IoT and Automation

Line-M-4IO-T

Expansion modules

Code: D73001

Protocol: Modbus/RTU
Communications: Bus-Line
Transistor output: 4
Digital inputs: 4
Download Datasheet

Overview

Module with 4 floating transistor inputs and outputs.

The expansion modules of the Line range provide a simple way to extend the features of any version of line-EDS-Cloud, line-EDS-PS, or of the line-CVM-D32 network analyser.

They allow adding digital outputs and inputs, analogue inputs and outputs or any combination thereof, to the devices.

The modules are connected laterally and are detected automatically when the lateral connection is made, which greatly simplifies the installation and configuration of the modules.

Technical Specifications

DC power supply

Line-M-4IO-T DC power supply
Consumptionmax. 4 W

Voltage measurement circuit

Line-M-4IO-T Voltage measurement circuit
Input impedance3 kΩ

Digital transistor outputs

Line-M-4IO-T Digital transistor outputs
Quantity4
TypeOptocoupler NO
Maximum voltage48 Vdc
Maximum current120 mA
Maximum frequency500 Hz
Pulse width1 ms

Digital inputs

Line-M-4IO-T Digital inputs
Quantity4
TypeOptocoupler
Input/output insulation3.75 kV ~
Minimum signal width10 ms

User interface

Line-M-4IO-T User interface
LED9 LEDs

Environmental characteristics

Line-M-4IO-T Environmental characteristics
Working temperature-10 … +50 °C
Storage temperature-20 … +70 °C
Relative humidity (without condensation)5 … 95%
Protection classIP30, Front: IP40

Mechanical characteristics

Line-M-4IO-T Mechanical characteristics
EnvelopeSelf-extinguishing V0 plastic
FasteningDIN rail (IEC 60715)
Weight (kg)0,16
Size (width × height × depth)52.5 × 118 × 70 mm

Standards

Line-M-4IO-T Standards
StandardsUNE-EN 61010-1, UNE-EN 61000-6-2, UNE-EN 61000-6-4
Electrical safety, Installation categoryCAT III 300 V
Electrical safety, Maximum height (m)2000

Applications

Expansion of inputs/outputs from line-CVM-D32 or line-EDS network analysers.

Management of up to 4 tariffs with activation of the different inputs to the module.

Alarms can be programmed independently based on high/low values, hysteresis, timer on/off delays, normally open or closed rest state and interlocks.

Generation of impulses through outputs to a transistor, fully and independently configurable based on any incremental parameter of active or reactive energy, either per total counter or per tariff.

Track the status of components in the installation by using the status of the inputs to the module.

Need more detailed information?

View the official product documentation,
manuals and technical resources.

Visit Circutor Website