EATON
Class CC Fuse holders
Eaton Bussmann Class CC Fuse Holders – High-Performance Circuit Protection for Modern Electrical Systems
Eaton Bussmann Class CC fuse holders are designed to provide reliable overcurrent protection in compact, high-performance electrical and industrial panel installations. Supporting UL Class CC and supplemental 13/32″ × 1½″ (10×38 mm) fuses, these holders are ideal for applications where space, safety, and flexibility are critical.
Available in BCM modular blocks (1-, 2-, and 3-pole) and CH-series DIN-rail mounted versions, they deliver 600 Vac/Vdc ratings, up to 30 A, and withstand 200 kA symmetrical short-circuit currents, ensuring robust protection even in high-fault environments.
Key Features
UL Listed, CSA certified, and CE marked, ensuring global compliance
IP20 finger-safe design for enhanced operator safety
Tool-less snap-together assembly for faster installation and reduced labour
Optional blown-fuse indicators and transparent lockout/tagout covers
Tin-plated bimetallic copper fuse clips for high fatigue resistance
Multiple termination options – ¼″ spade quick-connect, box lug, or pressure-plate
Typical Applications
Data centre power distribution units (PDUs) and critical IT infrastructure
Industrial automation and control panels
Battery energy storage systems (BESS)
HVAC systems and commercial building management
Photovoltaic (PV) and renewable energy installations
The BCM series offers modular, tool-less assembly for customisable pole counts, reducing stocking requirements and streamlining wiring for compact panels. The CH-series provides robust DIN-rail mounting options (e.g., CHCC1DIU, CHCC2DIU, CHCC3DIU) with or without fuse-blown indicators, optimised for both 600 Vac and 48 Vdc systems.
With their high short-circuit current rating (SCCR) and compatibility with leading Class CC fuses such as KTK-R, LP-CC, and FNQ-R, Eaton Bussmann fuse holders deliver trusted protection across diverse markets including data centres, manufacturing, and commercial infrastructure.
- Various Pole Configurations
- IP20
- up to 30A and 600Vac/ Vdc
Selected variant
Technical data
Product description
Eaton Bussmann Class CC Fuse Holders – High-Performance Circuit Protection for Modern Electrical Systems
Eaton Bussmann Class CC fuse holders are designed to provide reliable overcurrent protection in compact, high-performance electrical and industrial panel installations. Supporting UL Class CC and supplemental 13/32″ × 1½″ (10×38 mm) fuses, these holders are ideal for applications where space, safety, and flexibility are critical.
Available in BCM modular blocks (1-, 2-, and 3-pole) and CH-series DIN-rail mounted versions, they deliver 600 Vac/Vdc ratings, up to 30 A, and withstand 200 kA symmetrical short-circuit currents, ensuring robust protection even in high-fault environments.
Key Features
UL Listed, CSA certified, and CE marked, ensuring global compliance
IP20 finger-safe design for enhanced operator safety
Tool-less snap-together assembly for faster installation and reduced labour
Optional blown-fuse indicators and transparent lockout/tagout covers
Tin-plated bimetallic copper fuse clips for high fatigue resistance
Multiple termination options – ¼″ spade quick-connect, box lug, or pressure-plate
Typical Applications
Data centre power distribution units (PDUs) and critical IT infrastructure
Industrial automation and control panels
Battery energy storage systems (BESS)
HVAC systems and commercial building management
Photovoltaic (PV) and renewable energy installations
The BCM series offers modular, tool-less assembly for customisable pole counts, reducing stocking requirements and streamlining wiring for compact panels. The CH-series provides robust DIN-rail mounting options (e.g., CHCC1DIU, CHCC2DIU, CHCC3DIU) with or without fuse-blown indicators, optimised for both 600 Vac and 48 Vdc systems.
With their high short-circuit current rating (SCCR) and compatibility with leading Class CC fuses such as KTK-R, LP-CC, and FNQ-R, Eaton Bussmann fuse holders deliver trusted protection across diverse markets including data centres, manufacturing, and commercial infrastructure.
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