• YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped

YOKOGAWA VC401-10 The electric signal generated by the encoder sensor is amplified, filtered and shaped

YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped

The signal processing circuit is to amplify, filter and shape the electrical signal generated by the encoder sensor, so as to facilitate the subsequent digital coding or control.

Encoder modules are widely used in various industrial automation equipment, robots, CNC machine tools and other fields, YOKOGAWA VC401-10 is used to accurately measure and control the position, speed and other parameters in the system.
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
  • YOKOGAWA VC401-10  The electric signal generated by the encoder sensor is amplified, filtered and shaped
Desciption
Encoder interface: YOKOGAWA VC401-10 modules usually support a variety of encoder interfaces, such as RS-422, TTL, etc., to accommodate different types of encoders.
Multi-channel support: It typically has multiple encoder input channels, allowing multiple encoder devices to be connected.
Encoder Type: YOKOGAWA VC401-10 Encoder module Modules typically support different types of encoders, such as absolute encoders or incremental encoders.
Resolution: YOKOGAWA VC401-10 Encoder modules Encoder modules typically support high resolution to provide accurate position measurements.


Counting function: It is usually able to count encoder pulses and report position changes or motion status.
Speed measurement: YOKOGAWA VC401-10 encoder module Modules can typically calculate rotational or linear speeds to support motion control applications.
Encoder filtering: Some modules have built-in filters to smooth the encoder signal and reduce noise.
Communication interface: These modules usually have various communication interfaces, such as Ethernet, RS-232, RS-485, Modbus, etc., in order to transmit encoder data to other devices or control systems.
Industrial grade durability: VC401-10 encoder modules are typically designed for use in industrial environments with high durability, vibration resistance and adaptability to a wide range of operating conditions.
Application: YOKOGAWA VC401-10 Encoder module Encoder modules are widely used in industrial machinery, automation systems, machine control, position measurement and positioning applications.
Software support: There is usually configuration software provided with the module for user setup and data monitoring.