Series:Control System

  Product Description

  803.93.00C BALDOR PC board module components

  Function:Used to convert motor control signals into analog signals and provide isolation function,improving control accuracy and safety.

  Usage:Widely used in automation control systems in industries such as textiles,papermaking,printing,packaging,and food.

  Features:

  High precision,high linearity,control accuracy can reach 0.1%.

  Strong anti-interference ability,can effectively suppress common mode interference and differential mode interference.

  500Vrms isolation voltage ensures control safety.

  Supports multiple types of motor control signals,such as pulse width modulation(PWM),voltage,current,etc.

  Supports multiple types of analog output signals,such as voltage,current,etc.

  Product Description:

  The 803.93.00C BALDOR PC board module component is a high-performance motor control module that can meet various control needs.This module adopts a high-precision and high linearity analog-to-digital converter,with a control accuracy of up to 0.1%.Featuring strong anti-interference ability and 500Vrms isolation voltage.Supports multiple types of motor control signals,such as pulse width modulation(PWM),voltage,current,etc.Supports multiple types of analog output signals,such as voltage,current,etc.

  Product Description:

  The external dimensions of the 803.93.00C BALDOR PC board module assembly are 22.2mm x 11.2mm x 10.2mm,and the rated input voltage range is 0-10V.The supported analog output signal type is 4-20mA.

  Product parameters:

  Input voltage range:0-10V

  Output signal type:4-20mA

  Accuracy:0.1%

  Linearity:0.05%

  Isolation voltage:500Vrms

  Working temperature:-40℃to 85℃

  Product specifications:

  Model:803.93.00C

  Color:Black

  Material:Plastic

  Weight:approximately 10g

  Application field:

  Industrial automation:used for the control and regulation of various automation equipment and production lines.

  Energy management:used for monitoring and controlling energy systems,such as power systems,solar systems,etc.

  Transportation:an automated control system used in transportation fields such as railways,highways,and aviation.

  Other fields:application scenarios that require electrical control and regulation,such as building automation and environmental control.