Weintek Love in the Wild

Multiway Robotics
Three AGV Stars on the show! - Pallet Truck X20S: Compatible with multi-spec pallets; Light weighted; Suitable to extremely narrow aisles; Fast and flexible deployment - Counterbalanced Stacker SE15: Fast driving speed, good climbing capability, and high load capacity; Suitable for goods stacking, equipment docking, ground handling - Counterbalanced Forklift Q20: Bridging the last "100 meters" of intelligent intralogistics transportation, the Q20 counterbalanced AGV forklift, a customized machine for automated loading and unloading, is compatible with various types of pallets such as Open Pallet, Closed Pallet, and POD pallets. It has a maximum load capacity of 1850kg, a lifting height of 1500mm, and the forks support horizontal movement and pitch motion. It is suitable for various scenarios such as floor-to-floor handling, heavy-load stacking, and automated loading and unloading of different trucks ( Wing type, flatbed, trailer etc.) Learn more about us: mw-r.com mw-r.com/kr multiway.co.jp
Three AGV Stars on the show! - Pallet Truck X20S: Compatible with multi-spec pallets; Light weighted; Suitable to extremely narrow aisles; Fast and flexible deployment - Counterbalanced Stacker SE15: Fast driving speed, good climbing capability, and high load capacity; Suitable for goods stacking, equipment docking, ground handling - Counterbalanced Forklift Q20: Bridging the last "100 meters" of intelligent intralogistics transportation, the Q20 counterbalanced AGV forklift, a customized machine for automated loading and unloading, is compatible with various types of pallets such as Open Pallet, Closed Pallet, and POD pallets. It has a maximum load capacity of 1850kg, a lifting height of 1500mm, and the forks support horizontal movement and pitch motion. It is suitable for various scenarios such as floor-to-floor handling, heavy-load stacking, and automated loading and unloading of different trucks ( Wing type, flatbed, trailer etc.) Learn more about us: mw-r.com mw-r.com/kr multiway.co.jp

Tim Hughes

Sales at G3 Automation | π˜—π˜³π˜°π˜·π˜ͺπ˜₯π˜ͺ𝘯𝘨 𝘐𝘯𝘡𝘦𝘨𝘳𝘒𝘡𝘦π˜₯ 𝘚𝘰𝘭𝘢𝘡π˜ͺ𝘰𝘯𝘴 | π—¨π—Ÿ π—Ÿπ—Άπ˜€π˜π—²π—±πŸ›‘οΈ

Family road trip to North Carolina for a few days! Weintek USA, Inc. HMI spotted at a rest stop off 81 South near Carlisle, PA! Lesss goooo!
Family road trip to North Carolina for a few days! Weintek USA, Inc. HMI spotted at a rest stop off 81 South near Carlisle, PA! Lesss goooo!

MA
Muhammad Indrastata Iftitana Arvi

Automation and Electrical Engineering | Enthusiast in Electronics | Robotics

Finally wrapped up the integration of a control system with Schneider TM221 PLC and Weintek HMI MT81. The system handles 25 motors, solenoids, floater switch, and sensors fully controllable in both manual and auto mode.
Finally wrapped up the integration of a control system with Schneider TM221 PLC and Weintek HMI MT81. The system handles 25 motors, solenoids, floater switch, and sensors fully controllable in both manual and auto mode.

Javier Ahmad

Instrument Engineer

Project Highlight: Furnace Monitoring System – Chemistry Lab, ITB As part of the Engineering team at PT Daun Biru Engineering, I had the opportunity to take the lead as Project Manager for the successful installation and integration of a Furnace Monitoring System at the Chemistry Laboratory of Institut Teknologi Bandung (ITB). The project was executed at the Chemistry Laboratory of Institut Teknologi Bandung (ITB) in Bandung, on March 24–25, 2025, for our client Dr. Carolus Borromeus Rasrendra, Head of the Chemistry Lab. The scope of work included the replacement of 13 temperature controllers (Autonics TK4S and TK4L series), integration of temperature data from both Autonics controllers and Fuji recorders via the Modbus protocol, and the setup of centralized data acquisition using a Weintek HMI, which served as a data logger and trend monitoring interface. Additional tasks involved panel baseplate modification, structured cabling, and the installation of supporting components such as a PC All-in-One (AIO), UPS, and DIN-rail accessories. In total, the system enabled real-time logging and monitoring of 25 temperature points across two independent reactor systems. This system enhances ITB’s lab operations with accurate, real-time furnace temperature monitoring and historical trend data β€” supporting their chemical research activities with better traceability and control. Appreciate the support from the ITB Chemistry Lab and the amazing team at PT Daun Biru Engineering for making this project a success.
Project Highlight: Furnace Monitoring System – Chemistry Lab, ITB As part of the Engineering team at PT Daun Biru Engineering, I had the opportunity to take the lead as Project Manager for the successful installation and integration of a Furnace Monitoring System at the Chemistry Laboratory of Institut Teknologi Bandung (ITB). The project was executed at the Chemistry Laboratory of Institut Teknologi Bandung (ITB) in Bandung, on March 24–25, 2025, for our client Dr. Carolus Borromeus Rasrendra, Head of the Chemistry Lab. The scope of work included the replacement of 13 temperature controllers (Autonics TK4S and TK4L series), integration of temperature data from both Autonics controllers and Fuji recorders via the Modbus protocol, and the setup of centralized data acquisition using a Weintek HMI, which served as a data logger and trend monitoring interface. Additional tasks involved panel baseplate modification, structured cabling, and the installation of supporting components such as a PC All-in-One (AIO), UPS, and DIN-rail accessories. In total, the system enabled real-time logging and monitoring of 25 temperature points across two independent reactor systems. This system enhances ITB’s lab operations with accurate, real-time furnace temperature monitoring and historical trend data β€” supporting their chemical research activities with better traceability and control. Appreciate the support from the ITB Chemistry Lab and the amazing team at PT Daun Biru Engineering for making this project a success.

John C Jones

Owner at Custom Automation Services

Installed five headless HMIs on factory floor with 5 1080p LED displays. Networked on the factory LAN reading tags from OPC UA server.
Installed five headless HMIs on factory floor with 5 1080p LED displays. Networked on the factory LAN reading tags from OPC UA server.

Darby Kramer, CFPS, CMRP

President and Co-Founder of Dynamic Motion Industries LLC. | Maintenance and Reliability Leader with a passion for providing innovative solutions to manufacturers everyday problems.

This custom solution by Dynamic Motion Industries LLC is off to its new home at the customers site today! In addition to integration services, service support, panel building etc. we also provide fully custom solutions as needed. If you are receiving β€œno”, overpriced solutions or excessive lead times from OEMs then let’s talk!
This custom solution by Dynamic Motion Industries LLC is off to its new home at the customers site today! In addition to integration services, service support, panel building etc. we also provide fully custom solutions as needed. If you are receiving β€œno”, overpriced solutions or excessive lead times from OEMs then let’s talk!

Muhammad Umer Zulfiqar

Instrumentation and control Engineer | PLC & SCADA expert

Designed a Weintek HMI in EasyBuilder Pro for an RO Plant, integrating real-time data from an S7-300 PLC. Developed a user-friendly interface to monitor the complete process, including Level Transmitters, TDS Sensors, ORP & pH Sensors, Pressure & Temperature Transmitters, and more. Ensured seamless PLC-HMI communication, optimizing process control and automation.
Designed a Weintek HMI in EasyBuilder Pro for an RO Plant, integrating real-time data from an S7-300 PLC. Developed a user-friendly interface to monitor the complete process, including Level Transmitters, TDS Sensors, ORP & pH Sensors, Pressure & Temperature Transmitters, and more. Ensured seamless PLC-HMI communication, optimizing process control and automation.

Javier Navarro Jr

PLC Programmer and Controls Technician at Schrader Mechanical

Built a plantwide SCADA system for one of the biggest solar companies in the world. #WeintekUSA #EasyBuilderPro
Built a plantwide SCADA system for one of the biggest solar companies in the world. #WeintekUSA #EasyBuilderPro

G3 Automation
Exciting day at G3 Automation! Another batch of custom control panels equipped with Weintek USA, Inc. HMIs ready to ship to our OEM partner. These panels are designed for seamless operation, featuring intuitive touchscreen interfaces for enhanced control and efficiency.
Exciting day at G3 Automation! Another batch of custom control panels equipped with Weintek USA, Inc. HMIs ready to ship to our OEM partner. These panels are designed for seamless operation, featuring intuitive touchscreen interfaces for enhanced control and efficiency.

Sohaib Sameer

INDUSTRIAL ELECTRONICS ENGINEER

πŸ”§βš‘ Milestone Achieved! Thrilled to share the successful installation of a 175kW Sungrow inverter, expanding an existing 125kW solar setupβ€”bringing the total to 300kW of clean, renewable energy! β˜€οΈπŸ”‹ This hybrid system features both Sungrow and Huawei inverters, seamlessly integrated and smartly managed through Encombi πŸ”— with unique device IDs for efficient communication and monitoring. The entire system is also being actively monitored through a Weintek HMI πŸ“Ÿβ€”offering real-time data visualization and control for better performance and maintenance. From system design to commissioning, this project has been an amazing hands-on experience in hybrid solar solutions and smart energy management. πŸ™Œ Proud to be contributing to a smarter, greener, and more sustainable future. 🌱🌍
πŸ”§βš‘ Milestone Achieved! Thrilled to share the successful installation of a 175kW Sungrow inverter, expanding an existing 125kW solar setupβ€”bringing the total to 300kW of clean, renewable energy! β˜€οΈπŸ”‹ This hybrid system features both Sungrow and Huawei inverters, seamlessly integrated and smartly managed through Encombi πŸ”— with unique device IDs for efficient communication and monitoring. The entire system is also being actively monitored through a Weintek HMI πŸ“Ÿβ€”offering real-time data visualization and control for better performance and maintenance. From system design to commissioning, this project has been an amazing hands-on experience in hybrid solar solutions and smart energy management. πŸ™Œ Proud to be contributing to a smarter, greener, and more sustainable future. 🌱🌍

Alicia Gilpin MuΓ±oz (Ali G)

Owner Process & Controls Engineering LLC

Diedrich Roasters use Weintek USA, Inc. Human Machine Interfaces making this a family affair. Diedrich is my family and Weintek is now Nikki Gonzales family. Diedrich Roasters is an American Company dedicated to service and quality. They are incredibly people centric. I don't see that anymore where the dignity of the employees is just as important as the service to the customer...but it's still alive in pockets if you look hard enough.
Diedrich Roasters use Weintek USA, Inc. Human Machine Interfaces making this a family affair. Diedrich is my family and Weintek is now Nikki Gonzales family. Diedrich Roasters is an American Company dedicated to service and quality. They are incredibly people centric. I don't see that anymore where the dignity of the employees is just as important as the service to the customer...but it's still alive in pockets if you look hard enough.

Darwin Thiessen

System Specialist at Diversified Systems LLC

Have an interesting job recently reviving a old AB 1500 LRP PLC (16 bit) and programming it to a Weintek HMI (32 bit). PLC was 25 years old and you will see from the pictures had to put everything back together. Original HMI was dead LED light came on but screen was blank and casing for HMI was broke. Few problems - Since original HMI was dead hade to start from scratch programming new one - PLC was faulted when powered up. Faulty cards, had to get new. - Was hoping to get original program from eeprom but was locked out, or chip has failed. Luckily PLC battery was good and program still in PLC. - Challenge converting 32 bit technology to 16 bit so New HMI would communicate with PLC.
Have an interesting job recently reviving a old AB 1500 LRP PLC (16 bit) and programming it to a Weintek HMI (32 bit). PLC was 25 years old and you will see from the pictures had to put everything back together. Original HMI was dead LED light came on but screen was blank and casing for HMI was broke. Few problems - Since original HMI was dead hade to start from scratch programming new one - PLC was faulted when powered up. Faulty cards, had to get new. - Was hoping to get original program from eeprom but was locked out, or chip has failed. Luckily PLC battery was good and program still in PLC. - Challenge converting 32 bit technology to 16 bit so New HMI would communicate with PLC.

Total Automation Systems
This electrical control cabinet is designed for the automation and control of a specialized piece of equipment used in the water sector. It ensures operational safety, system reliability, and ease of monitoring through high-quality industrial components. Key Features: Enclosure: The cabinet is built from fiberglass-reinforced polyamide, offering excellent mechanical strength and high resistance to corrosion, humidity, and UV exposure. This makes it suitable for challenging environments typically found in water-related applications. Automation Components: The control system is based on Siemens PLC hardware, known for its robustness, flexibility, and seamless integration into industrial networks. Human-Machine Interface: A Weintek HMI provides real-time process visualization, intuitive navigation, and remote diagnostics capability, simplifying operation and maintenance. Wiring and Protections: Internal wiring is routed cleanly and labeled according to industrial standards. The cabinet includes circuit breakers, relays, and other protective devices sized appropriately for the connected loads. This cabinet is part of a complete automated solution for equipment operating within the water industry, where reliability and long-term performance are critical.
This electrical control cabinet is designed for the automation and control of a specialized piece of equipment used in the water sector. It ensures operational safety, system reliability, and ease of monitoring through high-quality industrial components. Key Features: Enclosure: The cabinet is built from fiberglass-reinforced polyamide, offering excellent mechanical strength and high resistance to corrosion, humidity, and UV exposure. This makes it suitable for challenging environments typically found in water-related applications. Automation Components: The control system is based on Siemens PLC hardware, known for its robustness, flexibility, and seamless integration into industrial networks. Human-Machine Interface: A Weintek HMI provides real-time process visualization, intuitive navigation, and remote diagnostics capability, simplifying operation and maintenance. Wiring and Protections: Internal wiring is routed cleanly and labeled according to industrial standards. The cabinet includes circuit breakers, relays, and other protective devices sized appropriately for the connected loads. This cabinet is part of a complete automated solution for equipment operating within the water industry, where reliability and long-term performance are critical.

Starview Packaging Machinery, Inc.
Medical Device Tray Sealer FAT SUCCESS! Starview FAB/PH8-1418 fully automatic system with tray alignment on the unload is out the door! #packagingmachinery #packaginginnovation #medicaldevice
Medical Device Tray Sealer FAT SUCCESS! Starview FAB/PH8-1418 fully automatic system with tray alignment on the unload is out the door! #packagingmachinery #packaginginnovation #medicaldevice

Dennis Arvidsson

Technical Systems Specialist at Industrial AB

At ppm Industrial AB, we have recently completed a tailor-made gas detection exchange system – adapted for installation directly in the customer's existing electrical cabinet. πŸ› οΈ The system is pre-mounted on a sheet metal for easy integration and minimized installation time. πŸ“ The limited space required a compact and precisely designed build, without compromising on function or accessibility. πŸ“ˆ The HMI panel is recessed into the cabinet door and provides a full overview of: β€’ Current gas values β€’ Trends and history β€’ Detector locations with visual status indication (colour change in case of alarm). The result is an efficient and future-proof solution for upgrading older gas alarms – with a focus on reliability and clarity.
At ppm Industrial AB, we have recently completed a tailor-made gas detection exchange system – adapted for installation directly in the customer's existing electrical cabinet. πŸ› οΈ The system is pre-mounted on a sheet metal for easy integration and minimized installation time. πŸ“ The limited space required a compact and precisely designed build, without compromising on function or accessibility. πŸ“ˆ The HMI panel is recessed into the cabinet door and provides a full overview of: β€’ Current gas values β€’ Trends and history β€’ Detector locations with visual status indication (colour change in case of alarm). The result is an efficient and future-proof solution for upgrading older gas alarms – with a focus on reliability and clarity.

JosΓ© Amador

Independent Mechanical Engineer | Field Diagnostics & Modbus Integration | Commissioning & Technical Training Partner

Putting ideas into practice Configuration of 5 Weintek HMIs for compressed air systems in progress. Thanks to my clients for trusting my expertise.
Putting ideas into practice Configuration of 5 Weintek HMIs for compressed air systems in progress. Thanks to my clients for trusting my expertise.

M. Aziz ul haq

Automation Engineer | PLC & HMI Specialist

I’m excited to share that I successfully completed the #programming and #commissioning of an #extruder_machine designed to manufacture #PPRC_pipes (Polypropylene Random Copolymer), widely used in gas and water supply systems. πŸ”§ This machine is now ready to be shipped to #Oman – a proud milestone to see locally developed automation reaching international markets! πŸ“Œ Project Highlights: πŸ”Ή #Delta PLC (DVP-ES2 Series) for system logic and control πŸ”Ή 4 #Thermocouple Modules for precise heater temperature monitoring πŸ”Ή Weintek HMI for user-friendly operation and real-time data visualization πŸ”Ή #Puma VFD (115kW) to control the extrusion motor speed and torque efficiently πŸ”Ή Heater & Blower Control Logic: β€’ When the temperature rises above the setpoint, the heater turns off and the blower turns on β€’ When the temperature drops below the threshold, the heater turns back on to maintain process stability This setup ensures accurate temperature regulation, energy efficiency, and consistent extrusion quality for producing high-grade PPRC pipes.
I’m excited to share that I successfully completed the #programming and #commissioning of an #extruder_machine designed to manufacture #PPRC_pipes (Polypropylene Random Copolymer), widely used in gas and water supply systems. πŸ”§ This machine is now ready to be shipped to #Oman – a proud milestone to see locally developed automation reaching international markets! πŸ“Œ Project Highlights: πŸ”Ή #Delta PLC (DVP-ES2 Series) for system logic and control πŸ”Ή 4 #Thermocouple Modules for precise heater temperature monitoring πŸ”Ή Weintek HMI for user-friendly operation and real-time data visualization πŸ”Ή #Puma VFD (115kW) to control the extrusion motor speed and torque efficiently πŸ”Ή Heater & Blower Control Logic: β€’ When the temperature rises above the setpoint, the heater turns off and the blower turns on β€’ When the temperature drops below the threshold, the heater turns back on to maintain process stability This setup ensures accurate temperature regulation, energy efficiency, and consistent extrusion quality for producing high-grade PPRC pipes.

Pascal Aspeslagh

Head of Research and Development

Almost ready to install 😎

Maria Masood

Undergraduate | Electrical Engineering

Proud to share my recent project, developed for a Weintek HMI screen using EasyBuilder software, during my internship at Atlas Engineering Ltd. πŸš€ As part of my time at the DID Plantβ€”where high-precision motorcycle chain components are manufacturedβ€”I designed and implemented a Human-Machine Interface (HMI) system to streamline production data handling and performance monitoring. πŸ”Ή Project Goal To simplify daily production data entry, automate dispatch and target tracking, and provide real-time performance insights through an interactive dashboardβ€”helping operators and supervisors make faster, data-driven decisions. πŸ”Ή System Overview The HMI was built with three main interfaces: 1️⃣ Home Page – Company branding with real-time clock 2️⃣ Daily Production Table – Manual input for part-wise data (Inner Plate, Outer Plate, Pin, Bush, Roller), categorized by product models (CD-70, CG-125, CAM 25) and departments (OEM/SPD) 3️⃣ Production Dashboard – Visuals and records including: Monthly target vs achieved Daily dispatch summary Yearly log (Jan–Dec) Pie charts for progress visualization Functional controls for refresh, calculations, and logging πŸ”Ή Automation via Macros βœ… Auto-calculation of total dispatch βœ… Target progress tracking βœ… Dynamic pie chart updates βœ… Monthly-to-yearly data logging πŸ”Ή Key Impact This system enhanced operator efficiency, ensured accurate production records, and introduced real-time visibility into daily operationsβ€”bridging the gap between raw data and actionable insights. This hands-on project allowed me to apply my skills in EasyBuilder, macro programming, and industrial automation to solve practical production challenges on a Weintek-based interface.
Proud to share my recent project, developed for a Weintek HMI screen using EasyBuilder software, during my internship at Atlas Engineering Ltd. πŸš€ As part of my time at the DID Plantβ€”where high-precision motorcycle chain components are manufacturedβ€”I designed and implemented a Human-Machine Interface (HMI) system to streamline production data handling and performance monitoring. πŸ”Ή Project Goal To simplify daily production data entry, automate dispatch and target tracking, and provide real-time performance insights through an interactive dashboardβ€”helping operators and supervisors make faster, data-driven decisions. πŸ”Ή System Overview The HMI was built with three main interfaces: 1️⃣ Home Page – Company branding with real-time clock 2️⃣ Daily Production Table – Manual input for part-wise data (Inner Plate, Outer Plate, Pin, Bush, Roller), categorized by product models (CD-70, CG-125, CAM 25) and departments (OEM/SPD) 3️⃣ Production Dashboard – Visuals and records including: Monthly target vs achieved Daily dispatch summary Yearly log (Jan–Dec) Pie charts for progress visualization Functional controls for refresh, calculations, and logging πŸ”Ή Automation via Macros βœ… Auto-calculation of total dispatch βœ… Target progress tracking βœ… Dynamic pie chart updates βœ… Monthly-to-yearly data logging πŸ”Ή Key Impact This system enhanced operator efficiency, ensured accurate production records, and introduced real-time visibility into daily operationsβ€”bridging the gap between raw data and actionable insights. This hands-on project allowed me to apply my skills in EasyBuilder, macro programming, and industrial automation to solve practical production challenges on a Weintek-based interface.

Ali Farzam

CONTROLS EXPERT | PLC Programmer

πŸš— Seat Inspection System Nearing Completion! πŸ› οΈ Excited to share that we’re in the final stages of developing a universal car seat inspection system.capable of testing any type of car seat, though currently optimized for HAVAL models. πŸ” This fully automated system tests all major features, including: βœ… Forward/Backward Movement βœ… Recline Angle Verification βœ… Seat Heater Functionality βœ… Air Leakage & Airbag Test βœ… Sensor & Safety Feature Checks Hardware used: πŸ”Έ Mitsubishi FX3G PLC πŸ”Έ Weintek HMI πŸ”Έ InduSoft SCADA for complete monitoring and control πŸ“„ Automated PDF Reporting directly from SCADA β€” with flexible formats for different testing scenarios. Proud of the team and the technology behind this, bringing precision, safety, and scalability together.
πŸš— Seat Inspection System Nearing Completion! πŸ› οΈ Excited to share that we’re in the final stages of developing a universal car seat inspection system.capable of testing any type of car seat, though currently optimized for HAVAL models. πŸ” This fully automated system tests all major features, including: βœ… Forward/Backward Movement βœ… Recline Angle Verification βœ… Seat Heater Functionality βœ… Air Leakage & Airbag Test βœ… Sensor & Safety Feature Checks Hardware used: πŸ”Έ Mitsubishi FX3G PLC πŸ”Έ Weintek HMI πŸ”Έ InduSoft SCADA for complete monitoring and control πŸ“„ Automated PDF Reporting directly from SCADA β€” with flexible formats for different testing scenarios. Proud of the team and the technology behind this, bringing precision, safety, and scalability together.

Elektronika Industriale sh.p.k

Automation | Bcu/Dcs/Plc | SAS | SCADA | Grid Automation

πŸ”„πŸŒž Reliable Gateway for Clean Energy Control βš™οΈπŸ“‘ We’ve successfully developed a Master IEC 60870-5-104 Gateway integrated with a #Weintek HMI, acting as the interface with the Power Plant Controller (PPC) of a photovoltaic plant. β˜€οΈ The control logic is built using Straton IEC 61131-3, running standalone on a Linux-based RTU. This compact solution ensures smooth and secure communication between the SCADA system and the PPC helping deliver real time data and control signals across the PV plant infrastructure. πŸ§ πŸ’‘ πŸ‘¨β€πŸ’» Engineered for flexibility 🌐 Scalable for future integrations πŸ”Œ Optimized for renewable energy control
πŸ”„πŸŒž Reliable Gateway for Clean Energy Control βš™οΈπŸ“‘ We’ve successfully developed a Master IEC 60870-5-104 Gateway integrated with a #Weintek HMI, acting as the interface with the Power Plant Controller (PPC) of a photovoltaic plant. β˜€οΈ The control logic is built using Straton IEC 61131-3, running standalone on a Linux-based RTU. This compact solution ensures smooth and secure communication between the SCADA system and the PPC helping deliver real time data and control signals across the PV plant infrastructure. πŸ§ πŸ’‘ πŸ‘¨β€πŸ’» Engineered for flexibility 🌐 Scalable for future integrations πŸ”Œ Optimized for renewable energy control

Adam Thraves MIET

Controls Engineer

πŸ“Έ We've been hard at work the last few months securing new contracts and making new connections - here is a throwback to one of our projects from earlier this year. Part of a set of control panels made for a blowing system, Siemens V20 drives with an S71200. Weintek CMT 15" HMI, and a safety system using IDEM control gear. Power distributed through on a Wohner 160A crossboard, we loved the simplicity of this and the time saved in wiring speaks for itself! Housed in an floor standing ETA enclosure, great build quality as always. 🏭 We specialise in crafting bespoke control solutions tailored to each customer's unique needs. From design and electrical schematics to installation and commissioning, we ensure a smooth and efficient process from start to finish. πŸ”‘ Offering a diverse controls and installations portfolio, we deliver turnkey solutions to meet our customers' requirements, guaranteeing top-notch quality and satisfaction. πŸ“© For inquiries or to learn more about our services, feel free to reach out to me directly at [email protected].
πŸ“Έ We've been hard at work the last few months securing new contracts and making new connections - here is a throwback to one of our projects from earlier this year. Part of a set of control panels made for a blowing system, Siemens V20 drives with an S71200. Weintek CMT 15" HMI, and a safety system using IDEM control gear. Power distributed through on a Wohner 160A crossboard, we loved the simplicity of this and the time saved in wiring speaks for itself! Housed in an floor standing ETA enclosure, great build quality as always. 🏭 We specialise in crafting bespoke control solutions tailored to each customer's unique needs. From design and electrical schematics to installation and commissioning, we ensure a smooth and efficient process from start to finish. πŸ”‘ Offering a diverse controls and installations portfolio, we deliver turnkey solutions to meet our customers' requirements, guaranteeing top-notch quality and satisfaction. πŸ“© For inquiries or to learn more about our services, feel free to reach out to me directly at [email protected].

Raed Gamal

Water & Waste Water Treatment | RO Desalination

Installation, operation, and programming for a new HMI WEINTEK (cMT2108X2/V2) Connecting it with a PLC MITSUBISHI Module (FX3U-80MR/ES) for a Sewage Treatment Plant (STP)
Installation, operation, and programming for a new HMI WEINTEK (cMT2108X2/V2) Connecting it with a PLC MITSUBISHI Module (FX3U-80MR/ES) for a Sewage Treatment Plant (STP)

Metroid Electrical Engineering
Did you know we offer in-house PLC/HMI/SCADA programming customised to your projects requirements? We have experience across all common brands and have programmed over 800 projects. What's the benefit of having in-house programming? Customisation - In-house programming allows for tailored PLC/HMI and SCADA solutions specific to project needs, ensuring better integration with existing systems. Greater Control - Direct control over both hardware and software development leads to higher quality and reliability, reducing the likelihood of errors or miscommunications. Scalability & Flexibility - In-house development teams can quickly scale or adjust the project as requirements evolve, offering more flexibility than outsourced solutions. Long-Term Support - Ongoing support and updates in-house ensures long-term reliability and maintenance, as the same team that designed the system will manage any changes.
Did you know we offer in-house PLC/HMI/SCADA programming customised to your projects requirements? We have experience across all common brands and have programmed over 800 projects. What's the benefit of having in-house programming? Customisation - In-house programming allows for tailored PLC/HMI and SCADA solutions specific to project needs, ensuring better integration with existing systems. Greater Control - Direct control over both hardware and software development leads to higher quality and reliability, reducing the likelihood of errors or miscommunications. Scalability & Flexibility - In-house development teams can quickly scale or adjust the project as requirements evolve, offering more flexibility than outsourced solutions. Long-Term Support - Ongoing support and updates in-house ensures long-term reliability and maintenance, as the same team that designed the system will manage any changes.

JosΓ© Amador

Independent Mechanical Engineer | Field Diagnostics & Modbus Integration | Commissioning & Technical Training Partner

And once again… Thank you to my clients who trust my professionalism. Practical monitoring applications for practical world 🌎. Put into practice your ideas πŸ’‘.
And once again… Thank you to my clients who trust my professionalism. Practical monitoring applications for practical world 🌎. Put into practice your ideas πŸ’‘.

Darwin Thiessen

System Specialist at Diversified Systems LLC

Another HMI Replacement. I recently did another AB Panel View replacement. I tried to replace the internal battery like the error suggested but did not work. This HMI had been greatly modified from the original so it was not in my data base. Using another press program and buying some software was able to extract the tag information needed. Diversified can now replace any older HMI's like the one in the picture or any other outdate ones no longer supported by Allen Bradley. This has the potential for us to grow into almost any industry using Allen Bradley products. Got lucky on this one but if I have the original file can extract tag information for the new Weintek HMI Diversified uses.
Another HMI Replacement. I recently did another AB Panel View replacement. I tried to replace the internal battery like the error suggested but did not work. This HMI had been greatly modified from the original so it was not in my data base. Using another press program and buying some software was able to extract the tag information needed. Diversified can now replace any older HMI's like the one in the picture or any other outdate ones no longer supported by Allen Bradley. This has the potential for us to grow into almost any industry using Allen Bradley products. Got lucky on this one but if I have the original file can extract tag information for the new Weintek HMI Diversified uses.

Metroid Electrical Engineering
We recently completed this control switchboard for a swimming centre redevelopment in South Australia. The board provided control to a 50m pool, 25m pool and a Learn To Swim pool. This project featured a 15" Weintek HMI and Siemens PLC, fully programmed and tested inhouse.
We recently completed this control switchboard for a swimming centre redevelopment in South Australia. The board provided control to a 50m pool, 25m pool and a Learn To Swim pool. This project featured a 15" Weintek HMI and Siemens PLC, fully programmed and tested inhouse.