- New
Fusebox 1-Module Type 2 Surge Protection Device (1P+N) | 40kA – SPD1MT2
Protect valuable sensitive electronics and ensure full 18th Edition compliance with the Fusebox SPD1MT2 Type 2 Surge Protection Device. Engineered for modern electrical installations, this ultra-compact, single-module SPD delivers high-capacity transient overvoltage protection without sacrificing valuable space in your consumer unit.
With a massive 40kA maximum discharge current capacity, it safely diverts damaging voltage spikes—caused by indirect lightning strikes or switching transients on the grid—away from home appliances, computers, and EV charging setups.
Space-Saving 1-Module Design: At just 18mm wide, this single-pole and neutral (1P+N) device fits seamlessly onto a standard DIN rail, preserving precious way-space inside your consumer unit.
High-Capacity 40kA Protection: Capable of handling up to 40kA maximum discharge current, offering robust Type 2 protection ideal for domestic and light commercial sub-distribution networks.
Universal Earthing Compatibility: Fully suitable for TT, TN-S, and TNC-S earthing arrangements, ensuring flexible installation options across different property types.
Switched Single Pole & Neutral: Provides complete isolation for both the live and neutral lines under fault conditions for maximum safety.
Clear Status Indicator: Features an intuitive visual window on the front of the module for effortless, at-a-glance health status monitoring.
Brand: Fusebox
Model / Part Code: SPD1MT2 (F3 Series)
Device Type: Type 2 Surge Protection Device (SPD)
Configuration: Single Pole & Neutral (1P+N, Switched)
Width / Size: 1 Module (18mm)
Maximum Discharge Current (Imax): 40kA
Voltage Rating: 230V AC
Terminal Capacity: Incoming: 16mm² | Outgoing: 10mm²
Mounting Type: Standard DIN Rail
Dimensions: 83mm (H) x 18mm (W) x 66.6mm (D)
Standards & Certifications: Fully compliant with EN61643-11
1 x Fusebox 40kA 1-Module Type 2 SPD Module
Ideal for retrofitting into existing Fusebox consumer units or integrating into new circuit designs requiring compact, reliable overvoltage protection.