Lighting circuits, mast heads, and PV rooftops see fast transients and switching spikes. The goal is a repeatable kit: intake protection coordinated with sub-boards, point-of-use cartridges near LED drivers, and clean bonding so the whole path behaves the same on every project.
Specify wago lighting protection at distribution boards feeding lighting rows and again at the luminaire, pole base, or canopy. The board stage absorbs energy and coordinates downstream; the point-of-use part trims residual voltage so drivers and control gear survive nearby strikes and utility events.
Modern wago surge protection devices follow the familiar stack: Type 1 at the service entrance, Type 2 in sub-distribution and MCCs, and Type 3 next to sensitive loads. Pluggable cartridges with status windows and remote contacts let maintenance teams swap spent modules and log alarms without opening every cubicle.
Use wago lightning arresters at the intake or rooftop main LV board where partial lightning currents enter the system. These high-energy stages sit close to the main bonding bar, keeping leads short and upstream clearances simple while downstream devices retain selectivity.
Signal paths and drivers need tailored clamps, and wago overvoltage protection covers 0–10 V, 4–20 mA, RS-485/Modbus, and Ethernet alongside compact AC/DC modules for LED power supplies. Look for low residual voltage and shield-friendly hardware so 360° terminations at gland plates remain neat.
To keep upstream breakers and contactors within limits, wago electrical safety devices publish let-through, backup fuse guidance, and short-circuit withstand. Thermal disconnects and flag indicators simplify rounds; dry contacts feed a BMS so replacements get planned, not discovered during outages.
All surge work rests on bonding. wago grounding protection assumes short, wide conductors to the PE bar, regular bonding meshes in long corridors, and shield clamps that terminate 360° at the entry plate. Bond cable trays, keep bends gentle, and route SPD leads away from sensitive I/O.
Space is tight in columns and pole bases, so wago surge protectors arrive as slim DIN modules for boards and rugged cartridges for outdoor heads. Choose replaceable designs with moisture-tolerant housings; status windows and keyed plugs make night shift checks fast.
Select by continuous operating voltage (Uc), protection level (Up), nominal discharge (In), and—for intake stages—high-energy wave handling; confirm short-circuit withstand and required backup device. Keep total lead length (phase plus PE) short to limit added voltage. For data protectors, check bandwidth, capacitance, and shield termination hardware. IP ratings and swap methods matter outdoors; in panels, choose footprints that match your rail spacing and labeling system.
Mount protectors beside TOPJOB® S terminal rows to keep leads short and labeled; use WAGO shield clamps for 360° bonds; land remote contacts on WAGO I/O for alarms; match gland threads and rail accessories already used in your panel standard so spares remain unified.
Procurement is set up for engineering teams: you receive project-specific B2B pricing with tailored offers, handled by a named account manager who knows your BOM. Quotes typically return in about an hour, and ordering by EAN or MPN keeps documentation aligned. The portal shows real-time EU stock with lead-time and order-status tracking; current price lists are downloadable, and purchase history with analytics supports repeat builds. Established customers can operate on post-payment terms up to 30 days. We consolidate consignments to reduce delivery costs, hold prices with stated validity windows, and actively supply partners in France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.