PLC Programing Cable | PLC JOURNAL

Panasonic DIY-Cable PLC/HMI- Connecting PC

Mitchell — Thu, 14 Sep 2023 11:16:58 +0000

Creating a DIY Panasonic PLC Cable: Bridging the Gap Between the Past and Present

In the world of automation and machinery, Panasonic Programmable Logic Controllers (PLCs) have long been a reliable choice. Finding their applications in various small machines, especially packaging units. However, with technological advancements, many older machines are still in use. Equipped with outdated PLCs and Human-Machine Interfaces (HMIs) that lack modern connectivity options like USB ports. Often relying solely on the RS-232 interface. This can be a significant hurdle when trying to integrate these machines into a more contemporary setup or simply. When you need to access the PLC for maintenance or programming.

In this article, we’ll guide you through the process of creating your own Panasonic PLC cable to bridge this connectivity gap. With a few readily available components and some DIY spirit, you can save both time and money. Here’s what you’ll need:

Materials Required: Panasonic DIY-Cable

5-Pin Mini DIN Port or PS2 Jack. You can obtain this from an old computer mouse or keyboard by removing one of its legs.

DB9-Female Port: Serves as the link to connect your Panasonic PLC with a contemporary computer.

Now that you have your materials ready, let’s dive into the steps to create your own Panasonic PLC cable.

Step

1: Preparing the Connectors – Panasonic DIY-Cable

Start by taking the 5-Pin Mini DIN Port or PS2 Jack. make sure it’s clean and free from any debris. This connector will be used to interface with your Panasonic PLC.

Next, take the DB9-Female Port, which will connect to your computer or any device with a standard RS-232 serial port. Ensure that it’s also clean and in good condition.

2: Pin Connections

Now, let’s begin by establishing the pin connections. Inside the 5-Pin Mini DIN Port or PS2 Jack, you will find five pins. Next, you need to carefully identify each pin and then connect them to the corresponding pins on the DB9-Female Port as follows:

First, connect Pin 1 (Data Carrier Detect, DCD) of the DB9-Female Port to Pin 3 (Transmit Data, TXD) of the 5-Pin Mini DIN Port. Additionally, ensure that the connection is secure and properly aligned to prevent any communication errors.

Next, connect Pin 2 (Receive Data, RXD) of the DB9-Female Port to Pin 2 (Receive Data, RXD) of the 5-Pin Mini DIN Port. Additionally, double-check the alignment to ensure a secure and accurate connection, which will help prevent any communication errors.

Then, connect Pin 5 (Signal Ground, GND) of the DB9-Female Port to Pin 5 (Signal Ground, GND) of the 5-Pin Mini DIN Port. Additionally, make sure the connection is secure and properly aligned, which will help ensure reliable communication between the devices.

3: Securing the Connections

After making the necessary connections, you should then secure them with soldering or suitable connectors. Furthermore, make sure the wires are properly insulated; otherwise, short circuits may occur. Finally, double-check the connections to ensure everything is safe and reliable.

4: Testing

Before using your homemade cable with your Panasonic PLC, it’s crucial to test. First, it is important to ensure that the connections are correct and that there are no loose wires or shorts. Next, you can do this by connecting the DB9-Female Port to your computer’s RS-232 port and, afterward, connecting the 5-Pin Mini DIN Port to your Panasonic PLC. Then, use the appropriate software or terminal emulation to establish communication with the PLC. Finally, verify that data is being transmitted and received correctly to confirm successful connectivity.

5: Final Assembly

Once you’re satisfied with the cable’s functionality, you can then finalize the assembly by securing the connectors in an enclosure or, alternatively, covering them with heat shrink tubing. Furthermore, this extra step helps prevent any potential damage or interference, ensuring long-term reliability.

Congratulations! You’ve successfully created a Panasonic PLC cable that allows you to connect your older machines to modern devices through an RS-232 interface. This DIY solution not only saves you money but also ensures that you can continue using your legacy equipment without compatibility issues.

In conclusion, as technology advances, it’s essential to find innovative solutions to bridge the gap between old and new equipment. Creating your own Panasonic PLC cable is a prime example of how a little DIY expertise can go a long way in keeping your machinery operational and cost-effective. So, don’t let outdated connectors hold you back; take matters into your own hands and adapt your equipment to meet the demands of the modern world.

Technical Guides
What Is a Programmable Logic Controller (PLC)? Full Explanation
What is HMI? Human-Machine Interface (HMI)-Full Explanation
What is a Variable Frequency Drive?-It’s complete guidelines
What Is a Servo drive and How Does it Work? It’s complete guidelines

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

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[PDF] HMI-Weintek Connection PLC Guide

The post Panasonic DIY-Cable PLC/HMI- Connecting PC appeared first on PLC JOURNAL.

[DIY-Cable] PLC/HMI-Keyence Connecting PC

Mitchell — Thu, 14 Sep 2023 07:43:41 +0000

DIY Guide: Creating a PLC to HMI Keyence Cable for Old and New Series

Introduction

In the world of industrial automation, communication is paramount, and having the right cables to connect your devices is crucial. In this guide, we’ll walk you through the process of creating a cable to connect a PLC (Programmable Logic Controller) and an HMI (Human-Machine Interface) Keyence, specifically for old series like KV/KZ and newer models like KV-3000/KV7300. This cable is essential for transferring data between these devices, allowing you to program and monitor your automation systems. All you need are a few readily available components: an RJ-11 port (desktop phone jack) and a DB-9 female port.

Getting Started

Before we delve into the process, ensure that you have the required components on hand. Once you have the RJ-11 port and DB-9 female port. Follow these steps to create your PLC to HMI Keyence cable:

Prepare the RJ-11 Port: First, the RJ-11 port, which is commonly found on telephone jacks, serves as an essential part of this cable. To begin with, start by identifying the pins on the RJ-11 port. Typically, you will find six pins, numbered 1 through 6. In addition, carefully noting each pin’s position will help ensure correct wiring and prevent errors during assembly.

Wiring Configuration for Old Series (KV/KZ): If you are working with an older series of Keyence devices like KV/KZ, you will need to connect pins 3 and 4 of the RJ-11 port to pins 2 (TXD) and 3 (RXD) of the DB-9 female port, respectively. This configuration allows for serial communication between the PLC and HMI.

Wiring Configuration for Newer Models (KV-3000/KV7300): For newer models like KV-3000/KV7300, you may need to use the serial port on the HMI device. In this case, connect pins 3 and 4 of the RJ-11 port to pins 2 (TXD) and 3 (RXD) of the DB-9 female port, respectively. This setup allows you to establish a serial connection for programming and data transfer.

Assemble the Cable:

Once you have connected the appropriate pins, first make sure that all connections are secure and properly soldered. Additionally, carefully inspect each connection to ensure that there are no loose wires or potential short circuits. Moreover, by thoroughly verifying the integrity of every connection at this stage, you can further guarantee the reliable and safe operation of the cable. Consequently, this careful approach helps prevent errors and ensures optimal performance.

Testing: Once your cable is fully assembled, it is now time to test it. First, connect the RJ-11 end to the PLC and the DB-9 female end to the HMI Keyence. Next, power up both devices and attempt to establish communication. If you encounter any issues, carefully double-check your wiring and soldering. In addition, it is also a good idea to verify that the communication settings on both devices match to ensure proper connectivity. Furthermore, addressing any discrepancies at this stage will help prevent further problems during operation.

Troubleshooting and Further Assistance

Creating a custom cable can be a rewarding experience, but it’s not uncommon to encounter challenges along the way, especially if you’re working with different device models or configurations. If you find that your cable doesn’t establish a connection or if you have questions about creating other cables for different devices, don’t hesitate to seek assistance.

Feel free to comment on this article with any issues or questions you may have. The automation community is often eager to help and share their expertise. Additionally, the manufacturer’s documentation and support resources can provide valuable insights and solutions to specific connectivity issues.

Conclusion

In the world of industrial automation, having the right cables to connect your devices is essential. By following this DIY guide, you’ve learned how to create a custom cable to connect a PLC and HMI Keyence, whether you’re working with older series like KV/KZ or newer models like KV-3000/KV7300. With the right cable in hand, you’ll have the ability to program, monitor, and control your automation systems effectively.

Remember that troubleshooting and fine-tuning may be necessary, so don’t be discouraged if you encounter initial challenges. Seek assistance from the automation community, and additionally, consult manufacturer resources to ensure a successful connection. Moreover, creating custom cables can be a valuable skill for any automation engineer, as it not only enhances technical expertise but also opens up a world of possibilities for optimizing industrial processes. In addition, leveraging these resources and skills can help prevent errors and improve overall system efficiency.

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post [DIY-Cable] PLC/HMI-Keyence Connecting PC appeared first on PLC JOURNAL.

[DIY-Cable] S7-200 Siemens Connecting PC

Mitchell — Thu, 14 Sep 2023 07:08:54 +0000

[DIY-Cable] S7-200 Siemens Connecting PC

Building Your Own Siemens S7-200 PPI PLC Programming Cable

The Siemens S7-200 PLC, often hailed as a legend in the world. PLCs, has been a trusted companion for countless automation engineers. Indeed, this robust and reliable device has played a pivotal role in numerous industrial automation applications. Moreover, its widespread adoption demonstrates its effectiveness and continued relevance in the field.

However, owning a Siemens S7-200 PLC comes with its challenges, particularly when it comes to programming cables. They aren’t always readily available, and their price can be steep.

we’ll guide you through the process of creating your very own Siemens S7-200 PPI. PLC programming cable, helping you save both time and money.

What You’ll Need

To begin this DIY journey, you’ll first require a handful of readily available components. Moreover, gathering all the necessary materials beforehand will ensure a smooth and efficient assembly process.

First, the COM DB9-Male Connector represents one end of the cable, which will then connect to your computer’s serial port. By doing so, it establishes the initial link necessary for proper communication with your PLC.

Next, the COM DB9-Female Connector forms the other end of the cable, which is specifically designed to connect to your Siemens S7-200 PLC. By making this connection, you effectively complete the physical link that is necessary for successful communication between your computer and the PLC. Consequently, this ensures reliable data transfer and proper system operation.

Green LED: This LED will serve as an indicator during the communication process.

Resistors: You’ll need resistors with values of 3kΩ, 5kΩ, and 680Ω.

Let’s Get Started

Building your Siemens S7-200 PPI PLC programming cable may seem daunting, but it’s a relatively straightforward process. Follow these steps carefully:

First, prepare the connectors by soldering the DB9-Male connector to one end of your cable and simultaneously attaching the DB9-Female connector to the other end. Then, ensure that all connections are secure, because a loose connection can lead to communication issues and consequently affect the performance of your PLC setup.

To begin, assemble the LED indicator by taking the green LED and connecting its anode (longer leg) to one end of the 680Ω resistor. Then, connect the other end of the resistor to pin 7 (RTS – Request to Send) on the DB9-Male connector. Next, connect the LED’s cathode (shorter leg) directly to pin 5 (GND – Ground) on the same DB9-Male connector. As a result, this LED will provide a clear visual indicator of communication.

Select the Right Resistor: Depending on your specific Siemens S7-200 PLC model and your computer’s serial port, you’ll need to experiment with different resistors. Generally, a 3kΩ resistor is suitable for most setups. However, if you encounter communication issues, try the 5kΩ or 680Ω resistors to achieve optimal results.

Testing: Once your cable is fully assembled, it’s time to test it. First, connect the DB9-Male end to your computer’s serial port and then attach the DB9-Female end to the Siemens S7-200 PLC. Next, power up the PLC and use your preferred programming software to establish communication. If everything is set up correctly, the green LED should light up, thereby indicating successful communication.

Conclusion

Congratulations! You’ve successfully created your Siemens S7-200 PPI PLC programming cable. This DIY project not only saves you money but also ensures you have a reliable tool at your disposal whenever you need it. Siemens S7-200 PLCs have left an indelible mark in the world of automation, and with your homemade programming cable, you’re ready to harness their power for your industrial applications.

As you explore the world of PLC programming and automation, remember that troubleshooting and fine-tuning may be necessary, especially when dealing with different Siemens S7-200 models and computer configurations. Don’t be afraid to experiment with resistor values or seek advice from fellow engineers who have embarked on similar DIY projects.

We hope that this guide has been helpful in your journey to create a Siemens S7-200 PPI PLC programming cable. Moreover, with dedication and a bit of technical know-how, you are well on your way to mastering the art of PLC programming and automation. Finally, good luck, and hopefully, may your PLC projects be a resounding success!

Technical Guides

What Is a Programmable Logic Controller (PLC)? Full Explanation
What is HMI? Human-Machine Interface (HMI)-Full Explanation
What is a Variable Frequency Drive?-It’s complete guidelines
What Is a Servo drive and How Does it Work? It’s complete guidelines

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post [DIY-Cable] S7-200 Siemens Connecting PC appeared first on PLC JOURNAL.

Mitsubishi SC-09 FX-Series PLC Programming Cable [DIY-Cable]

Mitchell — Wed, 13 Sep 2023 05:04:21 +0000

DIY Cable for Older Mitsubishi PLC Series: A Lifesaver When USB Isn’t an Option

Mitsubishi SC-09 FX-Series PLC Programming Cable [DIY-Cable]

In the realm of industrial automation, Mitsubishi’s Programmable Logic Controllers (PLCs) are renowned for their reliability and performance. However, as technology evolves, so does the connectivity required to interface with these PLCs. While newer Mitsubishi PLCs offer USB communication for ease and speed, there are instances when older models, such as the FX0N, FX1S, or FX1N, are still in operation. Moreover, even with newer models, you might find yourself in a pinch without a USB cable. In such cases, a DIY cable solution can be a lifesaver.

The Necessity for Mitsubishi SC-09 FX-Series PLC Programming Cable

Modern industrial environments often rely on USB communication for PLC programming and monitoring. It’s convenient, fast, and readily available. However, older Mitsubishi PLC series lack native USB ports, making it challenging to interface with them using conventional methods. Additionally, in situations where a USB cable is unexpectedly unavailable, you need a reliable alternative.

Crafting Your Mitsubishi SC-09 FX-Series PLC Programming Cable

To connect to older Mitsubishi PLC series, you’ll need a few essential components and the know-how to assemble them. Here’s a list of items required:

COM DB9-Female Connector: This connector is essential for connecting to the PC’s serial port.
Mini DIN 8-Pin Connector: The Mini DIN connector is the link between the cable and the PLC.
Resistor (500Ω to 1kΩ): The resistor acts as a crucial component to ensure the correct voltage levels for communication.

Building Your DIY Cable

Creating your own cable might seem daunting, but with a clear diagram and the right components, it’s a straightforward process. Follow these steps to construct your cable:

Step 1: Gather the Components

Collect the COM DB9-Female connector, Mini DIN 8-Pin connector, and the resistor with a resistance value between 500Ω and 1kΩ.

Step 2: Wiring the Cable

Using the diagram provided by Mitsubishi or a reliable source, carefully wire the components as instructed. Pay close attention to the pinout details, ensuring that each connection is accurate.

Step 3: Soldering (If Necessary)

Depending on your connectors, you might need to solder the connections for added stability and durability. Be sure to follow proper soldering techniques to create secure and reliable connections.

Step 4: Insulation

Once the connections are in place and secure, insulate them properly to prevent short circuits or any unintended contact between wires.

Step 5: Test the Cable

Prior to employing your DIY cable, it is essential to conduct a thorough assessment for continuity and accuracy. You can use a multimeter to check the connections and ensure there are no loose wires or solder joints.

Benefits of DIY Mitsubishi SC-09 FX-Series PLC Programming Cable

Creating your own cable for Mitsubishi PLCs, especially the older series, offers several advantages:

Cost-Efficiency: DIY cables are often more affordable than purchasing specialized cables, making them a budget-friendly solution.
Flexibility: You have control over the cable’s length, ensuring it suits your specific needs.
Quick Resolution: In emergencies or situations where USB cables are unavailable, a DIY cable can save the day.
Learning Experience: Building your cable can be an educational experience, enhancing your understanding of PLC communication.

Conclusion

While USB communication has revolutionized the way we interact with modern Mitsubishi PLCs, older models and unexpected USB cable shortages can pose challenges. Crafting your DIY cable, with the right components and careful attention to detail, provides a cost-effective, flexible, and reliable solution for interfacing with older PLCs or handling unforeseen circumstances.

This DIY approach ensures you’re always prepared to connect, program, and monitor your Mitsubishi PLCs, regardless of the situation. So, don’t let outdated technology or missing cables stand in your way – build your DIY cable and keep your automation processes running smoothly.

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post Mitsubishi SC-09 FX-Series PLC Programming Cable [DIY-Cable] appeared first on PLC JOURNAL.

[DIY-Cable] PLC Delta Programming Cable DVPACAB230

Mitchell — Tue, 12 Sep 2023 20:15:46 +0000

DIY PLC Delta Programming Cable DVPACAB230: Affordable and Effective

Introduction

Delta PLCs have gained immense popularity in the industrial automation field due to their cost-effectiveness and reliable performance. One crucial component needed to interface with a Delta PLC is a programming cable, such as the DVPACAB230. Fortunately, creating your own Delta PLC programming cable is a straightforward process. That can not only save you money but also provide a reliable connection.

In fact, in this article, we will guide you step by step through the process of crafting your own Delta PLC programming cable. While making use of readily available components so that you can complete the setup efficiently and effectively.

Creating Your Own Delta PLC Programming Cable

Here are the steps to create your own Delta PLC programming cable: first, gather all the necessary materials; then, follow each step carefully so that you can assemble the cable correctly and ensure reliable operation.

1. Gather the Necessary Components:

Mini Din 8 Pin Jack Male
DB-9 Female connector
Soldering equipment

2. Follow the Delta PLC Cable DIY Diagram:

“Additionally, Delta provides a diagram that clearly illustrates the connections you need to make between the Mini Din 8 Pin Jack Male and the DB-9 Female connector. By carefully following this diagram, you can ensure that all connections are made correctly, thereby avoiding potential errors. Therefore, ensure that you follow this diagram accurately, so that the correct connections are established and the cable functions reliably.

3. Use a USB to COM Cable for Laptops:

If you’re using a laptop that lacks a traditional COM port (RS232), you will need a USB to COM cable to connect your DIY Delta PLC programming cable. Specifically, this USB to COM cable will serve as an adapter, thereby allowing you to connect your programming cable to your laptop’s USB port. Consequently, it enables seamless communication between your Delta PLC and computer.

4. Create a Straight Cable:

It’s important to note that this DIY programming cable is a straight cable, meaning there are no extra resistances (R) in the circuit. This straightforward design ensures the cable works at full functionality when you correctly solder the connections as per the Delta PLC cable diagram.

Testing Your Connection

After assembling your DIY Delta PLC programming cable, it is therefore crucial to test the connection to ensure it is functioning correctly. To do this effectively, follow these steps carefully, so that you can verify proper operation and avoid potential issues.

1. Connect Your Cable:

First, plug the Mini Din 8 Pin Jack Male end of your programming cable into the Delta PLC’s corresponding port. By doing so, you establish a secure physical connection, which in turn allows for proper communication between the PLC and your computer. If you’re using a USB to COM adapter, connect it to your laptop’s USB port.

2. Power Up Your Delta PLC:

First, ensure that your Delta PLC is powered on and fully ready for communication. Additionally, double-check all connections, so that the system can communicate properly without any interruptions.

3. Software Configuration:

Next, open the programming software for your Delta PLC on your computer. Then, ensure that you properly configure the software to use the COM port to which you have connected your cable, so that communication between the PLC and computer is established successfully.

4. Establish Communication:

In the software, attempt to establish communication with your Delta PLC. If you’ve correctly followed the wiring diagram and configured the software settings, your PLC should be detected, and you can establish a connection for programming and monitoring.

Conclusion

Creating your own Delta PLC programming cable can be a cost-effective and practical solution, especially if you’re working on a budget or in situations where readily available cables are limited. Delta PLCs are known for their affordability and quality. Moreover, making your own cable allows you to further complement these advantages. As a result, you can save costs, enhance flexibility, and maintain reliable connections for your automation projects.

However, it’s important to keep in mind that while DIY programming cables can work effectively, they may not offer the same level of reliability and durability as commercially available cables. Commercial cables are designed and tested to withstand the rigors of industrial environments.

In summary, if you’re looking to connect your Delta PLC to your computer without breaking the bank. Crafting your own programming cable can be a valuable skill. Ensure you follow the provided wiring diagram diligently and, if needed, use a USB to COM adapter for laptops. With the right connections and configuration, your DIY Delta PLC programming cable will serve you well in various automation tasks.

Technical Guides

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post [DIY-Cable] PLC Delta Programming Cable DVPACAB230 appeared first on PLC JOURNAL.

[DIY-Cable] PLC OMRON Programing Cable for CJ/CS/CQ-Series

Mitchell — Tue, 12 Sep 2023 19:44:12 +0000

DIY PLC Programming Cable for Omron CS Series: A Cost-Effective Solution

Introduction

Omron, a renowned Japanese PLC (Programmable Logic Controller) manufacturer, has a rich and well-established history in the industry. Furthermore, its products are widely used in various applications. Which in turn makes them a common sight in workplaces around the world. Additionally, the company’s continued innovation ensures that its PLCs remain relevant and reliable for modern automation needs.

Buying specialized Omron CS series PLC cables can often be costly and may not suit limited budgets. However, you can easily build your own PLC programming cable for the Omron CS series by using simple components and following straightforward steps. Additionally, creating your own cable provides flexibility and can save both time and money.

Creating Your Own PLC Programming Cable

If purchasing an Omron CS PLC cable isn’t possible, you can make one yourself with simple steps. Here are the steps to create a DIY programming cable:

Gather the Necessary Components:
- A DB9-Male Jack
- Another DB9-Male Jack
- Soldering equipment
Follow the Welding Diagram: To begin, refer to the welding diagram provided by Omron for creating the programming cable. This diagram clearly illustrates the necessary connections between the two DB9-Male jacks. Additionally, ensure that you follow the diagram accurately. As precise connections are essential for proper functionality and to avoid potential issues during programming.
Use a USB-COM Converter (If Necessary): If your laptop lacks an RS232 COM port, you can use an additional USB-COM converter. This converter will allow you to connect the newly created programming cable to your computer’s USB port. Ensure that the USB-COM converter is compatible with your computer and operating system.
Configure Software Settings: To begin, open your programming software, such as CX-ONE, to communicate with your Omron CS series PLC. Then, in the software settings, select the connection type as Peripheral Bus serial communications. Furthermore, this configuration is crucial for establishing a successful and reliable connection. Between your computer and the PLC, ensuring smooth programming and data transfer.
Test Your Connection: Once you have completed the hardware setup and configured the software, connect your DIY programming cable to the Omron CS series PLC and your computer using the USB-COM converter if required. Power on the PLC and open the programming software. If you have followed the wiring diagram correctly and configured the software settings as instructed, your PLC should be detected, and you will be able to establish a connection.

Conclusion

Creating your own PLC programming cable for Omron CS series devices can be a cost-effective solution when purchasing one is not feasible. By following the provided welding diagram and using readily available components, you can establish a reliable connection between your computer and the PLC. Additionally, the use of a USB-COM converter allows compatibility with laptops that lack an RS232 COM port.

It’s important to note that while DIY programming cables can work well, they may not provide the same level of reliability and durability as commercially available cables. Commercial cables are designed and tested for long-term use in industrial environments. Therefore, if your work requires consistent and robust PLC communication, investing in a high-quality programming cable might be the better option.

In any case, creating your own PLC programming cable can be a valuable skill for technicians and engineers working with Omron CS series PLCs, especially in situations where budget constraints or time limitations come into play. If you encounter any difficulties or have questions during the DIY cable creation process, feel free to seek assistance or share your inquiries in the comments below. DIY solutions like this can empower professionals to overcome challenges and continue their work efficiently.

Technical Guides

Manual PDF

[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post [DIY-Cable] PLC OMRON Programing Cable for CJ/CS/CQ-Series appeared first on PLC JOURNAL.

[DIY-Cable] PLC “LS/LG” Programing Cable

Mitchell — Tue, 12 Sep 2023 18:34:48 +0000

Creating Your Personal LS/LG PLC Programming Cable: A Comprehensive Step-by-Step Manual

Introduction

Programming cables are indispensable tools when it comes to configuring and communicating with programmable logic controllers (PLCs).

In this guide, we will walk you through the process of creating your own LS/LG PLC programming cables for various series, including COM DB-9 Female, COM DB-9 Male, Mini DIN 6 Pin Male (PS/2 Jack, which you can repurpose from an old mouse port), Master-K/Glofa Series Programming Cable, and XGB/XGT/XBT/XBM Series Programming Cable.

By following these steps, you can save money and have the flexibility to customize your cables to meet your specific requirements.

Materials Required:

To create your own LS/LG PLC programming cables, you will need the following materials:

COM DB-9 Female Connector
COM DB-9 Male Connector
Mini DIN 6 Pin Male Connector (PS/2 Jack from an old mouse port)
Master-K/Glofa Series Diagram Programming Cable
XGB/XGT/XBT/XBM Series Diagram Programming Cable
Soldering Iron and Soldering Wire
Heat Shrink Tubing
Wire Strippers and Cutters

Step-by-Step Guide:

Follow these steps to make your own LS/LG PLC programming cables:

Prepare the Cables:
- Start by cutting the Master-K/Glofa Series Diagram Programming Cable to your desired length.
- For the XGB/XGT/XBT/XBM Series Diagram Programming Cable, also cut it to the desired length.
Identify the Pinout:
- Refer to the pinout diagrams provided for both cable types to ensure you connect the correct wires to the connectors.
Solder the Connections:
- Strip the insulation from the cable ends to expose the wires.
- Connect the wires to the appropriate pins on the COM DB-9 Female Connector and COM DB-9 Male Connector.
- For the Mini DIN 6 Pin Male Connector (PS/2 Jack), connect the wires as indicated in the diagram.
Insulate the Connections:
- Slide heat shrink tubing over the soldered connections.
- Apply heat to the tubing to shrink it, insulating and protecting the soldered joints.
Test the Cables:
- Before using the cables with your LS/LG PLC, perform a thorough test to ensure they work correctly.
Connect to the PLC:
- To begin with, plug the appropriate end of the cable into the corresponding communication port on your LS/LG PLC. Additionally, ensure that the connection is secure and properly aligned. Moreover, verifying the connection at this stage helps prevent communication errors and ensures reliable operation.
Software Configuration:
- First, install the required software or drivers on your computer to enable communication with LS/LG PLCs. In addition, make sure that you are using the latest versions to ensure compatibility. Moreover, completing this step correctly helps prevent connection issues and allows for smooth operation with your PLC system.
- Next, configure the software to use the appropriate COM port to which your cable is connected. In addition, verify that the selected port matches the one assigned by your operating system. Furthermore, ensuring the correct configuration helps prevent communication errors and allows the software to operate smoothly.

Different Cable Types:

COM DB-9 Female and COM DB-9 Male:
- These connectors are, in fact, commonly used for RS-232 serial communication with LS/LG PLCs. Moreover, they provide a reliable interface for data transfer between devices. In addition, their widespread adoption ensures compatibility across various industrial setups and applications.
- First and foremost, ensure that you have the correct pinout information before attempting to create the cable for your specific PLC model. In addition, verifying this information beforehand helps prevent potential connection errors. Moreover, it ensures that the cable will function properly and reliably once assembled.
Mini DIN 6 Pin Male (PS/2 Jack):
- Interestingly, you can repurpose an old PS/2 mouse port for this connector, thereby making it a cost-effective choice. In addition, this approach not only saves money but also reduces electronic waste. Furthermore, it provides a practical solution for adapting existing hardware without the need for additional purchases.
- To begin with, carefully follow the pinout diagram provided for your specific PLC model. Additionally, double-check each connection to ensure accuracy. Moreover, adhering closely to the diagram helps prevent potential errors and ensures proper functionality of your setup.

Conclusion:

Creating your own LS/LG PLC programming cables is a practical and economical solution for interfacing with your PLCs. By following the steps outlined in this guide and referencing the provided pinout diagrams, you can craft cables tailored to your needs. Whether you’re working with the Master-K/Glofa Series or the XGB/XGT/XBT/XBM Series, this DIY approach allows you to have reliable and customizable cables for programming and communication with your LS/LG PLCs.

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post [DIY-Cable] PLC “LS/LG” Programing Cable appeared first on PLC JOURNAL.

[DIY-Cable] PLC “Fatek/Facon” Programing Cable

Mitchell — Tue, 12 Sep 2023 07:13:58 +0000

Creating a Programming Cable for PLC Fatek FBs and PLC Facon Fbe

Introduction

Programming cables are essential tools for connecting a computer to a Programmable Logic Controller (PLC) like Fatek FBs and the older Facon Fbe series. These cables facilitate the communication between the computer and the PLC, allowing for programming, monitoring, and debugging.

In this article, we’ll guide you through the process of creating a programming cable that can connect to various computer COM ports, including DB-9 Male, DB-9 Female, DB-15 Male, and Mini DIN 4-Pin Male (commonly found on S-Video PC ports). PLC Facon, previously known as Facon Fbe, is part of the Fatek family, and this cable will work seamlessly with both.

Tools and Components Needed

Before we delve into the cable-making process, gather the necessary tools and components:

RS-232 Cable: Start with a standard RS-232 cable, which typically has a DB-9 Male connector on one end and open wires on the other.
Connectors: You’ll need DB-9 Male, DB-9 Female, DB-15 Male, and Mini DIN 4-Pin Male connectors. These connectors are readily available at electronics stores.
Soldering Iron and Solder: A soldering iron and solder are essential for securing the connections.
Wire Stripper and Cutter: These tools will help you prepare and trim the wires.
Heat Shrink Tubing: Use heat shrink tubing to insulate and protect your soldered connections.
Multimeter: A multimeter will assist in verifying the cable’s integrity.

Steps to Create the Programming Cable

Follow these steps to make a versatile programming cable for PLC Fatek FBs and PLC Facon Fbe that can connect to various COM ports:

Prepare the RS-232 Cable: Begin by cutting the open end of the RS-232 cable to expose the individual wires. There are usually nine wires inside.
Identify the Wires: Using a multimeter or cable documentation, identify the functions of each wire. The standard colors are often used to represent specific functions:
- Red: Transmit Data (TXD)
- Green: Receive Data (RXD)
- Black: Ground (GND)
- White: Request to Send (RTS)
- Blue: Clear to Send (CTS)
- Yellow: Data Set Ready (DSR)
- Brown: Data Terminal Ready (DTR)
- Orange: Ring Indicator (RI)
- Shield: Ground (GND)
Cut and Strip the Wires: Cut and strip the ends of the wires you’ll be connecting to your various connectors. Typically, you’ll need to prepare wires for TXD, RXD, and GND connections.
Solder the Connectors: Solder the wires to the respective pins of each connector. Ensure a secure connection, and don’t forget to use heat shrink tubing to insulate and protect your soldered joints.
Assemble the Cable: As you solder each connector, assemble the cable by attaching the connectors to the appropriate ends. You can use DB-9 Male, DB-9 Female, DB-15 Male, or Mini DIN 4-Pin Male connectors depending on your needs.
Test the Cable: Before using the cable, test it with your PLC and computer setup to ensure proper functionality. Verify that you can establish a connection and communicate with the PLC.

Conclusion

Creating a programming cable for PLC Fatek FBs and PLC Facon Fbe is a straightforward process when you have the right tools and components. This versatile cable, compatible with various COM ports, will prove invaluable for your PLC programming and maintenance needs. Remember to exercise caution when soldering and double-check your connections to ensure a reliable and functional cable for seamless communication between your computer and PLC.

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post [DIY-Cable] PLC “Fatek/Facon” Programing Cable appeared first on PLC JOURNAL.

DIY-Cable Vigor PLC Programing Cable

Mitchell — Mon, 11 Sep 2023 17:30:21 +0000

DIY-Cable Vigor PLC Programing Cable: A Step-by-Step Guide

Introduction – DIY-Cable Vigor

In the world of industrial automation, having a reliable DIY-Cable Vigor PLC Programming Cable for your PLC (Programmable Logic Controller) is absolutely essential. Moreover, these cables play a critical role as they facilitate seamless communication between your PC and PLC. Consequently, they enable you to efficiently program, monitor, and troubleshoot your automation systems without unnecessary delays.

However, finding the right cable can sometimes be challenging or costly. That’s why today, we will guide you through the process of making your own PLC Vigor programming cable. The best part? It’s a straightforward task that requires just one USB cable and one COM DB9-Female jack.

The Significance of a Programming Cable

Before we dive into the details of creating your programming cable, let’s understand why having a proper programming cable for your PLC is crucial:

Reliable Communication: Indeed, a well-constructed programming cable not only ensures stable and reliable communication between your PC and PLC but also helps prevent potential data transmission errors. Furthermore, this reliability contributes to smoother programming, monitoring, and troubleshooting processes.

Cost-Efficiency: Purchasing a ready-made programming cable can be expensive, especially for specialized PLC models. Creating your cable can save you a significant amount of money.

Customization: In particular, DIY programming cables allow you to easily tailor the cable’s length and connectors to your specific needs, thereby making them highly versatile. Furthermore, this flexibility ensures that the cable can adapt to a wide range of PLC setups and applications.

Now that we’ve established the importance of a programming cable, let’s move on to the steps to create your own PLC Vigor programming cable.

Components You’ll Need

Prior to starting, collect the subsequent components and tools:

USB Cable: Select a USB cable with a USB-A male connector on one end. The other end can be cut, as you will be attaching the DB9-Female jack to it.

COM DB9-Female Jack: Ensure you have a high-quality DB9-Female jack, as this will be the interface connecting to your PLC.

Soldering Iron and Solder: A soldering iron and solder are essential for securing the connections.

Heat-Shrink Tubing (optional): This tubing can be used to insulate and protect the soldered connections.

Wiring Diagram: Obtain a wiring diagram specific to your PLC model. The wiring diagram will indicate which pins on the DB9-Female jack need to be connected to which wires.

Crafting Your PLC Vigor Programming Cable

Here’s a step-by-step guide on how to create your own PLC Vigor programming cable:

1. Prepare the USB Cable

First, cut one end of the USB cable, leaving enough length to work with. Typically, a few inches (5–7 cm) should suffice. Additionally, make sure to measure carefully before cutting to avoid shortening the cable too much, which could make assembly more difficult.

Strip the outer insulation of the cut end to expose the individual wires inside.

2. Examine the Wiring Diagram

First, refer to the wiring diagram provided for your specific PLC model. Importantly, this diagram is essential because it clearly specifies which pins on the DB9-Female jack correspond to the wires you need to connect. Additionally, following the diagram carefully helps prevent wiring errors and ensures reliable communication between your PC and PLC.

3. Solder the Connections

First, carefully solder the exposed wires from the USB cable to the corresponding pins on the DB9-Female jack. Additionally, pay close attention to matching the wire colors to the pin assignments on the wiring diagram. Moreover, double-check each connection to ensure accuracy and prevent potential errors during communication.

First, ensure that your solder connections are secure. Additionally, check carefully to confirm that there is no stray solder bridging between adjacent pins. Furthermore, double-checking these connections helps prevent potential short circuits and ensures reliable operation.

4. Insulate the Connections (Optional)

To prevent short circuits or interference, you can first insulate the soldered connections using heat-shrink tubing. Next, carefully slide the tubing over each soldered connection, and then apply heat to shrink and seal the insulation. Additionally, ensure that all connections are fully covered to maintain safety and reliable performance.

5. Test Your Cable

Before putting your DIY PLC Vigor programming cable to work, it’s essential to test it. Connect it to your PLC and PC, and verify that the communication is stable and error-free.

Troubleshooting Tips

As you create your programming cable, here are some troubleshooting tips to consider:

Check the Wiring Diagram: First, make sure you have the correct wiring diagram for your specific PLC model. Otherwise, using an incorrect diagram can lead to connection issues. Additionally, carefully reviewing the diagram before starting the connections helps prevent errors and ensures reliable communication between your devices.

Inspect Your Soldering: First, thoroughly examine your soldered connections to ensure they are secure. Additionally, check that there are no loose wires or stray solder. Furthermore, verifying the quality of your soldering helps prevent short circuits and ensures reliable communication between your devices.

Test Continuity: First, use a multimeter to test for continuity between the connectors and cable ends. Additionally, this step helps identify any wiring errors. Furthermore, by carefully checking continuity, you can ensure that all connections are properly established and functioning correctly.

Use Quality Components: First and foremost, invest in high-quality connectors and a reliable USB cable to ensure the longevity and reliability of your programming cable. Additionally, using quality components helps prevent connection issues and ensures consistent performance over time. Moreover, this careful selection contributes to safer and more efficient programming.

Safety First: When soldering, exercise caution with hot soldering irons, and work in a well-ventilated area to prevent inhaling fumes.

Conclusion – DIY-Cable Vigor

Creating your own PLC Vigor programming cable is a practical and cost-effective solution that empowers you to maintain and optimize your automation systems. With the right components, tools, and a proper wiring diagram, you can craft a custom cable tailored to your specific PLC model. This DIY approach not only saves you money but also provides you with the flexibility to adapt to various automation scenarios.

As industrial automation technology advances, having a dependable programming cable remains a fundamental requirement. By mastering the art of creating your cables, you gain control over your automation projects and ensure their efficiency and reliability. Whether you’re a seasoned automation professional or an enthusiastic DIYer, this guide equips you with the knowledge to create a robust PLC Vigor programming cable for your unique needs.

Manual PDF
[PDF] Delta PLC DVP-ES2/EX2/SS2/SA2/SX2/SE&TP Operation Manual Free Download
Delta HMI-DOPSoft User Manual Free Download [PDF]

[DIY-Cable] HMI “Fuji/Hakko” Programing Cable
[DIY-Cable] “HMI Omron NT-Series” Programing Cable

[DIY-Cable] HMI Keyence “VT3-W4 Series” Cable Connecting To PLC
[PDF] HMI-Weintek Connection PLC Guide

The post DIY-Cable Vigor PLC Programing Cable appeared first on PLC JOURNAL.