SCHNEIDER 140SAI94000S

  • Feedback Input: The drive might require feedback signals from an encoder or resolver mounted on the motor shaft to monitor its actual position and ensure accurate motion control.
  • Programming Interface: The drive might require specific programming within the PLC environment to define desired motor control profiles and functionalities.

Important Note: Due to limitations in accessing the internet, I cannot confirm the exact functionalities (motor power and voltage ratings, current ratings, control interface), detailed specifications, or compatibility with your specific motor for the 140SAI94000S variant.

Here are some suggestions for finding more information about SCHNEIDER 140SAI94000S:

  • Contact Schneider Electric support: Reaching out to Schneider Electric customer support is the best way to obtain the most accurate details. Their contact information should be available on the Schneider Electric website
Category:

Description

Based on the information I can access offline and combining insights from previous searches, here’s a comprehensive response for SCHNEIDER 140SAI94000S:

Product Name: Potential Schneider Electric Modicon Quantum Servo Drive (likely)

Product Description:

The Schneider Electric 140SAI94000S is likely a servo drive for the Schneider Electric Modicon Quantum programmable logic controller (PLC) system. Servo drives are electronic devices that control AC or DC motors used in motion control applications requiring high precision and torque. They receive control signals from the PLC and regulate the motor’s speed, position, and torque based on the programmed instructions.

Key Functionality:

 

  • Precise Motion Control: Provides accurate control of motor speed, position, and torque for various industrial automation applications.

Possible Parameters and Specifications (based on general knowledge):

  • Motor Power Rating: The drive’s power rating (in watts or kilowatts) determines the size and power of the AC or DC servo motor it can control.
  • Voltage Rating: The drive might be designed for operation with specific voltage ranges (e.g., single-phase 230V AC, three-phase 480V AC, or DC voltage).
  • Continuous Current Rating: The maximum current the drive can deliver continuously to the motor without overheating.
  • Peak Current Rating: The maximum current the drive can deliver for short durations (e.g., during acceleration) to overcome inertia.
  • Control Interface: The method by which the PLC communicates with the servo drive (e.g., analog voltage commands, pulse train outputs, fieldbus network).

Additional Specifications (potential details):

  • Feedback Input: The drive might require feedback signals from an encoder or resolver mounted on the motor shaft to monitor its actual position and ensure accurate motion control.
  • Programming Interface: The drive might require specific programming within the PLC environment to define desired motor control profiles and functionalities.

Important Note: Due to limitations in accessing the internet, I cannot confirm the exact functionalities (motor power and voltage ratings, current ratings, control interface), detailed specifications, or compatibility with your specific motor for the 140SAI94000S variant.

Here are some suggestions for finding more information about SCHNEIDER 140SAI94000S:

  • Contact Schneider Electric support: Reaching out to Schneider Electric customer support is the best way to obtain the most accurate details. Their contact information should be available on the Schneider Electric website