PID-Driven PLC Simulation & HMI

@AwaisChaudhry

As an experienced electrical engineer and automation specialist, I have a deep understanding of PID control systems and PLC programming. Through my company ZAWN Tech, I have successfully delivered numerous complex simulation projects similar to yours with rave reviews and robust client satisfaction. Additionally, I've worked extensively with leading brands like Siemens, Allen-Bradley, and Mitsubishi, ensuring a seamless migration from the simulation to physical hardware. In terms of HMI design, I'm well-versed in creating intuitive user interfaces that provide all necessary information at a glance. Your required features like pump status indication and tank level animation will be implemented without compromise. Moreover, I can indeed leave hooks for additional functions such as real-time level trends or ingredient dosing controls, giving you the flexibility to expand the system as needed. I understand the importance of clear documentation for smooth project continuity even after my involvement ends.

@Ryan15222

Hi, Your objective—validating a full control package in simulation before committing to hardware—is exactly the right approach for a safety-critical PID level application. I would be glad to develop a complete, runnable PLC + HMI project that models a variable-speed pump filling and emptying a mixing tank under closed-loop control. I recommend building this in Siemens TIA Portal using an S7-1200 virtual PLC with WinCC HMI, as it migrates cleanly to physical hardware and provides strong PID and simulation tools (PLCSIM). However, I can also implement in Allen-Bradley if preferred. Scope delivery will include: • Structured and clearly commented Ladder/ST with tuned PID block (anti-windup, ramp limits, safety interlocks) • Tank level process model (fill/empty dynamics, pump curve approximation) • HMI with Start/Stop, Min/Mid/Max selector, pump running indicator, animated + numeric tank level • Reserved tags/hooks for level trending and ingredient dosing expansion • Fully runnable project files • Short PDF/MD guide (I/O map, PID tuning notes, hardware migration steps) • Screen capture walkthrough proving stable closed-loop control without overshoot When complete, you will be able to press Start, observe pump ramp behavior, monitor real-time tank response, and verify stable level control at setpoint. I prioritize clean structure, portability, and industrial-grade logic so this prototype transitions smoothly to real hardware. Best regards,

@mesutgode

Hello I am not writing long AI texts . I am experienced automation engineer. You can check my portfolio and we can discuss details. Thank you

@cesur135

As an experienced automation engineer, I have a proven track record in developing and implementing reliable and efficient control system solutions. Having worked with various PLC platforms including Siemens, Allen-Bradley, Mitsubishi, I'm well equipped to build a simulation that will seamlessly transition to real PLC hardware. My proficiency with corresponding HMI applications such as Siemens TIA Portal or WinCC ensures that I can deliver on your project's key needs like start/stop buttons, a pump speed selector and real-time tank level representation. One of my biggest strengths lies in providing orderly, clearly commented code and projects that are easily comprehensible for future users and modifications alike. In addition to the stated deliverables, I'll provide an elaborate guide on how to implement this simulation on physical hardware successfully while being available for any support questions you might have along the way.

@mzlst50

Hello, I am an automation specialist based in Canada with 10+ years of experience hands on so many brands including Siemens, AB rockwell Automation, Mistsubishi, Automaiton direct and many other you can see in my profile. I invite you to have a look to my profile to see what past clients said about my work in dozens of completed projects. I have all tools with simulator and emulator that I can show you all what you requested in the job description Simenst TIA v20 with PLCSIM, AB studio 5000 with emulator as well. Regards,

@JPACHECO28

Hello, I'm an experienced developer specialized in the industrial automation field, I can develop a friendly and reliable, I can create the PLC code, the HMI interface, and also a system created on VB.net that simulates the VSD and tank behavior so you can test the PID system functionality and tuning before implementing it, in the simulation we may set parameters such as water pressure difference proportional to the thank level, or any other you may think that impacts in real life, for PLC and HMI I would suggest Delta Electronics since I was chief of tech support for that company in Mexico, but also may be Allen Bradley, or Siemens since I have hardware and knowledge for those three brands, please check my portfolio and reviews, thank you in advance!.

@Zack111Arya97

Hi, As a Master’s graduate in Automatics and Systems, I specialize in high-fidelity process simulation. I will build a complete, ready-to-run prototype of your mixing tank system that behaves exactly like real-world hardware. My Technical Delivery: 1. Logic (TIA Portal): A robust PID_Compact loop in Structured Text or Ladder to manage the VSD pump, including a mathematical model of the tank (Filling/Emptying dynamics). 2. HMI Design: A professional touchscreen interface with Start/Stop controls, Speed selectors, and a real-time animated tank level. 3. Scalability: I will include "hooks" for Real-time Trending and dosing controls as requested. 4. Migration Ready: The code will be structured with clean I/O mapping, making the transition to physical S7-1200/1500 hardware a simple "plug-and-play" process. Deliverables: 1. Project Files: Fully commented PLC & HMI source files. 2. Setup Guide: PDF explaining PID tuning (Gain, Integral, Derivative) and I/O mapping. 3. Video Proof: A screen recording of the simulation holding the set-point perfectly. I am ready to build this "Digital Twin" for you so you can verify your logic before spending a dollar on hardware. Best regards, Zakaria L.

@HOANLK9

Hi Sir. My name is Hoan. I have a experience in PLC Siemens, Mitsubishi, Delta WPS, and devices config Modbus RTU/TCP, TCP, Profinet, Profibus in system, Weintek HMI, Siemens HMI. I have a experience PID in a some project.I hope you will consider my bid. And I hope we can cooperate with each other. Thanks sir

@zelio24

Hi there, I am a seasoned Controls Engineer capable of delivering what's required to the highest standards. I have spent the last 5 years building bespoke PLC & HMI systems for machinery. I will deliver to you a Siemens solution running on low range PLC S7-1200 (enogh for this application) and a 9" HMI. The software will be delivered as a TIA Portal V20 project containing both PLC and HMI programs (huge advantage, unlike other brands). As for the PID, I'm going to need from you sensors and actuators information. If you're not settled on specific ones, I can help specifying them. I'm available to start immediately, if you're interested, contact me please. Best regards, Dhia Baali, MIET, CMSE®

@mugencodes

Hi, hope you are well. I understand your goals and will deliver clear work on time while keeping you updated. we have many years of development experience in Automation and I have completed similar projects. Visit our website and check our work style and team members Looking forward to working with you, connect in chat or talk on a call. Best regards, Jayabrata Bhaduri

@himanshus642

With 5+ years of experience in providing automation-driven solutions, I'm uniquely qualified to exceed your expectations in this project. Having previously worked on SaaS platforms, dashboards, and FinTech systems, I understand the need for clean code and reliable processes. In addition, my expertise in using AI (including Chatbots and OpenAI) will be particularly valuable should you require any further features in the later stages of this project. Furthermore, my skills in handling various tech stacks including React, Node.js, and PHP enable me to adapt and work with ease on different platforms like Siemens, Allen-Bradley or Mitsubishi as per your preference. Ensuring a smooth transition to the physical hardware will be a priority for me and I'll provide you with detailed documentation and explanations throughout the process so you can continue it independently or with minimal guidance. Let's discuss how I can bring value to your important project.

@sadam61

Hi, I see you need a PID-Driven PLC simulation and HMI for your control package prototype. I'm confident in delivering exactly what you're looking for based on my extensive experience in automation systems and PLC programming. I've worked on similar projects that required both robust simulations and detailed HMI designs, ensuring smooth transitions to physical hardware. I can include features like real-time level trends and ingredient dosing controls as a bonus while focusing on your essential requirements. I am ready to start immediately and will provide a fully runnable PLC project file, well-commented code, and a concise guide for later implementation. Looking forward to delivering a simulation that meets your expectations and allows for seamless integration with real-world systems.

@gabrielivang0810

Hi there, With over 10 years of experience in Electronics and expertise in Microcontroller programming, I have a deep understanding of your requirement for the PID-Driven PLC Simulation & HMI project. I am confident in providing a clear and professional solution that aligns with the project description. Having completed 50+ Desktop/Mobile applications and Embedded software projects, I am well-equipped to handle the complexities involved in this task. I am keen on connecting with you in chat to discuss the project further and ensure that all your needs are met. Thanks

@Hemantt841

You’re looking to prototype a PID-controlled variable-speed pump system with a touchscreen HMI that manages tank levels safely without overshoot. I see you want flexibility in PLC brand choice and a simple interface featuring start/stop controls, speed selection, and live tank level feedback, with potential hooks for future features like dosing or trending. I bring over 15 years of experience in electrical engineering and automation, having completed more than 200 projects involving PLC programming, instrumentation, and simulation. My expertise aligns well with your need for clear, commented ladder or structured text code and realistic control system emulation before hardware investment. I will develop a fully simulated PLC program using Siemens or Allen-Bradley tools, integrating a PID loop for precise tank level control, and build an HMI with interactive controls and animated feedback. The deliverables will include a detailed guide on I/O mapping and porting steps, plus a short walkthrough video. I estimate this can be completed efficiently within your budget and timeline. Let’s discuss how I can bring your control package prototype to life with reliability and clarity.

@zarminagull189

PID-Driven PLC Simulation & HMI Good afternoon Overview I design internal desktop tools that centralize automation into user-friendly applications. These tools reduce errors, simplify workflows, and are built for daily internal use rather than generic software What I Build • Automation control panels • Internal workflow tools • File and batch processing apps • Data management utilities • Windows-packaged executables Design Approach Clean UI, background processing, progress indicators, logging, and configurable settings. Automation logic is separated from UI for easier maintenance and extension. Strengths Non-technical usability, long-running reliability, production-ready packaging, and workflow-focused design. Professional & Practical Skills Problem Solving, Automation Thinking, Debugging Complex Flows, Reverse Engineering, Tool Building, Rapid Prototyping, Requirement Breakdown, Logical Thinking, Performance Awareness, Reliability Focus, Edge Case Handling, System Thinking, Continuous Learning, Independent Development, Client-Focused Solutions, Technical Communication, Documentation Writing, Task Prioritization, Deadline Handling, Production Readiness, Real-World Constraints

@lokdeshwark

With an extensive background in Electrical Engineering, my proficiency aligns perfectly with the requirements of your project. I specialize in seamlessly blending hardware and software components in the context of control systems. That, combined with my experience with Siemens, Allen-Bradley, and Mitsubishi PLCs, ensures that I'm well-equipped to deliver the PID-driven PLC simulation & HMI you're after. In addition to building high-fidelity reproductions like the one needed for your mixing tank system, I prioritize user-friendliness to minimize the learning curve when transitioning to physical hardware. My approach is always methodical and transparent - I'll provide a detailed guide that outlines essential information such as I/O mapping and set-point adjustment, enabling you to have complete control over your system. Another dimension to my value proposition is my ability to anticipate potential enhancements. While the essential elements you've outlined will be delivered as per your requirement, I'll also provide hooks for supplementary features like a real-time level trend or ingredient dosing controls, should you ever wish to extend the capabilities of your system in future.

@Eliteinno

Hi, Our devs looked at your project and noticed a potential bottleneck in the way your current architecture handles scaling. Our backend leads have tackled similar challenges and will streamline this for optimal performance. Their expertise ensures your system architecture scales efficiently without hiccups. We've successfully delivered a large-scale e-commerce platform using React and Node.js. It seamlessly handled over 10,000 concurrent users during peak sales, showcasing our strength in building robust and scalable solutions. I'll be your direct technical point of contact, and we'll set up a staging environment for you to review progress at each milestone. Our team thrives on transparency and collaboration. How does your long-term vision align with evolving tech trends? Let's explore this together!

@drtaimoor

Hi, This is exactly the right way to de-risk a control system before committing to hardware, and I can deliver a complete PLC + HMI simulation of your PID-controlled mixing tank with a variable-speed pump. I’ve built and tuned PID loops for fluid/level systems in both embedded and industrial contexts, and I can implement this in Siemens TIA Portal (S7-1200/1500 + WinCC) or Allen-Bradley Studio 5000—whichever you prefer for future migration. The simulation will include a realistic tank model (fill/empty dynamics, pump ramp, disturbances), PID level control with safe limits to prevent overshoot, and a touchscreen-style HMI with Start/Stop, Min/Mid/Max speed selector, pump status, and animated/numeric tank level. Hooks for trends and dosing can be pre-wired for later expansion. You’ll receive the runnable PLC/HMI project, clearly commented ladder/ST with PID parameters, and a concise guide showing I/O mapping, tuning points, and how to port to real hardware. I can deliver the first working simulation within 2–3 days and refine PID behavior with you. Happy to proceed.

@lingfanzhi

With 10 years of experience in non-standard automation equipment and CNC system integration, I can customize a complete liquid level control solution for you based on Siemens or Mitsubishi PLC platform. The system will use an ultrasonic level sensor to collect data in real time, automatically adjust the output of the frequency converter through the PID algorithm, and accurately control the pump speed to maintain a stable liquid level. At the same time, I will design an intuitive touch screen interface to realize functions such as equipment start and stop, speed adjustment, status monitoring and fault alarm. Upon delivery, I will also provide detailed program codes, operation manuals and technical support to ensure that the system can be smoothly transplanted to the physical hardware and run stably.