Field Assembly/Fast Connector

Mechanical field termination without a fusion splicer

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The Range

All 6 Field Assembly/Fast Connector Products

SC Fast Connector (Ref 279)

Used for mDU riser terminations where a splicer cannot be set up.

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Field Assembly/Fast Connector

FC Fast Connector (Ref 282)

Used for terminating a subscriber drop at the premises.

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Field Assembly/Fast Connector

SC Fast Connector (Ref 286)

Used for restoring a broken patch cord in a live cabinet.

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Field Assembly/Fast Connector

SC Fast Connector (Ref 284)

Used for terminating a subscriber drop at the premises.

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Field Assembly/Fast Connector

FC Fast Connector (Ref 285)

Used for mDU riser terminations where a splicer cannot be set up.

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Field Assembly/Fast Connector

SC Field Assembly Fast Connector

Specifications SC Field Assembly Optical Connector SC Field Assembly Optical Connector Specifications SC Quick Assembly Connector, Fast Connector: Factory-installed.

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Why It Matters

Field Assembly/Fast Connector In Practice

A fast connector puts a factory-polished stub inside the connector body and holds the field fiber against it with a mechanical splice and index-matching gel. The crew needs a cleaver and a hand tool, not a fusion splicer, which changes what a drop install costs and who can do it.

Problems This Range Solves

Fusion splicers that are too expensive to put in every van
Drop terminations that need doing in a stairwell with no power
Emergency restoration where a splicer is not available
Training burden for crews who only terminate occasionally
Re-work when a field termination fails and has to be redone

Who It Is For

FTTH drop installation crews
Broadband service call technicians
Building and MDU cabling contractors
Maintenance crews doing emergency restoration
Enterprise IT teams making occasional fiber terminations

Where It Is Used

Terminating a subscriber drop at the premises
Restoring a broken patch cord in a live cabinet
MDU riser terminations where a splicer cannot be set up
Test and temporary connections during commissioning
Enterprise fiber repairs by non-specialist staff

Core Advantages

What You Get From Our Field Assembly/Fast Connector

Advantages

No fusion splicer, no power and no splice protection sleeve needed
Termination in minutes rather than a splicing setup cycle
Re-usable versions let a failed termination be corrected on the spot
Visual confirmation of fiber insertion on designs that provide it
Consistent factory-polished end face inside every connector

Technical Features

Factory-polished fiber stub inside the connector
Mechanical splice with index-matching gel
Hand-tool assembly with no power required
Designs for 250 µm, 900 µm and drop cable
SC and FC bodies in UPC and APC polish

Materials

Zirconia ceramic ferrule with pre-polished stub
Index-matching gel
Mechanical splice element
Thermoplastic housing and boot

Customization Options

SC or FC body
UPC or APC polish
Fiber acceptance for 250 µm, 900 µm or drop cable
Kitted with cleaver and cleaning consumables
Private-label packaging for rollout programs

Manufacturing Process

Stub fiber termination and polish in the factory
End-face inspection of every stub
Mechanical splice element assembly
Gel dosing and sealing
Function sampling and packing

Quality Control

Stub end-face inspection before assembly
Trial field termination and loss measurement per lot
Mechanical splice retention force sampling
Gel presence and sealing verified
Packing count verified before dispatch

Industries

Where This Range Is Specified

FTTH and Broadband Operators

Drop-side and distribution hardware for networks whose cost is decided per subscriber

Deployment Profiles

How It Is Used In The Field

MDU Riser Fiber Distribution

Distributing fiber up an apartment riser so units can be connected one at a time without disturbing the rest

Field Drop Termination Without A Splicer

Terminating a subscriber drop with a cleaver and a hand tool, and knowing what that trade costs

Use Guide

Specifying and Handling Field Assembly/Fast Connector

Before You Order

Use a precision cleaver; cleave angle is the main cause of high loss here
Clean the fiber with a lint-free wipe before insertion
Insert until the fiber visibly bows slightly, then lock the mechanism

On Site

Verify with a visual fault locator or power meter before closing up
On reusable versions, re-cleave rather than reusing a damaged fiber end
Record which terminations were mechanical rather than fusion spliced

FAQ

Field Assembly/Fast Connector Questions

How does a fast connector compare with a fusion splice?

A fusion splice normally gives lower and more predictable loss, and it is what you want on backbone and distribution work. A fast connector trades a little loss for speed and for not needing a splicer, which is often the right trade on a subscriber drop.

Can a fast connector be reused if the termination fails?

Reusable versions allow the mechanism to be released so the fiber can be re-cleaved and re-inserted. Single-use versions cannot. Confirm which type you are ordering if field re-work matters to you.

What fiber types can be terminated?

Versions are available for 250 µm coated fiber, 900 µm tight-buffered fiber and flat drop cable. Tell us what your crews actually carry and we will match the part.

Do I need special tools?

A precision cleaver and the matching hand tool. No power, no fusion splicer and no heat-shrink oven. Cleaver quality has a direct effect on the loss you achieve.

Are APC versions available for PON drops?

Yes. APC fast connectors are supplied for PON and RF-over-glass paths where back reflection matters, and they are color coded green as usual.

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