Smarter Upgrades.
No Full Replacement.
Replace outdated ACBs with Schneider MVS, NW, or MTZ breakers using engineered R-Fit solutions—bringing modern protection.
Old Breakers Fail
Suddenly.
Aging LV panels struggle with worn contacts and zero visibility. That means surprise trips and failures that stop production exactly when you need power.
No thermal visibility
Aging panels hide insulation wear and loose busbar joints.
Rising busbar temperatures
Undetected heating in old joints causes catastrophic flashovers.
Unpredictable trips
Worn mechanisms and timing drift trigger nuisance outages.
Costly shutdowns
Downtime hits production hard.
Worn ACB mechanisms
Legacy mechanics drift in alignment, risking unsafe operations.
No thermal visibility
Aging panels hide insulation wear and loose busbar joints.
Rising busbar temperatures
Undetected heating in old joints causes catastrophic flashovers.
Unpredictable trips
Worn mechanisms and timing drift trigger nuisance outages.
Costly shutdowns
Downtime hits production hard.
Worn ACB mechanisms
Legacy mechanics drift in alignment, risking unsafe operations.
Meet R-Fit — Retrofitting for
Performance & Sustainability
R-Fit is Schneider Electric’s engineered LV ACB retrofit solution. It swaps your old breaker with a modern MVS, NW or MTZ unit—all inside the same chassis and busbars. No civil work. No rewiring. No long shutdowns. Paired with EcoStruxure logic, you get digital monitoring, predictive alarms, and OEM-grade commissioning. The result? A modern, safer, data-ready LV system inside your existing panel.
Compatibility & Long Life
Upgrade Fast.
Fail Less.
Lower capex, longer life
Retain busbars and cubicles. Avoid panel rebuilds. Extend life with OEM-backed service.
Cleaner installation
Precise mechanical interfaces and new doors ensure OEM-grade safety and clearances.
Plug-and-play speed
Pre-engineered kits replace the breaker in the same chassis, usually within 30 minutes.
Minimal shutdowns
Most sites finish in 3–5 hours, versus 12 hours for conventional full-panel retrofits.
Tested Reliability
Each kit is type-tested for temperature rise and mechanical alignment (IEC 60947-2).
Modern Intelligence
Enable alarms, energy data, and predictive maintenance via Digital Box and EcoStruxure.
Lower capex, longer life
Retain busbars and cubicles. Avoid panel rebuilds. Extend life with OEM-backed service.
Cleaner installation
Precise mechanical interfaces and new doors ensure OEM-grade safety and clearances.
Plug-and-play speed
Pre-engineered kits replace the breaker in the same chassis, usually within 30 minutes.
Minimal shutdowns
Most sites finish in 3–5 hours, versus 12 hours for conventional full-panel retrofits.
Tested Reliability
Each kit is type-tested for temperature rise and mechanical alignment (IEC 60947-2).
Modern Intelligence
Enable alarms, energy data, and predictive maintenance via Digital Box and EcoStruxure.
Where R-Fit Makes
The Biggest Impact
Process Plants
Retrofitting for high-frequency switching environments.
Manufacturing Feeders
Modernizing critical primary feeder distribution.
Backup & DG Panels
Reliable logic for emergency power systems.
Infrastructure LV Rooms
Compact retrofits for airports and rail hubs.
Utilities & Distribution
Aging network modernization for public grids.
Industrial Switchboards
Upgrading legacy panels to digital standards.
MCCs and PCCs
Optimizing motor control and power centers.
Trusted Wherever Uptime
Is Non-Negotiable
Manufacturing & Automotive
Process Industries & Chemicals
Data Centers
Utilities & Power Distribution
Mining & Metals
Infrastructure & Commercial
