WAGO Fixings

wago fixings load classes, substrates, and corrosion strategy

For trays, channels, and small enclosures, wago fixings are specified by substrate (concrete, masonry, metal stud, gypsum), anchor class (M6–M12), and finish (pre-galv for dry interiors, HDG or stainless A2/A4 for harsh zones). Publish maximum span, allowable deflection (L/200 typical), and embed depth alongside clamp ranges; crews then repeat the same pattern without recalculating on ladders. Sleeve anchors pair with slotted holes; through-bolts suit seismic braces; chemical anchors live where edge distances are tight.

wago mounting clips retention forces, temperature bands, and EMC hygiene

Cable and conduit retention fails when clips are picked by guesswork. wago mounting clips should state jaw style (closed, spring-steel, one-hand lever), clamp window (e.g., Ø6–12 mm, Ø12–20 mm), and pull/tear values at 23 °C and at the coldest plant room you own. Stainless spring clips resist creep on hot luminaires; polymer versions are quieter on vibration. Where screened pairs run near drives, use clips with integral 360° braid tabs so your shield bond is at the gland plate, not floating mid-run.

wago fastening accessories bolts, washers, and torque discipline that survives audits

Threads and coatings must match the steel around them. Kits under wago fastening accessories include grade 8.8 zinc for interiors, HDG sets with isolating washers outdoors, and A4 fasteners near chemicals or salt. Serrated flanges speed assembly; nyloc or prevailing-torque nuts resist shake on fan frames. Put target torque on the method statement (e.g., M6 8–12 Nm, M8 20–35 Nm—device label prevails) and keep a calibrated wrench in the rail kit so pull tests don’t drift.

wago cable holders routing rules, bend radii, and fire-smart choices

Pathways only behave when the supports match the cable OD and jacket. wago cable holders cover tie-saddles, P-clips, and snap-bases with adhesive or screw feet; select LSZH plastics for escape routes and UV-stable materials near glazing. Maintain ≥6×OD bend for power and ≥10×OD for data; avoid over-tight ties that cold-flow insulation. Where many PoE links share a bundle, specify spacing combs to limit temperature rise and publish the bundle count per bay.

wago installation fixings anchors and screws for boxes, rails, and trays

Box depth and rail pitch are pointless if anchors slip. wago installation fixings call out concrete vs hollow-block anchors, screw types for PC/ABS vs metal, and washer stacks that don’t bite coatings. Keep Ø68 mm cutouts and 60 mm screw lines where device plates share walls; reserve M16/M20/M25 entries with torque for compression glands. Divider plates preserve SELV/mains separation; marker strips should remain visible after fit-off.

wago electrical supports brackets, trapezes, and brace logic

Long spans and plant vibration need predictable steel. wago electrical supports include cantilever arms with span tables, trapeze kits with drop rods (M8–M12), and diagonal braces where seismic restraint or heavy cable loads apply. Quote deflection limits and finish per zone; add 360° shield bonds at gland plates and bond each segment back to PE at regular intervals for EMC discipline.

wago wiring fixings ties, mounts, and identification that last

Adhesive pads fail when solvents or heat arrive. wago wiring fixings specify screw-down bases in hot voids, solvent-resistant adhesives where cleaning is routine, and printed tie markers that survive the same detergents as the panel door. Use releasable ties in junction boxes to ease inspection and keep probe access clear; reserve colored saddles for SELV routes so inspectors spot segregation at a glance.

Technical specifications and standards that matter

• Materials/finishes: pre-galv interiors; HDG (EN ISO 1461) or A2/A4 stainless for washdown/coastal.
• Anchors: M6–M12 with published embed depths and edge distances; chemical anchors where close to edges.
• Geometry: 25/50 mm slot pitch common on channels; slotted faces for tolerance; repair collars for oversize cutouts.
• Wiring practice: SELV/mains segregation via barriers; maintain bend radii; compression glands sized to jacket Ø with stated clamp range.
• EMC: 360° shield clamps at gland plates; single-point bonding strategy documented.

Applications and compatibility

• Offices/hotels: discrete saddles on plasterboard, LSZH plastics on egress routes, screw-foot mounts in warm voids.
• Education/healthcare: stainless clips in cleaning zones; colored markers for quick audits.
• Logistics/plant: HDG brackets and chemical anchors on block walls; shielded-pair clips near VFDs.
All parts align with common device geometry (Ø68 mm cutouts, 60 mm screw line, 71 mm pitch) so trims and rails stay true after service.

Selection checklist for B2B buyers

1. Fix environment → finish (pre-galv/HDG/stainless) and any LSZH or hygiene requirement.
2. Set span and load → choose bracket length, allowable deflection, and anchor class per substrate.
3. Define cable OD and pathway → pick clip/holder clamp range, bend-radius policy, and bundle limits.
4. Lock entry strategy → gland thread sizes, clamp ranges, and torque so IP survives maintenance.
5. Publish test steps → pull/torque spot checks, probe access kept clear, PE continuity and shield bonds verified.

Advantages of working with Bankoflamps

We operate on straightforward trade terms: individual B2B pricing with custom offers, and a dedicated account manager on your account. Quote responses land fast—around an hour—and ordering by EAN/MPN is simple. In the portal you can view real-time stock across EU warehouses, check lead times and order status, and download price lists that remain up to date; purchase history and analytics are available for planning. Trusted customers can use post-payment terms up to 30 days. Shipments are consolidated to cut delivery costs, pricing is held with stated validity dates, and we supply clients in France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.