Ciabatta con protezione da sovratensione EATON Power Strip 4 FR — 4 prese Type-E, cavo 1 m, 10 A, 2500 W, indicatori LED

The Eaton Protection Strip 4 FR is a compact surge protection power strip designed for residential and professional environments. It offers four Type E AC outlets, a nominal input voltage of 220–250 V and a very fast response time of 0.000001 ms. With a 1 m cable and a narrow 52 mm housing, the unit balances space efficiency and straightforward installation while providing CE-certified protection for connected equipment.

Advantages

The power strip combines surge protection with multiple AC outlets to safeguard sensitive electronics. Its compact width and light weight (0.324 kg) simplify placement and handling. The included 1 m cable provides flexible positioning, and the CE certification confirms compliance with applicable safety standards.

Suitable for

• Home office workstations
• Personal computers and peripherals (modems, routers, printers)
• Small professional setups and AV equipment
• Charging multiple devices in a limited space

Key specifications

• AC outlets quantity: 4 AC outlet(s) (Type E)
• Nominal input voltage: 220–250 V
• Response time: 0.000001 ms
• Cable length: 1 m
• Width: 52 mm
• Weight: 0.324 kg
• Product colours: White, Black
• Certifications: CE
• Brand/Model: EATON — Power Strip Eaton Protection Strip 4 FR (MPN: PS4F, EAN: 3553340667268)

How to use

Place the Eaton Protection Strip on a flat, stable surface or mount it where the cable reaches the mains socket. Connect the power strip to a 220–250 V AC socket, then plug devices into the Type E outlets. Ensure cables are routed to avoid tripping hazards and do not overload the strip beyond the combined current rating of connected equipment.

Recommendations

Use the strip for everyday protection of computers, networking gear and small AV devices. Avoid connecting high-power appliances (such as heaters or large kitchen equipment) and inspect the strip and cables periodically for signs of wear. Replace the unit if protective performance is compromised or after sustained electrical events.