Edison HM25030-3SR HM250 Ferrule Fuse Block, 250 VAC, 30 A, 18 to 10 AWG Wire, 3 Poles

Power Fuse Blocks
921825 MFG #: HM25030-3SR
Bussmann
69.74000 / ea
EATON Bussmann series HM, JM and RM ferrule fuse blocks feature a modular design that allows assembly of the required poles at point of use. Available for Class H(K), J and R ferrule fuses, these blocks have features and accessories that add versatility, reduce labor and help enhance safety of any panel design. Fuse blocks can be ordered as 1-pole versions or factory configured 2- and 3-pole versions, and feature the smallest width in the market, consuming minimal panel space.
QTY
  • Applications
  • Features
Elec Assemblies, Panels & EOEM - Electrical Assemblies, Panels and EOEMs
Modular, snap together design provides tool-less assembly of multiple poles to save inventory and reduce assembly time
DIN-Rail and panel mount versatility allows one product to be used for multiple applications and lowers inventory cost
Optional see-through covers enhance safety with IP20 finger-safe protection, lock out tagout capability and optional open circuit indication
Easy circuit identification with available universal marker labels for fuse blocks and covers
200 kA short circuit current rating
Flammability ratings of UL 94V0, self-extinguishing
Thermoplastic cover, tin-plated copper brass terminals
Combination power distribution block and fuse block reduces wire connections and total panel components, using up to 57 percent less panel space and reducing installation time and labor by an average of 33 percent when compared with traditional fuse block/power distribution block solutions
A 200,000 amps withstand rating helps achieve a higher assembly short circuit current rating (SCCR) for compliance with NEC® sections 110.10, 409.110(4), 409.22, 440.4(B), 670.3(A)(4) and 670.5
Available in 1-, 2- and 3-pole configurations to meet stocking requirements
To reduce inventory, assembly time and labor, modular single pole blocks snap together for tool-less assembly of multiple poles at point of use