Replace pluggable transmission module

Procedure 6-5: Replace pluggable transmission module

Overview

Use this procedure to replace a pluggable transmission module in a circuit pack.

Required equipment

Use only the Alcatel-Lucent specified Class 1 SFP/XFP transceivers.

Name	Pluggable Transmission Module Code/Comcode	Description	Compatible Circuit Packs
EM1G//EMFE 1000BASE-T//100BASE-T	BASE-T-C1 109565549	10 Mb/s, 100 Mb/s and GbE, Copper, SFP TRCVR	LNW63 LNW64 LNW70/LNW170 LNW78 LNW87
OM155 1.3IR1	OC3IR1-I1 109453894	OC3 IR1, SM, 1310 nm, 15 km, SFP TRCVR	LNW37 LNW45 LNW55 LNW84 LNW302 LNW705
OM155 1.3LR1	OC3LR1-I1 109453886	OC3 LR1, SM, 1310 nm, 40 km, SFP TRCVR	LNW37 LNW45 LNW55 LNW84 LNW302 LNW705
OM155 1.3SR1	S155I2 109602599	OC-3 SR-1/STM-1, SM, 1310 nm, 2 km, SFP TRCVR	LNW37 LNW45 LNW55 LNW84 LNW302 LNW705
OM155//OM622 //2.5G 1.3IR1//1.3IR1// 1.3IR1	OC3X12X48-IR1-I1 109708131	OC3/STM1/OC12/ STM4/OC48/STM16, 1310nm, 15 km, SFP TRCVR	LNW55 LNW84
OM155//OM622// 2.5G 1.3LR1//1.3LR1// 1.3LR1	OC3X12X48-LR1-I1 109708149	OC3/STM1/OC12/ STM4/OC48/STM16, 1310nm, 40km, 15 km, SFP TRCVR	LNW55 LNW84
OM622 1.3IR1	OC12IR1-I1 109453902	OC12 IR1, SM, 1310 nm, 15 km, SFP TRCVR	LNW49 LNW55 LNW84 LNW382 LNW705
OM622 1.3LR1	OC12LR1-I1 109467522	OC12 LR1, SM, 1310 nm, 40 km, SFP TRCVR	LNW49 LNW55 LNW84 LNW382 LNW705
OM622 1.5LR2	OC12LR2-I1 109604447	OC12 LR2, SM, 1550 nm, 80 km, SFP TRCVR	LNW49 LNW55 LNW84 LNW382 LNW705
OM155//OM622/ CWDM-LR	S622C47EL 109664086	OC-3/STM-1 or OC-12/STM-4 CWDM, 1471 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM155//OM622/ CWDM-LR	S622C49EL 109664094	OC-3/STM-1 or OC-12/STM-4 CWDM, 1491 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM155//OM622/ CWDM-LR	S622C51EL 109664102	OC-3/STM-1 or OC-12/STM-4 CWDM, 1511 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM155//OM622/ CWDM-LR	S622C53EL 109664110	OC-3/STM-1 or OC-12/STM-4 CWDM, 1531 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM155//OM622/ CWDM-LR	S622C55EL 109664128	OC-3/STM-1 or OC-12/STM-4 CWDM, 1551 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM155//OM622/ CWDM-LR	S622C57EL 109664136	OC-3/STM-1 or OC-12/STM-4 CWDM, 1571 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM155//OM622/ CWDM-LR	S622C59EL 109664144	OC-3/STM-1 or OC-12/STM-4 CWDM, 1591 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM155//OM622/ CWDM-LR	S622C61EL 109664151	OC-3/STM-1 or OC-12/STM-4 CWDM, 1611 nm, SFP TRCVR	LNW37 LNW45 LNW49 LNW55 LNW84 LNW705
OM1G 1000BASE-ZX	1000BASE-ZX-I1 109541862	GbE SM 1550 nm 1000BASE-ZX SFP TRCVR	LNW63 LNW64 LNW70/LNW170 LNW78 LNW87
OM1G//OMFC 1000BASE-LX//100/200-SM-LL-L-I	GE-1X2XFC-LX-C1 109527804	GbE SM 1310 nm 1XFC/2XFC 1000BASE-LX SFP TRCVR	LNW64 LNW70/LNW170 LNW73/73C LNW78 LNW87
OM1G//OMFC 1000BASE-LX//100/200-SM-LL-L-I	GE-1X2XFC-LX-I1 109568782	GbE SM 1310 nm 1XFC/2XFC 1000BASE-LX SFP TRCVR	LNW63 LNW64 LNW70/LNW170 LNW73/73C LNW78 LNW87 LNW705
OM1G//OMFC 1000BASE-SX//100/200-M5/M6-SN-S	GE-1X2XFC-SX-C1 109527796	GbE MM 850 nm 1XFC/2XFC 1000BASE-SX SFP TRCVR	LNW64 LNW70/LNW170 LNW73/73C LNW78 LNW87
OM1G//OMFC 1000BASE-SX//100/200-M5/M6-SN-S	GE-1X2XFC-SX-I1 109570606	GbE MM 850 nm 1XFC/2XFC 1000BASE-SX SFP TRCVR	LNW63 LNW64 LNW70/LNW170 LNW73/73C LNW78 LNW87 LNW705
OM2.5G 1.3LR1	OC48LR1-I1 109493528	OC48 LR1, SM, 1310 nm, 40 km, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402 LNW705
OM2.5G 1.5LR2	OC48LR2-I1 109504431	OC48 LR2, SM, 1550 nm, 80 km, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402 LNW705
OM2.5G 1.3SR1	OC48SR1-I1 109564518	OC48 SR1, SM, 1310 nm, 2 km, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402 LNW705
OM2.5G 1.5LR2	S2D23C6 109610378	OC-48/STM-16/OTU1 DWDM, 192.3 THz, 1558.983 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D25C6 109610394	OC-48/STM-16/OTU1 DWDM, 192.5 THz, 1557.363 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D27C6 109610410	OC-48/STM-16/OTU1 DWDM, 192.7 THz, 1555.747 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D31C6 109610451	OC-48/STM-16/OTU1 DWDM, 193.1 THz, 1552.524 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D33C6 109610477	OC-48/STM-16/OTU1 DWDM, 193.3 THz, 1550.918 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D35C6 109610493	OC-48/STM-16/OTU1 DWDM, 193.5 THz, 1549.315 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D37C6 109610519	OC-48/STM-16/OTU1 DWDM, 193.7 THz, 1547.715 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D45C6 109610600	OC-48/STM-16/OTU1 DWDM, 194.5 THz, 1541.349 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D47C6 109610626	OC-48/STM-16/OTU1 DWDM, 194.7 THz, 1539.766 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D49C6 109610642	OC-48/STM-16/OTU1 DWDM, 194.9 THz, 1538.186 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D53C6 109610691	OC-48/STM-16/OTU1 DWDM, 195.3 THz, 1535.036 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D55C6 109610717	OC-48/STM-16/OTU1 DWDM, 195.5 THz, 1533.465 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G 1.5LR2	S2D59C6 109610766	OC-48/STM-16/OTU1 DWDM, 195.9 THz, 1530.334 nm, SFP TRCVR	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C47LI 1AB402160002	OC48/STM16 CWDM 1471 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C49LI 1AB402160003	OC48/STM16CWDM 1491 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C51LI 1AB402160004	OC48/STM16 CWDM 1511 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C53LI 1AB402160005	OC48/STM16 CWDM 1531 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C55LI 1AB402160006	OC48/STM16 CWDM 1551 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C57LI 1AB402160007	OC48/STM16CWDM 1571 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C59LI 1AB402160008	OC48/STM16 CWDM 1591 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM2.5G/SL-16.2	S2G7C61LI 1AB402160009	OC48/STM16 CWDM 1611 nm, SFP TRCVR S-C8L1-1D2 : S-C8L1-1D5	LNW41 LNW55 LNW62 LNW84 LNW402
OM10G 1.5IR2 (S-64.2b)	OC192IR2-C1 109537563	OC192 IR2, SM, 1550 nm, 40 km, XFP TRCVR	LNW141
OM10G 1.5IR2 (S-64.2b)	OC192IR2-I1 109586479	OC192 IR2, SM, 1550 nm, 40 km, XFP TRCVR	LNW141 LNW705
OM10G 1.5LR2 (P1L1-2D2)	OC192LR2-C1 109537555	OC192 LR2, SM, 1550 nm, 80 km, XFP TRCVR	LNW141
OM10G 1.3SR1 (I-64.1)	OC192SR1-C1 109537902	OC192 SR1, SM, 1310 nm, 2 km, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G21C5 109615005	OC-192/STM-64/OTU2 DWDM, 192.1 THz, 1560.606 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G22C5 109615013	OC-192/STM-64/OTU2 DWDM, 192.2 THz, 1559.794 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G23C5 109615021	OC-192/STM-64/OTU2 DWDM, 192.3 THz, 1558.983 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G24C5 109615039	OC-192/STM-64/OTU2 DWDM, 192.4 THz, 1558.173 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G25C5 109615047	OC-192/STM-64/OTU2 DWDM, 192.5 THz, 1557.363 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G26C5 109615054	OC-192/STM-64/OTU2 DWDM, 192.6 THz, 1556.555 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G27C5 109615062	OC-192/STM-64/OTU2 DWDM, 192.7 THz, 1555.747 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G28C5 109615070	OC-192/STM-64/OTU2 DWDM, 192.8 THz, 1554.940 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G31C5 109615104	OC-192/STM-64/ OTU2 DWDM, 193.1 THz, 1552.524 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G33C5 109615120	OC-192/STM-64/ OTU2 DWDM, 193.3 THz, 1550.918 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G35C5 109615146	OC-192/STM-64/ OTU2 DWDM, 193.5 THz, 1549.315 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G37C5 109615161	OC-192/STM-64/ OTU2 DWDM, 193.7 THz, 1547.715 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G45C5 109615245	OC-192/STM-64/ OTU2 DWDM, 194.5 THz, 1541.349 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G47C5 109615260	OC-192/STM-64/ OTU2 DWDM, 194.7 THz, 1539.766 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G49C5 109615286	OC-192/STM-64/ OTU2 DWDM, 194.9 THz, 1538.186 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G52C5 109615310	OC-192/STM-64/OTU2 DWDM, 195.2 THz, 1535.822 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G53C5 109615328	OC-192/STM-64/OTU2 DWDM, 195.3 THz, 1535.036 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G54C5 109615336	OC-192/STM-64/OTU2 DWDM, 195.4 THz, 1534.250 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G55C5 109615344	OC-192/STM-64/OTU2 DWDM, 195.5 THz, 1533.465 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G56C5 109615351	OC-192/STM-64/OTU2 DWDM, 195.6 THz, 1532.681 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G57C5 109615369	OC-192/STM-64/OTU2 DWDM, 195.7 THz, 1531.898 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G58C5 109615377	OC-192/STM-64/OTU2 DWDM, 195.8 THz, 1531.116 nm, XFP TRCVR	LNW141
OM10G DWDMLR (DW100U- 2AxC(F))	X10G59C5 109615385	OC-192/STM-64/OTU2 DWDM, 195.9 THz, 1530.334 nm, XFP TRCVR	LNW141
OMESCON MMF	ESCON-MM-I1 109523886	ESCON MM, 1310 nm SFP TRCVR	LNW73/73C
OMFE 100BASE-LX-SM	100BASE-LX-I1 109527812	100 Mb/s optical Fast Ethernet SFP TRCVR	LNW70/LNW170 LNW74 LNW78 LNW87
OMFE 100BASE-FX	100BASE-FX-I1 109703140	100 Mb/s optical Fast Ethernet SFP TRCVR	LNW70/LNW170 LNW74 LNW78 LNW87
OMFE 100BASE-ZX	100BASE-ZX-I1 109703157	100 Mb/s optical Fast Ethernet SFP TRCVR	LNW87 LNW170

Refer to the Alcatel-Lucent 1665 Data Multiplexer Extend (DMXtend) Installation Manual, 365-372-327, as required, when removing and/or installing pluggable transmission modules.

Before you begin

Prior to performing this procedure:

Refer to Laser safety and Electrostatic discharge in Chapter 1, Safety.
Using office records and/or View → Equipment, determine the correct type of pluggable transmission module to be replaced.
Ensure that the correct pluggable transmission module is available for replacement.

Steps

Complete the following steps to replace a pluggable transmission module.

If replacing a pluggable transmission module in an...	Then...
optical OLIU circuit pack,	Continue with Step 2.
Ethernet or DATA circuit pack,	Proceed to Step 8.

Important!

Low-speed OLIU circuit packs have more than one optical port. Each individual optical port can be provisioned for 1+1 (1+1 or Bidirectional 1+1), UPSR, or 0x1Sn applications.

From the System View menu, select Reports → Status Lists → Port. Click on the required low-speed OLIU circuit pack with the pluggable transmission module to be replaced and Select. Observe the value of the Switch State parameter for the required port. If the port Switch State parameter is active, the port is active for transmission. Click Close.

Is the port active on the pluggable transmission module that you wish to replace?

If...	Then...
Yes	Continue with Step 4.
No	Proceed to Step 8.

To determine the protection group associated with the active port select View → Equipment. Expand the required low-speed OLIU circuit pack by clicking on the plus sign (+). Click on the required active port and Select. Observe the Application parameter to determine the type of protection. Click Close to exit.

If the Application parameter of any active ports is UPSR, at each node in the UPSR, select Reports → Path Protection List to verify that no Forced or Lockout path protection switches exist.

If required, clear any existing Forced or Lockout path protection switches using the Fault → Protection Switch → Path Protection → Switch Type Clear command.

If the Application parameter of the active port is...

Then perform a Forced protection switch...

1+1,

to the standby line. Select Fault → Protection Switch. Click on the required 1+1 Line protection group and Select. Select the ForcedSwitch Type and click Apply.

A dialog box appears asking you to confirm executing this command. Click Yes.

1+1_bidir,

to the standby line. Select Fault → Protection Switch. Click on the required 1+1_bidir line fn-{d,g}-{1-x} protection group and Select. Select the ForcedSwitch Type and click Apply.

A dialog box appears asking you to confirm executing this command. Click Yes.

To verify that a 1+1 line switch occurred, perform the following:

From the System View menu, select View → Protection.
Highlight the required 1+1 or 1+1_bidir line protection group and click Select.
Verify that the port on the companion circuit pack is now active.
Verify that Switch Request State is Forced Switch.

Remove the cables from the required pluggable transmission module.

Referring to the figure below, determine the type of latching mechanism on the pluggable transmission module you have.

Referring to Step 9, what type of latching mechanism does your module have?

If...	Then...
Type 1 (optical)	Remove the required pluggable transmission module from the circuit pack by pushing the plastic tab on the side of the module toward the back of the shelf (away from you), then gripping the sides of the module, remove it from the socket. Proceed to Step 14.
Type 2 (optical)	Remove the required pluggable transmission module from the circuit pack by squeezing the plastic tab on the side of the module toward the top of the shelf, then gripping the sides of the module, remove it from the socket. Proceed to Step 14.
Type 3 (optical)	Continue with Step 11.
Type 4, 5, and 6 (optical)	Proceed to Step 13.
Type 7 and 8 (electrical)	Proceed to Step 13.

Before removing the module, the latch must be in the open position. Open the swivel latch and pull gently on the latch to remove the pluggable transmission module from the socket.

Figure 6-10, Latch type 3 (opened and closed) shows the open and closed position of the latch. Depending on your pluggable transmission module type, the appearance of the port opening and latch mechanism may vary.

Figure 6-10: Latch type 3 (opened and closed)

Proceed to Step 14.

Before removing the module, the latch must be in the open position. Open the swivel latch and pull gently on the latch to remove the pluggable transmission module from the socket.

Figure 6-11, Latch type 4, 5, 6, 7, and 8 (opened and closed) shows the open and closed position of the latch. Depending on your PTM type, the appearance of the port opening and latch mechanism may vary.

Figure 6-11: Latch type 4, 5, 6, 7, and 8 (opened and closed)

Important!

It is recommended that dust covers be installed into the ports on optical pluggable transmission modules to maintain cleanliness until the cable is connected. Electrical pluggable transmission modules do not require dust covers.

If you just removed an optical pluggable transmission module, install dust covers into the ports to maintain cleanliness.

Before installing the replacement transmission module, hold the connector/latch-end of the module in your left hand with the gold fingers facing you. The module should be positioned in manner similar to Figure 6-12, Pluggable transmission module with dust cover (optical only).

Figure 6-12: Pluggable transmission module with dust cover (optical only)

Important!

If you are installing an optical module, do not remove the dust cover until you are ready to connect cabling or if you need to clean the module.

Dust covers

There are a variety of different types of dust covers. Any of the following examples could be similar to the dust cover in your optical pluggable transmission module.

Figure 6-13: Examples of dust covers

Referring to the figure below, determine the type of latching mechanism on the pluggable transmission module you have.

Important!

Optical pluggable transmission modules are shipped with a dust cover installed into the optical ports to maintain cleanliness during storage and/or transportation. It is recommended that the dust cover be kept in place to maintain cleanliness until the optical fiber is connected. With proper care and handling, cleaning the pluggable transmission modules should not be necessary.

If required, clean the optical pluggable transmission module.

Reference:

Procedure 6-12: Clean optical pluggable transmission module

Referring to Step 16, what type of latching mechanism does your module have?

If...	Then...
Type 1 or 2 (optical)	Proceed to Step 22.
Type 3 (optical)	Continue with Step 19.
Type 4, 5, or 6 (optical)	Proceed to Step 21.
Type 7, or 8 (electrical)	Proceed to Step 21.

Before inserting the module, the latch must be in the closed position. On an optical pluggable transmission modules, the latch is in the closed position when the dust cover is in place.

Figure 6-14, Latch type 3 (opened and closed) shows the open and closed position of the latch. Depending on your pluggable transmision module type, the appearance of the port opening and latch mechanism may vary.

Figure 6-14: Latch type 3 (opened and closed)

Proceed to Step 22.

Before inserting the module, the latch must be in the closed position. When the dust cover is in place on an optical pluggable transmission module, the latch is in the closed position.

Figure 6-15, Latch type 4, 5, 6, 7, and 8 (opened and closed) shows the open and closed position of the latch. Depending on your PTM type, the appearance of the port opening and latch mechanism may vary.

Figure 6-15: Latch type 4, 5, 6, 7, and 8 (opened and closed)

With your left hand, hold the pluggable transmission module by the port end or dust cover. The ports are in your left hand and the gold fingers are visible (facing you). (Do not insert pluggable transmission module).

Rotate the module; the port end or dust cover is facing you and the gold fingers are facing the floor. (Do not insert pluggable transmission module).

Insert the pluggable transmission module in the required socket of the circuit pack faceplate. Confirm that the pluggable transmission module is locked in the socket. Verify that all unused sockets on the circuit pack are equipped with dust covers.

Figure 6-16: Insert pluggable transmission module into socket

Result:

The port appears in the WaveStar^® CIT System View indicating successful installation.

If response is not correct, replace the pluggable transmission module. If the pluggable transmission module fails when inserted, and another transmission module in the shelf fails at the same time, replace the newly-installed pluggable transmission module. Each pluggable transmission module has unique internal data for warranty purposes. If this data for any reason is not unique, both pluggable transmission modules with the duplicated information will be declared failed.

Push on the port end or dust cover to insert the module. The latch automatically catches when the module is inserted. The module is secure.

Reconnect the cables.

If replacing a pluggable transmission module in an...	Then...
Optical OLIU circuit pack,	Continue with Step 28.
Ethernet or DATA circuit pack,	Proceed to Step 30.

If required, clear any Forced 1+1 line protection switch performed in Step 6. Select Fault → Protection Switch. Click on the required 1+1 Line or 1+1_bidir Line protection group and Select. Select the Reset Switch Type and click Apply.

Result:

A dialog box appears asking you to confirm executing this command. Click Yes.

To verify that a 1+1 line switch cleared, perform the following:

From the System View menu, select View → Protection.
Highlight the required 1+1 or 1+1_bidir line protection group and click Select.
Verify that Switch Request State is No Request.

Result:

If Switch Request State reads Signal Failure or Signal Degrade, there is a higher priority switch request in place.

From the System View menu, click the Alarm List button to obtain an NE Alarm List. Verify that no alarms are present for the installed pluggable transmission module.

If required, refer to the appropriate procedure to clear any alarms.

From the System View menu, use View → Equipment to access the port parameters for the pluggable transmission module just installed and verify that the parameters are intact.

If required, refer to the appropriate procedure in the Alcatel-Lucent 1665 Data Multiplexer Extend (DMXtend) User Operations Guide, 365-372-325 to change any parameters.

End of steps