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How to change the RSLogix online animation

By
Shawn Tierney
-
RSLogix Online Animations


In today’s article we’ll take a walk on the lighter side and discuss the merely cosmetic ability to change the online animation in RSLogix 5 and 500.

What is the online animation in RSLogix? If you’ve ever gone online with a SLC-500, MicroLogix, or PLC-5 using RSLogix then you should be familiar with the rotating “ladder” animation near the top of the screen (underneath the Tools menu option:)

RSLogix 500 online with a MicroLogix 1400

This small animation of a “ladder” rotates based on the speed of your connection. Connect to your PLC using serial cable and the ladder will turn painfully slow, similar to how programming online using a serial connection feels.

But, connect to a PLC using Ethernet and the ladder spins “out of control” fast, representing how navigating and editing online over Ethernet is quick and responsive.

So how do you change this animation? Well, if you were to right click on it you would see the following menu of options:

RSLogix online animation - right click

But doing so doesn’t let you change the animation. To get access to that menu you must first hold down the control key (CTRL) and then right click:

RSLogix online animation - hold ctrl and right click

When this is done you get a new option in the right click menu: Animations. And under the animation menu you’ll see these five options:

RSI Logo

RSI Online Animation

Gears

Gears Online Animation

Ladder

Ladder Online Animation

Pumpkin

Pumkin Online Animation

Globe

Globe Online Animation

Just select the one you would like to try and it will now be your current RSLogix online animation 🙂

I hope this article about changing the online animation in RSLogix, while having no practical purpose, was a least entertaining.

I would love to heard from anyone who hadn’t known about this little feature until now, as well what everyone’s favorite animation is.

To let me and the rest of our readers know just click on the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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MicroLogix, DH-485 – Networking

By
Shawn Tierney
-
MicroLogix and DH485


Fixed SLC-500 to MicroLogix 1200Yesterday we discussed replacing a Fixed SLC-500 with a MicroLogix. However, if the replaced SLC was on a DH-485 network, most ikely the replacement will also need to be.

What is DH-485?

DH-485 is a protocol that was originally only available in the SLC-500 family of PLC’s via RS-485 ports dedicated for that purpose. However, since DH-485 is merely a protocol it’s not limited to RS-485, and it works well with products that support communicating DH-485 over RS-232. however, when interconnecting multiple devices RS-485 is used because its a multi-drop network designed to support network lengths of many thousand feet, while RS-232 is designed for direct connections and is limited to 50ft (without the addition of boosters or modems.)

1747-AICA typical DH-485 network is made up of several SLC-500 processors connected to 1747-AIC link couplers. These link couplers act as “isolators” to electrically isolate the communications port on the PLC from the interconnecting daisy chained RS-485 network. The daisy chained connection from 1747-AIC to 1747-AIC is made using Belden 9842, a shielded cable of two twisted pairs and a drain wire suitable for the RS-485’s maximum length of 4000ft, and the DH-485 maximum node limit of 32 devices.

To add our MicroLogix to an existing DH-485 network, we first need to know which models support DH-485, and whether they support it via built-in RS-232 or RS-485 ports:

  • MMicroLogix FamilyicroLogix 1000 (series C) Channel 0 Mini-Din (RS-232)
  • MicroLogix 1100 (all) Channel 0 Mini-Din (RS-232 & RS485)
  • MicroLogix 1200 (all) Channel 0 Mini-Din (RS-232)
  • MicroLogix 1400 (all) Channel 0 Mini-Din (RS-232 & RS485) and Channel 2 DB9 (RS-232)
  • MicroLogix 1500 (all) Channel 0 Mini-Din (RS-232) and Channel 1 DB9 (LRP only) (RS-232)

As we can see above, nearly all the MicroLogix processors support DH-485 via RS-232, while some newer models also support RS-485. In fact, only the MicroLogix 1000 series A and B manufactured prior to June 1996 doesn’t support DH-485 at all.

1761-NET-AIC Front ViewSince all the models listed above support RS-232, we’ll start by listing the hardware needed to add a MicroLogix RS-232 port to an existing DH-485 network. First, we’ll need a way to convert RS-232 to RS-485, and Allen-Bradley has just the product to do that. The 1761-NET-AIC ($288) is designed to do one thing – convert RS-232 to RS485. In fact, that’s all is does. Many in the past have mistaken it for a DF1 to DH-485 converter, but anyone who’s tried to use it in that capacity knows it doesn’t convert any protocols. However, it does a good job converting RS-232 to RS-485, so good that I’ve used it multiple times when I needed my RS-232 enabled PLC to communicate with RS-485 ASCII devices.

As you can see from the picture to the right, the 1761-NET-AIC has three ports:

  • Port 1 (Bottom) is a RS-232 DB9 port
  • Port 2 (Top Right) is a RS-232 Mini-Din port
  • Port 3 (Top Left) is a RS-485 six position terminal block

Port 3 is the port which connects to the DH-485 daisy chain. If fact, this terminal block is the same TB on the 1747-AIC. So, when retrofitting a MicroLogix and 1761-NET-AIC in the place of a SLC-500 and 1747-AIC, the same terminal block can be used and no network re-wiring needs to be done.

MIcroLogix 1000 1200 1500Port 2 is the port we’ll typically use to connect to the Mini-Din ports on the MicroLogix. In fact, if you are using a MicroLogix 1000 (series C or later,) 1200, or 1500, those Micros will also supply power to the NET-AIC eliminating the need for an external 24vdc power supply. The MicroLogix 1100 and 1400 can connect to the NET-AIC the same way, however they won’t supply power through their Mini-Din connectors. In fact, I don’t recommend the NET-AIC for use with the 1100 and 1400 as there’s a cheaper means of getting them on DH-485 which we’ll cover in a minute.

To use Port 2 to connect to your MicroLogix Mini-Din connector chose one of the following cables:

  • 1761-CBL-AM00 (17.7 in.) ($49.60)
  • 1761-CBL-HM02 (6.5 ft) ($79.10)

At this point the question often arises, “couldn’t we also connect our MicroLogix Mini-Din port to Port 1 on the NET-AIC?” The answer is yes, you could use either the 1761-CBL-AP00 ($49.60) or the 1761-CBL-PM02 ($77.80,) both of which are Mini-Din to DB9 DTE to DCE cables. However, if you did this you would have to provide the NET-AIC with 24VDC, something that’s not required when connecting the Mini-Din on the 1000, 1200, and 1500 to the NET-AIC’s Port 2.

1763-NC01You could also connect the DB9 on the MicroLogix 1400 or 1500 (LRP) to Port 2 on the NET-AIC using the same two Mini-Din to DB9 cables (AP00 and PM02,) just mentioned. And these same cables would also connect a SLC-5/03, 04 and 05’s DB9 to the NET-AIC’s Port 2. However, since the cost of these cables are substantial ($50 and $78 respectively), we could save money and forgo the Mini-Din to DB9 cables and instead connect these PLC’s DB9 port to the NET-AIC’s DB9 Port using generic DB9 to DB9 Null Modem (DTE to DCE) cables from Amazon.

Back to the MicroLogix 1100 and 1400. These two micro’s won’t provide power to the NET-AIC from their Mini-Din port because Rockwell replaced the power pins on the 1100 and 1400 with native DH-485 pins. This means in place of the $288 1761-NET-AIC, we can buy the much less expensive cable, the 1763-NC01 ($52,) and save nearly $300. The NC01, as you can see in the picture to the right, has a Mini-Din connection for plugging into the 1100 and 1400, and the same DH-485 six position terminal block as the NET-AIC and 1747-AIC.

MIcroLogix 1400 Channel 0 settingOne final note: In this article we discussed the hardware needed to add a MicroLogix PLC to a DH-485 network, but you also need to make one small change in your PLC program. Under “Channel Configuration” you need to set your MicroLogix communications channel from the default of DF1, to the new network setting of DH-485. And don’t forget to save and download you program after making this change!

I hope you’ve found the above information about connecting a MicroLogix to a DH-485 network helpful. As always, if you have any comments or questions please don’t hesitate to post a comment or question by using the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Migrate / Convert – Fixed SLC-500 to a MicroLogix

By
Shawn Tierney
-

Fixed SLC-500 in serviceRecently a client called asking what I thought would be the best PLC to replace a Fixed SLC-500. Specifically he was looking to replace a 1747-L40A.

To pick a replacement we first needed to understand what this part number represents, and we covered this in detail in our last article here.

We found that the 1747-L40A consisted of (24) 120VAC inputs, (16) AC/DC relay outputs, and was powered by 120VAC or 240VAC. With the these details in hand we can now go about choosing a modern PLC replacement for the 1747-L40A.

When replacing a Fixed SLC-500, I typically recommend a MicroLogix as the replacement for these two reasons:

  1. The MicroLogix is based on the SLC-500, and therefore the majority of code written for the Fixed SLC-500 will import directly into the MicroLogix.
  2. The programming software for the SLC-500 is the same programming software used for the MicroLogix, however an updated version may be needed if the client’s existing RSLogix500 is older than the chosen MicroLogix replacement .

MIcroLogix 1200 FrontIf the client’s RSLogix500 is too old to program the selected MicroLogix replacement, we’ll need to know if the client has a Rockwell support contract in place. If he does, he’s entitled to free updates and can download the latest version of RSLogix 500 that supports the latest SLC-500’s and MicroLogixs.

However, if the client doesn’t have a support contract the least expensive option would be for him to purchase a new copy of the RSLogix Micro Starter programming software, which is roughly $165.00. RSLogix Micro Starter looks and feels identical to RSLogix 500, but it limited to the MicroLogix family.

Note: If the client were to choose a MicroLogix 1000 or 1100, he could use the free RSLogix Micro Starter Lite software – more about that here.

With programming software and conversion discussed, it’s now time to pick an actual hardware replacement with (24) 120VAC inputs, (16) AC/DC relay outputs. As we have already identified the MicroLogix as the most likely candidate, we’ll reference the Allen-Bradley (A-B) MicroLogix Selection guide here.MIcroLogix 1200 Selection Guide

Micrologix 1200 BottomOn page 58 of this selection guide we find the MicroLogix 1762-L40AWA also has (24) 120VAC inputs, (16) relay outputs, and is powered by 120VAC or 240VAC. This is identicle to the L40A we need to replace, but we need to be sure the relay’s have the same rating. On page 61 of the selection guide we find the relay rating chart, and it shows the relay outputs of the 17620L40AWA do have the exact same rating as the relay outputs on the 1747-L40A (found on page 1-8 of it’s user manual here.) So from an I/O and power standpoint, this model is an exact fit.

As far the size of the MicroLogix 1200, it’s 90mm (height) x 160mm (width) x 87mm (depth) dimensions is substantially smaller than the 1747-L40A’s 140mm (height) x 260mm (width) x 145mm (depth.)

The last item to consider is the communications port. The 1747-L40A came equipped with an RJ-45 jack and communicated using the DH-485 protocol over RS-485. The MicroLogix 1200 we’ve selected comes with a mini-din (round) RS-232 port which natively communicates via DF1, but can also be set to communicate with DH-485. Because of this difference, at a minimum the client will need a new programming cable as the 1747-PIC used with the Fixed SLC-500 can’t directly connect to the MicroLogix 1200. The Allen-Bradley serial cable for the MicroLogix 1200 is the 1761-CBL-PM02. But if you don’t have a serial port on your PC you’ll also need an Allen-Bradley 9300-USBS.

USB to Micro from AmazonThe cost of the PM02 ($77) and USBS ($ 144) is substantial. However, if you’re willing to use a third party cable you can get a “USB direct to MicroLogix Mini-Din” cable for under $50 here (pictured on the right.)

Aside from programming cables, if the Fixed SLC-500 is connected to an HMI deivce, like a 1747-DTAM or 2711 PanelView, or if it’s connected to a DH-485 network, you’ll need to add your MicroLogix replacement to that DH-485 network as well, and we’ll cover the hardware needed to do that tomorrow.

I hope this article about replacing a Fixed SLC-500 with a MicroLogix was helpful. If you have any comments or questions please don’t hesitate to click on the “post a comment or question” link below to share your comments with me and our readers.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Latest posts by Shawn Tierney (see all)

SLC-500 – Fixed Style

By
Shawn Tierney
-
Fixed SLC-500 Featured Image


SLC-500 Fixed Installed

Recently, a client called asking what I thought would be the best replacement for a 1747-L40.

But to understand how to size a replacement for this PLC, we’ll first need to understand what that part number represents. And in this article I’ll review the models that make up the Fixed Style SLC-500 family of products.

Back in 1991 Rockwell Allen-Bradley released the SLC-500 family of small programmable logic controllers in two hardware styles: Fixed and Modular. The modular style became the most popular version, and is what most people are familiar with today. However, many small systems did use the fixed style which was the precursor to the MicroLogix line released in 1994.

SLC-500 FamilyThe Fixed SLC-500 came in three I/O counts represented by the corresponding part numbers L20, L30, and L40. Each is detailed below:

Fixed SLC-500 I/O Counts 

  • 1747L20_: 20 total I/O (12 inputs and 8 outputs)
  • 1747L30_: 30 total I/O (18 inputs and 12 outputs)
  • 1747L40_: 40 total I/O (24 inputs and 16 outputs)

In addition to I/O count, these small PLC’s also had different options for (1) line power, (2) input type, and (3) output type. Below is a chart which correlates the final letter in the catalog number with the power and I/O option it represents:

Fixed SLC-500 Front BottomFixed SLC-500 120/240VAC Line Power Versions

  • Part Number,  Inputs,  Outputs
  • 1747-LxxA,  120VAC,  AC/DC Relay
  • 1747-LxxB,  120VAC,  AC TRIAC
  • 1747-LxxC,  24VDC Sink, AC/DC Relay
  • 1747-LxxD,  24VDC Sink, AC TRIAC
  • 1747-LxxE,  24VDC Sink, 24VDC Source
  • 1747-LxxL,  24VDC Source, 24VDC Sink
  • 1747-LxxR,  2400VAC,  AC/DC Relay
  • 1747-LxxP,  2400VAC,  AC TRIAC

Fixed SLC-500 24VDC Line Power Versions

  • Part Number,  Inputs,  Outputs
  • 1747-LxxF,  24VDC Sink, AC/DC Relay
  • 1747-LxxG,  24VDC Sink, 24VDC Source
  • 1747-LxxN,  24VDC Source, 24VDC Sink

The Fixed SLC-500 also came with a built-in communications port. Its a standard RJ-45 jack and is located behind a small door on the front of the unit. The protocol used is DH-485, which is an Allen-Bradley protocol communicated over a standard RS-485 network.

Many different devices could connect directly to the Fixed SLC-500’s communications port, including:

  • 1747-PIC1747-PIC Programming Cable – 25 or 9 pin D-Shell to DH-485 RJ45 port.
  • 1747-HHT Hand Held Programming Terminal (used in place of PC, PIC, and Programming Software)
  • 1747-DTAM Data Table Access Module (simplistic HMI)
  • 1747-AIC Isolated Link Coupler for networking applications
  • 2711 PanelView HMI products

1747-AICSome devices, like the 1747-PIC and 1747-AIC, need 24vdc power to operate, and the DH-485 port on the Fixed SLC-500 provides this power. This is a little known fact, and back in the 90’s we’d often get calls from customers trying to use the 1747-PIC connected directly to a 2711 PanelView to download it’s program, but without a PLC also connected there was no power for the PIC. For these instances Allen-Bradley actually sold a separate RJ-45 based power supply to power the PIC when a PLC wasn’t available. In the case of the AIC, it had a terminal block on the bottom where external 24vdc power could be connected for those instances when no SLC was directly connected.

Fixed SLC-500 OpenThe Fixed SLC-500 also accepted an EEPROM for program backup in the event the onboard battery backed memory was lost. As with most PLC’s, the EEPROM could be set to never load, load on every power cycle, or only load when the SLC’s memory was invalid.

Note: For more details reference the Fixed SLC-500 user manual here.

Well that’s it for my introduction to the Fixed SLC-500. Next time we’ll discuss replacing one of these units with a more modern PLC. If you have any questions or comments on this article please feel free to leave them by using the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Panelview Plus – Remote I/O support

By
Shawn Tierney
-
PanelView Plus 700-1500 with Remote I/O


PanelView Plus 700-1500With the release of the PanelView Plus 6 700-1500, Rockwell chose to no longer support the legacy Remote I/O (RIO) network.

However, for users who still need to replace old RIO PanelViews, Rockwell has made several new catalog numbers for the original Panelview Plus with firmware 5.1 and RIO support available.

These models (listed below) all have the Remote I/O communications module pre-installed. They also all have color displays, are DC powered, and are planned to be available through 2015:

7″ Screens

  • Catalog Number  / Model /  Input
  • 2711P-T7C1D2 PanelView Plus 700  Touchscreen
  • 2711P-T7C1D6 PanelView Plus CE 700  Touchscreen
  • 2711P-B7C1D2  PanelView Plus 700 Keypad/Touchscreen
  • 2711P-B7C1D6  PanelView Plus CE 700 Keypad/Touchscreen

10″ Screens

  • Catalog Number  / Model /  Input
  • 2711P-T10C1D2  PanelView Plus 1000  Touchscreen
  • 2711P-T10C1D6  PanelView Plus CE 1000  Touchscreen
  • 2711P-B10C1D2  PanelView Plus 1000  Keypad/Touchscreen
  • 2711P-B10C1D6  PanelView Plus CE 1000  Keypad/Touchscreen

12″ Screens

  • Catalog Number  / Model /  Input
  • 2711P-T12C1D2  PanelView Plus 1250  Touchscreen
  • 2711P-T12C1D6  PanelView Plus CE 1250  Touchscreen
  • 2711P-B12C1D2  PanelView Plus 1250  Keypad/Touchscreen
  • 2711P-B12C1D6  PanelView PlusCE 1250  Keypad/Touchscreen

15″ Screens

  • Catalog Number  / Model /  Input
  • 2711P-T15C1D2  PanelView Plus 1500  Touchscreen
  • 2711P-T15C1D6  PanelView Plus CE 1500  Touchscreen
  • 2711P-B15C1D2  PanelView Plus 1500  Keypad/Touchscreen
  • 2711P-B15C1D6  PanelView Plus CE 1500  Keypad/Touchscreen

PanelView-Plus-User-ManualIf you’re looking for more information about using FactoryTalk ViewStudio and the PanelView Plus on Remote I/O, you should find the below Rockwell manuals helpful:

FactoryTalk View Machine Edition User Guide

PanelView Plus User Manual

PanelView Plus Remote I/O Communication Module

Migrating Standard PanelView Applications

Migrating Enhanced PanelView Applications

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Remote Access options for Control Systems

By
Shawn Tierney
-
Remote Access Options


Remote Access OptionsA common client question these days is, “what is the best remote access option to connect to my control system?”

There’s no single answer to this question as different sites often had unique infrastructure and connectivity challenges. With that in mind, in this article I’ll review five different remote access options used in industry today.

Virtual Private Network (VPN)

VPN LoginWhen a Systems Integrator (SI) or Original Equipment Manufacturer (OEM) works with an End User who has a modern IT infrastructure, the End User will commonly have remote access via Virtual Private Network (VPN) connection available for the SI or OEM to use upon request.

In this scenario, when the SI or OEM asks for remote access, the End User’s IT department sets up a VPN login with access strictly to the Ethernet control system devices the SI or OEM needs to connect to. Once setup, and the login credentials shared with the SI or OEM, they will be able to connect directly to their control system devices via the internet and VPN connection. And by connecting directly to their equipment, they can program or configure them with any software they have installed on their PC.

While typically VPNs are only an option with larger firms, it is a quick, easy, and secure means of remote access (and my preferred choice.)

Remote Desktop, Terminal Services, Citrix

Remote Desktop ConnectionSimilar to the above VPN option, the Remote Desktop / Terminal Services / Citrix option differs is so far as it does not allow direct access to control system itself. Instead, the End User’s IT department grants the SI or OEM an Internet login to a “remote desktop” or Terminal Server/Citrix session hosted on a server in the End User’s facility.

In this scenario, since the SI or OEM is “remotely logging in” to a “remote desktop” session, all the software and licensing needed to program and configure the control system needs to be installed on the Remote Desktop / Terminal Services / Citrix server within the End User’s site. This provides the End User with a much higher degree of control and security as he controls the programming environment, including permissions and software available, which the remote user will have access to after logging in.

The advantage of this remote access option is how the End User could institute restrictions on remotely connected users as needed. For instance, by changing the virtual desktop control system software permissions prior to starting a critical phase of production, they could in fact limit the remote user’s ability to make any changes to the control system, essentially putting the remote user into a “monitor” only mode. Once the production phase was completed, if needed the End User could once again allow remote users the ability to make control system changes.

In contrast, when using a VPN the remote user’s computer is directly connected to the control system, and the permissions on the remote user’s system determines his capabilities when interfacing with control system devices the End User selects. This results in the End User being limited to allowing or disallowing the connection, but doesn’t allow for controlling what can be done once connected.

Remote Access and Control software

PCAnywhereFor decades controls engineers have been using packages like “PC Anywhere” to remotely connect and control PC’s. This was originally accomplished using the plain old telephone system (POTS,) but for the last decade it’s been predominately done using the Internet. One advantage of this method is you only need a phone line or Internet connection and a PC stationed with the control system, and no other setup or management needed from the on-site IT department.

These days you no longer need to buy a shrink wrapped product Like “PC Anywhere” to achieve this functionality. Websites likes GoToMyPC, apps like LogMEin, and freeware like VNC, all allow for the same functionality at little or no cost.

The way these packages work starts with installing the software on the PC you wish to remotely control. You then identify the PC by giving it a unique name, and setup user accounts, passwords, and permissions to allow remote access the PC. Then on your remote device (PC, tablet, or smart phone) you install the client software used to remotely connect and log into the PC.

Like the Remote Desktop option, with Remote Control software all the licenses and software needed remotely must be installed on the PC located with the control system as you are just remotely that PC across the Internet.

Remote Access Hardware: Internet Gateway

Spectrum Controls WebportWhen it’s not possible or cost effective to install a remote PC with software licenses at the end user’s site, and there is no It department to manage a VPN or Terminal Server, the next best thing is to install a remote access internet gateway.

These devices, like the Spectrum Controls Webport pictured on the right, act much like the GoToMyPC service but without the remotely installed PC and software licenses. You simply install he device remotely with the control system and provide an internet connection. The you login to the device, and setup users, passwords and access options.

Once configured you can remotely connect with your PC and be connected to the control system devices on the same Ethernet network as the remote access gateway.

Remote Access Hardware: Cellular Access

Cellular Remote AccessSimilar to Remote Access Internet Gateway devices, the cellular version only requires a strong cell signal, where the internet gateway required internet access at the control system.

The down side is the need for a strong cellular signal, any antennas and antenna cables needed to get that signal, and the cost of a cellular data plan with enough data for the predicted usage.

But when you need to communicate to remote locations where no internet or phone service is available, and line of sight is prevented by the terrain, cellular remote access can be the most affordable remote access option.

Remote Access Hardware: Dial-up Access

A-B RadkitsWhile Remote Access via Internet Gateway or Cellular Modem rely on modern technologies, some applications will still be best served by a legacy POTS phone line, and that’s where dial-up access comes in.

Having used several different “over the counter” modems I can say without a doubt that the Rockwell RADKIT’s pictured to the right are by far a much better solution for A-B PLC’s as they are guaranteed to work, come with all the necessary cables, and select the settings is as easy as flipping a dip switch.

The Ethernet Switch version is especially suited to today’s control systems which many OEM’s and SI’s ship into areas where only standard phone lines are available.

I hope this article about remote access options for control systems was helpful. If you have any questions or comments please click on the “post a comment or question” link below to comment on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Downloading the updated View Machine Edition / PanelView Plus Transfer Utility from Rockwell Allen-Bradley (A-B)

By
Shawn Tierney
-


PanelView Plus 700I’ve been getting a lot of calls from clients who have FactoryTalk ViewStudio 5.0, but need to download their Machine Edition runtime application (.mer) to a PanelView Plus 6.0.

I’ve previously wrote about how to use a USB flash drive to transfer an .mer file, but since its more convenient to transfer files across Ethernet I’m writing this article on how to get a free updated copy of the FactoryTalk ViewStudio Machine Edition / PanelView Plus Transfer Utility.

Why would you need an updated copy of the transfer utility? Well, if you have a pre 6 version of View Studio, the transfer utility that comes with it does not recognize the new PanelView Plus 6 units, and therefore won’t download your project to them. But fortunately Rockwell now makes the transfer utility available for download free of charge, and in the following steps I’ll walk you through how to get it:

UPDATE: Rockwell has posted direct download links to v6.1 and the new v7.0 version of the Transfer Utility. See the very bottom of this article for more information.

To start, point your web browser to http://www.AB.com. Scroll half way down the page until you see the “product compatibility and downloads center” link, then click on it.

AB.com Dowloands 1

Next, click on “get downloads”

AB.com Downloads 2a

Now click on “Find Product Downloads”

AB.com Downloads 2b

Search on “free”, then select free downloads, then select find downloads

AB.com Downloads 4

Now click on the small download icon (gray square with red arrow above)

AB.com Downloads 5

Scroll down the list until you see the transfer utility, and select it.

AB.com Downloads 6

At this point you’ll be prompted to agree to Rockwell’s terms for downloading, and need to select yes to continue.

Then you’ll likely be prompted to open or install the Rockwell download manager – chose the affirmative response and the download should begin:

AB Downloads 7

Once downloaded, run the METUsetup.exe file. Note: Everything you need, including the updated RSLinx Enterrise and FactoryTalk Application Platform is included in the download:

AB Downloads 8

I hope this article about downloading a free copy for Rockwell’s FactoryTalk View Studio Machine Edition (ViewME) and PanelView Plus (PVPlus) Transfer Utility was helpful. As always, if you have any questions or comments please click on the “post a comment or question” link below to comment on this article.

UPDATE: Rockwell recently posted version 7.0 of the Transfer Utility as well, as can be seen in the below updated screenshot:

Free Downloads with Transfer Utility 7

UPDATE 2: Rockwell is now providing a direct link to download the v6 and v7 Transfer Utilities:

See the Public Rockwell Technote 460773 for more details.screenshot:

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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ControlLogix, CompactLogix – Can multiple controllers control the same Ethernet I/O?

By
Shawn Tierney
-


1769-L3xERA client recently asked me if multiple CompactLogix (or ControlLogix) processors could control the same Ethernet I/O.

Since RSLogix5000 has supported Ethernet I/O, its been possible to setup two processors to control, or “own,” the same remote rack of Ethernet I/O. However, the processor which attached to the I/O first would  be the one to control the I/O, and the second processor would receive an error stating that the I/O was already owned. If or when the first processor was disconnected or powered down, the I/O would be released and the second could then connect to the I/O and control it.

But what if you wanted two CompactLogix (or ControlLogix) processors to control the same remote Ethernet I/O at the same time? Well, lets think about that for a moment… having two processors reading the same inputs doesn’t seem to be a problem, but having two processors trying to control the very same outputs at the same time could lead to unpredictable results.

With that in mind, Rockwell created the “listen only” mode for most (if not all) input modules, and for a limited number of output modules. This feature allows you to setup one of your processors as the “owner” of the input or output module, while the other 1769-L2xERcontroller can be set to “listen only” so it too will automatically receive I/O status updates.

So, how do you know which I/O modules support listen only? In my testing of 1734 Point I/O in version 20 of RSLogix,  I found that when adding the I/O to the I/O tree the software will correctly present you with the available options for the module in question. In my tests, every 1734 Input module supported listen only, while only the subset of outputs modules listed below did:

  • 1734-OE2V
  • 1734-OE2C
  • 1734 POINT I/O1734-OB2E
  • 1734-OB2EP
  • 1734-OB4E
  • 1734-OB8E
  • 1734-OV2E
  • 1734-OV4E
  • 1734-OV8E
  • 1734-OE4C
  • 1734-8CFG
  • 1734-8CFGDLX

1769-L18ERM-BB1BThe main downside I found to the “listen only” setting is that it only works when the processor which owns the I/O is also connected. If the owner is powered off or disconnected, the “listen only” processor loses it’s connection to the I/O as well. Not good if you wanted to use the second controller to alarm on certain conditions if the first controller is taken out of service, but for those applications you should consider a redundant processor configuration.

I hope you’ve found the above information on multiple controllers controlling the same I/O helpful. As always, if you have any questions or would like to comment on the above article please click on the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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ControlLogix, CompactLogix – Data Logging Options

By
Shawn Tierney
-
Data Logging Featured Image


Clients often ask me about available data logging options for the CompactLogix and ControlLogix. And as of version 21, the controller itself still has no native data logging feature (maybe in v22 v30?)

While you can create trends in RSLogix5000 which you can later export to CSV file, this solution isn’t automated and not very fool proof. So what can you do? Below are some popular ways to automate data logging with your CompactLogix and ControlLogix:

RSLogix5000 CF Read WriteOption 1: Log to CompactFlash or SD Memory

In version 16 of RSLogix 5000 Rockwell added sample code demonstrating the ability to programmatically create a text file on the removable CompactFlash or SD card which many newer models support. To do this simply review the include sample code, “CF_Read_Write_Example” which can be found in your “RSLogix5000ProjectsSamplesENURockwell Automationv16” directory, or the manual here.

UPDATE: There is a separate sample code download which does log to CSV file – for more information see this Blog Post HERE.

Pros:

  • Free
  • Log in text file
  • Can format as CSV
  • Plenty of space for large logs

Cons:

  • Text file saved in a binary format
  • Manual retrieval
  • Not a database solution
  • Possible noise issues with older CompactLogix processors (more info here)

Note: Versions of the above mentioned code prior to version 16 didn’t contain error checking code and are therefore not recommended.

RSLinx SplashOption 2: Log internally to array, retrieve with MS Excel and RSLinx Classic

It’s a fairly easy task to write a routine to log data to an internal array. And it’s also quite easy to setup MS Excel and RSLinx Classic (Single Node for 1 PLC, OEM for many) to read that array (search RSLinx Classic help on EXCEL to find VBA sample code.)

However, trying to automate this process with VBA in MS Excel could be more work and effort than it’s worth.

Pros:

  • Fairly simple coding in PLC
  • Extracting data to Excel via RSLinx Classic is fairly easy using sample code in RSLinx Classic help files.

Cons:

  • Writing and testing code to automate could be time consuming
  • Reliability issues
  • Data not in a database.

FTViewME DataStoreOption 3: PanelView Plus CE or 6 (or ViewME Station) DataStore ActiveX

The PanelView Plus CE, PanelView Plus 6, and ViewME Station all have the ability to use a free Rockwell ActiveX called “DataStore.” What this object does is simply log tags you choose to a CSV file which you can later copy to your PC and open in MS Excel.

Pros:

  • Automated data collection using your PVPlus 6 or CE at no extra charge

Cons:

  • Manual retrieval
  • Not in a database

XLReporterOption 4: XLReporter from SyTech  

For over a decade I’ve been a fan of this simple yet elegant package which is basically a report generating add-on for MS Excel.

Before using this package, my automated RSView32 datalog reports were VBA queries of my RSView32 collected datalogs which I stored in MS Access. while this old method worked great, it was technically far beyond what most clients wanted to do to generate reports.

But with XLReporter, Ms Excel, and RSLinx Classic you can not only setup data collection into spreadsheets directly, but you also can generate some good looking reports automatically. For more information on XLReporter, check out their website at http://www.TheReportCompany.com.

Pros:

  • No code to write
  • Easy to use
  • Great tech support

Cons:

  • Price starts around $1000 (without RSLinx or MS Excel)
  • Not a database (options to read databases can be purchased)

ViewStudio SplashOption 5: FactoryTalk View Site Edition  

ViewSE’s data logging features are fairly extensive. You can configure unlimited number of datalogs, and run up to 20 simultaneously. Each datalog can have up to 10,000 tags in it (ViewSE has no tag limit,) and they can be logged to either a compressed format (extractable with a free utility,) or better yet to any database which supports ODBC (MS SQL Server Express is included.)

Pros:

  • Supports 20 datalogs simultaneously logging 10,000 tags each
  • Supports most databases via ODBC
  • Comes with RSLinx Classic and Enterprise (ViewSE versions)

Cons:

  • Can’t easily view data directly in MS Excel
  • Cost of ViewStudio Development and ViewSE runtime (if not already owned)

FT Historian SE SlideOption 6: FactoryTalk Historian SE

For the most robust data collection I recommend FT Historian SE. This package is built to do one thing well – large volume time series data collection. Based on the world’s largest installed base of data collection software (OSI PI,) Rockwell has included easy to use hooks to setup logging of data from it’s PLC’s, and has also included it’s popular web based trending and reporting package, VantagePoint.

Pros:

  • World class solution based on OSI PI with space saving data compression
  • Easy connectivity to PLC’s, especially using RSLinx Enterprise or OPC.
  • Excel plugin for easy viewing of collected data
  • Comes with full web based trending and reporting package (VantagePoint)

Cons:

  • Requires Microsoft Server 2008 R2
  • Cost of lowest tag count roughly $4500

I hope you’ve found this article about my thoughts on how to datalog data from the ControlLogix and CompactLogix helpful. If you have a question or would like to offer your own data logging option please click on the “post a comment or question” link below to comment on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Beginner’s PLC

By
Shawn Tierney
-
Micro 810 and MicroLogix 1000


Micro 810 and MicroLogix 1000So you’re new to the world of PLC’s (Programmable Logic Controllers) and are looking to buy a beginner’s PLC to work with at home.

I’m going to assume you’re on a budget, so getting the most “bang for your buck” will be important. You also may not own a 24vdc power supply, so it’s probably going to be convenient if you can purchase a model that plugs directly into a home outlet.

With the above limitations in mind, lets take a look as what I would recommend as a beginner’s PLC:

NOTE: Can’t decide between learning PLCs or PACs? Check out our companion article HERE.

NOTE: Links to parts and pieces helpful when testing a PLC at home:

Micro800 Family of PLC’s from Allen-Bradley.

Micro 810In my opinion, the Micro800 family of Micro PLC’s will give you the most value for your money.

It’s a new, modern product that’s focused on low cost, easy of use, and no prior knowledge of Allen-Bradley PLC’s.

However, if you work in an facility with PLC-5 and SLC-500 processors and your goal is to learn how to program those, the Micro800 family may not be for you. Its much less like the PLC-5 and SLC-500 than is the second option I’ll list below, the MicroLogix.

But if the newest, most powerful and lowest cost option is what you’re looking for, then I believe the Micro810 is the right choice for the following reasons:

  • The Micro810 starts at $115 (PLC PN# 2080-LC10-12xxx and 2080-USBADAPTER.)
  • Programs with the FREE CCW programming software (Connected Components Workbench.)
  • Programs in Ladder, Function Block, and Structure Text languages.
  • Programs using standard over the counter USB cable.
  • There are dozens of free “how to program” videos posted by A-B on YouTube, as well as my affordable Micro800 course, Nano Basics.

Micro 830Of all the Micro810 models available, if you don’t have a 24vdc power supply you may wish to chose the 2080-LC10-12AWA as it’s powered by 120vac, which means you can power it directly from a residential outlet (power cord not included.) It also has 120vac inputs, and four isolated relay outputs which can be used for AC or DC applications.

If you have some additional funds, you could also purchase the 2080-PS120-240VAC ($48) which is a 24vdc power supply that would allow you to use a 24vdc powered Micro810 or expandable Micro830 (starting at $179) or newer Ethernet model the Micro820 (starting at $259.)

For more information please see the following links:

MicroLogix 1000MicroLogix Family of PLC’s from Allen-Bradley

If your goal is to learn programming similar to that used in the SLC-500 family and the PLC-5, then the MicroLogix family of processors is the option I would suggest.

I also have an affordable training course for it too, PLC Basics Second Edition.

While the MicroLogix is no the newest Rockwell PLC, it does program nearly identically to the SLC-500 and PLC-5 using RSLogix Micro or RSLogix 500.

Some of the advantages to buying a MicroLogix are listed below:

On the down side, the MicroLogix 1000 requires a serial cable and you’ll also likely need a USB to Serial converter cable.

MIcroLogix 1100On the other hand, the MicroLogix 1100 has both a serial port and Ethernet port, eliminating the need for a Serial cable and converter.

For more information on the MicroLogix family see the following links:

I hope you’ve found the above information on my choices for a “beginner’s PLC” helpful. If you have any questions, or would like to comment on the above, please feel free to click on the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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How to find and download Allen-Bradley Software Updates

By
Shawn Tierney
-
AB.com Find Product Downloads

Update: For the most up-to-date article on this subject click HERE.

AB.com Home Page 3Yesterday we discussed how to check if your software was Windows 7 compatible. Today we’ll use the same site to find and download Rockwell Software (RS) and Allen-Bradley (A-B) software updates

Note: You can watch a video on using Rockwell’s software downloads website on our companion video blog HERE.

In many cases, when you receive a new laptop you’ll want to install the latest version of software on it. But sometimes it will be a system with new hardware on it which drives you to update your software. In either case, if you have an active support contract with Rockwell Automation you ‘ll have they ability to download the latest versions of the software on your contract from AB.com.

To do this, you’ll first identify the software package in question (for our example we’ll use RSLogix5000,) and then navigate to AB.com and click on the “product compatibility and download center” link (about halfway down on the left side of the page as shown in the below picture:)

AB.com Home Page Product Compatibility Link

Next, click on the “get product downloads” tab and select “find product downloads:”

AB.com Find Product Downloads

Once that page comes up, type the name of your software into the product search box as shown below. In our example we typed in “RSlogix:”

AB.com Find Product Downloads Search

You should now see a list of “RSLogix” products displayed under the search box. Since we are looking for RSLogix 5000, we’ll click on that selection, and then click on version 20.01.01 as shown below:

AB.com Find Product Downloads Select Version

Now click the “find downloads” button on the bottom right of the page:

AB.com Find Product Downloads Find

Next, click on the icon of the gray box (hard drive) with the red arrow above it which is directly to the right of the version of software you would like to download (in our case v20.01.01:)

AB.com Find Product Downloads Download

Then, from the pop-up which follows choose the package which matches your language:

AB.com Find Product Downloads Download Popup

And finally, provide your company name and serial number to qualify for the update:

AB.com Find Product Downloads Qualify

At this point you should be provided with a link to download the program you’ve selected. However, if the qualification fails, you will need to verify the company name and serial number Rockwell has on file by either looking on the label on your original box of software, or by calling Rockwell Automation (or your local distributor) and asking them to look up your registration information.

I hope you’ve found the above information on how to download Rockwell Automation software updates from AB.com helpful. If you have any questions or would like to comment on the above article please feel free to click on the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Allen-Bradley and Rockwell Software support for Windows 7

By
Shawn Tierney
-
AB.com Multi Product Compare Results


AB.com Home PageAlmost daily I’m asked about Rockwell Software (RS) and Allen-Bradley (A-B) software support for Windows 7.

While I haven’t memorized the list, the good news is Rockwell has put together an easy to use compatibility website which makes finding operating system support for it’s software a breeze.

Note: You can watch a video on using Rockwell’s compatibility website in our companion video blog HERE.

In a typically scenario, an Engineer or Maintenance Electrician is told he will be getting a new laptop. Hopefully his company has the foresight to provide him with Windows 7 Pro, and not Windows 7 Home which is not licensed for commercial use. It’s also assumed his company is not ready to move to Windows 8 which, because of Microsoft’s lack of backward compatibility for certain services, is not yet supported by many (if any) Rockwell products.

The first step the Engineer or Electrician should take is to inventory what software from A-B and RS he currently uses. In our example, we’ll assume our company man uses the following products:

  • RSLogix5
  • RSLogix500
  • RSLogix5000
  • PanelBuilder32
  • ViewStudioME

With the above list in mind, our second step is to head over to AB.com and click on the “product compatibility and download center” link (about halfway down on the left side of the page as shown in the below picture:)

AB.com Home Page Product Compatibility Link

Next, click on “multi product compare:”

AB.com Multi Product Compare Page

Once that page comes up, type “RSLogix 5” into the product search box as shown below:

AB.com Multi Product Compare Search

You should now see a list of “RSLogix” products displayed under the search box. Click on RSLogix 5, and then click on the latest version (in our example we would like to know if the newest release supports Windows 7:)

AB.com Multi Product Compare Results

Repeat the above steps for your remaining software. When done, you should have a list like the one circled below:

AB.com Multi Product Compare Listing

Now click the “compare selections” button on the bottom right of the page, and then expand the “Operating Systems, Windows 7” category. You will see a green circle with a checkbox for every version of Windows 7 the package is supported on:

AB.com Multi Product Compare Results

In our scenario, all the latest packages of our selected products do have native Windows 7 support, with the exception of PanelBuilder 32. However, this doesn’t mean it absolutely won’t work, but does typically mean Rockwell Tech Support will not support this product on Windows 7 do to either (a) known issues, or (b) lack of testing by the product group.

In those cases that a product is not supported by Windows 7, you can still use the product inside a virtualized system, utilizing either “XP Mode” (free Microsoft download for Windows 7 Pro users,) or VMware Workstation available from VMware.com for $250.00. Both of these virtualization packages are supported by Rockwell products per Rockwell’s public tech notes listed below:

I hope you’ve found the above information about Windows 7 support from Rockwell Automation helpful. If you have any questions or would like to comment on the above article please feel free to click on the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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ControlLogix – Support for adding I/O online

By
Shawn Tierney
-
Rockwell Allen-Bradley's Logix-WP006 Table 1 - Adding I/O Online
Table 1 from Allen-Bradley Publication Logix-WP006 (no longer available)


Rockwell Allen-Bradley's ControlLogixA common client question of late is what are the abilities of the ControlLogix when is comes to adding I/O online.

In certain industries, processes can’t shut down as doing so would lead to loss of production or in extreme cases damage to the production line. In these situations, the more you can do while the production line is running, the better off you are. Allen-Bradley has had robust online program editing for decades, as well as I/O support for RIUP (removal and insertion under power,) but the online addition of I/O in the ControlLogix family is a more recent development.

The first phase of support for this feature was in version 15 of the ControlLogix. In that version you could add most 1756 I/O while the processor was in the remote run mode, either in the local 1756 I/O rack with the processor, or remotely on ControlNet or Ethernet.

When adding I/O online on ControlNet, the I/O is placed in the unscheduled bandwidth portion of the “Network Update Time” (aka NUT) which would be more than adequate for most process applications, by may not have the update rate and repeatability needed for high speed applications.

Rockwell Allen-Bradley's Logix-WP006 Table 1 - Adding I/O Online
Table 1 from Allen-Bradley Publication Logix-WP006 (no longer available)

Note: For details about RSLogix and Studio 5000 support for adding I/O online in remote run, please reference the following manual from Allen-Bradley (A-B:)

NOTE: The above document is no longer available, so in it’s place refer to the user manual, 1756-UM001.

The second phase of support for adding I/O online with ControlLogix came with version 18. This version added many new devices to the support list, including:

  • 1756-CN2, 1756-CN2R, 1756-CN2RXT
  •  1756-EN2t, 1756-EN2TR, 1756-EN2TRXT, 1756-EN3TR
  • PowerFlex 4, 40, 400, 400P
  • PowerFlex 70, 700, 700s, 7000
  • PowerFlex 753, 755
  • PowerFlex DC
  • 1305, 1336E, 1336F, 1336R, 1336S, 1336T, 1397
  • 1757- FFLD

Note: For details about v18’s added support for adding devices to a ControlLogix system online in remote run, please reference the following manual from Allen-Bradley:

I hope you’ve found the above information and links about adding I/O online to a ControlLogix helpful. If you have a question or comment please click on the “post a comment or question” link below to comment on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Latest posts by Shawn Tierney (see all)

View Studio – Can you save Machine Edition 7.0 project as a previous version?

By
Shawn Tierney
-
ViewStudio Splash


A client recently asked how he could save or export a FactoryTalk ViewStudio Machine Edition 7.0 project as a previous, older version.

As FactoryTalk ViewStudio users know, there is no way to perform a “save project as” a previous version in the software. However, the software does allow for saving runtime files (.mer) as previous versions, and some of those files can be imported back into ViewStudio as a project using the Application Manager.

With that in mind, I offered to test out whether or not runtime files created with ViewStudio 7.0 (but saved as previous version .mer’s) would be able to be turned back into a ViewStudio projects in those older versions.

To begin, I went through the steps to create a runtime file. As you can see below, the system defaults to v7.0 and all the “conversion to development” options are available:

FTViewME-Pre-Ver-70

For my first test I would use v7 to save a runtime file as 6.1, the only other version of ViewStudio with the new MS SQL Server Tag Database (for Windows 7 64 bit compatibility.)

As you can see in the below image, just as when v7 was selected, all the “conversion to development” options are still available when v6.1 is chosen:

FTViewME-Pre-Ver-61After creating the v6.1 .mer I moved it to my VMware image with ViewStudio v6.1 and used the application manager to restore the project. I then opened it in ViewStudio without issue. Success!

For the next test, I used v7 to save a runtime file for v6.0, but was immediately disappointed as the “conversion to development” options were no longer available as can be seen in the below screenshot:

FTViewME-Pre-Ver-60I thought this was quite strange as, if v7 could created the .mer for v6.0, why could it also not include the 6.0 development files as well?

With no built-in means of restoring an application from a v6.0 mer file, the only option left that I could think of was using the old Rockwell Tech Note #8913, “Recovering a Project from the MER File” (requires a support contract.) Unfortunately, at the point in the procedure where you import the .MED file from the temporary “~Mer” folder, I received the following error:

FTViewME-7-recover-MERAnd with that “error message” the writing was on the wall. I imagine that somewhere in the .mer file there is a flag of some sort which, while allowing the .mer file to run on v6 systems, it somehow prevents the project from being imported back into ViewStudio v6.0.

Well, if you have any comments or questions on the above, or if you have other ideas on how to get a v7 project into v6.0, please let us know by using the “post a comment or question” link below.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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PLC-5 – How to add Ethernet Communications

By
Shawn Tierney
-
PLC-5


PLC-5Today you’ll find Ethernet in almost every manufacturing facility, and on most all modern automation systems. But many facilities also have an installed base of legacy PLC-5 systems, and often clients call asking how they can add Ethernet connectivity to their legacy PLC-5’s.

Before we answer that question, lets first review the communication options available on the PLC-5 processor.

The original processors (5/10, 5/12, 5/15, & 5/25) which were released beginning in 1985, came with two connectivity options built into every model:

  1. Data Highway Plus (DH+, also known as Peer Communication Interface or PCI)
  2. Remote I/O (RIO.)

The second generation of PLC-5 processors (5/11, 5/20, 5/30, 5/40, 5/60, 5/80,) known as the “New Platform” (NP) PLC-5,  had an additional 25 pin RS-232 port, and could also be ordered with an optional Ethernet or ControlNet port.

So for all those PLC-5 processors without the built-in Ethernet port I list five options below which allow you to add Ethernet communications to your non-Ethernet PLC-5:

New Option: ANC-100e EtherNet/IP to DH+ Gateway

From ANC: “The ANC-100e is an economical and high performance, “pocket-sized” converter interfacing Factory Automation Devices between Ethernet/IP and Allen-Bradley Data Highway Plus DH+”

Pros:

Works with any DH+ device

Cons:

It’s not free?

PNs and Prices

ANC-100e EtherNet/IP to Allen Bradley DH+ Gateway $1,195.

Option 1: EtherNet/IP to Allen Bradley Remote I/O or DH+ Gateway (works with all DH+ devices)

AN-X2-AB-DHRIOFrom Prosoft: “The EtherNet/IP to Remote I/O or DH+ (AN-X2-AB-DHRIO) Gateway is designed to help customers initiate a phased migration approach to replacing or upgrading legacy Remote I/O, HMI’s or Drives. The AN-X2-AB-DHRIO gateway has multiple operating modes that are selected during initial configuration and are described below..”

Pros:

Works with any DH+ device

Cons:

It’s not free?

PNs and Prices

AN-X2-AB-DHRIO  EtherNet/IP to Allen Bradley Remote I/O or DH+ Gateway $1,895.

Option 2: 1756 DH+ to Ethernet Gateway (works with all DH+ devices)

A very common option to bridge from Ethernet to DH+, CNET, and DNET, a 1756 chassis with an Ethernet module and a single DHRIO module provides for the bridging from Ethernet to two DH+ networks at 57.6K or 115K, or one DH+ at 230K.

Pros:

One Ethernet gateway to many networks

Direct access to PLC-5 Data Tables

No programming needed to bridge Ethernet to DH+

Add additional modules for additional networks: ControlNet, Devicenet, DH+, DH-485, or 3rd party modules from Prosoft

Cons:

Expensive solution for a single PLC

PNs and Prices

1756-A7: 7 SLOT CONTROLLOGIX CHASSIS   $504.00 list price from A-B

1756-ENBT: CLX ETHERNET/IP BRIDGE $2150.00 list price from A-B

1756-PA75: 85-265V AC POWER SUPPLY   $911.00 list price from A-B

1756-DHRIO: DH+/RIO BRIDGE $1,910.00 list price from A-B

(Obsolete) Option 3: DF1 to Ethernet/IP converter: (New Platform PLC-5 models only)

1761-NET-ENIIf your New Platform PLC-5’s serial port is available, you can easily add a DF1 to Ethernet/IP converter (1761-NET-ENI.)

Pro’s:

Least expensive option

Direct access to PLC-5 Data Table

Has built in email capability (converts PLC MSG to an email)

ENI configuration is done with a free utility

Con’s:

Only three simultaneous bi-directional connections to PLC-5 at any given time

The PLC-5 serial port is limited to 19.2K (low bandwidth)

Requires PLC-5 NP processor with available serial port

If you have an HMI on the serial port you can use the A-B Serial DF1 port splitter (1747-DPS1) but you’ll be splitting the bandwidth with the HMI.

PNs and Prices

1761-NET-ENI

$893.00 list price from A-B

1761-CBL-PM02

$74.10 list price from A-B

$25.00 from Amazon

9 Pin to 25 Pin adapter

$10 from Amazon

(Obsolete) Option 4: ENET Sidecar: (New Platform PLC-5 models only, firmware upgrade may be needed, )

PLC-5 ENETIf your New Platform PLC-5 has the correct firmware, or if you’re willing to purchase the firmware upgrade, and you have the ability to move whatever module you have in the first I/O slot (directly to the right of the processor,) the 1785-ENET Ethernet sidecar is an option you can consider.

Pros:

High Speed connection to PLC-5

Direct access to PLC-5 Data Table

Channel 3a configuration is simple

Cons:

Need to move and readdress I/O module in slot 1

Will likely need to update PLC-5 firmware chip which can be expensive

PNs and Prices

1785-ENET

$3720.00 list price from A-B

5/80 Firmware

~$685.00 from A-B (most expensive version, price circa 2005)

(Obsolete) Option 5: Prosoft Ethernet Module for 1771 Chassis and all PLC-5 Processors: (works will all PLC-5 models)

MVI71From Prosoft: “Support for the storage and transfer of up to 4000 registers to/from the PLC processor using the block transfer. The module can send read or write commands to remote devices on the Ethernet/IP network. The MVI71-DFNT also has 20 servers that allows the module to receive commands from remote devices. The MVI71-DFNT Pass-Through server allows the user to edit, download, and upload the PLC ladder logic using an Ethernet connection. Up to 100 commands can be configured by the user.”

Pros:

Works with any PLC-5 in any SLOT

Cons:

Requires programming (Prosoft tech support historically has been good)

– Block Transfers needed in PLC-5 Program

PNs and Prices

MVI71-DFNT EhterNet /IP Communication Module ~$2,159 (circa 2005)

I hope you’ve found this article about how to add Ethernet to non-Ethernet versions of the Allen-Bradley PLC-5 helpful. If you have a question or would like to offer your own option please click on the “post a comment or question” link below to comment on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Micro800 – “How To” Videos from Allen-Bradley Part 3

By
Shawn Tierney
-
Micro800 YouTube Advanced Featured Image


Today in the final part of our three part series, we’ll list the beginner Micro800 Family “How To” Videos Rockwell has posted to YouTube.com.

Using Advanced Instructions In Ladder Logic / Ladder Diagram

Micro800 Programming – Use LOG Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for LOG instruction in ladder diagram program.

Micro800 Programming – Use EXPT Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for EXPT instruction in ladder diagram program.

Micro800 Programming – Use POW Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for POW instruction in ladder diagram program.

Micro800 Programming – Use SCALER Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for SCALER instruction in ladder diagram program.

Micro800 Programming – Use SQRT Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for SQRT instruction in ladder diagram program.

Micro800 Programming – Use ABS Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for ABS instruction in ladder diagram program.

Micro800 Programming – Use LIMIT Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for LIMIT instruction in ladder diagram program.

Micro800 Programming – Use ASCII Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for ASCII instruction in ladder diagram program.

Micro800 Programming – Use R_TRIG Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for R_TRIG instruction in ladder diagram program.

Micro800 Programming – Use TOW Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for TOW instruction in ladder diagram program.

Micro800 Programming – Use TDF Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for TDF instruction in ladder diagram program.

Micro800 Programming – Use LCD Instruction in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software for LCD instruction in ladder diagram program.

Using Advanced Instructions In Function Block Diagram

Micro800 Programming – Use EXPT Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for EXPT instruction in function block diagram program.

Micro800 Programming – Use POW Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for POW instruction in function block diagram program.

Micro800 Programming – Use SCALER Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for SCALER instruction in function block diagram program.

Micro800 Programming – Use SQRT Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for SQRT instruction in function block diagram program.

Micro800 Programming – Use R_TRIG Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for R_TRIG instruction in function block diagram program.

Micro800 Programming – Use LCD Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software LCD instruction in function block diagram program.

Micro800 Programming – Use ABS Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for ABS instruction in function block diagram program.

Micro800 Programming – Use LIMIT Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for LIMIT instruction in function block diagram program.

Micro800 Programming – Use TOW Instruction in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software for TOW instruction in function block diagram program.

Using Advanced Instructions In Structured Text

Micro800 Programming – Use EXPT Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for EXPT instruction in structured text program.

Micro800 Programming – Use POW Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for POW instruction in structured text program.

Micro800 Programming – Use SCALER Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for SCALER instruction in structured text program.

Micro800 Programming – Use SQRT Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for SQRT instruction in structured text program.

Micro800 Programming – Use ABS Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for ABS instruction in structured text program.

Micro800 Programming – Use R_TRIG Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for R_TRIG instruction in structured text program.

Micro800 Programming – Use TOW Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for TOW instruction in structured text program.

Micro800 Programming – Use TDF Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for TDF instruction in structured text program.

Micro800 Programming – Use LCD Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for LCD instruction in structured text program.

Micro800 Programming – Use LIMIT Instruction in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software for LIMIT instruction in structured text program.

Micro800 Programming – Call Instruction Block in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software to call instruction block in structured text program.

http://www.youtube.com/embed/aJt7aSe3yQ8: Video removed by Rockwell

I hope you’ve found this listing of Rockwell’s AB.com Training Videos on the Micro800 helpful. Tomorrow we’ll list many more.

If you would like to offer your own opinion or comment on the usefulness of these videos please click on the “post a comment or question” link below to share your comments on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Micro800 – “How To” Videos from Allen-Bradley Part 2

By
Shawn Tierney
-
Automation-Fair-2014-AB-Micro800


Today in part two of our three part series we’ll list the beginner Micro800 Family “How To” Videos Rockwell has posted to YouTube.com.

Article Updated May, 2019:

Introductions to the Micro800 Family

Allen-Bradley Micro810 Introductory Video by ROKAutomation

Thomas Sugimoto, Global Marketing Manager of Micro800 Controllers introduces the features and benefits of engaging Micro810 controller for your applications.

Allen-Bradley Micro830 Introductory Video by ROKAutomation

Thomas Sugimoto, Global Marketing Manager of Micro800 Controllers introduces the features and benefits of engaging Micro830 controller for your applications.

Allen-Bradley Micro850 Introductory Video by ROKAutomation

Thomas Sugimoto, Global Marketing Manager of Micro800 Controllers introduces the features and benefits of engaging Micro850 controller for your applications.

Allen-Bradley Micro850 Introductory Animation by ROKAutomation

The animated video showcases the flexibility and customization that brings higher I/O performance to the Allen-Bradley Micro850 controller from Rockwell Automation. The video demonstrates how easily the power supply, plug-in modules, expansion I/O modules, and terminal blocks can be attached and re…

Micro800 How-To

Modernize from MicroLogix Controllers with Micro800 by ROKAutomation

Micro800 Programming – Change Program Execution Order by ROKAutomation

How to use Connected Components Workbench software to change the order of program execution.

Micro800 Programming – Configure Interrupts by ROKAutomation

How to use Connected Components Workbench software to configure interrupts for Micro800 controller.

Micro800 Controller Programming – LCD in Ladder Diagram by ROKAutomation

Micro800 Controller Programming – LOG in Ladder Diagram by ROKAutomation

Micro800 Controller Programming – SQRT in Structured Text by ROKAutomation

Micro800 Controller – Create and Use User-Defined Function Blocks (R8) by ROKAutomation

Micro800 Controller Programming – EXPT in Structured Text by ROKAutomation

Micro800 Controller Programming – SQRT in Function Block Diagram by ROKAutomation

Micro800 Controller Programming – SCALER in Ladder Diagram by ROKAutomation

Micro800 Controller Programming – ABS in Structured Text by ROKAutomation

Micro800 Programming – Configure Workspace by ROKAutomation

How to use Connected Components Workbench software to configure workspace for Micro800 controller.

http://www.youtube.com/embed/APJnsQtVrK8: Video removed by Rockwell

Micro800 Programming – Create First Project by ROKAutomation

How to use Connected Components Workbench software to create first project for Micro800 controller.

http://www.youtube.com/embed/APJnsQtVrK8: Video removed by Rockwell

http://www.youtube.com/embed/-E1QflY4EfU: Video removed by Rockwell

Micro800 Programming – Assign Variable Value by ROKAutomation

How to use Connected Components Workbench software to assign variable value for Micro800 controller.

http://www.youtube.com/embed/SobWBV9butI: Video removed by Rockwell

Micro800 Programming – Define Variables in Ladder Diagram Program by ROKAutomation

How to use Connected Components Workbench software to to define variable in ladder diagram program.

http://www.youtube.com/embed/TRrDEKvgU1w: Video removed by Rockwell

Micro800 Programming – Define Variables in Function Block Diagram Program by ROKAutomation

How to use Connected Components Workbench software to to define variable in function block diagram program.

http://www.youtube.com/embed/RCQqR6XyQ68: Video removed by Rockwell

Micro800 Programming – Define Variables in Structured Text Program by ROKAutomation

How to use Connected Components Workbench software to to define variable in structured text program.

http://www.youtube.com/embed/_wKIb6sQ53o: Video removed by Rockwell

Micro800 Programming – Build First Project by ROKAutomation

How to use Connected Components Workbench software to build first project for Micro800 controller.

http://www.youtube.com/embed/AiFH_Pm7B3o: Video removed by Rockwell

Micro800 Programming – Download Project to Micro800 controller by ROKAutomation

How to use Connected Components Workbench software to download project to Micro800 controller.

http://www.youtube.com/embed/OPzc_mvnKRo: Video removed by Rockwell

Micro800 Programming – Debugging First Program by ROKAutomation

How to use Connected Components Workbench software to debug your first program on Micro800 controller.

http://www.youtube.com/embed/U0HVnNRNfe4: Video removed by Rockwell

I hope you’ve found the above links to Rockwell’s basic Micro800 YouTube videos helpful. Tomorrow we’ll list the more advanced videos.

If you would like to offer your own opinion, or comment on the usefulness of these videos, please click on the “post a comment or question” link below to share your comments on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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Micro800 – “How To” Videos from Allen-Bradley Part 1

By
Shawn Tierney
-
Micro800 AB.com Video 3


Micro800 AB.com Video 1When Rockwell released it’s new Micro800 PLC and the Connected Component Workbench (CCW) programming software, it knew that new users were going to need some help getting to know how to program this new product.

With that in mind Rockwell created dozens of “How To” videos for the Micro800, and in this the first of a three part series I’ll list the five videos which Rockwell hosts at AB.com, and provide a direct link to view each one:

http://www.Allen-Bradley.com hosted training videos for the Micro800 and CCW:

I hope you’ve found this listing of Rockwell’s AB.com Training Videos on the Micro800 helpful. Tomorrow we’ll list many more.

If you would like to offer your own opinion or comment on the usefulness of these videos please click on the “post a comment or question” link below to share your comments on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

shawntierney avatar
Latest posts by Shawn Tierney (see all)

ViewME, PanelView Plus – Quick Start Videos

By
Shawn Tierney
-
FactoryTalk View Studio Quick Start Videos Section 3 First Project A


FactoryTalk View Studio Quick Start Videos Section 2 ConnectRockwell’s FactoryTalk View Studio Machine Edition (ViewME) and PanelView Plus (PVPlus) can be a little challenging for new users to learn. I still remember my own frustration trying to setup RSLinx Enterprise for the first time when I received my beta copy of FactoryTalk View Studio 3.0 back in late 2003.

Since then, Rockwell has released nearly a dozen FactoryTalk View Studio Machine Edition (ViewME) and PanelView Plus (PVPlus) Quick Start Videos on their Allen-Bradley website at http://www.AB.com, and in today’s article I’ll list all of these videos, and provide a direct link to view each one:

FactoryTalk View Studio Quick Start Videos Section 3 First Project ASection 1: Getting Started with FactoryTalk ViewStudio

Video 1: Glossary of Terms

Section 2: Getting Connected with FactoryTalk ViewStudio

Video 2: Set Up a PanelView Plus for Communications

Video 3: Select and Connect Communication Cables

Section 3: My First Project with FactoryTalk ViewStudio

FactoryTalk View Studio Quick Start Videos Section 3 First Project BVideo 4: Create a New Application and Define Startup Settings

Video 5: Set Up Communications within an Application

Video 6: Define Project Settings

Video 7: Create a New Graphic Display and Add a Numeric Display Object

Video 8: Create Navigation Buttons

Video 9: Test a Graphic Display and the Application

Video 10: Create a Runtime File

Video 11: Download the Runtime Application to the PanelView Plus Terminal

I hope you’ve found this listing of Rockwell’s FactoryTalk View Studio Machine Edition (ViewME) and PanelView Plus (PVPlus) Quick Start Videos helpful. If you have, or would like to offer your own opinion on the usefulness of these Rockwell videos please click on the “post a comment or question” link below to comment on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

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RSLogix 5000 “How To” Start Page Videos from Rockwell Allen-Bradley (A-B)

By
Shawn Tierney
-
RSLogix 5000 Start Page Videos Section 2 Connect

UPDATE, September 2020: Seems like the recent update to Rockwell’s website has killed off all of the links in this article as well as the Rockwell Tech Note (published in 2020) which is a copy of this article.

While I have reported this to Rockwell, there’s no telling if or when the links will return, so until then you can still find these videos in RSLogix 5000 starting at v16, through Studio 5000 Logix Designer up through version 30.


Rockwell’s RSLogix 5000 includes over fifty “How To” getting started videos designed to aid new users, or to introduce new features to existing users.

These video “media files” which are found in the RSLogix 5000 “Start Page” often go unnoticed, as does the fact that Rockwell also makes these videos available free of charge on their  Allen-Bradley (A-B) website at http://www.AB.com.

In today’s article I’ll list all fifty six of these videos, and provide a direct link to view each one:

RSLogix 5000 Start Page Videos Section 1 StartSection 1: Getting Started with RSLogix 5000

Video 1: Manage Windows

Video 2: Navigate with the Mouse & Keyboard

Video 3: Glossary of Terms

Section 2: Get Connected with RSLogix 5000

Video 4: Configure a Serial Driver

Video 5: Load Firmware in a New Controller

Video 6: Assign an IP Address to a Controller

Video 7: Configure an EtherNet/IP Driver

Section 3: My First Project with RSLogix 5000

RSLogix 5000 Start Page Videos Section 2 ConnectVideo 8: Create a New Project

Video 9:  Modify the Main Task

Video 10:  Modify the Main Program

Video 11: Modify the Main Routine

Video 12: Configure an Input Module

Video 13: Configure an Output Module

Video 14: Create a Tag

Video 15: Create a User-Defined Data Type

RSLogix 5000 Start Page Videos Section 3 First ProjectVideo 16: Enter Ladder Diagram Routine Logic

Video 17: Reference a Tag in a Routine

Video 18: Verify a Project

Video 19: Download a Project

Video 20: Go Online

Video 21: Change a Controller’s Mode

Video 22: Monitor & Edit Data Online

Section 4: Learn more about RSLogix 5000

Video 23: Import Online — Programs, Routines and Instructions

RSLogix 5000 Start Page Videos Section 4 MoreVideo 24: Product Documentation Language Switching

Video 25: Create an Alias Tag

Video 26: Produce and Consume a Tag

Video 27: Find and Clear a Major or Minor Fault

Video 28: Toggle a Bit

Video 29: Clear I/O Communication Faults

Video 30: Force I/O

Video 31: Update a Module’s Firmware

Video 32: Search by Cross Reference

Video 33: Search for Components

Video 34: Identify Tags for I/O Data

Video 35: Enter a Function Block Diagram

Video 36: Enter Structured Text

Video 37: Enter a Sequential Function Chart

RSLogix 5000 Start Page Videos Section 5 AdvancedVideo 38: Create a Program

Video 39: Create a Periodic Task

Video 40: Change the Program Schedule of a Task

Video 41: Change a Running Ladder Diagram Routine

Video 42: Change a Running Function Block, Sequential Function Chart, or Structured Text Routine

Video 43: Configure an Equipment Phase

Video 44: Configure a Pre-state Routine and Equipment Phase

Video 45: Change an Equipment Phase’s State Manually

Section 5: RSLogix 5000 Advanced Topics

Video 46: Logix-based Alarms

Video 47: GuardLogix

Video 48: Kinematics

Video 49: PhaseManager

RSLogix 5000 Start Page Videos Section 6 Add OnsAdd-On Instructions

Video 50: Introduction to Add-On Instructions

Video 51: Creating Add-On Instructions

Video 52: Using Add-On Instructions in a Routine

Video 53: Monitoring Add-On Instruction Code

Video 54: Changing an Add-On Instruction

Video 55: Protecting an Add-On Instruction

Video 56: Using an Add-On Instruction in a New Project

I hope you’ve found this listing of Rockwell’s RSLogix 5000 Quick Start videos helpful. If you have, or would like to offer your own opinion on the usefulness of these Rockwell videos please click on the “post a comment or question” link below to comment on this article.

Until next time, Peace ✌️ 

If you enjoy this episode please give it a Like, and consider Sharing as this is the best way for us to find new guests to come on the show.

Shawn M Tierney
Technology Enthusiast & Content Creator

Eliminate commercials and gain access to my weekly full length hands-on, news, and Q&A sessions by becoming a member at The Automation Blog or on YouTube. You'll also find all of my affordable PLC, HMI, and SCADA courses at TheAutomationSchool.com.

shawntierney avatar
Latest posts by Shawn Tierney (see all)

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