Vimar Cable bearing systems

Installers standardize on Vimar for predictable routing, clean EMC, and hardware that fits the same geometry across risers and plant rooms. The portfolio spans mesh, perforated and solid pathways, ducts for panels, and conduits for sealed runs—each with finishes and fittings that keep selectivity, bonding, and fire paperwork tidy. Below is a buyer-focused map with spans, loads, IP notes, and coordination rules so acceptance tests are unambiguous.

vimar cable bearing systems scope, loads, and finishes

This family covers wire-mesh paths for rapid routes, perforated/solid pathways for mixed circuits, and heavy ladders for large diameters—all validated to IEC 61537 deflection criteria. Widths typically 50–600 mm, side heights 35/60/85/110 mm, spans 1.5–3.0 m; working loads published at defined deflection (e.g., L/200). Finishes include pre-galv Z275/Z450 for interiors, hot-dip to EN ISO 1461 for outdoors, plus AISI 304/316 where chemistry demands it. Specify vimar cable bearing systems by span, width, finish, and earthing method (bridging links on painted joints) so bonding and load checks pass first time.

vimar cable trays variants, fittings, and EMC practice

Perforated paths shed heat and reduce mass; solid bottoms protect small-signal and fiber from droop and debris. Fittings: straight couplers, reducers, horizontal/vertical bends, tees, drop-outs, and splice plates with serrated teeth for metal-to-metal continuity. When you call out vimar cable trays, fix fill at ≤ 60 % at handover, maximum span per load class, cover type for UV/external cleaning, and 360° braid clamps at entry plates near VFD rooms.

vimar wire ducts panel routing and serviceability

Slotted and solid panel ducts from 25×25 to 120×80 mm ship with soft-edge fingers, snap-on lids, and pre-drilled bases. LSZH grades meet IEC 60754/61034; UL94-V0 options exist for flame performance. Crews prefer internal corner radii that keep conductor bend limits, finger pitch that repeats tie points, and printed part codes for reordering. Use vimar wire ducts to isolate SELV from mains with divider strips and to preserve device access for RCD/RCBO testing.

vimar cable management systems coordination across routes

One coordination sheet should define segregation rules (power vs control vs data), bonding at every mechanical joint ≤ 10 m, and shield-termination strategy (360° clamps, single-end bonds for analog). Mesh paths provide natural bonding; painted pathways need dedicated earth links. Document lid retention in high-vibration areas and expansion joints every 15–20 m on long runs. Procurement tags vimar cable management systems to finish codes, span tables, and earthing kits to avoid ad-hoc fixes.

vimar conduit channels materials, bend rules, and IP

Rigid PVC/LSZH handle interiors; steel and stainless provide impact resistance and EMC; flexible corrugated solves offsets. Diameters 16–63 mm with IP54–IP67 compression glands. Respect minimum bend radii: ≥ 6×OD for power, ≥ 10×OD for data/telecom. Where surfaces are cleaned or exposed to sun, select UV-stable grades and solvent-weld or threaded joints as specified. Schedules listing vimar conduit channels must lock IP, material, and pull lengths between draw boxes.

vimar installation trays ladders for heavy cables and outdoors

Ladders take 300–600 mm widths with 85/110 mm rails and ~300 mm rung pitch; they excel where large LV feeders and multiple parallel conductors need airflow and low differential sag. Choose HDG or stainless outdoors; add splice plates at expansion joints and declare seismic sway bracing where required. Projects that specify vimar installation trays up front publish anchor types, embed depths, and corrosion class (ISO 12944) alongside span/load tables.

vimar cable supports brackets, hangers, and anchors

Cantilever arms, trapeze hangers, wall consoles, and drop rods (M8–M12) are sized to trays and ladders with ETA-rated concrete anchors. Use toothed washers/spring nuts to pierce paint and maintain earth continuity. Fire-rated routes combine stainless supports and certified fixings to hit E30/E60/E90 designs; keep fixing spacing and clamp types on the drawing. Crews catalogue vimar cable supports by span, load, finish, and anchor family so inspectors see the same hardware floor to floor.

Technical specifications and standards that matter

• Pathways: IEC 61537 (mechanical tests, equipotential bonding).
• Ducting/trunking: EN 50085 (impact, glow-wire, cover retention).
• Conduits: IEC 61386 (compression, impact, bendability, temperature).
• Corrosion: EN ISO 1461 for hot-dip galvanizing; stainless AISI 304/316 per site chemistry.
• Fire/smoke: CPR EN 50575 with DoP; LSZH to IEC 60754/61034; flame IEC 60332-1-2/-3 where specified.
• Identification: laser-etched or stamped part codes; directional arrows for fitting orientation; earth symbols at bond points.

Applications and compatibility

Process halls and logistics bays: HDG ladders and stainless fixings; drop-outs at soft bend points for heavy feeders. Offices/hotels: multi-compartment channels feeding frames from the Eikon/Arké/Plana lines; LSZH everywhere people evacuate. Data floors: solid-bottom paths for fiber, screened copper in segregated compartments. All pieces align with Vimar boxes, glands, and device plates so OD windows, bend guides, and labels match.

Selection guide for B2B buyers

1. Define cable mix and fill factor, then choose pathway (mesh/perf/solid/ladder) and width.
2. Lock environment and finish (pre-galv indoors, HDG/stainless outdoors; LSZH where mandated).
3. Fix span vs load class; publish expansion and seismic rules if relevant.
4. Declare segregation, bonding, and shield strategy; specify 360° clamps and earthing links.
5. Pre-approve fittings kits per riser—bends, tees, reducers, drop-outs, covers, anchors—so stores deliver exact pieces.

Advantages of working with Bankoflamps

Your build windows drive procurement. Expect project-specific pricing, near-hour quote turnaround by EAN/MPN, and live EU stock before routes are opened. The portal lists lead times, shipment tracking, and downloadable price lists with validity windows for planning. Trusted clients can use post-payment up to 30 days. We consolidate partials so pathways, fittings, covers, glands, clamps, anchors, and earth links arrive route-bundled by riser. Your account manager cross-checks spans, load classes, finishes, CPR/IP, segregation/bonding notes, and fixing spacing against your drawings—keeping deliveries site-ready across France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.