Siemens 3RV2011-0KA25 Circuit Breaker, 25A, 3-Pole, 690V

The Siemens 3RV2011-0KA25 is a rugged three-pole circuit breaker built for demanding industrial environments. With a 25 A rating and a high 690 V operating capability, this device delivers dependable overcurrent and short-circuit protection for power distribution, machine control, and critical industrial panels. Designed for service, maintenance, and replacement projects, it helps keep equipment running safely and minimizes downtime during outages or faults.

Key specifications

• Part number: 3RV2011-0KA25
• Amperage: 25 A
• Poles: 3
• Voltage: 690 V
• Application: industrial electrical service, maintenance, and replacement projects

Why this model stands out

• Three-pole protection for balanced 3-phase systems, ensuring coordinated shutoff across all phases
• Siemens engineering and reliability tuned for rugged industrial use, reducing risk of nuisance tripping and unplanned downtime
• Clear compatibility through exact part-number identification, simplifying sourcing for control panels, distribution boards, and equipment retrofits

Ideal use cases

• New panel builds in manufacturing lines where robust 690 V protection is required
• Retrofits and replacements in legacy equipment to restore safe, reliable power delivery
• Maintenance projects that demand a consistent, known-current protection device for motor circuits and distribution feeders

How to verify compatibility

Use the exact part number 3RV2011-0KA25 to confirm fit for your application. Check that your system is designed for up to 690 V and 25 A per pole, and ensure the breaker’s three-pole configuration matches your panel or switchgear requirements. If you’re unsure, send us the part number and your setup details and we’ll help confirm the match.

Need assistance?

Need help matching a part number or confirming compatibility? Message us and we’ll assist in verifying fit for your specific equipment and project needs. This ensures you source the right Siemens circuit breaker for reliable protection and smooth operations.