Mcom is leading manufacturer of RS-485 to Ethernet
Converter. Mcom104L devices are ideal for applications and devices that require
an efficient way of communicating with serial RS-485 devices over an Ethernet network.
The Mcom104L is an economical Modbus-to-Ethernet
converter that can quickly and easily be added to any device with a RS-485
serial port, making that device Web-enabled. It is a single port serial server,
that converts a serial port to an Ethernet Port, thus removing cable length
limitations, and allowing for “serial tunneling” of a device through an
Ethernet or TCP/IP.
RS-485 data sent and received on serial ports on the
Mcom104Lconverter are encapsulated in Ethernet packets in a manner that best fits
the type of data being transported.
Mcom104Lconverter (commonly referred to as Terminal Servers or Device Servers) connect RS-485 based equipment across an Ethernet network enabling you to do following things such as:
Cable
replacement using RS-485 to Ethernet
·
Have
virtual COM ports connect PC/servers to remote RS-485 devices over Ethernet
·
Communicate
to multiple RS-485 devices at the same time across a network
·
Use
Mcom104LConverter to connect Serial PLCs to Ethernet
·
Connect
serial equipment over Ethernet with ERS-485 Converter
·
Modbus
RTU to Modbus over TCP/IP or Modbus TCP/IP
·
LED Indication
·
Low Cost
·
10/100Mbps Ethernet
·
TCP/UDP/Telnet Modes
·
DHCP/Static IP Modes
·
Web Based Configuration
·
Low Power
Power input: 24VDC, 1A
Consumption: ~1.5W
1 DC jack for power connections
·
Protocols:
Support TCP, UDP, DHCP ,HT TP Server-
·
Client,
TELNET, Modbus TCP
·
Speed:
10/100Mbps
·
Working:
Half Duplex
·
Configuration:
In-built HT TP Web Server
·
Working
mode: Support Server and Client
·
Transmission:
100 meter
·
Connector:
RJ45
·
Serial
interface:
· Parity bit : None, Even, Odd, Space, Mark.
·
Data
bit : 5bit, 6bit, 7bit, 8bit
·
Baud
rate : 600bps to 460800 bps
·
Flow
control : RTS/CTS or XON/XOFF or No flow control
·
Interface
protection : 2KV static protection
·
Interface
type : RS-485 (D+, D-)
Copyright © 2024. MODERN COMMUNICATION TECHNOLOGY. All rights reserved.