FDL CAT.6 KEYSTONE PASS THROUGH COUPLER MODULE - BLACK
This is a CAT.6 Keystone Pass Through Coupler Module. It is designed for Class E applications and ...This is a CAT.6 Keystone Pass Through Coupler Module. It is designed for Class E applications and operates at 250 MHz, complying with ISO/IEC 11801 and TIA/EIA 568B.2-1 standards. The module features two RJ45 jacks and supports unshielded connections. It has a snap-in mounting design and a 1:1 pin configuration. The color of the coupler is black.
This FDL CAT.6 Keystone Pass Through Coupler Module is for network installers and IT professionals seeking a reliable way to extend or connect Ethernet cables. Its key benefit is providing a simple, compliant solution for Class E network applications up to 250 MHz. A potential caveat is that it supports only unshielded connections.
All features
Model Part Number
CAT.6
Brand
FDL
Extended Product Information
FAQs
What is a pass-through coupler?
A pass-through coupler allows you to connect two separate Ethernet cables together by passing the connections through a single module, effectively extending the length of a cable run or joining two segments.
Is this coupler shielded?
No, this is an unshielded coupler designed for use with unshielded twisted pair (UTP) Ethernet cables.
What is the maximum frequency this coupler supports?
This CAT.6 coupler supports operation up to 250 MHz, meeting Class E application requirements.
Can I use this with CAT.5e cables?
While it may function, this coupler is rated for CAT.6 performance. For optimal results and to guarantee CAT.6 speeds, it is recommended to use it with CAT.6 cables.
How do I install this module?
The module features a snap-in design and requires punch-down termination on one end, with the other cable passing through to an RJ45 jack. It then snaps into a keystone-compatible panel or plate.
What does 1:1 pin configuration mean?
A 1:1 pin configuration means that each pin on one RJ45 jack corresponds directly to the same pin on the other RJ45 jack, maintaining the standard wiring order for Ethernet connections.
Troubleshooting
No network connectivity after installation
Verify that all 8 wires are correctly punched down on both sides of the coupler and that the cable pairs are in the correct order according to the TIA/EIA 568B.2-1 standard. Check that the connected cables are functioning properly.
Slow network speeds or intermittent connection
Ensure the coupler is fully seated in its slot. Check the integrity of the connected Ethernet cables; damaged cables or improper termination can cause performance issues. Confirm that the connected cables are CAT.6 rated.
Coupler does not snap securely into place
Check that the keystone slot on the wall plate or patch panel is not damaged and is of standard size. Ensure no obstructions are preventing the coupler from seating correctly.
Pros and Cons
Pros
Compliant with CAT.6 and relevant industry standards.
Supports reliable network performance up to 250 MHz.
Easy to install with a snap-in design.
Simplifies cable extension and connection tasks.
Standard 1:1 pin configuration ensures broad compatibility.
Cons
Only supports unshielded cables.
Does not offer any shielding for interference protection.
Requires a separate keystone-compatible panel or plate for mounting.
Setup, Compatibility & Care
Setup:
Ensure you have a keystone-compatible wall plate, patch panel, or surface-mount box.
Punch down the wires of one Ethernet cable into the back of the coupler according to the TIA/EIA 568B.2-1 standard (typically using a punch-down tool).
Insert the other end of the same cable into the front RJ45 jack of the coupler (this is the pass-through function).
Repeat steps 2 and 3 for the second Ethernet cable you wish to connect or extend.
Snap the module firmly into the available keystone slot on your mounting hardware.
Compatibility:
Compatible with standard keystone wall plates and patch panels.
Designed for use with unshielded twisted pair (UTP) CAT.6 Ethernet cables.
Operates at 250 MHz, compliant with Class E requirements.
Care:
Keep the RJ45 jacks clean and free from dust and debris. Use compressed air if necessary.
Avoid exposing the coupler to moisture or extreme temperatures.
Ensure connections are secure to prevent intermittent network issues.