HESCO
Fuse Tri-Onic® 600V 500A Time-Delay Class RK5 TRS Series

Fuse Tri-Onic® 600V 500A Time-Delay Class RK5 TRS Series

MFG #TRS500R

$442.80 / E
Each
Product Description:
Tri-Onic TRS-R current-limiting time-delay fuses are engineered for overcurrent protection of motors, transformers, service entrance equipment, feeders and branch-circuits. The time-delay characteristics of the TRS-R safely handle harmless starting currents and inrush currents associated with today's motors and transformers.
HESCO Part Number
MERTRS500R
UPC
782001749293
Manufacturer Part Number
TRS500R
Manufacturer
Mersen

Fuse Tri-Onic® 600V 500A Time-Delay Class RK5 TRS Series

MFG #TRS500R

Product Description:
Tri-Onic TRS-R current-limiting time-delay fuses are engineered for overcurrent protection of motors, transformers, service entrance equipment, feeders and branch-circuits. The time-delay characteristics of the TRS-R safely handle harmless starting currents and inrush currents associated with today's motors and transformers.
HESCO Part Number
MERTRS500R
UPC
782001749293
Manufacturer Part Number
TRS500R
Manufacturer
Mersen
$442.80 / E
Each
  • UL listed to standard 248-12 File E2137
  • Time-delay
  • Motor circuits
  • CSA certified to standard C22.2 no. 248.12
  • Current-limiting
  • Mains
  • DC listed to UL standard 248 TRS only
  • AC & DC rated
  • Feeders
  • Optional solid state SmartSpot blown fuse indicator
  • Branch circuits
  • Time-delay for motor start-ups and transformer inrush currents without nuisance opening
  • Transformers
  • Current-limiting for low peak let-thru current
  • Service entrance equipment
  • Rejection-style design prevents replacement errors (when used with recommended fuse blocks)
  • General-purpose equipment
  • Easy-to-read label for quick brand recognition and replacement
  • Metal-embossed date and catalog number for traceability and lasting identification
  • Fiberglass body provides dimensional stability in harsh industrial settings
  • High-grade silica filler ensures fast arc quenching and high current limitation