• 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

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

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

Today thelivingchristmascompany.com will guide you to install it as quickly and easily as possible, helping everyone save time without having to read a lot of documents.

Rexroth VFC 3610 “Wiring Diagram”

BOSCH Rexroth VFC 3610 Basic Parameters Setting

Below are the basic parameters of the Rexroth VFC 3610 inverter that we need to install when using it:

Rexroth VFC 3610 Internal Control

Using the keypad on the inverter to control it is the simplest way to operate the ABB ACS355. This is also the fastest way to test the inverter.

Rexroth VFC 3610 Internal Control

Video Tutorial

Related Documents

>>> Download Rexroth VFC 3610 Manual PDF

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• LabView “Modbus RTU” Omron E5CC Tutorial

The first inverter I used was the Allen Bradley PowerFlex 525 Inverter. Attention, we need to prepare 1 USB to RS485 Cable.

Computer & PowerFelex 525 “Wiring Diagram”

PowerFlex 525 Modbus RTU Parameters Setting

In addition to the basic parameters of the inverter (frequency, voltage, current), we need to set the following communication parameters:

Register for Control

>>> Motor Control Address = 8192

• Set Word 8192 = 18 >>> Motor Forward Run
  = 34 >>> Motor Reverse Run
  = 1 >>> Stop Run
  = 8 >>> VFD Clear Error

>>> Frequency Reference Address = 8193

Register for Monitoring

LabView Modbus-RTU Programming

Front Panel

Block Diagram

Video Tutorial

======

References Document

+ Allen-Bradley PowerFlex 525 Manual PDF (Password Extract: thelivingchristmascompany.com)

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• MicroLogix 1100 “Modbus RTU” Omron E5CC Tutorial

MicroLogix 1100 PLC has built-in RS232/RS485 port, you can plug the power cord directly into the MiniDIN 8P port, or use the 1763-NC01 extension cable

MicroLogix 1100 & Autonics TK4S “Wiring Diagram”

Note: A terminal resistor is required if the communication distance is long

TK4S Modbus-RTU Communication Configuration

To set communication parameters for TK4S we need to go to Cluster Parameters.4 ( thelivingchristmascompany.com choose 8bit/Even/1bit communication type).

TK4S >>> Mode >>> PAr.4

+ AdrS = 1 (Modbus Slave)

+ bPS = 9.6 (9600bps)

+ Prty = EvEn (Parity check)

+ StP = 1 (Stop bit)

+ rSy.t = 20 (Response time)

Note: MicroLogix 1100 Address = “VFD Address (Dec) + 1“

Register Address for Set Temperature

+ Funtion Code = 06

+ Address = 0000 + 1 = 1

Register Address for Read Temperature

+ Funtion Code = 04

+ Address = 03E8 (hex) + 1 = 1000 (dec) + 1 = 1001

PLC MicroLogix 1100 Programming

+ Channel Configuration

+ Read / Write Distribution

+ Read / Write Command

+ TK4S 1 Temp. Write Command

+ TK4S 2 Temp. Write Command

+ TK4S 1 Temp. Monitoring Command

+ TK4S 2 Temp. Monitoring Command

Detailed Instruction Video

======

Documents Reference

+ Allen Bradley MicroLogix 1100 Manual PDF Download

+ Autonics TK4S Manual PDF Download

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• MicroLogix 1100 “Modbus RTU” FUJI Frenic Mini VFD

Today thelivingchristmascompany.com would like to continue sharing the article on how to connect MicroLogix Controller Omron E5CC via Modbus RTU RS485

MicroLogix 1100 & Omron E5CC “Wiring Diagram”

Note: That if the communication distance is >50m, a 120Ω Resistor must be used

E5CC Communication Configuration

Table of communication parameters and configuration in the project

Omron E5CC Register Address

Note: MicroLogix 1100 Address = “VFD Address (Dec) + 1“

• Set Temperature Address = 2103 (hex) + 1
  = 8451 (dec) + 1 = 8452

• Read Temperature Present Address = 2000 (hex) + 1
  = 8192 (dec) + 1 = 8193

MicroLogix 1100 Programming

+ Channel 0 Configuration

+ Auto Read/Write Distribution

+ Read / Write Command

+ E5CC 1 SV Write Commnad

+ E5CC 2 SV Write Command

+ E5CC 1 Read Command

+ E5CC 2 Read Command

Project Video Tutorial

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Document Reference

+ PLC MicroLogix 1100 Manual PDF Download

+ Omron E5CC Manual PDF Download

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The post MicroLogix 1100 “Modbus RTU” E5CC Omron Tutorial appeared first on thelivingchristmascompany.com.

• MicroLogix 1100 “Modbus RTU” INVT GD20 VFD

The PLC model I use is MicroLogix 1100 and FUJI Frenic Mini inverter, other FUJI Frenic Series do the same (Frenic Mini, Frenic Eco, Frenic Multi, Frenic MEGA)

MicroLogix 1100 & Fuji Frenic “Wiring Diagram”

FUJI Frenic Modbus RTU Configuration

In order for the inverter to run in Modbus-RS485 mode, we need to set the following parameters:

• H30 = 3 (VFD Control via RS485 Port)
• Y01 = 1 (Slave Address)
• Y02 = 0
• Y03 = 2
• Y04 = 2 (9600bps)
• Y05 = 0 (data: 8bit)
• Y06 = 1 (parity check: Even)
• Y07 = 1 (stop bit: 1)
• Y10 = 0 (Modbus RTU Selection)
• Y99 = 0

FUJI Frenic Modbus Address Table

Below is a table of hex addresses of different Command Groups

Register Control Address

Note: MicroLogix 1100 Address = “VFD Address (Dec) + 1“

• Frequency Reference = S (07H) + 05 = 705 (hex)
  >>> PLC Address = 705 (hex) + 1 = 1797 (dec) + 1 = 1798

• Motor Control = S (07H) + 06 = 706 (hex)
  >>> PLC Address = 706 (hex) + 1 = 1798 (dec) + 1 = 1799

+ Set Word 1799 = 1 >>> Forward Run
= 2 >>> Reverse Run
= 0 >>> Stop

Register Monitoring Address

In this project thelivingchristmascompany.com reads 4 data feedback registers from the inverter consecutively, starting from registers M09 > M12

• Output Frequency = M (08H) + 09 = 809 (hex)
  >>> PLC Address = 809 (hex) + 1 = 2057(dec) +1 = 2058

MicroLogix 1100 Programming

+ MicroLogix 1100 Channel Configuration

+ Read/Write Distribution

+ Operation Control Command

+ Frequency Setting Command

+ Read Data Monitoring

Detailed Video Tutorial

======

Document

• Fuji Frenic VFD Parameters Setting Manual PDF
• Fuji Frenic RS485 Manual PDF
• MicroLogix 1100 Manual PDF Download

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• MicroLogix 1100 “Modbus RTU” Yaskawa V1000 VFD

The PLC model I use is MicroLogix 1100 combined with Cable RS232/RS485 1763-NC01 (if you don’t have one, you can plug it directly into the port of the PLC)

MicroLogix 1100 & INVT GD20 “Wiring Diagram”

INVT Goodrive20 Modbus RTU Settings

In addition to the basic parameters of the inverter installed according to the motor (frequency, current, voltage), we need to set the communication parameters as follows:

• P00.01 = 2 (Frequency Reference via RS485)
• P00.06 = 8 (Motor Control via RS485)
• P00.09 = 0 (A Frequency Selection)
• P14.00 = 1 (Slave Address: 1)
• P14.01 = 3 (9600bps)
• P14.02 = 1 (Modbus RTU 8/E/1)
• P14.03 = 5
• P14.04 = 0.0

Register for Control

Note: MicroLogix 1100 Address = “VFD Address (Dec) + 1“

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

• Set Word 8193 = 1 >>> Forward Run
  = 2 >>> Reverse Run
  = 5 >>> Stop

+ Frequency Reference Address = 2001 (hex) + 1
= 8193 + 1 = 8194

Register for Monitoring

• Output Frequency Address = 3000 (hex) + 1 = 12288 (dec) + 1 = 12289
• Setting Frequency Address = 12290
• DC-BUS Voltage Address = 12291
• Output Volatge Address = 12292
• Output Current Address = 12293

PLC Programming

+ Channel Configuration

+ Generate 0.01s Pulse and Read/Write Distribution

+ Motor Control Command

+ Frequency Reference Command

+ Data Monitoring Command

Video Tutorial

======

Required Documentation

+ MicroLogix 1100 Manual PDF Download

+ INVT Goodrive20 VFD Manual PDF Download

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• MicroLogix 1100 “Modbus RTU” Schneider ATV312 VFD

And the model I use is Yaskawa V1000, this is the type of inverter commonly used in the world in all continents.

Micrologix 1100 & Yaskawa V1000 “Wiring Diagram”

Yaskawa V1000 Modbus RTU Configuration

Below is a table of communication parameters for Yaskawa V1000 VFD

Register Control Address

Note: MicroLogix 1100 Address = “VFD Address (Dec) + 1“

>>> Control Address = 1 + 1 = 2

• Set Word 2 = 0000 0000 0000 0001 = 1 >>> Forward Run
  = 0000 0000 0000 0010 = 2 >>> Reverse Run
  = 0000 0000 0000 0000 = 0 >>> Stop

>>> Frequency Reference Address = 2 + 1 = 3

Register Monitoring Address

>>> Output Frequency Address = 24(hex) + 1 = 36 (dec) + 1 = 37

>>> Output Voltage Address = 25(hex) + 1 = 37 (dec) + 1 = 38

>>> Output Frequency Address = 26(hex) + 1 = 38 (dec) + 1 = 39

PLC MicroLogix 1100 Programming

+ Channel Communication Settings

+ Auto Read/Write Distribution

+ Control Run Command

+ Frequency Set Command

+ Data Monitoring Response

Project Video Tutorial

======

Required Documentation

+ MicroLogix 1100 Manual PDF Download

+ Yaskawa V1000 Manual PDF Download

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• MicroLogix 1100 “Modbus RTU” LS iG5A VFD

Today thelivingchristmascompany.com would like to write a tutorial for you to use MicroLogix 1100 PLC to control Schneider ATV312 via “Modbus RTU” RS 485

Micrologix 1100 & Schneider ATV312 “Wiring”

Schneider ATV312 Modbus RTU Settings

In addition to the basic parameters of the inverter, we need to set the communication parameters as follows:

• “CON” Menu

+ Add: 1 (Slave Address= 1)

+ tbr: 9.6 (Baudrate = 9600bps)

+ tF0: 8E1

+ tt0: 3.0 (Comm. timer check Error)

• “CtL” Menu

+ LAC: L3

+ Fr1: Mdb (Modbus)

+ Fr2: Mbd

+ CHCF: SEP

+ Cd1: Mbd

+Cd2: Mbd

Register for Control

Note: MicroLogix 1100 Address = “VFD Address (Dec) + 1“

>>> Motor Control Address = 8501 + 1 = 8502

+ Set Word 8502 = 128 : VFD Fault Reset
= 6 : VFD System Start
= 15 : Motor Forward Run
= 2063 : Motor Reverse Run
= 4111 : Stop

>>> Frequency Reference Address = 8052 + 1 = 8053

Register for Monitoring

• Output Frequency Address = 3202 + 1 = 3203

MicroLogix 1100 Programming

+ Channel Configuration

+ Auto Read/Write Distribution

+ Control Command

+ Set Frequency Command

+ Read Data Response Command

Project Videl Tutorial

======

Documents Reference

• ATV312 Schneider Parameters Setting PDF
  Communication Manual PDF
  Modbus Address list PDF

• MicroLogix 1100 Manual PDF Download

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• MicroLogix 1100 “Modbus RTU” DELTA VFD-M Tutorial

Micrologix PLC has a built-in RS232/RS485 port, you can use Cable 1763-NC01 or you can use an electrical cord, pins plugged directly into the PLC port is fine.Ć°

Micrologix 1100 & LS iG5A VFD “Wiring Diagram”

LS iG5A VFD Modbus RTU Settings

We need to set the following parameters to be able to control the LS iG5A Inverter by Modbus RTU

Project Parameters Setting

• Drv = 3 (Motor Control via Communication Port)
• Frq = 7 (Frequency Reference via Communication Port)
• I59 = 0 (Modbus RTU Selection)
• I60 = 1 ( Slave Number = 1)
• I61 = 3 (9600bps)
• I62 = 0
• I65 = 2 (Even/Stop bit=1)

LS iG5A Mobdus Registers Address

+ Frequency Reference Address = 5

+ Motor Control Address = 6

• Set Word 6 = 2 > Forward Run
• Set Word 6 = 4 > Reverse Run
• Set Word 6 = 0 > Stop Run

+ Read “3 Data Output registers” consecutively starting from Output Current = 9

PLC Programming

+ MicroLogix 1100 Channel Configuration

+ Read/Write Distribution

+ Motor Control Command

+ Frequency Reference Command

+ Data Monitoring Command

Video Tutorial

======

Required documentation:

+ MicroLogix 1100 Manual PDF Download

+ LS iG5A Manual PDF Download

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