QCF2035 | Circuit Breaker | 35A | 2-Pole | 240V

QCF2035 is an industrial-grade circuit breaker designed for reliable protection in maintenance, retrofit, and replacement projects. With a 35A rating, a 2-Pole configuration, and a 240V operating voltage, this breaker provides solid, straightforward protection for 240V circuits while keeping installation practical and familiar for technicians.

Key details at a glance

• Amperage: 35A
• Poles: 2-Pole
• Voltage: 240V
• Reference: Part number QCF2035

Why this specific breaker matters

In many panels and industrial layouts, precise compatibility matters as much as protection. The QCF2035 is selected for projects where the exact specifications match your current equipment, ensuring a seamless swap without panel modifications. This part is the dependable choice when you need to maintain continuity in protection while upgrading or replacing aging components.

Who should consider this

• Electricians performing panel retrofits or equipment upgrades in 240V networks
• Maintenance teams replacing hard-to-find components in existing breakers rated at 35A
• Facility managers planning replacements where the exact 2-pole, 240V, 35A specification is required

Use cases and benefits

• Replacement in legacy panels where the 2-pole 240V configuration is standard
• Maintenance projects that require matching specs to minimize downtime
• retrofit scenarios that preserve electrical protection without overhauling the panel layout

Tips for ensuring a successful fit

• Verify fit and ratings before ordering—the part number QCF2035 is the best compatibility reference.
• Compare your panel label to confirm the 2-pole, 240V, 35A requirements align with this breaker.
• Follow standard installation practices and manufacturer guidelines to ensure proper torque and secure mounting.

Choosing the right breaker is about certainty and performance. The QCF2035 delivers a precise, ready-to-install solution for projects where exact specs matter, helping you protect circuits effectively while reducing guesswork and delays in the field.