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Schneider Electric A9N26476 Shunt Trip Release 100-415V AC 100-130V DC
The Schneider Electric A9N26476 is a professional-grade shunt trip release designed to provide reliable remote tripping capabilities for circuit breakers within electrical distribution systems. This modular component is engineered to operate across a versatile voltage range, supporting 100-415V AC and 100-130V DC, making it a flexible solution for various industrial and commercial infrastructure requirements. Its compact design ensures that it integrates seamlessly into standard distribution boards without occupying excessive space, maintaining the efficiency and safety of your electrical setup.
The primary advantage of this shunt trip release is its ability to facilitate remote control over circuit breakers, which is essential for emergency shutdown procedures and automated safety protocols. By allowing for the instantaneous opening of a circuit breaker from a distance, it significantly enhances the operational safety of electrical installations. The device is built with the high manufacturing standards associated with Schneider Electric, ensuring long-term durability and consistent performance in demanding environments. Its modular nature simplifies the installation process, allowing for quick integration into existing electrical panels.
This device may not be suitable for applications requiring low-voltage control signals outside the specified 100-415V AC or 100-130V DC ranges. It is also not intended for use in environments where the ambient conditions exceed the manufacturer's specified operating temperature or humidity limits for modular electrical components.
The shunt trip release is designed for mounting directly onto compatible circuit breakers. Installation should be performed by a qualified electrician to ensure proper wiring and compatibility with the existing distribution board. Once installed, the device is triggered by an external electrical signal, which activates the release mechanism to trip the associated circuit breaker immediately.
Always ensure that the power supply to the distribution board is completely disconnected before attempting to install or service this component to prevent electrical shock or damage to the equipment.
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