Klockner Moeller MCC 3000 - Breaker MCC Bucket - 15 A, 240 V, 18" Height, 3 P | AmpState

Introducing the Klockner Moeller MCC 3000 Breaker MCC Bucket—the durable, plug‑and‑protect solution for industrial motor control centers. Engineered to operate at 15 A, 240 V across a 3‑Pole configuration, this bucket slips into the Klockner Moeller MCC 3000 MCC systems as a direct replacement, making OEM upgrades and retrofits straightforward and reliable. With an 18" height, it aligns with standard MCC frame spacing for clean, consistent panel layouts.

Key compatibility and replacement advantages

• Direct OEM replacement: Precisely engineered to fit Klockner Moeller MCC 3000 MCC systems, minimizing modification and downtime during upgrades or maintenance.
• Industrial reliability: 15 A, 240 V, 3‑Pole configuration provides robust motor protection and consistent control in demanding environments.
• Standardized form factor: At 18" tall, it integrates smoothly with existing MCC 3000 installations, preserving panel organization and spacing.

Why AmpState delivers value

AmpState sources high‑quality MCC components with global delivery, helping maintenance teams and engineers keep critical motor control panels online. This MCC bucket is designed for longevity in busy industrial settings, reducing the risk of unexpected outages and easing future replacements by preserving compatibility with the MCC 3000 ecosystem.

Ideal use cases

• Retrofit projects where a genuine, compatible MCC bucket is required to maintain protection schemes and wiring layouts.
• Maintenance replacements in manufacturing lines, packaging facilities, or process plants that rely on Klockner Moeller MCC 3000 systems.
• New installations that adopt the MCC 3000 family and need a proven, plug‑in breaker bucket to accelerate commissioning.

Performance you can count on in the field

Designed to deliver predictable protection for motor loads, this MCC bucket supports straightforward fault isolation and safe, rapid replacement during routine maintenance. Its 3‑Pole configuration aligns with common motor starter and protection strategies, helping technicians implement consistent control logic across panels.