OPTIX AMERICA | FTTH Field-Installable 900um SC/APC Mechanical Connectors (10 pack) | #FTTHMC-SCA-SM-09-10
OPTIX AMERICA | PART #FTTHMC-SCA-SM-09-10
FTTH Field-Installable 900um SC/APC Mechanical Connectors (10 pack)
DESCRIPTION
The Optix America 900um FTTH SC singlemodeĀ mechanical connector is a simple, pre polishedĀ connector with two piece design and features a fast andĀ consistent field termination in less than two minutes.Ā They are designed for FTTH connections with 900um orĀ 250um single strand tight buffer or loose tube cable andĀ are available in SC/APC singlemode and SC/UPCĀ singlemode styles. These connectors are reusable up toĀ three times avoiding costly scrapped connectors onĀ āfailedā connections. Our connectors use Corning glassĀ and are compliant to TIA/EIA 604-10.
FEATURES
- Ideal for FTTH and FTTX installations
- Simple, fast, & consistent field termination
- Field installable in less than 2 minutes
- Reusable up to 3 times
- Flame retardant connector housings
- Compliant to TIA/EIA 604-10
- Available in 900um SC/UPC singlemode and SC/APC singlemode styles
SPECIFICATIONS

Common Questions About FTTH Field-Installable SC APC Mechanical Connectors
A mechanical fiber connector allows fast field termination without fusion splicing, using an internal mechanical alignment system for reliable connections.
What applications are these SC APC mechanical connectors used for?
These connectors are designed for FTTH and FTTx installations where quick, consistent field termination is required.
Can these connectors be reused?
Yes, these mechanical connectors are reusable up to three times, helping reduce waste and replacement costs from failed terminations.
What fiber types are supported by these connectors?
These connectors support both 900um and 250um single strand tight buffer and loose tube fiber cables.
At a Glance
⢠SC APC single mode mechanical connectors, 10 pack
⢠Field installable in under two minutes
⢠Reusable up to three times
⢠Designed for FTTH and FTTx installations
⢠Uses Corning glass fiber
⢠TIA/EIA 604-10 compliant