Micro PLCs from ControlByWeb® Micro PLCs from ControlByWeb® Powerful & Flexible Micro PLCs ControlByWeb offers a range of flexible and feature-rich micro PLCs, or programmable logic controllers. ControlByWeb PLCs provide all the benefits of micro PLCs while offering additional advantages and capabilities for the Industrial Internet of Things (IIoT). Built-In Firmware ControlByWeb PLCs feature a […]
Micro PLCs
Capture and use data at the edge with Micro PLCs that are easy to integrate and even easier to use. They offer a built-in web server and programming using a drop-down menu with “if this, then that” style conditional logic—no code required. ControlByWeb PLCs also feature data logging, email notifications, P2P communication, and support for multiple protocols.
Simplify any industrial application with the X-410™—no code necessary. Automation is easy with its web-based interface, intuitive drop-down menus, and logic editor. Integrate different devices, sensors, and protocols to create a cohesive system that responds intelligently to changing conditions. Control lights, sensors, and more with built-in I/O and expandable modules.
4 Relays
4 Digital Inputs
Up to 16 Temp Sensors
WiFi is Now Available. Note that X-410W models include WiFi capability which allows for more flexibility and cost savings for your application.
The X-401™ has two SDPT relays (form C) and two optically isolated inputs. It also shares the same benefits as other 400 series devices, which includes a built-in web server and simple, no-code logic builder. Monitor locks and lights, reboot devices like IP cameras, control bells and alarms, and much more with the X-401.
2 Relays
2 Digital Inputs
WiFi is Now Available. Note that X-401W models include WiFi capability which allows for more flexibility and cost savings for your application.
The X-412™ is a powerful analog-to-digital Ethernet I/O PLC. It features 4 analog inputs, 4 relays, up to 16 1-wire sensors, and a built-in web server for infinite control and monitoring possibilities.
The X-412™ is a powerful analog-to-digital Ethernet I/O PLC. It features 4 analog inputs, 4 relays, up to 16 1-wire sensors, and a built-in web server for infinite control and monitoring possibilities.
Simplify any industrial application with the X-410™—no code necessary. Automation is easy with its web-based interface, intuitive drop-down menus, and logic editor. Integrate different devices, sensors, and protocols to create a cohesive system that responds intelligently to changing conditions. Control lights, sensors, and more with built-in I/O and expandable modules.
4 Relays
4 Digital Inputs
Up to 16 Temp Sensors
WiFi is Now Available. Note that X-410W models include WiFi capability which allows for more flexibility and cost savings for your application.
The X-401™ has two SDPT relays (form C) and two optically isolated inputs. It also shares the same benefits as other 400 series devices, which includes a built-in web server and simple, no-code logic builder. Monitor locks and lights, reboot devices like IP cameras, control bells and alarms, and much more with the X-401.
2 Relays
2 Digital Inputs
WiFi is Now Available. Note that X-401W models include WiFi capability which allows for more flexibility and cost savings for your application.
ControlByWeb offers a range of flexible and feature-rich micro PLCs, or programmable logic controllers. ControlByWeb PLCs provide all the benefits of micro PLCs while offering additional advantages and capabilities for the Industrial Internet of Things (IIoT).
Built-In Firmware
ControlByWeb PLCs feature a lightweight, easy-to-use interface. Building custom logic is as easy as navigating drop-down menus.
Data Logging
Save edge data logs to a separate computer or server. Program your micro PLC to send log data via email or FTP.
Peer-to-Peer Networking
P2P networking is available between ControlByWeb relays, allowing for shared I/O and remote inputs and relay control.
Inherently Secure
ControlByWeb devices have no native OS or file system, making them less prone to vulnerabilities.
Expansive Communication Protocols
ControlByWeb PLCs support HTTP GET, MQTT, XML, JSON, SNMP, Modbus, and TCP/IP.
ControlByWeb Cloud
400 Series devices and WiFi PLCs can utilize the ControlByWeb Cloud to remotely monitor and manage multiple locations.
An illustration of a ControlByWeb relay monitoring temperature and humidity in a greenhouse, controlling grow lights and ventilation, and sending data through a network.
Application Spotlight: Greenhouse
With expandable I/O, on-board logic, and easy integration, micro PLCs are a great fit for IIoT applications like greenhouse monitoring and control.
Greenhouse automation systems are increasingly reliant on automation systems. With the growing demand for food, house plants, and cannabis, commercial greenhouses are turning to automation to improve quality and production. Reliable monitoring and control systems that can scale from small to large greenhouse structures are necessary. Features such as temperature, humidity, and soil moisture sensors, along with the ability to control fans, vents, and heaters, are essential for effective greenhouse automation.
Popular relays, like the ControlByWeb X-410™, simplify industrial applications like greenhouse automation without the need for coding.
Programming a PLC is typically a specialized task requiring a skilled engineer who isn’t always available. Even so-called “easy-to-use” PLCs on the market require Ladder Logic, Function Block, or some kind of diagram building with complex code, scripts, and a mountain of settings. On top of all that, most PLC user interfaces are overloaded with options, menus, sub-menus, wizards, modals, etc.
Our no-code PLCs use a very simple user interface with an uncomplicated, single menu system on the left-hand side. Most users will simply start at the top section and fill in the fields as they move down.
Programming logic is one of the simplest tasks for our users. Choose between scheduled or conditional tasks and use drop-down menus to select options. These options are very straightforward, including turning relays on and off, sending email alerts, or logging a change under specific conditions.
Programming a PLC is typically a specialized task requiring a skilled engineer who isn’t always available. Even so-called “easy-to-use” PLCs on the market require Ladder Logic, Function Block, or some kind of diagram building with complex code, scripts, and a mountain of settings. On top of all that, most PLC user interfaces are overloaded with options, menus, sub-menus, wizards, modals, etc.
Our no-code PLCs use a very simple user interface with an uncomplicated, single menu system on the left-hand side. Most users will simply start at the top section and fill in the fields as they move down.
Programming logic is one of the simplest tasks for our users. Choose between scheduled or conditional tasks and use drop-down menus to select options. These options are very straightforward, including turning relays on and off, sending email alerts, or logging a change under specific conditions.
A micro PLC is a compact version of a programmable logic controller (PLC) with a smaller memory capacity and embedded input and outputs (I/O). It’s designed to control small machinery and processes, similar to full-size PLCs but on a smaller scale. Learn about the differences in this micro PLC article.
How do you program micro PLCs? Is the process different compared to a standard PLC?
Micro PLCs are programmed used dedicated software and by writing logical code, similar to a standard PLC. Ladder logic and function block are popular, albeit complex and specialized, coding languages. All ControlByWeb PLCs are programmed using a simple, embedded user interface with straightforward menus and selections. No code is required to create logic.
What communication protocols do micro PLCs use?
Micro PLCs commonly use standard industrial protocols like Modbus RTU and TCP, SNMP, MQTT, and proprietary protocols specific to the PLC manufacturer. They can communicate with personal computers, operator interfaces, other PLCs, and more through various networks and protocols. The ControlByWeb products page allows filtering by protocol to ensure compatibility.
Why choose a micro PLC over a standard PLC?
Micro PLCs are chosen over standard PLCs for their cost-effectiveness, compact size, and sufficient functionality for small-scale IIoT applications. They offer fast program scan times, similar communication protocols as larger PLCs, and easier integration into space-constrained environments. They can be a more practical choice for applications that don’t require the extensive I/O and memory capacity of standard or highly specialized PLCs.
WiFi is now an option on the X-410™ and X-401™! Visit the ControlByWeb blog to learn more.Dismiss
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