Eaton EF355

Tag Type: Bolted

Body Diameter: 38mm

Application Category: gG

Current Rating: 355A

Fuse Dimensions: 38 x 50mm

Voltage Rating: 415V ac

Fixing Centres: 136 mm, 187mm

Fuse Size: C1

Tag Width: 25.4mm

Tag Orientation: Centred

Body Length: 50mm

High Rupture Capacity: Yes

Fuse Standard: BS88, IEC 60269 Overall Length: 209mm Manufacturer Standard Lead Time: 5 Weeks Size / Dimension: 2.323″ Dia x 2.953″ L (59.00mm x 75.00mm) Current Rating: 355A Mounting Type: Bolt Mount Voltage Rating – AC: 550V Series: EF Standard Package: 1 Moisture Sensitivity Level (MSL): 1 (Unlimited) Packaging: Bulk Applications: Electrical, Industrial Melting I²t: 360000 Fuse Type: Cartridge Package / Case: Cylindrical, Blade Terminal (Bolt) Breaking Capacity @ Rated Voltage: 80kA Manufacturer: Eaton

The EF355 Eaton Bolted Tag Fuse is a robust and reliable solution for high-current circuit protection, designed to deliver optimal performance for demanding electrical environments. With a current rating of 355A and a voltage capacity of 415V AC, this fuse is perfect for safeguarding against overloads and ensuring consistent operation in industrial and commercial applications. Its centred design enhances installation flexibility, while Eaton’s renowned build quality guarantees long-term durability. The EF355 fuse stands out due to its reliable bolted tag connection, making it ideal for high-vibration settings that require secure and steady connectivity.

Standout Features & Notable Benefits of EF355 Eaton 355A Bolted Tag Fuse:

• High current rating of 355A for heavy-duty applications.
• 415V AC voltage rating for reliable performance in standard electrical systems.
• Bolted tag connection for enhanced stability in high-vibration environments.
• Centre tag design for easy and versatile installation.
• Durable construction to withstand demanding industrial conditions.

Typical Uses of Eaton EF355 Bolted Tag Fuse:

• Industrial control panels.
• Electrical distribution boards.
• Motor protection circuits.
• HVAC systems.
• Commercial power supply systems.