DVP-SX is a special function PLC unit. This series PLC is a 10-point (4DI+2DO+2AI+2AO) special main processing unit. Besides the same commands and functions as DVP-SA/SX/SC series, 2-CH 12-bit analog voltage/current input and 2-CH 12-bit analog voltage/current output are all bipolar. In DCP_SX, there is built-in 7-segment 2-digit display corresponds to internal register directly to display PLC station or user-defined code. This PLC also has error indicator and whenever an error occurs, the display will blink and show “Er” and “01” or “02” alternately (01 indicates syntax error and 02 indicates PLC program loss). Subscribe to Automation-Talk by Email.



This manual contains electrical specification, installation, input/output wiring of DVP-SX PLC, Safety wiring, analog wiring in multi-language. This PLC can be programmed using WPLSoft, which is standard PLC programming software for Delta PLC and is freely available for all.


Recommended Article: Star/Delta PLC Program in Delta PLC


Download Delta DVP-SX Manual

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Remote assistance is a software which helps in taking remote session of other PC or system from remote location. In automation industries, this software is very useful for all commissioning engineer who are troubleshooting remotely. Now with every Omron CX-Supervisor V3, Omron Remote Assistance is also provided for free and if you are using old version and want to get this software, you can get it from Omron official website. This software is provided by Teamviewer, one of the market leaders in remote desktop control. Subscribe to Automation-Talk by Email.

TeamViewer Remote Assistance for Omron

Recommended article: SCADA & HMI Control through IPad, Windows, Android Devices


First of all you will need to have this software installed on your system or PC or Laptop client and main machine, whatever device you are using. You can also use your IPad, Android device to connect to remote site, though you will have to install different application for that.

To get this software first go to MyOmron.com and then click on Download tab. The route path for this software is /downloads/4.Products/Software/RemoteAssistance/.

This software can also be downloaded from Teamviewer.com official Website and it will also not contain Omron watermark to it.

Omron Remote Assistance

Now when you have installed this software, the software will try to connect to the Internet. If you have your firewall enabled or have any antivirus which ask to allow this application, then please allow it. After successful connection, it will show you a green indicator and will also generate user ID and password for you as shown above.

Note: This User ID and password is of Client machine

Now you can use this user ID and password from main laptop or PC to connect the client remote machine of whose password and user it you have. This is a very secure connection and if TeamViewer is not running on clinet machine, then you cannot connect to it. Now once you are connected to the remote PC, you can do your troubleshooting, program editing in that particular PC like you are using your own PC.

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In industrial automation, we install and program many servo motors and drive in industries every day and so sometimes it becomes very problematic to set each and every drive with display panel. So to make this a easy process, you can also use servo drive software to make changes or set new parameters through your laptops. Today let me tell you about CX drive, which is Omron product and by which you can program your drive without touching display panel. Almost all the automation product manufacturing company provide servo drive software, so you can check with your drive provider. Subscribe to Automation-Talk by Email.


Required Conditions

1. You must have CX-Drive installed on your laptops/desktops.
2. Servo drive should be connected to set or change parameter's online.
In this example we have selected R88D servo drive.


Recommended Reading: How to Reduce Electro-Magnetic Interference in Servo Drives

Steps to Change Servo Drive Parameter Using Omron CX Drive

1. Start CX Drive software in your laptop. If you have installed CX-One software and all its component, then it will be under Omron -- CX-One -- CX-Drive

2. Now click on new and make your servo drive project. Here you will have to select servo drive model from the list and you can also set maximum rating of the drive through settings.

CX drive new project

3. Now expand your new project and click on Parameter Editor. In parameter editor you can even choose from different parameter list like basic parameters, gain parameters, vibration suppression parameter, analog control, special setting parameter etc.

CX drive parameters

4. Suppose we first want to set basic parameters, then just click on it and you will be shown all the basic parameters of servo drive.

Now suppose we want to change control mode of the drive, then we can use parameter Pn001 and can set its value as required for project. See example below.

CX drive parameters pn001

Similarly you can change any parameter of servo easily.

Now to transfer this new setting to your drive, just go to transfer, which is under drive tab and transfer the settings to your drive. And if you are not connected to your drive you can also save your setting for after use. I like this method because you can use same settings for every drive and you can save your project parameter wise, which saves your precious time.

If you like our articles, please consider them sharing with your friends and do like us on Facebook. You can also share your views and feedback through comments.

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If you have recently started learning PLC programming and has already understand the concept of choosing right type of PLC for any project, then it's now time to know about concept of Source and Sink in PLC. Understanding when PLC is connected as source and when as sink is very important for all the Automation engineers. Connecting a power supply to input or output of a PLC makes it input source or input sink and output source or output sink. So source and sink totally depends on how you connect your power supply. Subscribe to Automation-Talk by Email.


Recommended Reading: How to Make Sink Type PLC from Source Type

Difference Between Source & Sink in PLC's


1. Sink Type: In a sink type, current always flow into the PLC and positive (+ve) of supply is connected to PLC input terminal (In case you are making your input as sink) and Negative (-ve) of supply is connected to common in Input module of PLC as shown below.

Remember the basic electrical theory, that current always flow from positive to negative. You can also memorize this by taking example of a water sink, where water flows to sink hole.

Source and Sink in PLC
Click to enlarge image

2. Source Type: In a source type, current always flow from PLC to external device such as switch or sensor as shown above. Here all the input of PLC are connected to negative (-ve) of supply and Common of Input module is connected to positive (+ve).

In the above image, we have taken example of Input side of PLC, here we have taken 2 PLC in source and sink configuration.

1. Here S0, S1, S2 are switches.

2. I0, I1, I2 are input's of PLC

3. "I" is the current and blue line is showing direction of current.

4. Positive (+ve) and negative (-ve) are terminal of power supply.


Note: Never confuse while connecting a NPN type PLC with NPN sensor or PNP PLC with PNP sensor.

The above explanation of Source and Sink was done considering Input side of PLC and same is true for output side of PLC. If you have any other question or query please feel free to leave your comments. If you like our article consider it sharing.

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You will be glad to know that recently Delta has released its new PLC and HMI software, which was announced through there blog. As per there announcement many bugs are fixed in the new version of these software's. For DOP-B series HMI's they have released new DOPSoft version 1.01.04 which include many improvement then the previous version. For programmable logic controller a.k.a PLC they have released WPLSoft version 2.33. All the new features and addition in these software are discussed below in our post. Subscribe to Automation-Talk by Email.


New Functions and Modification in Delta PLC Software: WPLSoft version 2.33


In the new version of WPLSoft, now you will see that comments are automatically loaded with the change in PLC type. The change affects only the default device comments, and does not affect the user-defined device comments.

This new version also include comment language change with the change in the base language as shown below.


Image source: delta.com

Also in this new version, problem about the compiling of an STL structure is solved and warning window is removed which was added in WPLSoft version 2.31.

The problem that a crash will occur after users undo the editing of an inner ladder diagram in a sequential function chart and error which occur if users do not open the Ladder Diagram Mode window before they edit an inner ladder diagram are solved. And also the problem that some parts of the ladder diagram in a sequential function chart are not compiled correctly is solved.

In this WPLSoft version 2.33 the problem that a communication port can not be specified correctly in the communication Setting window in WPLSoft version 2.31 or above is solved.

In all in this new version many problem which were faced earlier are solved. If you are still using the old version, then we will advice you to use this latest version, which can be downloaded free from Delta Automation site.

New Functions and Modification in Delta HMI Software: DOPSoft version 1.01.04

In this new version of HMI software, Delta has fixed many bugs and also introduced new features. Now in this new version, it allow the PLC default station number in "System Setting" to be 0. And while using the macro commands like Biton, the value of bit variable might keep toggled. This new version also fixes the Embedded Sub-Screen element, when switch between 2 sub-screens, the afterimage of previous sub-screen will be remained.

Some of the new features which are added in this new release are

1. The DOP-B05S111 model is supported.
2. Add "Net PSWD" and "eRemote/eServer Enable" in System Setting. Add Numeric Keypad to input the IP type items such as IP, Mask, Gateway.
3. Add "Separator" selection for the import of "Allen Bradley Ethernet IP (ControlLogix, CompactLogix)(Use Tags)" controller.

Download the latest Version of Delta HMI software

If you are still facing in any issue with these latest PLC and HMI software, then do let us know through your comments and provide the detail about the bug.

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Schneider Electric Altistart 22 is a soft start-soft stop unit for 3-phase asynchronous motors and is a very safe product with many integrated functions. It also reduces the mechanical stresses on the machines and increase there service life. If you want to try advanced sensorless flux vector technology, then you can choose from Altivar 12 nano AC drive. Subscribe to Automation-Talk by Email.

This manual will help you in mounting the drive and will help you in wiring it too. This will also tell you about the parameter of the drive and how to program it. If you want to connect the drive in Modbus mode then you can use this manual to setup a MODBUS connection. This manual can be also used by field engineer for troubleshooting and maintenance purpose. This drive comes with many features and benefits to lot of applications.

Schneider Electric Altistart 22 Drive
Source:Schneider-Electric

Download Altistart 22 Manual

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Honeywell HC900 Hybrid controller is an advanced process and logic controller with a modular, scalable design that is built to work with a wide range of process equipment in a cost-effective way. This manual will guide you during your installation of HC900 Hybrid controller. This manual will help you in installation, communication, wiring & cabling, I/O module installation, rack installation, planning diagnostics and troubleshooting etc. Subscribe to Automation-Talk by Email.

HC900 Controller Configuration
Source: honeywellprocess.com


Honeywell HC900 Hybrid Controller Installation Manual

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Cinterion MC52i terminal module is the advance version of MC52. The MC52i module handles all processing for audio, signal and data within the MC52i Terminal. Internal software runs the application interface and the whole GSM protocol stack. This is a dual band modem which can work on GSM 900/1800MHz frequency. This is a good MODEM which can also be used for sending SMS through SCADA system. This tutorial will guide you for making your own Power and Ignition cable for MC52i terminal, if original cable is destroyed or shorted. Subscribe to Automation-Talk by Email.

Jack of MC52i terminal is a female 6-pole Western plug which is used for power supply, ignition and power down. 1st pin of the jack is used for power supply and 8V to 30V can be applied on it. It is donated by PLUS (+). 2nd and 5th pin are free and 3rd is for sending power down signal. 4th is for providing ignition signal. 6th pin is used for ground signal and is denoted by GND. The pin arrangement is shown below.

Cinterion MC52i Pin arrangement

To make your own cable you can simply use Pin 1 and Pin 6 with a 2 wire cable if you are not using other functions. When MC52i terminal is powered ON, the IGT_IN signal is activated automatically. After start-up, the MC52i terminal enters the net searching state. To turn off the MC52i Terminal use the AT^SMSO command, rather than disconnecting the mains adapter. This procedure lets the MC52i Terminal log off from the network and allows the software to enter a secure state and save data before disconnecting the power supply.

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In some of the application in industries, need of increasing and decreasing the speed using VFD drive through a single control panel using the push of Buttons is required. One of the best example of such machine is sheet laminating machine where operator can simply increase/decrease the speed using buttons. In Omron JX drive this function can be performed with ease through parameter of the drive. Here we are not talking of MODBUS communication and will use input from terminal. This feature can also be done using MODBUS communication and also with the help of POT. Subscribe to Automation-Talk by Email.

start stop control panel

Below are the important parameters which need to be set in Omron JX drive to use increasing and decreasing Speed feature using Buttons.

1. A001 : Frequency reference selection :

In this parameter select 02 to use Digital operator as the input source for frequency. By default this is set to 00 (Digital Operator- Freq. Adjuster).

2. A002 : Run Command Selection:

By default this is set to 02 for digital operator. Select 01 for terminal mode. By selecting this parameter, you will only able to give run command through control panel or terminal buttons.

3. C001 : Multi-function input 1 selection : UP

This is the parameter which lets you use first input button, say Start button as increase button. By default this parameter value is set to 00 for Forward (FW). Change this value to 27 which will increase the frequency.

4. C002 : Multi-function input 2 selection : DOWN

By default this parameter is set to 01 for reverse (REV) and we have to select 28 which will decrease the frequency. This feature is applicable while the machine is in RUN mode.

Notes the below points while using C001 and C002 parameters:

1. While the UP/DWN terminal is turned on, the acceleration/deceleration time depends on F002, F003/F202, and F203.
2. You can store a frequency set value after UP/DWN adjustment. Choose whether to store the value with C101.
3. Also, you can clear the stored frequency set value by allocating 29 (UDC) to the desired multifunction input and turning on/off the UDC terminal.
4. The UP/DOWN function is disabled when the JG operation is enabled.
5. The UP/DOWN function is enabled when the frequency reference selection (A001) is set to the Digital Operator (02).
6. The UP/DOWN function is enabled when the multi-step speed reference is enabled.

After setting the above parameter you can test this by using Start and Stop buttons. Use start button for increase and stop button for decrease. Now press and hold the increase button to increase the speed and release the button to hold the speed to that point and do same for decreasing the speed. If you have any issue in setting your button to UP and down mode (increase/decrease) then please let us know. To get the latest tutorial and program subscribe to Automation-Talk by Email.

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