Eaton BP/ATC-40ID ATC easyID blade fuse - UL Listed
Part Number: BP/ATC-40ID
Quick Summary
Eaton BP/ATC-40ID ATC easyID blade fuse provides fast, reliable DC protection for control panels and industrial equipment. Engineers often struggle with quickly identifying a blown fuse in crowded cabinets, leading to costly downtime. This UL Listed and RoHS compliant device delivers 40 A, 32 Vdc protection with a 1 kAIC interrupt rating, all in the compact ATC form factor. The easyID labeling and Bussmann series lineage streamline maintenance, while the small footprint supports panel-space optimization and safer, more efficient electrical protection across industrial applications.
Product Information
Extended Description
BP/ATC-40ID Eaton: Eaton Bussmann series ATC easyID blade fuse, 32 Vdc, 40A, 1 kAIC, Non Indicating, easyID blade fuse, Orange
Product Name
Eaton Bussmann series ATC easyID blade fuse
Catalog Number
BP/ATC-40ID
UPC
051712237895
Product Length/Depth
0.75 in
Product Height
0.2 in
Product Width
0.49 in
Product Weight
0.1 lb
Warranty
Not Applicable
Compliances
RoHS Compliant
Certifications
UL Listed
Amperage Rating
40 A
Interrupt rating
1 kAIC
Voltage rating
32 Vdc
Color
Orange
Packaging type
Standard
Fuse indicator
Non-indicating
Quantity
2
Quantity
2
BP/ATC-40ID~BP-ATC-40ID~ATC-40 AMP easyID FUSE - 2 PER CARD
BP/ATC-40ID~BP-ATC-40ID~ATC-40 AMP easyID FUSE - 2 PER CARD
Bussmann series Fuseology
Eaton Specification Sheet - BP/ATC-40ID
Compact form factor and standard packaging preserve valuable panel space and simplify installation in tight control cabinets, reducing assembly time and field labor costs. This translates to faster commissioning and easier stock management for OEMs and service teams, with reliable ATC compatibility across common fuse blocks. The 40 A current rating and 32 Vdc voltage rating, paired with a 1 kAIC interrupt rating, deliver robust short-circuit protection for DC circuits in automation controllers and equipment racks, minimizing fault energy and downstream component damage while maintaining system uptime. The easyID blade fuse design speeds troubleshooting by enabling rapid visual identification of active fuses, cutting mean time to repair and lowering maintenance cycles in high-availability environments. RoHS compliance and UL listing provide regulatory confidence and safer procurement across regions, supporting compliance programs and supply chain governance for electrical protection devices. With two units per card, this fuse supports efficient stocking, quick replacements, and streamlined field service, reinforcing maintenance efficiency for plant engineers and integrators working with Bussmann ATC fuse blocks.
Get a Quick Quote for a Eaton BP/ATC-40ID
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton BP/ATC-40ID?
Enquire Now
FAQs
BP/ATC-40ID fuses are designed for ATC fuse holders and standard fuse cards. They ship two per card, and the 0.75 in length with a 0.49 in width fits compact control panels while delivering dependable DC protection. Ensure the holder matches ATC dimensions and rated interrupt capability to avoid nuisance trips.
This fuse is rated for 40 A continuous current, 32 Vdc voltage, and a 1 kAIC interrupt rating. These ratings enable effective overcurrent protection for DC control circuits in industrial equipment, balancing fast fault interruption with safe, low-energy fault handling.
Yes. The BP/ATC-40ID fuse is RoHS compliant and UL Listed, meeting important safety and environmental standards for electrical protection devices used in regulated manufacturing, automotive, and industrial automation environments.
Ideal for DC protection in control panels, automation controllers, and other industrial equipment powered by 32 Vdc systems. Its compact ATC form factor and easyID labeling support installation in dense cabinets and quick maintenance in high-availability lines.
The easyID labeling allows quick fuse identification during inspections and fault analyses, reducing downtime and service time. Over the life of the panel, this translates to lower maintenance labor costs and faster mean time to repair, boosting overall equipment efficiency.