Click PLC to Stride Modbus TCP Remote IO

We will now look at the Click PLC Modbus TCP remote io. The Click PLC can use remote inputs and outputs from Stride. The Stride Field I/O Modules are simple and compact. They provide an economical means to connect inputs and outputs to an Ethernet Modbus TCP communication network. Every module operates as a standalone Modbus TCP server and can be configured via a built-in web server.
Click PLC to Stride Modbus TCP to Remote IO
Previously we looked at the Stride Field Remote IO Modules Modbus TCP Ethernet wiring and configuration.
Stride Field Remote IO Modules Modbus TCP Ethernet|
– Unboxing SIO MB12CDR and SIO MB04ADS Video
Powering and Configuring Video
We will be connecting two Stride remote inputs and outputs to the Click PLC. Modbus TCP will be the protocol over Ethernet to communicate to the SIO-MB12CDR and SIO-MB04ADS units.
SIO-MB12CDR
– STRIDE discrete combo module, Input: 8-point, 12-24 VDC, sinking, Output: 4-point, relay, (4) Form C (SPDT) relays, 2A/point, (1) Ethernet (RJ45) port(s), Modbus TCP server.
SIO-MB04ADS
– STRIDE analog input module, 4-channel, current/voltage, 16-bit, isolated, input current signal range(s) of +/- 20 mA, input voltage signal range(s) of +/- 10 VDC, (1) Ethernet (RJ45) port(s), Modbus TCP server.
We will be reading an analog voltage into the Click PLC from the remote IO unit. We will then set an output to pulse on and off at a time range indicated by this analog signal. The output will be on the other remote IO unit and will trigger the input to signal. We will look at the Frequency, Count, and Status of this input. Our Click PLC program will also take into consideration watchdog (communication time out) and power-up events for the Stride remote input and output units.
Let’s get started. Keep on Reading!

Productivity Open P1AM Arduino First Program




The P1AM-100 industrial controller is programmed with the Arduino IDE (Integrated Development Environment). We installed the Arduino IDE, P1AM-100 library and ProductivityBlocks. Using this software we will be setting it up to program our P1AM Arduino industrial controller.
Productivity Open P1AM Arduino First Program (Sketch)
The Boards Manager will be used to set up our P1AM-100 Arduino board. We will then ensure that our device driver has been installed so we can communicate to the Productivity Open Controller. Using ProductivityBlocks, we will call up one of the sample programs, verify and upload the program to the P1AM-100. This program will blink the CPU LED light on and off. Let’s get started. Continue Reading!

Stride Field Remote IO Modbus TCP Ethernet




The Stride Field Remote I/O Modules are simple and compact. They provide an economical means to connect inputs and outputs to an Ethernet Modbus TCP communication network. Every module operates as a standalone Modbus TCP server and can be configured via a built-in web server.
Stride Field Remote IO Modules Modbus TCP Ethernet
We will be looking at the following two Stride Remote IO Modules:
SIO-MB12CDR – Ethernet Modbus TCP Remote IO
Stride Field Remote IO Modules Modbus TCP Ethernet
– STRIDE discrete combo remote module, Input: 8-point, 12-24 VDC, sinking, Output: 4-point, relay, (4) Form C (SPDT) relays, 2A/point, (1) Ethernet (RJ45) port(s), Modbus TCP server.
SIO-MB04ADS – Ethernet Modbus TCP Remote IO
Stride Field Remote IO Modules Modbus TCP Ethernet
– STRIDE analog remote input module, 4-channel, current/voltage, 16-bit, isolated, input current signal range(s) of +/- 20 mA, input voltage signal range(s) of +/- 10 VDC, (1) Ethernet (RJ45) port(s), Modbus TCP server, external 20-30 VDC required.
We will be unboxing both of these units. Powering and then setting them up (configuring) via the webserver. Let’s get started. Continue Reading!

P1AM Arduino Controller Installing the Software




The P1AM-100 industrial controller is programmed with the Arduino IDE (Integrated Development Environment). The C++ programming environment is emerging in industrial automation. This software is open-sourced and available free of charge. It will run on Windows, Mac, or Linux.
Arduino Installing the software
ProductivityBlocks is a graphical programming interface and add-on to the Arduino IDE. It helps you build your sketch program by dragging and dropping interlocking blocks. The associated C++ is automatically generated for you. This will help you to avoid syntax errors.
Arduino Installing the software
We will be installing the Arduino IDE, P1AM-100 library and Productivity Blocks. This will be done on a Windows 7 machine. Let’s get started. Continue Reading!