Industrial Automation » Programmable Logic Controllers (PLC)

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Used nano expand unit

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    TSX073L1428

      Schneider PLCTSX073L1428 Nano, 100/240 VAC Power supply , 8 input, 24VDC, 6 Relay Out, not Expand

      Shenzhen, China
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      TSX07EX1612

        Schneider PLCTSX07EX1612 Nano Expand Units , 24 VDC, 9 Points Input, 24VDC, 7 Points Output , 24VDC/0.5A

        Shenzhen, China
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        TSX07EX2428

          Schneider PLCTSX07EX2428 Nano Expand Units , 100/240VAC, 14 Points Input, 24VDC, 10 Points Output , Relay

          Shenzhen, China
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          TSX07EX1628

            Schneider PLCTSX07EX1628 Nano Expand Units , 100/240VAC, 9 Points Input, 24VDC, 7 Points Output , Relay

            Shenzhen, China
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            TSX07EX2412

              Schneider PLCTSX07EX2412 Nano Expand Units , 24 VDC, 14 Points Input, 24VDC, 10 Points Output , 24VDC/0.5A

              Shenzhen, China
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              TSX07SIM14

                Schneider PLCTSX07SIM14 Nano 24 Points I/O 24VDC Input Simulator , 14 Points

                Shenzhen, China
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                TSX07SIM09

                  Schneider PLCTSX07SIM09 Nano 16 Points I/O 24VDC Input Simulator , 9 Points

                  Shenzhen, China
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                  TSX07SIM06

                    Schneider PLCTSX07SIM06 Nano 10 Points I/O 24VDC Input Simulator , 6 Points

                    Shenzhen, China
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                    TSX073L2028

                      Schneider PLCTSX073L2028 Nano, 100/240 VAC Power supply , 12 input, 24VDC, 8 Relay Out, not Expand

                      Shenzhen, China

                    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.