Specializing in advanced automation and control technologies, we provide comprehensive DCS, PLC, and SCADA system integration services—from system architecture and detailed engineering to commissioning and validation. Our solutions are designed for reliability, scalability, and regulatory compliance, ensuring seamless integration with complex industrial processes.
• Designing of Control Automation Philosophy.
• Prepare Functional Design Specifications.
• Control Panel Engineering including General Arrangement, wiring &
loop drawings.
• Logic programming on all Platforms.
• Integration of I/O’s, Intelligent Devices & networks like
Controlnet, Ethernet, Device net, RIO, Modbus, Profibus etc.
• SCADA / MMI development using RS View, Wonder ware Intouch,
Intellution Fix 32 etc.
• Development of applications on Operator Interfaces.
• Integration of AC / DC, Servo Drives with PLC on various
communication protocols.
• Installation & Commissioning of Control Automation Systems.
A Distributed Control System (DCS) is an automated control solution widely used in industrial plant operations. In the instrumentation industry, it’s commonly known as a DCS. Unlike centralized systems, a DCS decentralizes control by assigning controllers to individual pieces of equipment. This approach enhances system reliability and allows for efficient, long-term operation of large-scale plants, while also reducing labor requirements and improving operational efficiency.
A Programmable Logic Controller (PLC) is designed for high-speed discrete logic processing, offering significantly shorter cycle times to scan I/O points and execute control operations. Originating as a replacement for hard-wired relay logic panels, PLCs are well-suited for applications where processing speed is critical. Their efficiency in handling rapid logic decisions makes them ideal for discrete manufacturing, packaging, and machinery automation, where fast response and reliability are essential.
SCADA systems originated by serving applications that require broad geographical area coverage, the concept evolved with the inception of PC-based HMIs, which replaced more expensive minicomputers in the 1980s. Instead of a wide area network that interfaces with remote terminal units (RTUs) at locations such as pump stations, a typical in-plant SCADA system uses Ethernet for communication between the HMI and PLCs. In the latter category, the SCADA system architecture shares many similarities with DCS architecture. In the former category, a SCADA system can connect corporate operations with multiple plants, each of which uses a DCS. Process manufacturers can use these enterprise-wide systems for data communications without facing geographical restrictions.
Request a quote today and take the next step toward smarter, more efficient operations.
Proceca Engineers & Automation Pvt. Ltd.
+91 9422006606, +91 9822919606
+91 9423586806
datta.kawade@proceca.com
dppetkar@proceca.com
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D-II Block,Plot No.65-2/3,Pimpri-Chinchwad,Maharashtra 411019
Plot no. D-68,Mendhewadi, Talegaon MIDC, Mawal, Pune, Maharashtra 410507
