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Section 311-580-20B

030-101527 Rev. B

23

0407IBRB

 Appendix A

 - 

Remote Provisioning Codes

Field

Parameter

De-

fault

TL1 Command & Response

(See Note 1)

16-Bit Code

(See Note 2)

Hex Code

Bit Error

Response

Monitored Line
C di

AMI

WSTMONLC=AMI

1100 0101 1011 0001

C5B1

Coding

B8ZS

 

WSTMONLC=B8ZS

1100 0101 1011 0010

C5B2

Monitored Framing

SF

WSTMONFRMG=SF

1100 0100 1101 0001

C4D1

g

ESF

 

WSTMONFRMG=ESF

1100 0100 1101 0010

C4D2

CPE LOS Response

None

WSTCLOSRSP=NONE

1100 0101 1010 0001

C5A1

p

LB

WSTCLOSRSP=LB

1100 0101 1010 0010

C5A2

AIS

WSTCLOSRSP=AIS

1100 0101 1010 0011

C5A3

Idle

WSTCLOSRSP=Idle

1100 0101 1010 0100

C5A4

AIS-CI

 

WSTCLOSRSP=AIS-CI

1100 0101 1010 0101

C5A5

RAI-CI Operation

Disabled

WSTRAICI=DIS

1100 0101 1010 0110

C5A6

p

Enabled

 

WSTRAICI=ENA

1100 0101 1010 0111

C5A7

Real-Time PM Mode

None

WSTRTPM=NONE

1100 0101 1101 0001

C5D1

NPRM

WSTRTPM=NPRM

1100 0101 1101 0010

C5D2

SPRM

WSTRTPM=SPRM

1100 0101 1101 0011

C5D3

SPRM/NPRM

 

WSTRTPM=NSPRM

1100 0101 1101 0100

C5D4

CPE REGEN

(FAC

CPE)

Regen Off

 

WSTRCVRGN=DIS

1100 0100 1010 0001

C4A1

(FAC-to-CPE)

Regen On

WSTRCVRGN=ENA

1100 0100 1010 0010

C4A2

FAC REGEN

(CPE

FAC)

Regen Off

WSTTRMTRGN=DIS

1100 0100 1011 0001

C4B1

100

(CPE-to-FAC)

Regen On

 

WSTTRMTRGN=ENA

1100 0100 1011 0010

C4B2

XMT LBO

0 dB

 

WSTTRMTLBO=0

1100 0100 1011 0011

C4B3

(CPE-to-FAC)

7.5 dB

WSTTRMTLBO=7.5

1100 0100 1011 0100

C4B4

(CPE-to-FAC)

15 dB

WSTTRMTLBO=15

1100 0100 1011 0101

C4B5

22.5 dB

WSTTRMTLBO=22.5

1100 0100 1011 0110

C4B6

AB15 dB

WSTTRMTLBO=AB15

1100 0100 1011 0111

C4B7

AB22.5 dB

WSTTRMTLBO=AB22.5

1100 0100 1011 1000

C4B8

FAC-to-CPE  LBO

0 dB

 

WSTRCVLBO=0

1100 0100 1010 0011

C4A3

7.5 dB

WSTRCVLBO=7.5

1100 0100 1010 0100

C4A4

15 dB

WSTRCVLBO=15

1100 0100 1010 0101

C4A5

Loopback Mode

Normal

 

WSTLBMODE=NORM

1100 0101 1111 0011

C5F3

p

Addressed

WSTLBMODE=ADDR

1100 0101 1111 0100

C5F4

Loopback Time-out

Enable 20

WSTLBTO=20

1101 0101 1101 0001

D5D1

p

Enable 60

WSTLBTO=60

1101 0101 1101 0010

D5D2

Enable 120

 

WSTLBTO=120

1101 0101 1101 0011

D5D3

Enable 1440

WSTLBTO=24HR

1101 0101 1101 0100

D5D4

Disable

WSTLBTO=DIS

1101 0101 1101 0110

D5D6

Reset to Default

Reset

WSTSDEF=

1100 0101 0111 0110

C576

Circuit ID

ASCII string up to 20 char.

WSTCKTID=<ASCIIstring>

N/A

N/A

Note 1:

TL1 commands are transmitted in the Facility Data Link (FDL) using the command SND-CMD-FDL via the LAPB protocol. The command used to provision the unit is:
ED-T1:::<CTAG>:::<OPTNM>-<OPTSTG>;. Example of the TL1 command to change the XMT LBO of the unit is: ED-T1::::::WSTTXLBO=7.5; The unit then will respond to the
command with TL1 command in this example 7.5.

Note 2:

All 16-bit command codes must be sent to the unit for minimum of five seconds in order to provision the unit. In order to see a bit-error response from the unit, the command code
must be present for a minimum of 10 seconds. The unit will respond to the command with bit errors after the 10-second time frame.

Table 11.    

Remote Provisioning Codes

Summary of Contents for PROACT 3115-80

Page 1: ...3 and updates Paragraphs 9 2 4 4 through 9 2 4 7 Paragraph 9 2 9 Table 7 Table 11 Table 12 Figure 13 Figure 15 Figure 16 Figure 17 Figure 25 and Figure 27 The Issue B equipment provides the following...

Page 2: ...es in the Data Link by use of a Test Head without affecting customer payload Remote non intrusive real time reporting of PM pa rameters via 1 second NPRM or SPRM reports in the Data Link per ANSI T1 4...

Page 3: ...m 24Vdc supplies at certain wireless and PCS Personal Communication Service sites In the local power mode the NIU completes the T1 span simplex power loop and drops negligible span voltage 2 2 2 Span...

Page 4: ...no net regeneration from input to output In this case the signal is connected directly to the CPE to FAC LBO circuit 3 2 2 CPE to FAC LBO 3 2 2 1 LBO Line Build Out is an artificial line used to meet...

Page 5: ...not effect the unit s transmission path When the Moni tored Line Coding is set for AMI occurrences of 16 consecutive 0 s will be disregarded and occurrences of B8ZS octets will be re flected in the B8...

Page 6: ...NIU for the proper duration These control code sequences are listed in Table 1 Function Code Type DS1 T1 Activate 11000 Unframed SF or ESF Loop Up 0001 0010 1111 1111 ESF DATA LINK1 DS1 T1 11100 Unfr...

Page 7: ...eleased via the craft interface port or 4 when the MAN LB switch is pressed for 5 seconds 5 SECTIONALIZATION ALARM FEATURES The NIU is equipped with features that allow a network moni toring location...

Page 8: ...m Indication Signal AIS to ward the customer equipment The customer equipment in turn will send a Remote AIarm Indication RAI signal back to wards the network 6 PERFORMANCE MONITORING REPORTING The un...

Page 9: ...it basis and places the NIU in loopback If the circuit is SF the test con troller must then reconfigure for ESF framing for the duration of the session to allow commands and responses to be exchanged...

Page 10: ...ast four sec onds of operation This NPRM is inserted into the Data Link by the NIU after the 1 second PRM from the customer CSU that is passed through the NIU Note that the CSU may not generate PRMs o...

Page 11: ...ustomer back to the network This bit will be a logic 1 if a condition is detected in the signal which would nor mally result in conversion of any bit in a PRM from 0 to 1 Each U2 bit carries informati...

Page 12: ...tates SPAN LOC Top Edge of PCB Edge Connector 56 pin of PCB Figure 11 NIU Powering Option Location Middle of Side panel s Printed Circuit Board Gray shaded rectangle is the pin jumper P201 When first...

Page 13: ...en carefully re align and gently re insert the module NIU s DB 9 Connector Baud rate 9600 Number of data bits 8 of start stop bits 1 Parity none Local Echo No Off Warning Bell On Mode VT100 Auto Line...

Page 14: ...ailable options under the NEW field 9 2 2 1 Saving The Changed Options After configuring the options press S to save the new set tings Note If you enter Esc without saving the system will give a messa...

Page 15: ...Configures the unit to send SPRM messages SPRM NPRM Configures the unit to send both SPRM and NPRM messages CPE to FAC REGEN Regen Off No regeneration in the CPE to FAC Z A XMT path Regen On Regenerat...

Page 16: ...ports to the T1 facility and customer interface 9 2 4 2 For each port the screen shows 1 Level LVL of the signal in dB Possible field values are 0 0dB level detected 1 1dB level detected 2 2dB level...

Page 17: ...pa rameters and options in the loopback path Figure 20 shows the NIU in a single loopback mode when FAC to CPE Regenera tion is Enabled 9 2 4 7 Using the Ctrl D keys simultaneously will cause the NIU...

Page 18: ...B90 311580 CIRCUIT STATUS CLEI T1S1ABTAAA LVL 0 5dBdsx LVL 0 0dBdsx FRMG SF 3115 80 FRMG UNF UNK SIG OK SIG AIS TO FAC AIS TO CPE REGEN LVL 0 5dBdsx Facility Loopback LVL 8 0dBdsx FRMG SF FRMG SIG OK...

Page 19: ...The Event Alarm Log can be viewed locally via the craft interface port An example of a typical Event Alarm Log screen is shown in Figure 22 The Event Alarm Log can also be retrieved re motely via TL1...

Page 20: ...then select Start 3 Select a report number 1 2 3 or 4 to capture data from the SEND DATA TO LOG FILE menu 4 After download is complete select Transfer Capture Text and Stop from HyperTerminal 9 2 10...

Page 21: ...ill allow the unit to operate directly from T1 metallic spans or from a locally provided 22 to 56Vdc source The NIU is fused on its local power input lead pin 35 to prevent the failure of an individua...

Page 22: ...ll Once an RMA number is obtained return the defective unit freight prepaid along with a brief problem description to Westell Inc ATTN R G M Department 750 N Commons Drive Aurora IL 60504 7940 Replace...

Page 23: ...PE to FAC 15 dB WSTTRMTLBO 15 1100 0100 1011 0101 C4B5 22 5 dB WSTTRMTLBO 22 5 1100 0100 1011 0110 C4B6 AB15 dB WSTTRMTLBO AB15 1100 0100 1011 0111 C4B7 AB22 5 dB WSTTRMTLBO AB22 5 1100 0100 1011 1000...

Page 24: ...TPM None 1100 0101 1101 0000 900 None NPRM C5D0 1900 NPRM Enabled SPRM C5D0 3000 SPRM Enabled SPRM NPRM 2500 SPRM NPRM Enabled Loopback Time out WSTLBTO DIS 900 Disabled p 20 920 20 Minutes 60 1101 01...

Page 25: ...80 6 dB 7 dB 8dB 120 130 140 12 dB 13 dB 14 dB 180 190 200 18 dB 19 dB 20 dB Facility Level Query 1100 0101 0110 1111 Unframed SF or ESF C56F 20 40 30 50 2 dB 4 dB 3 dB 5 dB 80 90 100 110 8dB 9dB 10 d...

Page 26: ...tnm optstg cr lf List of Options This is a comprehensive list of command line options Simply use the codes identified in the columns below when configuring command lines OPTION OPTNM OPTSTG Monitored...

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