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GATE2MDLC facilitates Motorola RTU system integration through standard MODBUS/DNP3.0/IEC101/4 Connectivity

Overview
Specifications
Features
Overview

ACE3600 GATE2MDLC (G2M) FEP

GATE2MDLC provides seamless connectivity between Motorola RTU based system to SCADA SW through open and standard protocols of MODBUS (or IP), DNP3.0 (or IP), IEC60870-5-101, IEC60870-5-104 but not limited to.

With the capacity to handle more than 200,000 I/O points (SCADA tags) per CPU, GATE2MDLC supports all Motorola RTU models; MOSCAD/L/M, ACE3600, ACE1000 and MC-EDGE. It simplifies and streamlines the application programming process for Motorola RTUs eliminating the need to develop any application at FEP.

GATE2MDLC serves as central component for facilitating MDLC communication between Motorola RTUs and the SCADA center. Additionally, it directly replaces outdated and non-functional solutions such as Motorola MCP-M, MCP-T, M-OPC, and IP GATEWAY, providing an efficient and modern up-to-date embedded alternative.

GATE2MDLC EASY CONFIGURATOR

The configuration of GATE2MDLC is accomplished through a straightforward and user-friendly interface, utilizing an automated EXCEL sheet that describes the RTUs database settings within GATE2MDLC.

GATE2MDLC is equipped with essential features required for mission-critical systems in Energy, Oil & Gas, Water, and Wastewater markets. These features include Power Supply and CPU hot-swap redundancy, geographical redundancy, and other vital functionalities to ensure system reliability and resilience.

REDUCE SCADA LOAD

GATE2MDLC offers the flexibility to incorporate optional I/O modules for driving external alarm signals or supporting mimic panels at SCADA sites.

Furthermore, it provides the option to process RTU data within GATE2MDLC before making it available to the SCADA software. This capability reduces the burden on the SCADA SW and decreases dependency on  PC solution, relying instead on the embedded proof solution.

Specifications

Downloadable Specification Sheet

GATE2MDLC SPECS SHEET

Download Sheet
Features

ON BOARDS PORT

  • Serial 1 (SI1) – RS-232 / RS485
  • Serial 2 (SI2) – RS-232
  • Ethernet1 (E1) – 10/100 Mb
  • USB Host 1 (H1) – USB 2.0 MotoTrbo
  • USB Host 2 (H1) – USB 2.0 MotoTrbo
  • USB Device 1 (D1) – STS communication
  • Internal Ethernet port (Int 1) – Redundant CPUs

PLUG-IN MODULES

  • Plug-in 1 (PI1) – RS-232, RS485, 10 MB Ethernet, 10/100 Mb ETH, or Radio PI port option
  • Plug-in 2 (PI2) – RS-232, RS485, 10 MB Ethernet, or Radio PI port option
  • SRAM Plug-in memory
  • 24V DC floating Power Supply

POWER SUPPLY & CHARGER

  • DC Power Supply 10.8 -15.5V (Default)
  • DC Power Supply 10.8 -15.5V Low-Tier
  • DC Power Supply 18-72 V (floating)
  • DC PS 18-72 V (floating) with Battery Charger
  • AC Power Supply 90-264 V
  • AC Power Supply 90-264 V with Battery Charger

I/O MODULES

  • Digital Input – Various models
  • Digital Output – Various models
  • Analog Input – Various models
  • Analog Output – Various models
  • Mixed I/O – Various models

VARIOUS STRUCTURES

  • Frames that hold various number of modules
  • Metal Chassis that holds the frame, radio(s) and backup battery
  • Housing that holds the frame, modules, radio(s) and backup battery

FULL REDUNDANCY

  • Power Supply Redundancy
  • CPU Redundancy
  • Rear on-board 100Mb/s port
  • IO Expansion rack support
  • Hot/Swap operation
  • OS Database sync. function
  • 19” rack mount installation

THE ULTIMATE CHOICE AVAILABLE IN THE MARKET FOR TODAY’S CYBER-SECURITY & COMMUNICATION NEEDS!

Please contact us if you need in depth details

GATE2MDLC FEP application is crafted by skilled ex-Motorola engineers who possess extensive expertise in designing and programming Motorola RTU systems globally for over two decades. We are dedicated to addressing your requirements.