Eaton Moeller xPole PFIM series Residual Current Circuit Breaker (RCCB)

The Eaton Moeller xPole PFIM series Residual Current Circuit Breaker (RCCB) is a compact and reliable safety solution, rated at 40 A, 4-pole, 30 mA sensitivity, type AC. Designed to detect earth leakage currents and instantly interrupt power, it’s ideal for protecting people and equipment. With the IEC/EN 61008 certification and RoHS compliance, this RCCB ensures industry-standard safety. The slim design (76 mm depth × 70 mm width × 80 mm height) and lightweight build (0.318 kg) make it easy to integrate into control panels.

Key Features at a Glance

• 40 A continuous current rating, 4-pole

• 30 mA leakage sensitivity, Type AC

• Compact dimensions (76 × 70 × 80 mm)

• Lightweight at just 0.318 kg

• IEC/EN 61008 certified, RoHS conformant

• Model: PFIM‑40/4/003‑MW, Cat. No. 235410, EAN: 4015082354107

Why Choose This Product

The PFIM‑40/4/003‑MW offers dependable protection against residual currents in a sleek, compact design. Eaton’s xPole series features simple installation and maintenance, thanks to its standardized modular format. With robust certifications and manufacturing standards, this RCCB delivers exceptional safety and durability—perfect for industrial and commercial installations.

Ideal For

• Commercial buildings

• Light industrial systems

• Residential main panels

• Control panels

• Backup and emergency power circuits

Looking to safeguard your installation with top-tier protection? As an Authorized Channel Partner of ABB—including Eaton products—Shansen Enterprises assures 100% customer satisfaction. Send us a WhatsApp message to request your quote today, and we’ll tailor the solution to your exact needs.

FAQs

What does Type AC mean on this RCCB?
Type AC responds to sinusoidal alternating current leakage—suitable for general-purpose applications.

Can this RCCB be used in 230 V single-phase circuits?
Yes, while it’s a 4‑pole device, it can be applied in three-phase or split single-phase setups depending on wiring.

Why is 30 mA sensitivity standard?
This leakage threshold protects people from electric shock while avoiding false trips from minor imbalances.