• Unlock PLC / HMI Software List

That’s why today thelivingchristmascompany.com would like to inform you that I can unlock MicroLogix 1400 / 1100 / 1000 PLCs so you can intervene in the program if necessary.

+ Unlock Password MicroLogix 1400

+ Unlock Password MicroLogix 1100

+ Unlock Password MicroLogix 1000

RS-Logix 500 Password Master Unlock

Video Software Unlock MicroLogix-1400

//vimeo.com/manage/videos/1055592660/2b47114509

To unlock the MicroLogix PLC, please contact me via Email at the following address:

Email address: thelivingchristmascompany.com@gmail.com

Thanks and Best Regards!

The post [Unlock Password] MicroLogix 1400 / 1200 / 1100 Allen-Bradley PLC appeared first on thelivingchristmascompany.com.

Monitoring and storing data is a necessary need for every factory and business. Using Visual Studio will help us connect to any PLC completely free of charge and easily store data, today thelivingchristmascompany.com will connect to the Allen-Bradley Series PLC.

Today thelivingchristmascompany.com continues to guide you to connect Allen-Bradley PLC from Visual Studio via Ethernet port with Modbus TCP/IP communication standard to help bring extremely fast and stable communication speed.

+ Visual Studio C# & PLC Delta “Data Logging”

======

All Allen-Bradley PLCs have built-in Ethernet ports or Ethernet expansion modules that we can connect to this. (Need supports Modbus-TCP Communication)

Using Visual Studio to connect to a PLC has the following advantages:

+ Connects to all Allen-Bradley PLCs: Connection through built-in PLC communication ports such as Ethernet, RS232, RS485 or Expansion modules

+ Easy customization, can store all PLC memory areas, can store data when PLC Trigger or Store according to fixed time cycles.

+ The software is completely free, can package Windows applications and use an unlimited number of computers

+ Connect multiple PLCs with just one software, suitable for SCADA systems for factory management

I not share this project. If you need it, you will have to pay a small fee:

+ Make the program according to your requirements and package it into an Exe file that can be used on any computer: 30$

+ Get “Full Source Code” and user manual as well as lifetime support: 120$

Payment methods

+ Paypal

• Payment via email address: thelivingchristmascompany.com@gmail.com

+ Crypto

• USDT Wallet (TRC20): TBxu9tjKKZvoTkPNurYk8FYpQfENHNUnRM

You will receive the software via Email or any other method you want!

Please contact: thelivingchristmascompany.com@gmail.com for more details and software purchase.

Thanks and Best Regards!

The post PLC Allen Bradley & Visual Studio C# “Data Logging” appeared first on thelivingchristmascompany.com.

The Allen-Bradley PowerFlex 525 inverter has a built-in RS485 communication port that makes it easy to connect to it from the QJ71C24N Module.

QJ71C24N & PowerFlex 525 “Connection Diagram”

Below is a diagram of Modbus RS485 communication connection between QJ71C24N and PowerFlex 525

PowerFlex 525 “Modbus RTU” Parameters Setting

To be able to control and monitor the PowerFlex 525 through the Modbus-RTU protocol, we need to set the following parameters:

PowerFlex525 Modbus Registers Address

+ VFD Control Address = 2000 (Hexa)

• Set Word 2000 = 18 >>> Motor Forward Start
  = 34 >>> Motor Reverse Start
  = 1 >>> Stop
  = 8 >>> VFD Fault Reset

+ Frequency Reference Address = 2001 (Hexa)

• Frequency Command Address = 2102 (Hexa)
• Output Frequency Address = 2103 (Hexa)
• Output Current Address = 2104 (Hexa)
• DC-BUS Voltage Address = 2105 (Hexa)
• Output Voltage Address = 2106 (Hexa)

Mitsubishi QJ71C24N “Modbus RTU” Configuration

Here are the basic configuration steps to set parameters for Mitsubishi QJ71C24N

+ Step 1: Create New Project

+ Step 2: I/O Configuration

+ Step 3: Channel.2 Parameters Setting

+ Step 4: Sent Parameters to Module QJ71C24N

+ Step 5: Disable “Echoback”

• Set G450 = 1 (Disable Echoback)

QJ71C24N & PowerFlex 525 “Protocols Setting”

>>> Protocol No.1: Func = 06 / “Write Single Registers”

• Slave Address = D100
• Register Adress = D101
• Register Value = D110
• “Comm. Error” = D300

>>> Protocol No.2: Func = 03 / “Read Holding Registers”

• Slave Address = D200
• Starting Address = D201
• Quantity of Registers = D202
• Registers Value Response = D210 “From D210…D335 depending on the number of Registers (D202) to read”
• “Comm. Error” = D300

HMI Programming

+ Error Clear & Disable Echoback

+ Communication Distribution

+ Frequency Setting Command

+ VFD Control Command

+ Data Output Monitoring

+ HMI Control Panel

Project Video Tutorial

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References

+ Download Mitsubishi GX-Works 2 Full Software

+ HMI Weintek & Mitsubishi Q03UDV “Connection Tutorial”

+ Download Allen-Bradley PowerFlex 525 Manual PDF

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The post Mitsubishi QJ71C24N “Modbus RTU” PowerFlex 525 Tutorial appeared first on thelivingchristmascompany.com.

Today thelivingchristmascompany.com will guide you to use Siemens S7-200 PLC to control PowerFlex 525 inverter through Modbus-RTU communication protocol in the easiest way to understand.

Siemens S7-200 & PowerFlex 525 “Wiring Diagram”

In addition to the basic parameters of the inverter installed according to the motor (frequency, current, voltage� we need to install the following Modbus communication parameters:

PowerFlex 525 Registers Address Table

Note: Siemens S7-200 Holding Registers Address =
“VFD Address (Dec) + 40001”

+ VFD Control Address = 8192 + 40001 = 48193 (dec)

• Set Word 48193 = 18 (dec) >>> Run Forward
• Set Word 48193 = 34 (dec) >>> Run Reverse
• Set Word 48193 = 1 (dec) >>> Stop
• Set Word 48193 = 8 (dec) >>> VFD Fault Reset

+ Frequency Setting Address = 8193 + 40001 = 48194 (dec)

+ Frequency Output Address = 8451 + 40001 = 48452 (dec)

+ Current Output Address = 8452 + 40001 = 48453 (dec)

+ DC-BUS Voltage Address = 8453 + 40001 = 48454 (dec)

+ Voltage Output Address = 8454 + 40001 = 48455 (dec)

PLC Programming

+ Communication Distribution

+ S7-200 Modbus Configuration

+ Setting Frequency

+ VFD Control Setting

+ Read Data Output

Project Video Tutorial

======

Related Software and Documents

+ Download Siemens STEP7 MicroWIN V4.0 Software

+ Download PowerFlex 525 Inverter Manual PDF

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If in the process of using Siemens S7-200 to control the Allen-Bradley PowerFlex 525 inverter via Modbus protocol, you need any support, please comment below the article, thelivingchristmascompany.com will answer you when I read comments.

Thanks and Best Regards!

The post Siemens S7-200 “Modbus RTU” PowerFlex 525 VFD appeared first on thelivingchristmascompany.com.

Today thelivingchristmascompany.com will guide you to use an extremely cheap but good quality HMI that is Samkoon SK-070HS connected to MicroLogix 1400 PLC via Ethernet Port.

MicroLogix 1400 Ethernet Configuration

+ IP Address Setting

Samkoon HMI to PLC MicroLogix Ethernet Setting

We need to pay attention to the “IP Address” and “Port.” of PLC MicroLogix-1400

I/O Mapping

Project Video Tutorial

======

Related Software

>>> Samkoon HMI Programming Software Download

Please subscribe to Youtube channel and Website to read new articles of thelivingchristmascompany.com, if you need support please comment below the article, I will reply to you as soon as possible.

Best Regards!

The post Samkoon HMI & MicroLogix 1400 “Communication” Tutorial appeared first on thelivingchristmascompany.com.

Allen-Bradley PowerFlex 525 has built-in 1 Ethernet/IP port and 1 DSI (Serial) port, today thelivingchristmascompany.com will guide you to use Kinco HMI to control it via Modbus-RTU protocol.

Samkoon HMI & PowerFlex 525 “Wiring Diagram”

+ RS485 communication connection diagram between HMI Samkoon SK-070HS and PowerFlex-525 inverter:

Allen-Bradley PowerFlex 525 Modbus Configuration

We need to set the following communication parameters to make PowerFlex 525 drive controllable by Modbus RTU protocol:

Allen-Bradley “PowerFlex 525” Modbus Registers Address

>>> VFD Control Address = 8192 (dec)

• Set Word 8192 = 18 (dec) >>> Run Forward
• Set Word 8192 = 34 (dec) >>> Run Reverse
• Set Word 8192 = 1 (dec) >>> Stop
  = 8 (dec) >>> VFD Fault Reset

>>> Frequency Setting Address = 8193(dec)

>>> VFD Status Address = 8448 (dec)

+ Frequency Output Address = 8451 (dec)
+ Current Output Address = 8452 (dec)
+ Volatge Output Address = 8454 (dec)

Samkoon HMI Modbus Parameters Setting

We have set the communication parameters for the PowerFlex 525 inverter like that, the same settings for the Samkoon HMI

HMI Programming

+ Control Panel

+ VFD Ready Status

+ VFD Running Status

+ VFD Alarm Status

+ VFD Reset Command

+ Setting Frequency

+Run Forward Command

+ Run Reverse Command

+ Stop Command

+ Read Output Frequency

+ Read Output Current

+ Read Output Voltage

Project Video Tutorial

======

References

+ Download HMI Samkoon Programming Software

+ PowerFlex 525 Manual PDF Download

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The post Samkoon HMI “Modbus RTU” PowerFlex 525 Tutorial appeared first on thelivingchristmascompany.com.

Powerflex 525 has a built-in Ethernet/IP port and DSI that supports RS485 so it can be controlled and monitored using Modbus RTU protocol. Today thelivingchristmascompany.com will guide you to use the Kinco MT4414TE HMI to control it through this protocol.

HMI Kinco & PowerFlex 525 “Wiring Diagram”

+ I use the COM.0 port (RS485-2 wire) to connect to the PowerFlex 525 inverter (other Kinco HMI models connect similarly)

PowerFlex-525 Modbus Parameters Setting

We need to set the following communication parameters for PowerFlex 525 to make it controllable by “Modbus RTU” Communication:

PowerFlex-525 Modbus Registers Address

Note: HMI Kinco Holding Registers Address =
“VFD Address (Dec) + 1“

+ VFD Control Address = 8192 (dec) + 1 = 8193 (dec)

• Set Word 8193 = 18 (dec) >>> Run Forward
• Set Word 8193 = 34 (dec) >>> Run Reverse
• Set Word 8193 = 1 (dec) >>> Stop
  = 8 (dec) >>> VFD Fault Reset

+ Frequency Setting Address = 8193 (dec) + 1 = 8194 (dec)

+ VFD Status Address = 8448 (dec) + 1 = 8449 (dec)

+ Frequency Output Address = 8451 (dec) + 1 = 8452 (dec)
+ Current Output Address = 8452 (dec) + 1 = 8453 (dec)
+ Voltage Output Address = 8454 (dec) + 1 = 8455 (dec)

Kinco HMI Modbus Configuration

In order for Kinco HMI to control PowerFlex 525 inverter with Modbus RTU, we need to set the same communication parameters as the inverter:

HMI Programming

+ Control Panel

+ “VFD Ready” Status

+ “VFD Running” Status

+ “VFD Alarm” Status

+ VFD Reset Command

+ Setting Frequency

+ “Forward Run” Command

+ “Reverse Run” Command

+ “Stop” Command

+ Output Frequency Monitoring

+ Output Current Monitoring

+ Output Voltage Monitoring

Project Video Tutorial

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References

+ HMI Kinco Programming Software Download

+ Download Allen-Bradley PowerFlex 525 Manual PDF

(Password Extract: thelivingchristmascompany.com)

If in the process of using the HMI Kinco MT4414TE to control the Allen-Bradley inverter that you need any support, please comment below the article, thelivingchristmascompany.com will reply to you as soon as I read the comments.

Best Regards!

The post HMI Kinco “Modbus RTU” PowerFlex 525 Tutorial appeared first on thelivingchristmascompany.com.

I use the Allen-Bradley MicroLogix 1100 PLC (built-in 1 RS485 port) to connect and control the Inovance MD200 inverter

MicroLogix 1100 & Inovance MD200 “Wiring Diagram”

You can use the 1763-NC01 expansion module for easy wiring or connect directly to the RS485 port of the MicroLogix 1100 PLC.

Inovance MD200 Modbus Parameters Setting

Below are the communication parameters that need to be set up for the Inovance MD200 so that we can control it with Modbus-RTU.

Inovance MD200 Modbus Registers

Note: PLC MicroLogix Holding Registers Address =
“VFD Address (Dec) + 1“

+ VFD Control Address = 2000 (hex) = 8192 (dec) + 1 = 8193 (dec)

• Set Word 8193 = 1 >>> Forward Run
• Set Word 8193 = 2 >>> Reverse Run
• Set Word 8193 = 6 >>> Stop

>>> Set Frequency Address = 1000 (hex) = 4096 (dec) + 1 = 4097 (dec)
+ Frequency Reference = (0 to 10000 dec) ~ (0 to VFD Max Frequency)

• Output Frequency Address = 1001 (hex) = 4097 (dec) + 1 = 4098 (dec)
• Output Voltage Address = 1003 (hex) = 4099 (dec) + 1 = 4100 (dec)
• Output Current Address = 1004 (hex) = 4100 (dec) + 1 = 4101 (dec)

PLC Micrologix Modbus RTU Configuration

PLC Programming

+ Communication Distribution

+ VFD Control Command

+ Frequency Setting Command

+ Data Monitoring

Project Video Tutorial

======

Related Software and Documents

+ Inovance MD200 Manual PDF Download

Password Extract: thelivingchristmascompany.com

If you need any assistance in the process of implementing this project, please comment below the article, thelivingchristmascompany.com will reply you as soon as possible.

Thanks and Best Regards!

The post MicroLogix 1100 “Modbus RTU” Inovance MD200 Tutorial appeared first on thelivingchristmascompany.com.

MicroLogix 1400 PLC has a built-in RS485 port, you can use the 1763-NC01 Expansion Module for easy wiring or direct connection is no problem.

MicroLogix 1400 & Inovance MD200 “Wiring Diagram”

+ RS485 Communication connection diagram between MicroLogix 1400 PLC and Inovance MD200

Inovance MD200 Inverter Parameters Setting

We need to set the following communication parameters to be able to control Inovance MD200 using Modbus RTU communication protocol

Inovance Inverter Registers Address

Note: PLC MicroLogix Holding Registers Address =
“VFD Address (Dec) + 1“

+ VFD Control Address = 2000 (hex) = 8192 (dec) + 1 = 8193 (dec)

• Set Word 8193 = 1 >>> Forward Run
• Set Word 8193 = 2 >>> Reverse Run
• Set Word 8193 = 6 >>> Stop

+ Set Frequency Address = 1000 (hex) = 4096 (dec) + 1 = 4097 (dec)
>>> Frequency Reference = (0 to 10000 dec) ~ (0 to VFD Max Frequency)

• Output Frequency Address = 1001 (hex) = 4097 (dec) + 1 = 4098 (dec)
• Output Voltage Address = 1003 (hex) = 4099 (dec) + 1 = 4100 (dec)
• Output Current Address = 1004 (hex) = 4100 (dec) + 1 = 4101 (dec)

MicroLogix 1400 Modbus Configuration

PLC MicroLogix Modbus Example

+ Communication Distribution

+ VFD Control Command

+ Frequency Setting Command

+ Data Monitoring

Video Tutorial

======

References

+ PLC MicroLogix 1400 Software Download

+ Inovance MD200 Manual PDF Download

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The post PLC MicroLogix “Modbus RTU” Inovance MD200 Tutorial appeared first on thelivingchristmascompany.com.

The inverter model used is Allen-Bradley PowerFlex 525, this is one of the most commonly used models on the market (other models with the same control series are similar)

HMI Mitsubishi & PowerFlex 525 “Wiring Diagram”

Connection Diagram

Allen-Bradley PowerFlex 525 Parameters Setting

Below are the communication parameters that need to be installed for the PowerFlex 525 inverter so that we can control and monitor it with Modbus-RTU.

Modbus Registers Mapping

Note: Mitsubishi GOT2000 Holding Registers Address =
“VFD Address (Dec) + 400001“

>>> Motor Control Address = 8192 (dec) + 400001 = 408193 (dec)

• Set Word 408193 = 18 (dec) >>> Run Forward
• Set Word 408193 = 34 (dec) >>> Run Reverse
• Set Word 408193 = 1 (dec) >>> Stop
  = 8 (dec) >>> VFD Fault Reset

>>> Frequency Setting Address = 8193 (dec) + 400001 = 408194 (dec)

>>> VFD Status Address = 8448 (dec) + 400001 = 408449 (dec)

+ Output Frequency Address = 8451 (dec) + 400001 = 408452 (dec)
+ Output Current Address = 8452 (dec) + 400001 = 408453 (dec)
+ Output Voltage Address = 8454 (dec) + 400001 = 408455 (dec)

Mitsubishi GT2505-VTBD Modbus Configuration

We need to set the communication parameters for the Mitsubishi HMI inverter the same as those installed for the PowerFlex 525 inverter.

HMI Mitsubishi Programming

+ HMI Design

+ VFD “Ready” Status

+ VFD “Running” Status

+ VFD “Alarm” Status

+ VFD Reset Command

+ Frequency Setting

+ Forward Run Command

+ Reverse Run Command

+ Stop Command

+ Output Frequency Read

+ Output Current Read

+ Output Voltage Read

Project Video Tutorial

======

Related Software and Documents

+ Mitsubishi GT-Designer 3 Software Free Download

+ PowerFlex 525 Inverter Manual PDF Download

(Password Extract: thelivingchristmascompany.com)

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The post Mitsubishi HMI “Modbus RTU” PowerFlex 525 Tutorial appeared first on thelivingchristmascompany.com.