer Local Loopback
Signal from customer is looped back to customer at HRU-412.
NREM
Network Remote Loopback
DSX-1 signal is looped back to DSX-1 at HRU.
SMJK
Remote Smart-Jack Loopback
DSX-1 signal is looped back to DSX-1 at HRU.
TLOS
Transmit Loss Of Signal
HRU is in a logic loopback state, caused by a loss of its DS1
input from the CI, when ENAbled at the HRU via its TLOS
switch option.
FERR
Framing Bit Error occurred
Framing bit error occurred at HLU DSX-1 input.
LBPV
Local Bipolar Violation
A bipolar violation has been received at the DSX-1 input to the
HLU-319.
SIG1
Signal 1
The HLU and HRU transceivers are trying to establish contact
with each other on loop 1.
SIG2
Signal 2
The HLU and HRU transceivers are trying to establish contact
with each other on loop 2.
ACQ1
Acquisition
1
The HLU and HRU multiplexers are trying to establish
synchronization over loop 1.
ACQ2
Acquisition
2
The HLU and HRU multiplexers are trying to establish
synchronization over loop 2.
H1ES
HDSL CRC Error Channel 1
HLU HDSL loop 1 CRC error.
H2ES
HDSL CRC Error Channel 2
HLU HDSL loop 2 CRC error.
ARM
HiGain System is Armed
Armed and ready to respond to Intelligent Repeater loop codes.
ACO
Alarm CutOff
A minor alarm occurred and was retired to an ACO condition,
after pressing the SEL button on the HLU front panel.
SELF-TEST
Self-test
The HLU is in a self-test mode. This occurs every power
On/Off cycle.
ALRM
Alarm condition exists
A minor alarm condition is in effect.
1=xx
HDSL Loop 1 Margin
Indicates the power of the received HDSL signal on loop 1
relative to noise. Any value of “06” or greater is adequate for
reliable system operation.
2=yy
HDSL Loop 2 Margin
Indicates the power of the received HDSL signal on loop 2
relative to noise. Any value of “06” or greater is adequate for
reliable system operation.
Table continued on next page