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Used torque controller in Germany

  • Trusted Seller
    Siemens Midimaster Vector 6SE3213-8FG40 inverter

    Siemens Midimaster Vector 6SE3213-8FG40 inverter MDV220/4.4KW 6ES32138FG40

    • Manufacturer: Siemens
    • Model: 6SE

    7A 47-63Hz 3.9A 0-650Hz Overload 150% 60SEK, 200% 3SEK

    $2,889 USD
    Borken, Germany
  • 2013 KLEMA AST30-2-230V

    2013 KLEMA AST30-2-230V

    • Manufacturer: KLEMA

    The unused DEPRAG AST30-2-230V sequence controller, built in 2013, offers high-precision control across the entire torque range and is suitable for manual and stationary applications. With numerous communication ...

    Freiberg, Germany
  • Siemens MICROMASTER 420 6SE6420-2AD22-2BA1

    Siemens MICROMASTER 420 6SE6420-2AD22-2BA1

    • Manufacturer: Siemens
    • Model: 6SE

    used MICROMASTER 420 built-in class A filter 3AC380-480V+10/-10% 47-63Hz constant torque 2.2kW overload 150% for 60S square torque 2.2kW 202x 149x 172 (HxWxD) protection class IP20 ambient temperature-10+50°C wit...

    Freiberg, Germany
  • Siemens MICROMASTER Vector 6SE3213-6CA40 frequency

    Siemens MICROMASTER Vector 6SE3213-6CA40 frequency converter

    • Manufacturer: Siemens
    • Model: 6SE

    Siemens MICROMASTER Vector 6SE3213-6CA40 Frequency converter Part number: 6SE3213-6CA40 Description: The Siemens MICROMASTER Vector 6SE3213-6CA40 is a powerful frequency converter for industrial applications. It ...

    Lennestadt, Germany
  • Siemens MICROMASTER Vector 6SE3213-6CA40 frequency

    Siemens MICROMASTER Vector 6SE3213-6CA40 frequency converter

    • Manufacturer: Siemens
    • Model: 6SE

    Siemens MICROMASTER Vector 6SE3213-6CA40 frequency inverter Description: The Siemens MICROMASTER Vector 6SE3213-6CA40 is a powerful frequency converter for industrial applications, enabling precise control of tor...

    Lennestadt, Germany

Overview

Programmable Logic Controllers (PLCs) are essential components in industrial automation, used for controlling machinery and processes in manufacturing, production lines, and other automated systems. They are designed to handle multiple inputs and outputs, offering reliable, flexible, and scalable solutions for complex control tasks. PLCs are known for their robustness and ability to operate in harsh industrial environments.

FAQ

What factors should I consider when purchasing a PLC?

Consider the number of input/output points required, the processing speed, memory capacity, compatibility with existing systems, and the specific application needs. Also, check for the availability of technical support and software updates.

How can I ensure safe shipping of a PLC?

Use a reputable shipping service that specializes in delicate electronic equipment. Ensure the PLC is packaged securely with ample padding to protect against shocks and vibrations during transit.

What are the maintenance requirements for a PLC?

Regularly inspect the PLC for dust and debris, ensure proper ventilation, and check connections for any signs of wear or corrosion. Follow the manufacturer's guidelines for firmware updates and system diagnostics to ensure optimal performance.