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Protoss PE11-M RS485 to Ethernet 24 VDC Power Supply

Item no. PE11-M

PE11-M: Transparent RS485 to Ethernet Gateway, 9~ 48 VDC power supply

€ 22,50

VAT excluded

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Protoss PE11-M RS485 to Ethernet 24 VDC Power Supply

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Specifications

Weight
2000 g

Description

The Protoss-PE11 is an RS485 to TCP/IP interface gateway.

The Protoss-PE11 integrates a TCP/IP controller, memory, a 10/100M Ethernet transceiver, RS485, and a fully developed TCP/IP network stack and FreeRTOS operating system. The Protoss-PE11 also includes an embedded web server used for configuring the device.
The Protoss-PE11, using a highly integrated hardware and software platform, has been optimized for all types of applications in industrial control, smart grid, personal medical applications, and remote control that have lower data transmission speeds and transmit or receive data on an infrequent basis.

Technical Features

  • Cortex-M3 MCU with 2MB Flash and 128KB SRAM
  • Uses FreeRTOS operating system
  • Supports TCP/UDP/MQTT/HTTP/WebSocket Protocol
  • Supports Modbus TCP to RTU, Modbus Master function
  • Supports RS485 to 10M Ethernet conversion, serial speed up to 460800 bps
  • Supports 10/100M Ethernet auto-negotiation
  • Easy configuration via Webpage or PC IOTService tool
  • Supports security protocols such as AES/DES3
  • Supports Heartbeat and Register packet function
  • Supports Webpage OTA wireless upgrade
  • Supports industrial temperature: -40 to +85˚ C
  • Multiple types of different power input:
  • Protoss-PE11-M:9~ 48 VDC @ 1A
  • Dimensions: 97.60 x 64.95 x 27.50 mm (L x W x H), C45 rail installation

Frequently asked questions

A pair of this product can be configured to establish the TCP or UDP tunnel and transparently send RS485 signals received on the serial port from one side to the other. The TCP configuration involves setting a device as a TCP server, specifying a listening port, and a device as a TCP client, indicating the server's IP address and port. In the UDP configuration, however, both devices must be set with the IP and port listening to the counterpart. As a last step, the serial parameters (baudrate, databits, stopbits and parity) must be correctly configured.

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