Industrial WIFI to serial and ethernet converter supports modbus RTU to TCP

Functional Block Diagram

EFT

RS232 to WiFi converter/RS485 to WiFi converter USR-W610 has passed EFT test, when there is instantaneous high current in the circuit (such as lightning, power switch, etc.), it can ensure that the device hardware is not damaged.

Power: 2KV
Ethernet interface 232 485: 2KV

Work Mode

Transparent Transmission Mode

In this mode, all transmitted/received data is not parsed between the serial port and the WiFi interface.  It minimizes the complexity of user usage.

https Client Mode

In this mode, serial data will be submitted to the https server via https GET/POST/PUT requesting method.

AT Command Mode

In this mode, user can query/set parameters via serial AT commands or network AT commands.

Special Features

Modbus Polling Mode

In this mode, it supports Modbus TCP and Modbus RTU mutual conversion.

Heartbeat Packet Function

RS232 to WiFi converter/RS485 to WiFi converter USR-W610 supports network heartbeat packet and serial heartbeat packet. The network heartbeat packet notifies the server that it is in an active state, and it maintains the normal connection with the server by continuously sending the heartbeat packet.Serial port heartbeat packet notifies the serial device that USR-W610 is in an active state, and takes the initiative to grab the sensor data can not be initiative to push.

Socket Distribution Protocol

USR-W610 suppports SDP, you can add certain header in serial data. It will send the data to differetnt socket by different header. The data received from different
socket will be added different header before they are sent to serial.

Regular Restart Function

USR-W610 supports timing and timeout restart function, which makes the system run more stable.

Applications

Intelligent Power Data Acquisition Solutions

1.Build-in routing function, supports wired or WiFi networking method.

2.Remotely monitoring meter data, it not only saves manpower and resources but also facilitates the sudden response measures.

3.Rapid collection of data in the monitoring and management platform, it facilitates the city electricity management then to achieve smart city.

Smart Agriculture

1.Monitoring the situation in the greenhouse,such as utilization rate about water resources, fertilizers and so on.

2.To obtain farmland information and monitor sudden natural disasters, then to carry out standardized control measures.

3.Fully automated operation without human intervention, saving manpower and achieving the precise control of agriculture.

Industrial Detection

1.According to the site environment to choose WiFi or wired networking.

2.Real-time detection of air leakage products mixed in bottle buckles.

3.High sensitivity transmission monitoring data, the accurate data can ensure that monitoring without omission.