Dvp 14ss2 программирование примеры

Dvp 14ss2 руководство по программированию

Габаритные размеры контроллера Delta DVP-SS2, мм

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Hello everyone!
In some previous posts plc247.com wrote an article to guide you to use PLC Delta DVP14SS2 to control Servo Motor Yaskawa Sigma 7 & Mitsubishi MR-J4-A.

Today plc247.com will continue to guide you to use the Delta PLC to control the stepper motor using Driver DM542, this is a very popular driver used all over the world because of its extremely cheap price but good quality.

Delta DVP-14SS2 & DM542 Driver “Wiring Diagram”

Note: Most Step Controllers can only control = 5V signal. With DM542 Driver we can control from 5 > 24 V

+ R= 2K2Ω: Reduce voltage from 24VDC to 5VDC

+ DM542 Setting 1000PLS = 1 Rev.

PLC Delta Programming

+ Simple program to control Stepping Motor

Project Video Example

Required Software

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DVP 14SS2 “Stepping Motor” Control Tutorial

Hello everyone!
In some previous posts plc247.com wrote an article to guide you to use PLC Delta DVP14SS2 to control Servo Motor Yaskawa Sigma 7 & Mitsubishi MR-J4-A.

Today plc247.com will continue to guide you to use the Delta PLC to control the stepper motor using Driver DM542, this is a very popular driver used all over the world because of its extremely cheap price but good quality.

Delta DVP-14SS2 & DM542 Driver “Wiring Diagram”

Note: Most Step Controllers can only control = 5V signal. With DM542 Driver we can control from 5 > 24 V

+ R= 2K2Ω: Reduce voltage from 24VDC to 5VDC

+ DM542 Setting 1000PLS = 1 Rev.

PLC Delta Programming

+ Simple program to control Stepping Motor

Project Video Example

Required Software

Please share the article to the community if you find it useful. Subscribe to Youtube channel and Website to read new articles from plc247.com

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DELTA DVP 14SS2 “Modbus RTU” Autonics TK4S Tutorial

In the current 4.0 technology era, temperature management of the factory is a must for every company. DVP14SS2 and Autonics TK4S are PLC and Temperature Controller duo with good price but excellent quality.

And today I would like to guide you to use PLC Delta DVP 14SS2 to control as well as read temperature from TK4S using Modbus RTU communication standard.

DELTA DVP14SS2 & Autonics TK4S “Wiring Diagram”

Autonics TK4S Communication Configuration

+ To set up communication for TK4S we need to go to Parameters 4 (PAr.4)

Setting Temperature Register Address

>>> Address = 0000 (hexa) / Func: 06

Temperature Monitoring Register Address

>>> Address = 3E8 (hexa) / Func: 04

DELTA DVP 14SS2 Modbus-RTU Setting

Choose to auto-configure the communication parameters as shown below

After selecting the communication parameters, the software will automatically create the following program (You can also programming the same program manually)

DELTA DVP14SS2 Programming

+ Automatic Write/Read Distribution

+ TK4S Read Temperature Command

+ TK4S Temperature Monitoring Command

Video Tutorial & Test Program

Required software and documention:

If you have any problems in the process of connecting PLC Delta with Autonics TK4S, please comment below the article, plc247.com will answer you as soon as I read it.

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DVP 14SS2 “Modbus RTU” DELTA MS300 VFD

Hello everyone. Today plc247.com will guide you to use PLC Delta 14SS2 to control DELTA MS300 inverter via Modbus-RTU RS485 communication standard.

The DVP-14SS2 PLC has built-in RS485 port, and most of Delta’s other PLCs are integrated. With the MS300 inverter, it supports many communication standards including Modbus-RTU .

DELTA DVP14SS2 & MS300 VFD “Wiring Diagram”

DELTA MS300 Modbus-RTU Setting

In addition to the basic parameters of the inverter installed according to the motor, we need to set the following parameters so that the inverter can be controlled by Modbus-RTU:

• P00.20 = 1 (Frequency Control via RS485)
• P00.21 = 2 (Motor Control via RS485)
• P09.00 = 1 (Address Slave = 1)
• P09.01 = 9.6 (Baudrate = 9600bps)
• P09.02 = 0
• P09.03 = 1.0 (Time Com. Err)
• P09.04 = 14 (Modbus-RTU 8/E/1)

Control Register Address

+ Motor Control Address = 2000 (hexa)

• Set Word 2000 (hex) = 18 >>> Motor Forward Run
  = 34 >>> Motor Reverse Run
  = 1 >>> Motor Stop

+ Frequency Setting Address = 2001 (hexa)

Monitoring Register Address

• Output Frequency = 2103 (Hexa)
• Output Current = 2104 (Hexa)
• Output Voltage = 2106 (Hexa)

DVP-14SS2 Modbus-RTU Configuration

WPLSoft supports automatic configuration of Modbus-RTU communication, you can refer to the video below the article

DVP 14SS2 Programming

+ Modbus-RTU Setting

+ Automatic Read/Write Command

+ Frequency Setting Command

+ Motor Control Command

+ Data Response Reading

Detailed Instruction Video

Recommended software and documentation:

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