• USB port: type B
• Chipset: MCP2200
• Communication: USB HID
• 8 opto-isolated digital inputs:
  • Dry contacts:
    • Logic level 0: Close to GND
    • Logic level 1: Open
  • Wet contacts:
    • Logic level 0: 0~3 VDC
    • Logic level 1: 10~30 VDC
• Power supply: from USB port
• Maximum current consumption from USB port: 250 mA
• Leds: power, digital inputs
• Selectable digital inputs leds mode: light up on high or low input level
• DIN RAIL box IP20
• Wall mounting option
• Size: 94mm x 86mm x 31.5mm
• Working temperature range: -40 to +80 °C
• Supported by DRMv3 Software (Windows, Linux, Raspbian);
• Supported by Denkovi Command line tool (Windows, Linux, Raspbian): Yes
• Software examples - here
• Documentation: here

• 1 x USB 8 Opto-Isolated Digital Inputs Module

The device chipset is MCP2200.

Please note the device is not controlled via Virtual COM Port (Virtual Serial Port) although it may appear in the OS in such way! It is controlled via USB HID API or USB HID raw protocol!

We provide various software examples in different platforms how to access the device: here

Connecting sensors to the USB 8 digital inputs module

Using the USB input module in KIOSK application

This device is supported by DRMv3 Software.

The device can be found in the device list under the default name: USB 8 Digital Inputs

The main goal of this project is to help you to use our USB relay boards easily and without any specific knowledge how do they work. This tool is actually shell for all our USB relay boards and it does not matter which is the relay board, the command is the same. Just type one command and the the tool will set, get relay status or even will take temperature value from the board sensor (if any). It can be integrated in other software and you don't need to know much about how the USB relay board protocol. With this tool it is like a "game" and it takes literally minutes to create for example PHP script and control the USB relay board from smartphone browser.

Typical applications for this software are:

• Create desktop icons to turn particular relays
• Create BAT/BASH files to make more complex logic (like timers for example)
• The commands can be executed from PHP script
• Control our USB relay boards from Android / iPhone mobile devices
• The USB relays can be controlled from each software/platform which can run external executable files or commands in command line promt

Example commands:

LIST COMMAND - lists all devices connected to computer.

java -jar DenkoviRelayCommandLineTool.jar list

STATUS COMMAND - display input(s) status(es).

java -jar DenkoviRelayCommandLineTool.jar 00012345678inv2 2 status

java -jar DenkoviRelayCommandLineTool.jar 00012345678inv2 all status

• For more information - here
• For download - here

• General links
  • Product documentation - here
  • MCP2200 web page with drivers, guides and tools - here
  • Windows drivers - here
  • Linux drivers information - here
  • MAC drivers information - here
• Software by Denkovi
  • DRMv3 Software - software for monitoring, control and configuration - here
  • Denkovi Relay Command Line Tool - here

• The source code demos are not public, and the download links will be sent to your email after purchase or by request.
• Some of the source code demos are not public, and the download links will be sent to your ordering email after purchase or by request;
• .NET - C#.NET, VB.NET and C++.NET examples how to read the inputs status using the 32bit Microchip MCP2200 API .dll libraries (managed and unmanaged).
• C#.NET with hidsharp - example how to read the status of the inputs using hidsharp library via USB HID raw communication (x86 and x64)
• LabVIEW - Example1 (using .NET library import or stdcall .dll import) - for labview 32bit only; Example2 (download): monitor the usb inputs using the Denkovi Relay Command Line Tool
• JAVA - Example how to set/get the USB4v2 Relays and I/O status (USB HID)
• Python - github download (example how to communicate with the MCP2200)