Intrinsically safe interfaces and fibre-optic backbone

A communication node combining fibre‑optic, wireless, and Ethernet signals in one enclosure. It supports intrinsically safe cameras and operates in mining facilities, tunnelling, and industry, in rooms at risk of gas and dust explosions.

A fibre‑optic distribution frame for quick switching and locating faults in the network. The modular design accommodates up to 144 fibres and connects line cables with teletransmission equipment.

An intrinsically safe Ethernet switch with five 10/100Base‑TX ports. It automatically detects connection speed and operates in half or full duplex mode. You connect it in a cascade to expand the network exactly where you need it.

An intrinsically safe server translating the RS‑422 or RS‑485 serial network signal to 100Base‑FX fibre‑optic. It can also operate as a converter between an intrinsically safe Ethernet network and Wi‑Fi, in access point mode.

An intrinsically safe media converter translating the 10/100Base‑TX wired network signal to 100Base‑FX fibre‑optic. It operates directly in spaces at risk of gas and dust explosions, inside an enclosure with a minimum IP54 protection rating.

An intrinsically safe SFP module connecting a network device with a single‑mode optical fibre. The "op is" protection allows direct connection to the network in a space at risk of methane and coal dust explosions.

A media converter translating the 10/100Base‑TX wired network signal to 100Base‑FX fibre‑optic. It connects underground and surface installation sections over a distance of up to 60 km, in spaces without explosion hazard or inside a flameproof (Ex d) enclosure.

A flameproof (Ex d) gland for optical and electrical connections between explosion‑protected enclosures. It connects one flameproof (Ex d) enclosure with another, in accordance with the PN‑EN 60079‑0 standard.