The Schneider Electric A9N 17495 is a miniature circuit breaker designed for robust protection against overcurrent conditions in electrical circuits. This device is engineered to safeguard installations from both overload and short-circuit faults, ensuring operational integrity and safety. Its application is particularly suited for residential and light commercial environments where reliable circuit interruption is a primary concern.

Technical Details

• Series: A9N
• Type: Miniature Circuit Breaker
• Functionality: Protects against overload and short-circuit currents.
• Trip Curve: Specific trip curve characteristics should be verified against the manufacturer's datasheet for precise application suitability.
• Number of Poles: Typically 1-pole, 2-pole, 3-pole, or 4-pole configurations are available within the A9N series; the exact configuration for part number 17495 requires datasheet confirmation.
• Rated Voltage: Common ratings for this series include 230/400V AC, but the precise voltage rating for the 17495 must be confirmed.
• Rated Current: The specific amperage rating for the 17495 is not explicitly stated and requires verification via the manufacturer's documentation.
• Breaking Capacity: Standard breaking capacities for this series are typically in the range of 6kA to 10kA, but the exact rating for this model needs to be confirmed.

Applications & Compatibility

The Schneider Electric A9N 17495 circuit breaker is commonly deployed in distribution boards, control panels, and sub-distribution systems within residential buildings, small commercial establishments, and light industrial settings. It is compatible with standard DIN rail mounting systems, facilitating easy integration into existing electrical infrastructure.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the Schneider A9N 17495 or contact our technical team for cross-reference assistance with compatible circuit protection components.