Lovato SM1R2500 - 20-25A, 690VAC, Circuit Breaker

Lovato SM1R2500 is a robust circuit breaker designed for demanding electrical environments. With a voltage rating of up to 690 VAC and a current rating spanning 20–25 A, this device delivers reliable overcurrent protection for high‑voltage distribution without compromising safety or performance.

Key specifications

• Current rating: 20–25 A
• Voltage rating: up to 690 VAC
• Breaker type: Circuit Breaker

Why this matters

• Targeted protection for high‑voltage systems: Safeguards distribution panels and motor control centers from overloads and short circuits, helping to prevent costly downtime.
• Industrial‑grade reliability: Built to perform in commercial, industrial, and OEM environments where continuous, safe operation is essential.
• Clear integration with existing architectures: Fits into panelboards, switchboards, control panels, and OEM equipment to complement your electrical protection strategy.

Ideal applications

• Panelboards and switchboards in manufacturing facilities, processing plants, and data centers
• Control panels for machinery and automation systems
• OEM equipment requiring dependable 690 VAC overcurrent protection
• Motor control centers where reliable interruption during faults minimizes equipment damage

Practical considerations and benefits

• Precise protection range: The 20–25 A rating allows you to tailor protection to your circuit loads, avoiding nuisance trips while still guarding against faults.
• High‑voltage capability: Operating effectively in environments that demand 690 VAC, expanding its suitability beyond low‑voltage panels.
• Maintenance‑friendly design: Engineered for straightforward replacement and consistent performance, reducing maintenance complexity in panel assemblies.

Choosing the Lovato SM1R2500 means equipping your distribution panels and OEM assemblies with a dedicated, high‑reliability overcurrent protective device. It’s the practical, specification‑driven solution for engineers and technicians who prioritize safe operation, minimal downtime, and long‑term performance in industrial electrical networks.