Mitsubishi FX2N 1PG E PULSE GENERATOR UNIT

Description

The Mitsubishi FX2N 1PG E PULSE GENERATOR UNIT beat generator unit (hereinafter alluded to as “PGU”) performs basic situating of an independent hub (not addition control between different tomahawks) by providing a endorsed amount of pulses
(100 kHz most extreme) to drive intensifiers for servo or stepper motors.
 The FX-1PG is joined as an expansion to the FX/FX2C arrangement programmable controller (hereinafter alluded to
as “PC”), and the FX2N-1PG is connected as an expansion to the FX2N/FX2NC/FX3U/FX3UC arrangement PC. Each PGU
functions as a uncommon square which exchanges information with the PC utilizing the FROM/TO informational, and involves 8
points of inputs or yields. For the number of connectable PGU to the PLC, allude to the manual of the PLC to be
connected.
 The PGU gives association terminals for situating operations that require high-velocity reactions as well as
those utilized for beat prepare yields. Other common I/O operations are controlled by means of the PLC.
 Since all the program for situating control are executed in the PC, the PGU does not require dedicated
teaching board, etc. As the programming apparatuses for the PLC, the taking after gadgets are accessible without
modification.
 GOT, Information get to units can be associated to the PLC to set or show the situating information.

The Mitsubishi FX2N 1PG E PULSE GENERATOR UNIT and designed specifically for the FX2N series PLCs. This module is ideal for applications requiring precise pulse output for controlling stepper motors or servo drives. It enables high-speed and accurate positioning control in automation systems. if you need to Mitsubishi FX2N 1PG E price in Bangladesh you can contact BAT Power Solution through the Call/WhatsApp: +8801713722455.

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Key Features of Mitsubishi FX2N 1PG E PULSE GENERATOR UNIT

Pulse Output Capabilities:

• High-Speed Pulse Output:
  • Supports pulse outputs up to 200kHz, ideal for high-precision motion control.
• Output Modes:
  • Pulses can be generated in various formats, including pulse/direction and A/B phase quadrature.
  • Positioning control through pulse trains.
• Programmable Acceleration/Deceleration:
  • Smooth motion control with adjustable acceleration and deceleration settings.

Compatibility and Integration:

• Compatible PLCs:
  • Designed for the Mitsubishi FX2N PLC series.
• Drive Compatibility:
  • Directly connects with stepper motors or servo drives that accept pulse inputs.

Inputs and Outputs:

• Inputs:
  • Start/stop signals, external positioning control, or limit switches can be connected.
• Outputs:
  • Pulse and direction signals to motor drives.

Programming and Configuration:

• Supports configuration via Mitsubishi’s GX Developer or GX Works2 software.
• Dedicated positioning commands (DRVI/DRVA) for simple and flexible programming.

Applications:

• High-precision motion control for stepper or servo motors.
• CNC machines, conveyor systems, pick-and-place operations, and robotic applications.
• Position-based process automation like labeling, cutting, and material handling.

Specifications of Mitsubishi FX2N 1PG E PULSE GENERATOR UNIT

Specification	Details
Max Pulse Output Frequency	200kHz
Output Signal Types	Pulse/Direction, CW/CCW (Clockwise/Counterclockwise)
Input Voltage	24V DC
Outputs	Open collector or differential output signals
Power Supply Voltage	5V or 24V (depending on motor drive compatibility)
Ambient Temperature	0°C to 55°C (Operating)
Dimensions	Compact design for easy installation

Advantages:

• High-Speed Pulse Generation: Ensures accurate positioning and smooth motion control.
• User-Friendly Programming: Simplifies the implementation of motion control projects.
• Versatile Output Modes: Compatible with a wide range of motor drive systems.
• Compact Size: Fits seamlessly into an FX2N-based automation system.

Installation and Usage:

1. Wiring:
   • Connect the pulse generator output to the stepper motor or servo drive.
   • Wire the start, stop, and limit switch inputs for operational safety.
2. Programming:
   • Use DRVI (Drive Incremental) and DRVA (Drive Absolute) commands to set up motion profiles.
   • Configure speed, position, and pulse output parameters.
3. Testing:
   • Verify the pulse outputs and ensure proper operation of the connected motor system.
   • Adjust parameters like acceleration and deceleration for smooth motion.