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Siemens 3RV6011-1GA15 | SIRIUS Motor Starter Protector | S00 Frame | 4.5 - 6.3 A Thermal Setting | 1NO+1NC Integrated Auxiliary Contact | Screw Terminals | Brand New Original

Siemens 3RV6011-1GA15 | SIRIUS Motor Starter Protector | S00 Frame | 4.5 - 6.3 A Thermal Setting | 1NO+1NC Integrated Auxiliary Contact | Screw Terminals | Brand New Original

Regular price $26.65 USD
Regular price Sale price $26.65 USD
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Model Number
Circuit Breakers | Gold SEO Optimized

Siemens 3RV6011-1GA15 Protector

Order Code (Model) 3RV6011-1GA15
Frame Dimension Size S00 Micro Architecture
Thermal Release Setting 4.5 ~ 6.3 A (Adjustable Overload Dial)
Instantaneous Magnetic Trip 82 A Short-Circuit Protection Lockout
Integrated Auxiliary Configuration 1 NO + 1 NC Transverse Integrated Signaling Block
Pole Profile 3-Pole (3P Switch Base)
Termination Structure Heavy-Duty Standard Screw Terminals

Performance Overview

The Siemens 3RV6011-1GA15 is an industrial-grade 3-pole motor starter protector built within standard compact Size S00 framework dimensions. Engineered to deliver exceptional short-circuit and overcurrent safety for continuous-duty induction motors, this high-performance breaker features an adjustable thermal overload dial spanning a 4.5 to 6.3 A processing band. It embeds a rapid-acting magnetic trip mechanism calibrated up to 82 A to instantly isolate severe fault loops before damage spreads into primary wiring blocks. Complete with an integrated transverse 1NO + 1NC auxiliary contact assembly, it routes crisp state-feedback signaling directly to monitoring panels or PLCs without requiring modular clip-on add-ons, maximizing efficiency inside narrow automation enclosures.

📋 Critical Application Check

  • Industry: Mechanical Machine Feed Arrays, Dedicated Exhaust Fan Starters, Centrifugal Liquid Pumps, Conveyor Sub-station Enclosures, Small Compactor Control Assemblies.
  • Integrated Feedback: Factory-configured 1NO + 1NC integrated auxiliary channels eliminate extra engineering costs and preserve precious DIN rail real estate inside tight power grids.
  • System Resiliency: High-durability mechanical architecture handles severe fault isolation parameters reliably, preventing continuous line failures to preserve overall factory uptime.

Siemens Circuit Protection Integration:

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