MOXA ioLogik E1260 Ethernet Remote I/O
Moxa ioLogik E1260: 6-Channel RTD Remote I/O for Precision Temperature Monitoring
Not every remote I/O module needs to handle temperature data, but plenty of applications fall apart without it. The ioLogik E1260 is an Ethernet remote I/O module built to collect field data, including temperature readings, and get it to the systems that depend on it. It carries 6 RTD input channels, supporting Pt50, Pt100, Pt200, Pt500, and Pt1000 sensor types, so it covers most industrial temperature-monitoring needs out of the box. Engineers reach for this ioLogik E1260 module across factory automation, machine automation, energy monitoring, process monitoring, and water treatment applications.
Six RTD Channels, One Reliable Module
The ioLogik E1260 functions as a Moxa RTD input module, retrieving temperature and I/O data from field devices for use across multiple protocols at once. RESTful API support allows this data to reach cloud services directly, simplifying IIoT applications that depend on remote monitoring.
The ioLogik E1260 Industrial Remote I/O connects to PLC and SCADA systems through Modbus TCP and EtherNet/IP without much fuss. Support for functions 1 through 23 in server mode, plus up to 10 client connections, means it slots into existing automation architecture without a major rework.
Daisy-chained Ethernet ports let the ioLogik E1260 Ethernet I/O module reach distributed equipment without adding extra switches. That matters most in facilities where temperature and process data need to stay under constant watch, not just occasional checks.
Speaking both OT and IT protocols out of the box is what makes it easy to fold in. Modbus TCP gives user-definable addressing for flexible SCADA and PLC integration, while EtherNet/IP adapter support connects the device straight into industrial automation systems. SNMP v1/v2c covers IT-standard monitoring, and MX-AOPC enables push-based communication with SCADA platforms, so updates only go out when something actually changes. A RESTful API extends that same data to cloud services, and Moxa's MXIO library simplifies I/O management for Windows or Linux.
Specifications That Matter on the Plant Floor
It's also certified for the environments where temperature monitoring matters most: CE and FCC certified for electromagnetic compatibility, UL certified for safety performance, ATEX Class I Division 2 rated for hazardous and explosive environments, and shock- and vibration-tested for rugged, high-demand industrial settings.
Facilities across Canada and North America already rely on the ioLogik E1260 Temperature Input Module for dependable remote I/O and temperature monitoring. If you're weighing it against your current PLC or SCADA setup, reach out, and we'll help you sort out the fit.
Everything You Need to Know About the ioLogik E1260
1. What is the Moxa ioLogik E1260 Ethernet Remote I/O?
It is an Ethernet-based remote I/O and RTD input module with 6 RTD channels that collects field and temperature data for use in PLC and SCADA systems. It supports multiple protocols to simplify integration across OT and IT environments.
2. How is the ioLogik E1260 used in industrial automation?
It monitors temperature and process data across applications such as factory automation, energy monitoring, and water treatment. RESTful API support also allows this data to connect directly with cloud-based platforms.
3. What protocols does the Moxa ioLogik E1260 support?
It supports Modbus TCP, EtherNet/IP, Moxa AOPC, SNMP v1/v2c, RESTful API, and Moxa's MXIO library. This allows both OT and IT teams to retrieve data using their preferred protocol.
4. Can the ioLogik E1260 connect to PLC and SCADA systems?
Yes. It integrates with PLC and SCADA platforms through Modbus TCP, EtherNet/IP, and active push communication via MX-AOPC.
5. What type of I/O does the ioLogik E1260 provide?
The ioLogik E1260 functions as a 6-channel RTD input module, built specifically for accurate temperature monitoring alongside standard remote I/O capabilities. This makes it well-suited for applications where temperature data drives process decisions.
