OOHMAGE OMM6EY Intelligent Four-Remote Circuit Breaker — Compact Smart MCCB with Fast Telecontrol
The OOHMAGE OMM6EY Intelligent Four-Remote Circuit Breaker is a compact smart mccb for AC 400 V distribution that integrates the classic “four-remote” functions—remote monitoring, metering, control, and alarm—into a rugged thermomagnetic platform. A new, space-saving design with complete specifications and built-in measurement makes it ideal for feeders that demand fast response (≤1 s), clear event visibility, and reliable breaking performance up to Icu 85 kA.
Key Advantages
Small volume, big capability: High interrupt ratings in a compact frame simplify panel layout and heat management.
Four-remote functionality: Remote open/close, status & trip cause, real-time metering, and alarms for early intervention.
Complete specifications: Wide current bands (125–800 A classes) cover mains, feeders, and critical loads.
Measurement function: Integrated kW/kWh and current/voltage monitoring support energy KPIs and cost allocation.
OOHMAGE build quality: Low temperature rise, consistent trip curves, and clean wiring with 3P/4P options.
Technical Parameters
| Intelligent Four Remote Circuit Breaker OMM6EY- | 250MP3/JLY | 630MP3/JLY | 800MP3/JLY | ||||||||
| Rated current In | 125A(50~125A) 250A(100~250A) | 400A(160~400A) 630A(252~630A) | 630A(252~630A) 800A(320~800A) | ||||||||
| Rated working voltage Ue | AC400V | ||||||||||
| Rated insulation voltage Ui | AC1000V | ||||||||||
| Rated impulse withstand voltage Uimp | 8kV | ||||||||||
| Rated short-term withstand current Icw | 10kA/1S | ||||||||||
| Rated ultimate short-circuit breaking capacity Icu | 50KA | 85KA | |||||||||
| Rated service short-circuit breaking capacity Ics | 35KA | 50KA | 65KA | ||||||||
| Quick response time for operation | ≤1s | ||||||||||
| Outline dimension | 3P | 165*105*149 | 257*140*169 | 276*210*187 | |||||||
| 4P | 165*140*149 | 257*184*169 | 276*280*187 | ||||||||
Engineering Notes
Selectivity/coordination: For multi-tier boards, coordinate mccb settings (L/S/I) with upstream incomers to maintain service continuity.
Telemetry mapping: Expose breaker state, trip cause, currents/voltages, power/energy, and alarm flags to BMS/SCADA via four-remote interface.
Commissioning checklist: Record setting mccb parameters and meter CT/PT scaling (if used) for audit and maintenance.
Why OOHMAGE
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