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EULYNX is a collective of railway Infrastructure Managers, united by a common purpose: to reduce the lifecycle costs of signalling systems while maintaining the highest levels of safety and operational efficiency.
This paragraph explains how to attach several Lynx modules to each other and how to mount the Lynx assembly into its final location. For a mechanical drawing of the housing with dimensions and the location of the mounting holes, see the Enclosure Dimensions of this manual. Enclosure Dimensions
The connector of the Lynx Smart BMS 500A has 11 pins, numbered from left to right starting with pin 1 and ending with pin 11, while the connector of the Lynx Smart BMS 1000A has 13 pins - two additional pins (pin 12 and 13) for future functionality.
The internal wiring diagram of the Lynx Distributor. 3.2. Fuse detection. The Lynx Distributor monitors each fuse and will detect a blown fuse. When a fuse blows, the red fuse LED will illuminate, the power LED will turn red and an alarm message is send to a connected Lynx Smart BMS.
The Lynx Smart BMS integrates seamlessly into our Lynx Distributor system and is available as a 500A (with M8 busbar) or 1000A (with M10 busbar) version. Page 1 Introduction
2. Introduction. 2.1. The Lynx Power In. The Lynx Power In contains a positive and negative busbar with 4 connections for batteries, loads or chargers and a ground
The LS-AES communicates with the host card through Lynx’s proprietary LStream interface. LStream is a high-speed TDM serial interface that supports up to 16 channels of bi-directional 24-bit audio data with synchronization and control information.
