Services

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Our group has over 40 years of experience manufacturing custom Industrial Control Panels (ICPs) for various industries and applications. Our engineers will design a control solution to match your requirements and manufacturing environment. As a leading Industrial Control Panels (ICP) manufacturer, we design each ICP to conform to our high-quality standards while being safe, reliable, and cost-effective.

• UL508A certified/listed Panel Shop across the partners
• 3D Model drawings for the complete electrical system.
• Layout Drawings for Panel Design of the Power Distribution System.
• Data communication design system.

We Follow the safety compliance requirements of the UL 508A Standard for industrial control panels and the new requirements found in the National Electrical Code ® (NEC) Article 409 and UL 508A Supplement B.

• Low-Voltage Distribution Boards.
• ATS Control Systems – Synchronization Cabinets.
• Motor Control Centers.
• Industrial Control Panels (ICPs) for Industrial Automation.
• Network communication cabinets.
• Cabinets for lighting control and intelligent house installations.
• Cabinets for Building Management Systems.

Anuvan provides integration and programming for various automation & process control equipment.

Our extensive technical knowledge in the industry allows us to assist you with programmable logic controllers (PLC), human-machine interfaces (HMI), motion controllers, and other machine controllers.

• Dedicated to providing our clients with the latest industry solutions, our team is experienced with Siemens, Allen-Bradley®, Schneider, Beckhoff, and many others. 
• High-Performance HMI development for any Process Control. DCS: Siemens, ABB, Honeywell, Schneider. SCADA: WinCC, Wonderware (Intouch, System Platform, Archestra), RS View / Factory Talk, Citect, Ignition.
• AC / DC Drives Siemens, ABB, Rockwell, Danfoss, Schneider, and Mitsubishi. Servo Drives and Stepper Motor applications.
• Networking: Ethernet I/P, Modbus TCP, Profinet, Profibus, ControlNet, BACnet (SNMP & DNP3 )
• Robots: Kuka, ABB, Fanuc, and Universal Robots.
• Seamlessly connect all your data, design any industrial application quickly, and instantly web-deploy unlimited industrial and mobile clients to anyone, anywhere.

Digitalization is noticeably changing our world and the world of industry.

The data volume in modern industrial plants is growing continuously. That brings new challenges for SCADA solutions; Enormous data volumes must be managed and archived for the long term.

At the same time, production processes must be monitored and controlled as reliably, efficiently, and productively as possible. They must be constantly optimized. With its scalable open system landscape for the vertical integration of data from the production to the MES/ERP level up to cloud solutions, SCADA offers a solution ready for today's and tomorrow's challenges.

SCADA systems combine data from different subsystems and help create a unique and solid database. You can aggregate and centrally archive data and access important information anytime, anywhere. With SCADA, you establish the basis for reliable and efficient operation of plants, consistent product quality, high availability, and optimum resource efficiency. With a user-friendly HMI design, you benefit from excellent plant reliability and efficiency. With data mining, you can analyze data efficiently and evaluate it in a targeted manner. Also, benefit from receiving direct notifications and efficient diagnostics for shorter downtimes. Make use of SCADA for root cause analysis and benchmarking. And finally, identify optimization potential and measures for increased productivity and better operating efficiency.

  A distributed control system (DCS) is a computerized control system for a process or plant, usually with many control loops. Autonomous controllers are distributed throughout the system, but central operator supervisory control exists.

This contrasts with systems that use centralized controllers, either discrete controllers located in a central control room or within a central computer. The DCS concept increases reliability and reduces installation costs by localizing control functions near the process plant, with remote monitoring and supervision. 

Distributed control systems first emerged in large, high value, safety-critical process industries and were attractive because the DCS manufacturer would supply both the local control level and central supervisory equipment as an integrated package, thus reducing design integration risk. Today the functionality of SCADA and DCS systems are very similar. Still, DCS tends to be used on large continuous process plants where high reliability and security are important, and the control room is not geographically remote.

Siemens Simatic Process Control System PCS 7

PCS 7 is one of the international leaders in process control systems and has the potential to implement innovative solutions for the special challenges associated with the process industry. The functional diversity, flexibility, and performance of the PCS 7 push the limits of a typical process control system, and its technological enhancements offer many additional possibilities and new perspectives.

PCS 7 benefits from its seamless integration in Siemens Totally Integrated Automation (TIA), a complete range of matched products, systems, and solutions for all hierarchy levels of industrial automation from the enterprise management level to the control level, all the way down to the eld level.This enables integrated, customized automation in all process and hybrid industry sectors. An essential advantage of the consistency of the product and system spectrum and the solutions based upon this spectrum is that faster and more precise control sequences, as well as integrated security functions of shared hardware, engineering, and engineering tools, can be used for the automation of continuous and discontinuous processes.

Functional safety is part of the overall safety of a system or piece of equipment that depends on automatic protection.

This automatic protection system needs to respond correctly to its inputs. And it should have predictable responses to failure. This includes human errors, hardware failures, and operational/environmental stress.

Safety standards are designed to ensure this happens. But they often come with complex requirements to be implemented.

Risk Assessments

Risk Assessments are the essential first step in ensuring your machine is safely designed to mitigate risks for operators. In this phase of the safety life cycle, we identify hazards, estimate & evaluate risks, and define suitable mitigation measures to reduce risk to acceptable levels.

Safety Functional Requirement Specifications

Safety Control System Design

Anuvan and all partners have extensive experience designing safety control systems utilizing best-in-class automation hardware. Our custom and innovative solutions are tailored to each application for effective and efficient safety solutions.

Safety Circuit Verification via SISTEMA

It is imperative to verify that your safety circuit design meets the required Performance Level determined in the Risk Assessment. Our engineers calculate the Performance Level & Category achieved by new and existing safety circuits.

Mechanical Hard Guarding

One of the most effective and straightforward mitigation techniques is hard guarding. We design, build and install custom hard guarding to ensure ANSI, ISO, and OSHA requirements are met.

Validation

Anuvan commissions safety systems on-site and completes a rigorous validation procedure. Our validation procedures are thoroughly documented. Validation is crucial to certify that the safety circuit functions per the design.

Safety Consulting

Machine safety can be overwhelming. Let our Certified TUV Functional Safety Engineers guide your team through the standards and regulations. Understanding the fundamentals of machine safety is essential to provide a safe work environment for your team.

Virtual commissioning uses 3D technology to create a factory floor process simulation model so that changes and upgrades can be tested before they are implemented in existing plant systems.

This virtual environment allows a manufacturing automation controls engineer to validate programmable logic controllers (PLCs) and human-machine interface (HMI) code before they are downloaded to actual equipment; therefore, testing the tooling, robots, transfer lines, and other equipment that comprise highly automated manufacturing systems.

Using digital models, computer-aided planning and design, computer-aided engineering, associated software tools, and integrated data management, the “Digital Factory” would permit integrated planning, simulation, and validation of manufacturing processes and systems.

INTERNET OF THINGS

Connect operational devices and users for Industry 4.0 initiatives without recreating the existing business processes or IT systems. Match the cost, complexity, and security profile for today’s scale.

REMOTE MAINTENANCE

Increase productivity, uptime, efficiency, and profitability with less travel and maximize customer satisfaction with the industry’s most powerful remote access technology.

DATA COLLECTION

Using the secure and reliable data collection infrastructure enable data-driven decision-making and Industry 4.0 initiatives, including predictive maintenance, machine learning, and AI.

ACCESS CONTROL

Manage and grant access rights to operational systems from a single view effortlessly with no IT skills.