METZ CONNECT News

The OpDAT MV is a highly flexible distributor housing for fiber optic and copper applications, which can be equipped with its modular components to suit your individual needs. The IP54 variant of the lightweight plastic housing has 2 separately lockable doors which allow to separate the installer area from the customer area without affecting the flexibility of the further distribution. The IP65 variant has a screw-on cover that provides a high level of protection against dust and water, allowing it to be used in harsher environments.

Universally applicable distribution boxes for floor wiring or as a house distribution point in the equipment room. Now also as distribution cabinet for apartment buildings with up to 30 residential units.

The MB-DIOx/y-IP65 module series in an IP65 housing with 2 or 4 digital inputs and 1 or 2 relay outputs (see variants) is suitable for accommodating decentralized signal contacts and controlling decentralized switching tasks. As signal contacts, e.g. window contacts or the positions of ventilation flaps, etc. can be detected and controlled for switching tasks, e.g. motorized actuators or light bands, etc.

METZ CONNECT has already been offering patch cords with MPO/MTP^® connectors for several years.

MPO/MTP^® connectors are mainly used in data centers at transmission rates of e.g. 40 or 400 GBit/s. They are used to connect distribution technology, e.g. 19" panels, and active components such as servers or switches.

A modern design, protection against access by third parties and versatile installation options – the new fiber optic termination point OpDAT APL offers these and other advantages.

The OpDAT APL is perfectly suited as the termination point of the backbone network in the building. The housing is designed to accommodate microducts including gas blockers and offers space for up to 4 fibers. With its compact and attractive design, the OpDAT APL blends inconspicuously into any environment. With the safety screw and a lead seal, the housing can be protected against unauthorized access by third parties.