Eaton CCP2B-3-30CF - 30A, 600V, 3-Pole, Switch

Meet the Eaton CCP2B-3-30CF, a rugged 3-pole switch engineered for dependable on/off isolation and overcurrent protection in challenging industrial and commercial environments. With a 30 A rating and a 600 V capability, this compact fusible switch delivers precise power control for motors, panelboards, and branch circuits where space is at a premium and reliability is non-negotiable.

Specifications at a glance

• Model: CCP2B-3-30CF
• Amperage: 30 A
• Voltage: 600 V
• Poles: 3-Pole

Why the CCP2B-3-30CF stands out

• Full three-pole isolation: disconnects all three phases simultaneously for safe maintenance and confident shutdowns of three-phase equipment.
• Integrated protection in a compact footprint: combines power isolation and overcurrent protection in a single, space-saving unit ideal for tight electrical rooms and panelboards.
• Maintenance-friendly design: built for straightforward servicing and easy wiring access, reducing downtime during routine inspections or fuse changes.
• Industrial-grade reliability: purpose-built by Eaton to withstand demanding environments, delivering consistent performance across shifts and seasons.

Ideal applications

This switch is the go-to choice when you need reliable motor disconnects, branch circuit protection, or panelboard isolation in compact electrical assemblies. It’s well-suited for small to medium motors, conveyors, pumps, fans, HVAC equipment, and other three-phase loads where quick, secure de-energization is essential.

Practical benefits and use cases

• Safe maintenance practice: isolate power to equipment before servicing, reducing risk to personnel.
• Space-efficient protection: a compact solution that minimizes panel depth while maximizing safety and accessibility.
• Clear documentation of shutoff points: straightforward labeling and clear operation improve system reliability and compliance.

Tips for optimal setup

• Verify that your electrical system matches the CCP2B-3-30CF’s 30 A, 600 V, 3-pole specifications before installation.
• Plan wiring routes to ensure clean, short runs to minimize voltage drop and make maintenance easier.
• Label all three phases and the off position clearly to support safe lockout/tagout procedures.
• Integrate with compatible protection schemes to ensure coordinated protection for motors and circuits.