CORNING OSE-ST-9 Manuel - Page 7

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Step 3:

Slide the splice protector over the splice. Splice per manufacturer's instructions.

Step 4: Carefully route the fibers back into the tray and place the protected splice into the organizer.

Step 5:

Repeat until all fibers are spliced. Each fiber must be spliced consecutively.

Step 6: Make sure all fibers are below the fiber retaining tabs. Align the hole in the cover with the hole in the

tray. Snap the cover onto the tray (Figure 12).

11.

Using the Step-Slot Splice Organizer

Step 1:

Spliced fibers in the OSE-ST-2 splice tray are stored in the

step-slot organizer. This organizer accepts 250 and 900 µm

fibers (Figure 13). The 250 µm fibers are secured in the lower

grooves in the organizer while the 900 µm fibers fit into the

surface slots.

Step 2:

When splicing 250 µm fibers, protect the splices using the

Crimp & Go

splice protectors provided with the OSE-ST-2

splice tray. Refer to the splicing documentation, if necessary,

for detailed instructions on the use of these protectors.

a. Place the splice protector over the splice point with the opening in the Crimp & Go® splice

protector facing down towards the organizer.

b. Squeeze the protector closed and insert into the organizer.

IMPORTANT:

Avoid twisting the fiber as you insert it into the organizer.

• If using Crimp & Go splice protectors with 250 µm fiber, do not use the RTV silicone compound

(RTV).

• If splicing 900 µm fiber, do not use Crimp & Go splice protectors.

• RTV can be used on 250 µm fibers, however, Crimp & Go splice protectors are the preferred

method.

Step 3:

When splicing 900 µm fibers, protect the

fibers using RTV.

a. Place the splices in the organizer in

consecutive order.

b. Fill the slots holding splices with

RTV as shown in Figure 14. Do not

overfill and avoid the empty slots.

Place a piece of waxed paper, cut

to size, over the RTV to prevent the

RTV from sticking to the tray cover.

900 µm

TPA-4957

Standard Recommended Procedure 001-285 | Issue 4 | February 2017 | Page 7 of 8

250 µm

Figure 13

Figure 14