The AP1-22A-13, manufactured by Sensata Technologies/Airpax, is a circuit protection accessory, specifically a hydraulic-magnetic circuit breaker. These breakers offer superior performance in applications requiring precise and reliable circuit protection, especially in environments with varying temperatures. The hydraulic-magnetic technology ensures accurate tripping characteristics regardless of ambient temperature.

Applications:

• Telecommunications Equipment
• Industrial Control Panels
• Medical Equipment
• Renewable Energy Systems (Solar, Wind)
• Transportation (Marine, Automotive)

Features:

• Hydraulic-Magnetic Technology: Provides stable tripping characteristics independent of temperature.
• Precise Overcurrent Protection: Accurately interrupts the circuit in response to overcurrent conditions.
• Trip-Free Design: Prevents the breaker from being held closed during an overcurrent event.
• Various Mounting Options: Available in multiple mounting styles to suit different applications.
• Auxiliary Switch Options: Can be equipped with auxiliary switches for remote indication or control.
• UL, CSA, and VDE Approvals: Meets industry safety standards for reliable performance.

Benefits:

• Reliable Circuit Protection: Ensures consistent and dependable circuit protection in varying environmental conditions.
• Accurate Tripping Characteristics: Prevents nuisance tripping and provides reliable protection against overcurrents.
• Improved System Uptime: Minimizes downtime by quickly and reliably interrupting faulty circuits.
• Enhanced Safety: Protects equipment and personnel from electrical hazards.
• Versatile Applications: Suitable for a wide range of applications requiring precise and reliable circuit protection.

Additional Details:

The AP1-22A-13 hydraulic-magnetic circuit breaker operates by using a magnetic coil in conjunction with a hydraulic delay element. The magnetic coil responds instantly to short circuits, while the hydraulic delay element provides a time delay for overload conditions. This allows the breaker to distinguish between momentary surges and sustained overloads, preventing nuisance tripping. The trip-free design ensures that the breaker will trip even if the handle is held in the on position during an overcurrent event. Auxiliary switch options can be used to provide remote indication of the breaker's status or to trigger other control functions. Consult the manufacturer's datasheet for detailed specifications, including voltage and current ratings, tripping curves, and installation instructions. The breaker's performance is influenced by the specific model and configuration.