AT-DINRAIL1-010

Overview Of AT-DINRAIL1-010

The AT-DINRAIL1 by Allied Telesis is a versatile mounting bracket compatible with various media converters and rate converters, designed to be effortlessly mounted on a standard 35mm DIN Rail. Ideal for network managers seeking flexibility in industrial installations, this innovative product allows for vertical mounting, effectively saving valuable space. Noteworthy is its unique ability to secure power entry cords, reducing the risk of unintended disconnections. Additionally, the AT-DINRAIL1 offers a reversible mounting option, allowing for customized power inlet placement. Supporting a range of network technologies, this bracket enhances network infrastructure efficiency while delivering superior performance metrics.
In terms of security and expandability, the AT-DINRAIL1 shines with robust features. Users can benefit from secure power supply options, scalability, and added protective measures against unauthorized access. This product stands out with its specific technical specifications that cater to user needs, ensuring a seamless and reliable network setup. The AT-DINRAIL1 provides a comprehensive solution for network management, offering a blend of security, scalability, and performance prowess in a single, user-friendly package.

Main Features	Description
Universal Compatibility	Compatible with a wide range of media converters.
Space-Saving Design	Allows for vertical mounting, optimizing space utilization.
Secure Power Entry	Prevents accidental disconnections for enhanced reliability.
Reversible Mounting	Offers flexible power inlet placements for user convenience.
Supports Various Network Technologies	Enhances network infrastructure with diverse technology support.
Robust Security Features	Ensures data protection and secure network access.
Scalability Options	Facilitates expansion and growth of network setups.
Specific Technical Specifications	Provides detailed specs tailored to user requirements.
Reliable Performance Metrics	Delivers superior performance for network efficiency.