Hager bloque de bornes PE/N con soporte 2x18 Quick-Connect FZ382

Distribution boards often become a tangle of protective earth and neutral conductors, making installation slow and future modifications risky. The Hager FZ382 solves this by combining 18 PE and 18 N push-in terminals on a single DIN-rail carrier, so every connection is quick, secure, and clearly separated.

Who is it for

Panel builders and electricians who install residential or commercial consumer units and need a reliable, space-saving way to terminate PE and N conductors without screw terminals.

Main features

• QuickConnect push-in technology: insert rigid or ferrule-terminated flexible conductors without tools.
• 2x18 terminals: 18 protective earth (green/yellow) and 18 neutral (blue) connections.
• Rated for 63 A main current and 400 V AC, suitable for standard distribution applications.
• Accepts main conductor up to 16 mm² rigid and branch conductors from 1.5 to 4 mm² rigid (1.5–2.5 mm² flexible with ferrule).
• Compact grey carrier mounts on standard DIN rail, with clear colour coding for PE and N.

Specifications

• Terminal type: PE/N terminal block
• Connection technology: QuickConnect (push-in)
• Number of PE terminals: 18
• Number of N terminals: 18
• Total connections: 36
• Mounting: DIN rail (on carrier)
• Rated current: 63 A
• Rated voltage: 400 V AC
• Main conductor cross-section (rigid): 1 x 16 mm²
• Branch conductor cross-section (rigid): 1.5–4 mm²
• Branch conductor cross-section (flexible with ferrule): 1.5–2.5 mm²
• Insulation material: Polyamide (PA6)
• Conductor material: Copper / Brass
• Colour: Grey carrier, green/yellow PE, blue N
• Degree of protection: IP20 (when installed)
• Operating temperature: -5 to +40 °C
• Standards: EN 60947-7-1
• Number of poles: 2 (PE and N)
• Busbar type: PE/N busbar with carrier
• Application: Distribution boards, consumer units

Tips

For flexible conductors, always use ferrules to ensure a reliable push-in connection. The carrier can be snapped onto a 35 mm DIN rail and combined with other Hager modular devices.