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Standard Recommended Procedure 003-128 | Issue 4 | September 2018 | Page 13 of 13

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the properties of their respective owners. Corning Optical Communications is ISO 9001 certified. © 2010, 2018 Corning Optical Communications. All rights reserved.

10 .4

.  To test the remaining portions of the system (Figure 17):

Step 1: 

Install the 

Light Source/RJ1 LC connector adapter

 onto LC number 2 of the harness plugged into the 

LIVE Port of the MTP Tap module. 

Step 2: 

Install 

Meter 1/RJ2’s LC connector

 into the number 1 port of the Edge module, Module “B”. 

Step 3: 

Install 

Meter 2/RJ3’s LC connector adapter 

onto LC number 1 of the harness plugged into the TAP port 

of the MTP Tap module.

Step 4: 

Continue testing through on the even fibers of the harness plugged into the front-mounted LIVE Port 

of the MTP Tap module using Tables 2 and 4 for testing sequences.

Figure 17 

Module harness

TAP port 

test harness

    

RJ1

    and 

    adapter

    

RJ2 

   

    

RJ3 

    and 

    adapter

   

Do NOT 

    disconnect

Pretium EDGE

  Module “B”

TPA-6141

multimode only

          

         

B

2

3

B

1

2
1

A

          

         M1

   

Do NOT 

    disconnect

0.00 dB

  Light 

 Source

     

“Near end”

“Far end”

B

6

12
11

A

B

5

10

9 

A

B

4

8
7

A

B

3

6

PnP

 Module

Part Number

Serial

MADE IN MEXICO

5

A

B

2

4
3

A

B

1

2
1

A

   W

AR

R

AN

TY

VOID

 MTP Tap Module “A”

Note:  Fiber loss

depends on length

 of system

 LC  #12

 LC  #2

          

         

          

         M2

   

Do NOT 

    disconnect

0.00 dB

 LC  #1

LIVE

LIVE

TAP

Summary of Contents for MTP Tap Module

Page 1: ... port to a monitoring device which filters the data and sends it to various software tools for analysis where it is then viewed in application layer software for security threats performance issues or system optimization IMPORTANT Please note that Tap module systems have two outputs for each input which may require two power meters and depending on the system configuration possibly require an addi...

Page 2: ...d Materials The following tools and materials are required for this procedure Two 2 power meters with LC port adapters Two 2 LC LC jumpers One 1 SC LC jumper for the light source Three 3 LC LC single mode adapters Light source with SC port adapter At least one MTP to LC harness with Universal Polarity Wiring Multimode module harness p n H750512TE8 KW003F Single mode module harness p n H900412GE8 K...

Page 3: ... modules must be tested with directionality in mind The source must be always connected to the input of the splitter and a meter must be connected to at least one of the outputs of the splitter Connecting a source to the output of a splitter will result in high attenuation Likewise connecting network transmitters to the output of a splitter can result in damage to the receiver port Thus it is impo...

Page 4: ...either 1310 or 1550 nm To reference the source and two meters Step 1 Clean and insert the SC end of the SC to LC jumper Reference Jumper no 1 or RJ1 into the output of the light source Step 2 Clean and insert the LC end of RJ1 jumper into the LC port adapter of Meter no 1 M1 Figure 6 For multimode only Wrap the jumper 5 times and secure it in a 22 mm mandrel with tape standard 50 µm multimode proc...

Page 5: ... Figure 8 Step 10 Verify that the RJ1 RJ3 mated pair are acceptable with a loss 0 10 dB for multimode and 0 20 dB for single mode Step 11 Disconnect RJ1 s LC connector from the LC adapter and protect it with a clean dust cap Step 12 Leave the LC adapter on the end of RJ3 for the remainder of this procedure since it will be required for mating to theTAP port test harness 7 3 Referencing is now comp...

Page 6: ...ized 50µm 850 nm Bend improved single mode 1310 nm Component Loss max dB 1 Loss max dB 1 MTP mated pair loss 0 35 0 75 LC mated pair loss 0 15 0 25 Splitter 50 50 dB 3 7 3 5 Splitter 70 30 dB 2 4 5 8 2 1 5 8 Fiber attenuation 2 8 dB km 0 4 dB km 1 Insertion loss specifications when mated to other system components of a like performance specification Tap Module A TPA 6133 Near end Budget loss for a...

Page 7: ...tep 1 Install the Light Source RJ1 LC connector adapter on the LC number 2 of a test harness plugged into the front mounted LIVE Port of the MTPTap module Step 2 Install RJ2 s LC connector into the number 1 port of the Edge module Module B in Figure 10 Figure 10 Light Source Test harness M1 RJ2 RJ1 and adapter Do NOT disconnect Do NOT disconnect 0 00 dB Pretium EDGE Module B B 2 3 B 1 2 1 A TPA 61...

Page 8: ...r on the number 1 LC connector of the harness plugged into the LIVE Port of the MTPTap module Figure 11 8 7 Note that steps 8 4 and 8 6 can be combined if using an optical test set with both a source and a meter on one unit This will test two fibers at a time because there will be two sources and meters It is important that the source is always plugged into the transmit even fibers and that the me...

Page 9: ...ystem loss for theTAP system add the loss values of the components that are in the system as illustrated in Figures 12 and 13 Figure 12 Figure 13 Tap Module A TPA 6136 Budget loss for a Tap multimode system using OM4 fiber and 50 50 splitters 0 35 0 35 0 15 3 7 50 50 splitter MTP mated pair MTP mated pair 0 15 0 35 3 7 0 35 0 15 4 7 dB LC mated pair 0 15 LC mated pair Tap port test harness Tap por...

Page 10: ...t Sequence 9 4 To begin testing theTAP portion of the MTPTap module from the A LIVE Port harness to the module TAP port test harness Figure 14 Step 1 Install the Light Source RJ1 LC connector adapter onto the LC number 2 connector of a test harness plugged into the LIVE port of the MTPTap module Step 2 Install RJ2 s LC connector adapter onto the LC number 1 connector of a harness plugged into the ...

Page 11: ...Install the Light Source RJ1 LC connector into LC number 2 port of the Edge module B at the Far End Step 2 Install RJ2 s LC connector adapter onto LC number 2 of the harness plugged into theTAP port of the MTPTap module Module A Figure 15 9 7 Note steps 9 4 and 9 6 CANNOT be combined if using an optical test set with both a source and a meter in one unit TAP port test harness M1 RJ1 Do NOT disconn...

Page 12: ...ource RJ1 LC connector into the number 2 port of the Edge module Module B Step 2 Install Meter 1 RJ2 s LC connector adapter onto LC number 1 of the harness plugged into the front mounted LIVE Port of the MTPTap module Step 3 Install Meter 2 RJ3 s LC connector adapter onto LC number 2 of the harness plugged into theTAP port of the MTPTap module Step 4 Continue testing through on the even fibers of ...

Page 13: ...ll the Light Source RJ1 LC connector adapter onto LC number 2 of the harness plugged into the LIVE Port of the MTPTap module Step 2 Install Meter 1 RJ2 s LC connector into the number 1 port of the Edge module Module B Step 3 Install Meter 2 RJ3 s LC connector adapter onto LC number 1 of the harness plugged into the TAP port of the MTPTap module Step 4 Continue testing through on the even fibers of...

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