2‑Pole DC Protection — Safely interrupts both positive and negative DC lines in battery and DC systems.
125 A Rated Current — Supports large battery banks and high‑current DC loads.
MCCB (Molded Case Circuit Breaker) — Robust protection against overload and short‑circuit faults.
High DC Breaking Capacity — Designed to handle the energy of DC arcs that aren’t self‑extinguishing.
Manual ON/OFF Isolation — Functions as a safe disconnect switch for maintenance or emergency.
Durable, Flame‑Retardant Build — Reliable long‑term performance in demanding environments.
Compact, Panel‑Friendly Design — Easy installation in battery racks, DC combiner boxes, or electrical panels.
Thermal‑Magnetic Trip Unit — Combines thermal overload and magnetic short‑circuit detection for dependable protection.
Ideal for Solar & Backup Systems — Excellent choice for solar PV battery circuits, UPS DC backs, and energy storage systems.
The Mora AES 125N/2P 125A DC MCCB Breaker is a robust 2‑pole battery circuit breaker designed for solar PV, UPS, and DC energy storage systems. It provides overload and short-circuit protection for high-current DC circuits, while its manual ON/OFF switch allows safe isolation during maintenance. Built with a flame-retardant molded case and a thermal-magnetic trip unit, this breaker ensures reliable and long-term protection for battery banks and other DC applications.
| Specification | Details |
|---|---|
| Model / Type | Mora AES 125N/2P 2‑Pole DC MCCB Breaker |
| Rated Current | 125 A |
| Number of Poles | 2‑Pole (positive and negative lines) |
| Rated Voltage | DC 1000 V (suitable for solar PV and battery systems) |
| Breaking Capacity | High DC breaking capacity (suitable for battery circuits) |
| Trip Unit | Thermal‑Magnetic (Overload + Short‑Circuit Protection) |
| Manual Operation | ON/OFF switch for safe isolation |
| Mounting | Panel or DIN‑rail compatible (depending on panel type) |
| Applications | Solar PV Battery Banks, UPS DC Systems, Energy Storage Systems |
| Body Material | Flame-retardant, durable molded case |
| Protection Type | Overcurrent protection, Short-circuit protection |
| Temperature Range | Standard operating temperature for indoor DC panels |
Dual Power Manual Transfer Switch (MTS) – Enables manual switching between two independent DC power sources (e.g., solar array and battery bank) in a PV system for reliable power control.
4P + 4P Pole Configuration – Provides full isolation of both positive and negative poles for each power path, ensuring greater safety and complete DC disconnection when switching.
High DC Voltage & Current Capacity – Typically rated for up to 1000 V DC and 63 A, suitable for a wide range of solar system sizes and off‑grid applications.
Built‑in Overload & Short‑Circuit Protection – Integrated MCB function protects DC circuits from overcurrent and short circuits during normal operation.
Robust Construction – Made with flame‑retardant, durable materials to withstand PV environmental conditions and long‑term use.
Manual Operation with Visual Indicators – Simple hand‑operated transfer and clear on/off indicators help ensure correct switching and safer operation.
DIN‑Rail Mountable – Designed for easy installation in DC combiner boxes, distribution panels, or PV system enclosures.
Suitable for PV & Off‑Grid Systems – Ideal for solar PV installations, battery backup systems, and other DC power networks requiring safe manual source selection.
3P + 3P Dual Power Manual Transfer Switch (MTS) – Lets you manually switch between two three-phase AC power sources (e.g., grid and generator/backup), ensuring continuous supply when one source fails.
Integrated Circuit Breaker (MCB) Protection – Combines transfer switch functionality with overload, short-circuit, under-voltage, and phase-loss protection in one unit for safer operation.
Three-Phase Compatibility (3P + 3P) – Designed for balanced switching of all three phases between two input sources, suitable for industrial, commercial, and large-load three-phase systems.
Wide Voltage & Frequency Support – Compatible with 230 V / 400 V AC and works on both 50 Hz and 60 Hz networks.
Manual Operation – User-controlled changeover without automation, giving direct control over which source is supplying power.
Wide Current Range – Available in various current ratings (e.g., 6 A up to 63 A), allowing selection based on load requirements.
High Breaking Capacity (~6 kA) – Built to safely interrupt fault currents and protect the circuit during overloads and short-circuit events.
DIN-Rail Mountable Design – Easy installation in electrical panels and distribution boards with standard DIN-rail mounting.
2-Pole DC Circuit Breaker – Designed for direct current (DC) circuits.
High DC Voltage Rating: Supports up to 1000 V DC, ideal for solar and battery systems.
Overload & Short-Circuit Protection: Automatically trips to protect DC circuits from faults.
Multiple Current Ratings: Available in ratings from 6 A up to 63 A for different load needs.
DIN Rail Mounting: Easy installation in standard DC distribution boxes.
Compact Modular Design: Space-efficient and suitable for solar PV combiner boxes and enclosures.
Reliable DC Arc Protection: Built to handle DC arcs and provide safer breaking performance compared to AC breakers in DC systems.
Dual‑Function Design: Acts as both a circuit breaker and a manual changeover/transfer switch to safely switch between two AC power sources (e.g., grid and generator).
63 A Rated Current: Supports loads up to 63 amps, suitable for larger circuits and subpanels.
2‑Pole Configuration: Provides simultaneous switching and isolation of live and neutral lines for safer operation.
Manual Operation: Simple hand‑operated transfer between main and backup power — no automation.
Integrated Isolation Feature: Includes a mechanical isolating function for safer maintenance and prevention of back‑feed.
Robust Construction: Made with flame‑retardant plastic and durable materials for reliability in industrial, commercial, and residential installations.
DIN‑Rail Mountable: Compact design for easy installation on a 35 mm DIN rail in distribution panels or electrical enclosures.
AC Voltage Compatibility: Typically used with standard 230 V–400 V AC systems at 50/60 Hz.
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