Search results for: 'avant'

4-way PLC splitter with SC/APC connectors for optical signals in the 1260 nm-to-1650 nm range.
Perfect for mounting in boxes or rack trays.

8-way PLC splitter with SC/APC connectors for optical signals in the 1260 nm-to-1650 nm range.
Perfect for mounting in boxes or rack trays.

16-way PLC splitter with SC/APC connectors for optical signals in the 1260 nm-to-1650 nm range.
Perfect for mounting in boxes or rack trays.

32-way PLC splitter with SC/APC connectors for optical signals in the 1260 nm-to-1650 nm range.
Perfect for mounting in boxes or rack trays.

Tool equipped with a grip and an F-type female thread to screw the F connectors on, and ease their insertion into the compression tool.
Supplied in individual bag.

Professional cable stripper with two joint blades: the first is used to cut the sheath, and the second to cut the dielectric. Used to cut a coaxial cable or a data cable in a single step. Equipped with an indicator for cable diameter (Ø 4.3 mm...7 mm) and an adjustment wrench; it is also suitable for both PVC and PE sheaths.

HEX-11 combined wrench, in other words, with one open-end and a ring spanner on the other end. Eases the installation task where F connectors are involved.
Supplied in 250-unit box.

Designed to work as a distribution point for optical fiber cables. Commonly used in FTTH projects, where it simplifies the interconnection between the user's network and the operator's network (typical RITI installation).

Designed to work as a distribution point for optical fiber cables. Commonly used in FTTH projects, where it simplifies the interconnection between the user's network and the operator's network. Allows the joint installation of several enclosures, while still allowing the interconnection between them. The vertically stackable design with direct intercommunication among enclosures provides the flexibility required to extend the services based on the specific needs for each installation.

Independent compartments with door and lock, separated by a panel of up to 48 SC Simplex or LC Duplex adapters.

The left compartment is accessed with the property's multi-fibre cables (and therefore incorporates a lock) through a comb (dust protection). In the right compartment, the fibres from the operator are managed (with mechanical locking) and incorporates upper and lower cable glands with a throughput capacity of up to Ø48mm.

It is made of lacquered steel, which makes it highly resistant and durable. In addition, the front doors have a security key lock to prevent unauthorised personnel from accessing the enclosure.

Designed to work as a pass-through and diverting element for optical fiber cables, it can handle up to 48 splices on 4 trays. Commonly used in FTTH projects, inside the buildings (usually in the secondary enclosure).
Its large dimensions make installer's work easier when it comes to merging, splitting and placing the different fibers.

Designed to work as a final element for optical fiber cables. Commonly used in FTTH projects, inside the buildings (usually in the secondary enclosure).
Can house up to 8 splices and 8 SC Simplex or LC Duplex adapters.
It includes 8 rubber caps for the openings, preventing the entry of dust or other elements when the connectors are not installed, keeping the inside of the enclosure clean.

Device enabled as a connection point to an optical fiber network. In communications infrastructures, it works as a cut-off and test point for the optical fiber network. Thanks to the design, it also allows installation in other types of premises (car repair shops, classrooms, etc.) and is used as a connection point for optical fiber (work table, wiring cabinets, DIN rails, etc.) or else as an optical distribution frame, housing a 2 or 4-way optical splitter.