Series:531x board

  Product Description

  The 531X307LTBAJG1 GE Local Area Network(LAN)terminal board provides data interfaces and signal conversion in the LAN,enabling communication and control between devices.

  feature

  Allow easy connection to local area network(LAN)

  Provide reliable and secure data transmission

  Compatible with GE devices

  Durable and long-lasting structure

  The 531X307LTBAJG1 GE Local Area Network(LAN)terminal board is designed to facilitate LAN connections for compatible devices.It allows seamless integration into existing network infrastructure,providing reliable and secure data transmission methods.This board is designed specifically for use with general electrical equipment and has exceptional durability and lifespan.

  531X307LTBAJG1 is designed as a local area network(LAN)terminal board.It is located under the 531X series replacement board.The GE series drives and actuators can accept this card in their cabinets.When installing the card,an interface system is provided between external devices and control drivers.Peripheral devices such as interlocking devices,buttons,and indicator lights can use this board as an interface.

  When installing the 531X307LTBAJG1 board,LAN signals are allocated through the interface platform.After installing the board,eight configurable control input plugs will be provided for the driver.The acceptable rated input voltage range for this board is 2 to 240 V for both AC and DC power sources.The input voltage sent to the circuit board is converted into a 24 VDC logic signal received by the control board.The signals generated by this board are easily transmitted through LAN terminals,driver control board,and NTB terminal board.The seven integrated control outputs of this board are composed of low current and low voltage C-type relay contact connectors.application area

  The 531X307LTBAJG1 GE Local Area Network(LAN)terminal board is widely used in industrial automation,process control,and power systems,achieving data transmission and communication between devices.