Miniature cylindrical-glass fuse 5X20 T 5A/250V 006710053

Safety and Protection in a Compact Size

This miniature fuse cartridge, with dimensions of 5x20 mm, provides reliable protection for your electronic devices. Designed to operate at 250V AC, it offers a rated current of 5A, protecting circuits from overload and short circuits. The T (time-delay) characteristic ensures that the cartridge handles short-term current surges, typical during the start-up of devices with a motor – without unnecessarily disconnecting the power.

Construction and Application

The ETI CH series fuse cartridge is a component designed to protect sensitive electronics. Its glass housing conceals a precisely manufactured fuse element, which blows and interrupts the circuit when the permissible current is exceeded, preventing damage. It finds application in power supplies, audio-video equipment, measuring devices and many other applications requiring reliable protection.

Key Features and Benefits

• Compact dimensions: 5x20 mm – ideal for devices with limited space.
• T characteristic: Provides delayed tripping, allowing for safe start-up of devices with motors or other elements generating high inrush current.
• 250V AC voltage: Universal application in most electrical installations.
• 5A rated current: Suitable for protecting circuits with moderate current consumption.
• Compliance with standards: Meets the requirements of IEC 60127-1 and IEC 60127-2 – a guarantee of safety and reliability.
• Easy replacement: Standard size facilitates quick and trouble-free replacement of a damaged fuse cartridge.
• Net product weight: only 0.005 kg - minimal impact on the weight of the entire device.

Logistics Data

Fuse cartridges are available in bulk packs of 10 pieces (net weight: 0.05 kg) and transport packs of 100 pieces (net weight: 0.51 kg), making them easy to store and transport. The EAN for a single product is 3838895907244, and for the basic packaging – 8024873015697. The net dimensions of a single product are 7 x 7 x 20 mm (width x height x depth).