U-7526M is a UA I/O module that provides 2 digital input channels, 2 digital output channels, 6 analog input channels and 2 analog output. It has a built-in two-port Ethernet switch to implement daisy-chain topology. The cabling is much easy and can reduce the total cable and switch cost. It follows IEEE 802.3af (Class 2) compliant Power over Ethernet (PoE) specification. It allows receiving power from PoE enabled network by Ethernet pairs. This feature provides greater flexibility and efficiency to simplify system design, save space, and reduce wirings and power sockets. It provides a Web UI to configure/control/monitor the modules, connections, and I/O status via a web browser. It is easy, fast, and no extra APP needed.
In industrial communication, UA I/O provides OPC UA Server / Client, MQTT Client and RESTful API protocols (can execute all communications at the same time.). Users can choose the networking mode according to their cases. And to transmit the values of the built-in I/O channels to the Cloud system or field control system for displaying, analysis or strategy. Support Scaling. Let the analog signal be converted into a more readable value. Support logic function rule setting IF, THEN, ELSE, can set up logical condition/action for I/O and virtual point; Provide schedule function to execute the set rules at a specific time; and support RESTful API function, can read/write I/O and virtual point through HTTP or HTTPS.
UA I/O Series provides a Web-based User Interface (Web UI) to configure the module, control the output channels, monitor the connection, and I/O status via a normal web browser. It is easy, fast, and no extra APP needed.
OPC UA Architecture:
MQTT Architecture:
- Built-in OPC UA Server Service
Compliance with IEC 62541 Standard. Provides functions of Active Transmission, Transmission Security Encryption ( SSL / TLS ), User Authentication (X.509 Certificates / Account password), Communication Error Detection and Recovery, etc. to connect SCADA or OPC UA Clients. Recommend to keep the maximum number of sessions within 3 connections.
- Built-in OPC UA Client Service
Compliance with IEC 62541 Standard. Provides Transmission Security Encryption ( SSL / TLS ), User Authentication (X.509 Certificates / Account password) and OPC UA Server Connectivity.
- Built-in MQTT Client Service
Build-in MQTT Client Service (Compliance with MQTT V.3.1.1 protocol). Provides functions of IoT Active M2M Transmission, QoS (Quality of Service), Retains Mechanism, Identity Authentication, Encryption, Last Will, etc.
Can read/write I/O and virtual point through HTTP.
Provide high-security HTTPS (identity verification and communication encryption) to read/write I/O and Virtual points.
- Execute OPC UA , MQTT, and RESTful API Communication at the Same Time
- Support IoTstar Cloud Management Software
UA I/O factory version 9.7 and later supports this function.
- Scaling Function for Improved Readability
AI/AO modules support Scaling. Let the analog signal be converted into a more readable value.
- Support Logic Function Rule Setting: IF, THEN, ELSE
Users can set up logical condition/action for I/O and virtual point.
Provide schedule function to execute the set rules at a specific time.
When the I/O value changes, the message can be recorded in a file (CSV) and sent to Line for easy device tracking in the future.
- Built-in Web Server to Provide the Web User Interface
UA I/O Series provides a Web-based User Interface (Web UI) to configure the module, control the output channels, monitor the connection, and I/O status via a normal web browser. It is easy, fast, and no extra APP needed.
Different models provide different AI, AO, DI, or DO channels, and users can choose the desired model according to the needs of the case.
- Dual-port Ethernet Switch for Daisy-Chain Topology
The cabling of Daisy-Chain Topology is much easier and total costs of cable and switch are significantly reduced.
- IEEE 802.3af-compliant Power over Ethernet (PoE)
UA I/O follows IEEE 802.3af (classification, Class 2) compliant Power over Ethernet (PoE) specification. It allows receiving power from PoE enabled network by Ethernet pairs. This feature provides greater flexibility and efficiency to simplify system design, save space, and reduce wirings and power sockets.
