Busbar A9XPH157 100A 1-pole 57 modules

Busbar for Acti9 distribution boards – reliability and flexibility

The A9XPH157 busbar is a key element of the Acti9 system from Schneider Electric, designed for efficient and safe power distribution in electrical installations. Made of high-quality materials, it provides a reliable electrical connection for circuit breakers and residual current devices, and its design allows for easy installation and adaptation to changing needs. This busbar is ideal for both professional installers and end-users who value safety and functionality.

Design and application

This 1-pole busbar, 1000 mm long and 57 modules wide, is made of white plastic and is intended for mounting in Acti9 distribution boards. Its design based on pin/stud connections guarantees secure and stable electrical connections. A cross-section of 16 mm² allows for safe transmission of current up to 100A. The ability to cut to size provides great flexibility during installation, allowing the busbar to be adapted to specific project requirements. This busbar is compatible with devices equipped with auxiliary contacts, which expands its functionality.

Advantages and benefits

• Versatility: The busbar is designed to mount 57 1-pole devices (circuit breakers), making it an ideal solution for a variety of electrical installations.
• Safety: Rated operating voltage up to 415 V and high fire resistance (self-extinguishing at 960°C) ensure safe use.
• Flexibility: The ability to cut to size makes it easy to adapt the busbar to specific installation conditions.
• Compatibility: The busbar works with a wide range of devices from the Acti9 series, ensuring system consistency and reliability.
• Durability: Made of high-quality materials, it guarantees long-term use without frequent replacement.
• Easy installation: Pin/stud connections facilitate quick and trouble-free mounting of circuit breakers.
• Compliance with standards: Meets the requirements of IEC 60947-7-1 and IEC 61439-2 standards, confirming its high quality and safety.
• Space optimization: The compact design allows for efficient use of space in the distribution board.
• Spacing size: Spacing of 18 mm provides adequate electrical insulation between individual circuits.