Eaton TXU1000 Low Voltage British Standard Fuse - BS88 gG

Part Number: TXU1000
Manufacturer
Eaton
Part number
TXU1000

Quick Summary

Eaton TXU1000 is a British standard low voltage fuse that protects industrial power circuits. When panel maintenance or system upgrades raise the risk of nuisance trips, selecting the wrong fuse can trigger downtime and costly rework. It carries BS88 and IEC 60269 certifications along with CE marking and RoHS compliance, reinforcing regulatory fit and safe disposal across global sites. The device is designed for reliability in electrical protection schemes and aligns with industry best practices for motor feeders and power distribution. This fuse supports easy integration into standard BS88 holder assemblies, helping procurement teams optimize stocking, reduce spare parts variety, and improve maintenance planning.

Product Information

Extended Description

TXU1000 Eaton: Eaton Bussmann series low voltage british standard fuse, 1000A, AC 660 V, DC 300 V, V88/D1, 102 x 200 mm, gG
Product Name
Eaton Bussmann series low voltage british standard fuse
Catalog Number
TXU1000
EAN
5027590337618
Product Length/Depth
200 mm
Product Height
100 mm
Product Width
100 mm
Product Weight
57 g
Compliances
CE Marked RoHS Compliant
Certifications
BS88 IEC 60269 EAC
High current rating and robust construction enable protection of high-demand circuits with maximum fault-clearing capability, reducing arc flash risk and unplanned downtime, especially for main feeders and large motors in manufacturing. The 1000 A rating, 660 V AC and 300 V DC limits support versatile installation across mixed electrical environments, delivering consistent protection with less rework and faster fault isolation. The gG general-purpose fuse type provides broad, reliable protection for a wide range of loads, simplifying specification across projects and easing stock management in panel builders. The compact 102 x 200 mm footprint fits common BS88 fuse holders, enabling fast retrofits and straightforward maintenance without custom tooling or modifications. CE, RoHS, BS88 and IEC 60269 certifications ensure global compliance, reducing project risk and regulatory inquiries. The TXU1000 is compatible with Eaton Bussmann red-spot style accessories for quick identification and standardized wiring practices. These features collectively deliver improved uptime, lower lifecycle costs, and streamlined procurement for electrical protection schemes in industrial settings.

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FAQs

TXU1000 fits standard BS88 fuse holders and centers bolts as part of the British Standard fuse family. Confirm the holder matches the 102 x 200 mm envelope, check the 1000 A rating, and ensure correct alignment of the gG fuse element with the circuit protection scheme. Use appropriate PPE and follow manufacturer torque specs during installation to maintain electrical integrity and regulatory compliance.
TXU1000 is rated for 660 V AC and 300 V DC, designed as a general purpose gG (gG) fuse type for broad protection. This combination supports both alternating and direct current circuits in industrial power distribution, enabling consistent protection across mixed loads while meeting IEC 60269 and BS88 standards.
Yes, TXU1000 is appropriate for motor feeders and heavy industry circuits requiring reliable overcurrent protection. Its 1000 A rating and BS88 gG construction make it suitable for main feeders in panels and switchgear where robust fault clearing and quick isolation are critical to prevent motor damage and downtime.
TXU1000 carries BS88 and IEC 60269 certifications, with CE marking and RoHS compliance. These standards ensure regulatory acceptance in many regions and support safe material disposal, aiding global deployment in industrial facilities with stringent compliance requirements.
By using a correctly rated BS88 gG fuse like TXU1000, you reduce nuisance trips and miscoordination with accurate protection levels. This translates to lower maintenance interventions, faster fault isolation, and reduced spare-part variety, delivering lower total cost of ownership and improved plant uptime over the equipment lifecycle.