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MV110-24.16DN

MV110-24 16DN Digital Input Module

The digital input module MV110-24.16DN has 16 digital inputs able to connect switch contacts as well as NPN or PNP transistors. All the inputs are galvanically isolated in groups of 4. To communicate the input data to a controller, a serial RS485 port and Modbus RTU/ACSII are at your disposal. The module requires 24V DC input power and can operate in the temperature range between -20 and +55 °C.

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Description

MV110-24 16DN Digital Input Module

The digital input module MV110-24.16DN has 16 digital inputs able to connect switch contacts as well as NPN or PNP transistors. All the inputs are galvanically isolated in groups of 4. To communicate the input data to a controller, a serial RS485 port and Modbus RTU/ACSII are at your disposal. The module requires 24V DC input power and can operate in the temperature range between -20 and +55 °C.

Contact Us for more Information.

Technical Data

Specification

Additional Info

The MV110-24.16DN digital input module can extend a PLC system or a DCS (Decentralized Control System) with additional 16 digital inputs. Each input can connect switch contacts, NPN as well as PNP transistors. The device is configured with the user-friendly MX110 Configurator software, which you can download any time and without any additional fees.

Application

  • Pulse counterWith an integrated pulse counter, each input of this extension module is capable of counting up 1000 pulses per second, which is impossible to perform in a Modbus network when using a program-based counter. Moreover, the integrated pulse counter allows you to get by without purchasing a counter as an individual device if your system requires one or when the need arises.Two types of mounting

    You can effortlessly snap the MV110-24.16DN input module on a DIN rail or fix it at a wall.

    Inputs and network status diagnostics

    There is a range of LEDs available on the device front. Sixteen of them are responsible for inputs, meaning each one of them lights up when the corresponding input has a signal at it. The other three indicate the status of power supply, data exchange, and fault condition, respectively.

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