The Schneider CAD32M7C motor protection circuit breaker is a high-performance device designed to provide essential protection for motors and electrical circuits in demanding industrial environments.
Type: Motor Protection Circuit Breaker (MPCB)
Rated Current (In): 32A
Poles: 3P (Three-Phase)
Voltage Rating:
Nominal Voltage: 400V AC (Three-Phase)
Rated Voltage Range: 380-415V AC
Breaking Capacity (Icu):
Icu (Ultimate Breaking Capacity): 10 kA (at 400V AC)
Protection Features:
Overload Protection:
Thermal overload protection, with adjustable settings to protect motors from sustained overloads.
Adjustable thermal trip setting from 0.7 to 1.1 times the rated current (In).
Short-circuit Protection:
Magnetic short-circuit protection to quickly disconnect the circuit in the event of a short circuit.
Fixed trip value for fast response to short-circuit faults.
Phase Loss Protection:
Ensures protection against phase loss or phase imbalance, which could otherwise damage the motor.
Earth Fault Protection (Optional):
Optional earth leakage protection for added safety.
Motor Protection:
Specifically designed to protect motors from electrical faults such as overloads, short circuits, and phase loss.
Adjustable Trip Settings:
Adjustable overload settings for flexible protection based on different motor ratings and requirements.
Certifications:
IEC 60947-2 compliant
UL 489 certified
CE certified
Auxiliary Features:
Optional auxiliary contacts for status monitoring.
Optional undervoltage release and shunt trip for remote control or additional safety disconnection.
Mounting:
DIN Rail Mounted for easy installation and integration in motor control centers (MCCs), distribution boards, and control panels.
Dimensions (HxWxD): Typically 180 x 120 x 115 mm (depending on specific model configuration).
Applications:
Ideal for motor protection in industrial and commercial applications, specifically for motors rated up to 32A.
Provides reliable protection in motor control panels, distribution boards, and motor control centers.
Commonly used for applications requiring protection against overload, short circuit, and phase loss, ensuring long-term operational safety of motor-driven systems.