Schneider Electric Easy9 2P 16A C Curve MCB – Great everyday choice for general circuits like lighting and small outlets. Moderate 16 A rating with C-curve for mixed loads.
Schneider A9F74232 iC60N 2P 32A C MCB – Mid-range 32 A breaker with C-curve — good for larger branch circuits.
MCB 32A 2 Poles 10kA Schneider – 32 A MCB with 10 kA breaking capacity for stronger fault current demands.
Schneider Electric A9N2P63D 63A D Curve MCB – 63 A heavy circuit breaker with D-curve — useful where loads have high inrush (motors, compressors).
Schneider A9F74250 iC60N 2P 50A C MCB – Mid-to-high current-rated MCB (50 A) with C-curve for bigger branch circuits.
Schneider Electric A9N2P02C 2A C MCB – Small 2 A MCB for control circuits or sensitive low-current protection.
Schneider Electric Acti9 IC60N 2P 4A B MCB – 4 A B-curve variant — ideal where you want quicker trip on small faults (e.g., pure resistive circuits).
Schneider Electric Acti9 C120N 2P 100A MCB – High-capacity 100 A MCB for main feeds or large sub-circuits requiring substantial current protection.
Most Schneider 2-pole MCBs — whether Easy9, Acti9, or Multi9 ranges — share common characteristics:
Poles: 2P — protects two conductors at once (e.g., live + neutral)
Trip technology: Thermal-magnetic (overload + short-circuit protection)
Trip curves available: B, C, D (choose based on load type)
Rated voltages: ~230 / 400 V AC (single-phase and two-phase)
Breaking capacity: Common values around 6 kA to 10 kA at rated voltage; higher versions available for stronger fault environments
Standards compliance: IEC/EN 60898-1 and IEC/EN 60947-2 for safety and reliability
Mounting: Clip-on 35 mm DIN-rail for distribution boards
Trip curve choice:
B-curve: Sensitive — good for lighting and resistive loads.
C-curve: Most general-purpose use (sockets, mixed loads).
D-curve: Better for inductive or high inrush loads (motors, compressors).
Rated current: Pick an MCB rating close to the expected load — e.g., 16 A for lights, 32 A for heavier circuits.
Breaking capacity: Higher values (e.g., 10 kA) are safer where the incoming fault current in your panel is potentially high.
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