Socomec Ethernet cable (network)

socomec lan cables scope and brand context

Facilities that place switches next to UPS, STS, and metering gear need links that hold channel loss and crosstalk steady despite heat, magnetic fields, and dense PoE. Socomec builds target commercial buildings and plant floors with LSZH jackets under EN 50575, copper conductors to IEC 61156, and optical options for long risers. Designers size by speed, reach, pathway temperature, and bundle count rather than by catalog headline alone so the link budget survives real racks and real trays.

socomec network cables range and constructions

Copper choices cover U/UTP, F/UTP, U/FTP, and S/FTP in 23–24 AWG solid for permanent links and 26–28 AWG stranded for cabinet work. Armored LSZH versions handle tray routes in production halls. Fiber spans OS2 single-mode (G.657.A1/A2 for bend performance) and OM4 multimode for short-to-medium access runs with LC cassettes. Where tight service loops and frequent moves are expected, stranded jumpers with compact plugs relieve stress on patch panels and keep door swing clear. For cabinet numbering discipline, printed metre marks and sleeve labels shorten FAT/SAT.

socomec ethernet cables performance targets

Channel rules follow ISO/IEC 11801-1 and EN 50173; installation practice references EN 50174 for separation from mains, containment fill, and bonding. Pair impedance is 100 Ω ±15% with tight balance (TCL/ELTCTL) to suppress common-mode pickup around switchboards. PoE to IEEE 802.3bt Type 3/4 demands thermal modelling: larger conductors, shielded constructions, and smaller bundle sizes reduce temperature rise and protect insertion-loss margin. Fiber checkpoints are straightforward—OS2 attenuation ≤0.4 dB/km at 1310 nm; OM4 ≤3.5/1.5 dB/km at 850/1300 nm with ≤0.3 dB per mated pair. Respect bend radii: ≥4×OD for static copper, ≥8–10×OD for patch leads unless the cord’s BTR spec allows tighter loops.

Product range and series overview

Permanent links ship as solid-core horizontal cables on drums; jumpers arrive terminated or field-terminable for high-density panels. Shield options match noise exposure: foil with drain for general EMI, braid+foil where VFDs sit nearby. A compact family of accessories—panels, keystone modules, field plugs, cassettes, and trunks—covers IDF/ETP layouts. Use socomec data cables in multi-pair control backbones to keep signalling and Ethernet under one labelling scheme without mixing them in the same sheath.

Applications and compatibility

Offices and campuses: OM4 or OS2 risers to floor distributors, Cat6A access for 10 GbE clients and PoE++ lighting or sensors. Industrial spaces: armored copper for trays, bend-insensitive fiber where spans or EMI argue for optics. Hospitality and retail: slim jumpers to free front-of-rack space, short lengths to avoid creeping loss. Smart power and metering: shielded 120 Ω pairs for RS-485; terminate drains consistently to keep PQ analytics stable. For moves and churn, socomec patch cords with snagless boots and compact plugs help maintain density in shallow enclosures.

Integration with other Socomec products

Keep data routes clear of warm plenums behind UPS and changeover frames; temperature drift alone can push marginal channels over the line. With DIRIS meters and gateways, prefer shielded Cat6A in electrical rooms and jump to fiber across transformer bays or where earth differentials exist. Maintain EN 50174 spacing from power ladders; if shared containment is unavoidable, use steel dividers and orthogonal crossings, and bond shields where the room’s equipotential network is proven.

socomec structured cabling installation practice

Plan pathway fill and future growth at design stage. Match jack format to panel density, check rear clearance, and select cord gauge that respects bend radius behind closed doors. Certify copper with permanent-link adapters to IEC limits; run Tier-1 tests (and OTDR on trunks) for optics. Label tray IDs, panel U-positions, and outlet numbers in the same scheme the switches use so MOP windows stay short during cutovers and expansions.

Selection criteria for B2B clients

Start with service level and route geometry.

1. Speed and reach: 1 GbE on short horizontals can live on Cat6; 10 GbE and PoE++ are best served by Cat6A with robust shield policy or fiber when EMI/distance demands it.
2. Thermal behavior: model bundle size versus ambient; choose constructions with published insertion-loss change per °C.
3. Fire class: pick CPR to occupancy—Cca s1 a1 is common for transport and healthcare.
4. Density and terminations: keystone vs proprietary jacks, cassette strategy, and cord gauge determine how the doors close and how quickly crews can churn.
   When specs call out socomec cat6 network cables, lock connector geometry and panel pitch early so later adds don’t force re-termination.

Advantages of working with Bankoflamps

Your account manager maps media type, CPR class, connector sets, and PoE targets to each rack elevation and pathway, then checks them against furniture plans and containment drawings. The portal shows real-time EU stock per warehouse; quotations typically land within about an hour and include EAN/MPN, drum or cassette lengths, recommended accessories, and routing notes. Orders go in by manufacturer code, with downloadable price lists that carry validity dates for predictable budgets. We track lead times and shipment legs, consolidate by site and zone to cut freight and off-loading time, provide purchase-history analytics, and extend post-payment up to 30 days for approved clients across France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.