Eaton HLT-10-B5-P3-B fuse holder - CE Marked
Part Number: HLT-10-B5-P3-B
Quick Summary
HLT fuse holder from Eaton protects multi-pole electrical circuits in control panels and power distribution systems. Engineers often struggle with compact, reliable fuse holders that support dual-ended termination and precise bus bar layouts. CE marked for compliance, this unit aligns with industry expectations for safety and performance. By leveraging GMT Type Indicating Series compatibility and tin-plated copper terminals, it delivers robust reliability with streamlined installation, reducing panel build time and inventory complexity for engineers and distributors alike.
Product Information
Extended Description
HLT-10-B5-P3-B Eaton: Eaton Bussmann series HLT fuse holder, L and U bar, Bus bar location outside right only, Termination location both ends, 125 Vac, 60 Vdc, 15 A, Ten-pole, Tin-plated bifrucated copper terminal
Product Name
Eaton Bussmann series HLT fuse holder
Catalog Number
HLT-10-B5-P3-B
UPC
051712814997
Product Length/Depth
0.001 in
Product Height
0.001 in
Product Width
0.001 in
Product Weight
0.27 lb
Warranty
Not Applicable
Compliances
CE Marked
Amperage Rating
15 A
Voltage rating
125 Vac, 60 Vdc
Material
Tin-plated bifurcated copper terminal
Number of Poles
Ten-pole
Special features
L and U bar, Bus bar location outside right only, Termination location both ends
Used with
Used with GMT Type Indicating Series
HLT-10-B5-P3-B~BUSS MULTIPOLE FUSEHLDR
HLT-10-B5-P3-B~BUSS MULTIPOLE FUSEHLDR
Bussmann series Fuseology
Eaton Specification Sheet - HLT-10-B5-P3-B
Feature: Ten-pole design with L and U bus bar and bus bar location outside right; Benefit: Maximizes contact density while simplifying routing and wiring practices; Application: Ideal for multi-pole fuse configurations in control cabinets. Feature: Termination location at both ends; Benefit: Eases termination work and reduces wiring errors; Application: Suitable for panels with dual-end termination requirements. Feature: 15 A at 125 Vac / 60 Vdc; Benefit: Supports common industrial control and machine circuits with safe margins; Application: Fit for standard automation equipment power rails. Feature: Tin-plated bifurcated copper terminals; Benefit: Improves corrosion resistance and maintains low contact resistance; Application: Long-term reliability in harsh environments. Feature: Used with GMT Type Indicating Series; Benefit: Seamless integration with status indication for quick fault diagnosis; Application: Status-aware panel designs. Feature: CE Marked compliance; Benefit: Facilitates regulatory acceptance and faster project approvals; Application: Production lines and electrical assemblies requiring CE compliance.
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FAQs
Yes. The HLT-10-B5-P3-B is designed with termination locations at both ends and features L and U bus bars, with the bus bar location on the outside right. This configuration simplifies wiring, reduces misconnections, and supports compact multi-pole fuse assemblies in control panels.
The device is rated for 15 A at 125 Vac and 60 Vdc. This covers common automation and control circuits, enabling safe operation within standard industrial panels. These ratings help engineers design protective schemes with predictable fault currents and reliable coordination with upstream protection.
Yes. The fuse holder is specified as used with GMT Type Indicating Series, which supports integrated status indication. This compatibility streamlines diagnostics, allowing quick fault identification while maintaining reliable protection in complex automation systems.
The HLT-10-B5-P3-B is CE marked, indicating compliance with relevant European safety and performance directives. No other certifications are listed in the provided data, so verify project requirements if UL or IP ratings are needed for a specific environment.
The tin-plated copper terminals reduce corrosion and maintain low contact resistance over time, contributing to longer service life and fewer maintenance cycles. The design aids rapid terminations and easy inspection with GMT indication, delivering lower downtime and improved overall equipment effectiveness (OEE) for manufacturing lines.