Distributed Control System Dealers

A world-class distributed control system with a proven track record in a wide variety of industry applications from boiler control to water and wastewater SCADA, the ECS-1200 Distributed Control System redefines process control and automation technology. Each system can be configured to accommodate a variety of I/O, operator interfaces and system requirements.   Description Downloads Area Technical Specification Product Description Complete product scalability One-Step Automate Logic Generation (One-Step ALG) tool Hardened remote I/O link Open network architecture Fully Redundant hardware configuration provides system reliability Triple Modular Redundant configuration for critical mission control Modular design permits linking multiple controllers within a single system on a common LAN Supports a sequence of events (SOE) logger utility Complete Cyber Security TUV Certified Triple Redundant Configuration User friendly and field proven hardware and control software

Deliver Ultra High Pure (UHP) Grade Gases,Compact Design, Wall Mounted, Powder Coated,Filters are easily detachable,Suitable for 10kgcm�² inlet pressure & 7 kgcm�² outlet pressure,Panel for LC-MS-MS & other applications are also available,Reduce baseline noise, drift problems, etc.Increase column life, GC detectors & reduces flame problems,Improve reproducibility,Save costly gases through toggle valves & gas distribution panel.

Distributed Control System is an uncommonly planned mechanical control framework which is utilized to control complex and geologically dispersed applications. As the name suggests, these controllers are conveyed in the whole plant region. The discrete field gadgets, for example, actuators and sensors are associated with these controllers and furthermore keeps up the constant correspondences with working PCs through a fast correspondence system or bus.

A Programmable Automation Controller, designed to achieve high availability for control applications in the process industry The rich function block library includes several types of control loops, including advanced control and auto- tune capabilities as well as integration for ABB drives and motors. The controller communication by means of Ethernet includes on board RNRP redundancy along with a broad set of communication modules to connect to third-party devices. A superior redundancy concept allows for fast switch-over times and topologically separated CPU-modules. Several CPU modules are available, varying in terms of processing power, memory size and redundancy support. Priority controlled, time-based tasks allow the highest stability in even complex control tasks. Supporting standard IEC 61131-3 programming languages, Compact Control Builder is the tool for engineering the control code and the hardware layout of AC 800M-eA. It creates logic, sequential and analog control-intensive automation solutions for all existing controllers in the automation system to be handled in one database. The flash memory card allows loading applications without the need to utilize the engineering tool to support OEM and remote solutions. The AC 800M-eA for Compact Control Builder is a family of PACs built as rail - mounted modules, consisting of CPUs, communication modules, power supply modules and various accessories. There are 7 CPUs to choose from, ranging from medium processor power and low cost to high processor power and support for full redundancy.

The Forbes Marshall Microcon+ distributed control system is tailor made and designed keeping in mind the requirements of today's control system user. These multifunction features make the system ideal for applications in a variety of industries such as chemical, pharmaceutical, food and beverage, power, petrochemical, metallurgical, cement, glass, paper and pulp, water supply and treatment, sugar, distillery and many more. We have a wide range of controls right from a Single loop PID controller to complete plant automation solutions with our latest state-of-the-art Microcon+ DCS. All our control systems are designed to keep both processes and expenses in check, plantwide.

The Forbes Marshall Microcon+ distributed control system is tailor made and designed keeping in mind the requirements of today's control system user.  These multifunction features make the system ideal for applications in a variety of industries such as chemical, pharmaceutical, food and beverage, power, petrochemical, metallurgical, cement, glass, paper and pulp, water supply and treatment, sugar, distillery and many more.   We have a wide range of controls right from a Single loop PID controller to complete plant automation solutions with our latest state-of-the-art Microcon+ DCS. All our control systems are designed to keep both processes and expenses in check, plantwide. 

Distributed Power Wireless Control System was developed for WAG9 & WAG9H class of locomotives to provide Distributed Power Operation for achieving heavy haul. Using DPWCS, Distributed Power (DP) operation is possible through wireless. In DP operation, two or more locomotives are attached in one train but dispersed at different locations. The operation command of the train is achieved from the lead loco known as the Master using a single set of crew. Other locomotives are Slaves which receives command from the Master and do not normally have crew. The Slave locomotives which are distributed in a train, obeys the command from the master locomotive through radio signals. DP operation enables heavy haul and other benefits like increased throughput.

Up to 31 DCCS controllers can communicate with a Centralized PC using RS 485 Party Line subject to 240 circuits in all. Accuracy: +/- 0.2 % Typical (Depends on the sensors used) Program storage 60 steps per program. No. of programs on PC : 1000 Status of all circuits in the selected group can be monitored. Status display shows: Voltage, Current, Time, Program No., Step No., AH, WH, Temperature. Step Commands: Charge, Discharge, Pause, Charge/Discharge Ramp, Registration ON/OFF, DAT, End of Cycle / EOF, Set Amp-Hr, Set Watt-Hr. Loop. Step Control parameters: Current, Voltage and Temperature (Any two parameters can be programmed in one step). Step Termination parameters: Voltage, Amp Hr, Watt Hr., Temperature With less than OR Greater than option, Loop count, Time. (Any One OR Two parameters can be programmed & action will be effected on whichever is effective earlier) Program Abort Parameters: Voltage, Amp Hr, Watt Hr., and Temperature. (Any One OR Two parameters can be programmed & action will be effected on whichever is effective earlier) Step Registration can be done on Time, Amp Hr, Watt-Hr, Temp and Voltage. Data is also registered automatically on User Interruption, Power Resume, and other errors. Local Storage of 40 Programs which can be used for offline operations Maximum allowable current is programmable for each circuit. START, STOP, and CONTINUE selected circuits from LCD MMI also. Circuit status and Input / Output monitoring from LCD MMI. The Distributed Charger Control System (DCCS) is a complete system for controlling multiple chargers. The system not only controls but also registers data from each battery bank at programmed events. This gives a complete control solution for charging / formation process. Operator can monitor, control multiple circuits from a single PC using friendly Windows based software. Current, Voltage and/or Temperature can be controlled with Time, AH, WH, Temperature and/or Voltage as terminating conditions.   Salient Features: Each DCCS controller can support up to 24 circuits. Windows based PC Software for Program editing, down loading, monitoring of circuit parameters, Registration, etc. Data registered is available in CSV format, which can be used with any database software such as MS Excel etc.

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