ITE | CP3B160 | Circuit Breaker | 1600A | 3-Pole | 600V | Bolt-On

Engineered for demanding industrial environments, the ITE CP3B160 Circuit Breaker delivers reliable overcurrent protection for high‑current systems. This 3‑Pole device is built for retrofit, replacement, and maintenance tasks where exact specifications matter, ensuring a precise match for existing gear while safeguarding your 600V distribution network.

Key specifications at a glance

• Amperage: 1600A
• Poles: 3‑Pole
• Voltage rating: 600V
• Mounting: Bolt‑On
• Reference: CP3B160

Why this bolt‑on design matters

The bolt‑on mounting of the ITE CP3B160 is purposefully chosen for rapid, field‑friendly installation and straightforward replacements in heavy‑duty panels and switchgear. With high current capacity and a compact footprint, it minimizes downtime during maintenance windows and reduces the complexity of retrofits when upgrading protection schemes in existing 600V networks.

Ideal use cases

• Maintenance and replacement in large distribution panels and motor control centers
• Retrofits where existing breakers require the CP3B160’s exact mounting and electrical characteristics
• Upgrades in industrial facilities, data centers, and manufacturing lines that operate at 600V with demanding current needs

Fit, compatibility & practical installation tips

Before ordering, confirm fit and ratings to ensure seamless compatibility with your enclosure and bus layout. The CP3B160 part number is your best reference for matching hardware and electrical specs to existing gear. When installing, verify mounting surface cleanliness and flatness, align with the panel’s breaker envelope, and ensure terminal connections match your panel design. A quick functional check after installation confirms proper operation within your protection scheme.

Maintenance and reliability

To maintain reliability in demanding environments, perform periodic inspections of mounting hardware and electrical connections, and keep the breaker free of dust and moisture. Adhere to your internal SOPs for testing and replacement intervals, and replace worn components promptly to preserve protective performance.