Weintek Love in the Wild
ROBOX
From Farm to Table: Fully Automated Milk Pasteurization Plant 🥛
We're excited to announce the successful completion of a new, fully automated milk pasteurization plant.
This project involved designing and commissioning a state-of-the-art system that maximizes efficiency, hygiene, and product consistency.
Key features:
✅ Optimized Process Design: Streamlined pasteurization, heating, cooling, flow control, and CIP operations.
✅ Siemens S7-1200 PLC: Precise control of all plant operations for seamless and reliable performance.
✅ Weintek HMI: User-friendly interface for easy operator interaction and system monitoring.
✅ WinCC 7.0 SCADA Integration: Centralized control, data logging, and trend analysis for optimized plant performance.
This project demonstrates Robox's expertise in delivering innovative and efficient automation solutions for the food and beverage industry.
From Farm to Table: Fully Automated Milk Pasteurization Plant 🥛
We're excited to announce the successful completion of a new, fully automated milk pasteurization plant.
This project involved designing and commissioning a state-of-the-art system that maximizes efficiency, hygiene, and product consistency.
Key features:
✅ Optimized Process Design: Streamlined pasteurization, heating, cooling, flow control, and CIP operations.
✅ Siemens S7-1200 PLC: Precise control of all plant operations for seamless and reliable performance.
✅ Weintek HMI: User-friendly interface for easy operator interaction and system monitoring.
✅ WinCC 7.0 SCADA Integration: Centralized control, data logging, and trend analysis for optimized plant performance.
This project demonstrates Robox's expertise in delivering innovative and efficient automation solutions for the food and beverage industry.
Er Sunny
🔹 Smart Automation Upgrade 🔹 Spring Coil Today’s setup was quite interesting… The machine was operated in a combination of Speed Mode and Length Mode. The control architecture included: ➡️ Siemens G120 VFDs (x2) ➡️ S7-1214C DC/DC/DC PLC ➡️ Weintek HMI The main objectives were: 🔸 Maintain stable speed control 🔸 Achieve accurate length measurement 🔸 Provide a simple UI for the operator After running multiple test cycles, the machine performance aligned with the expected results — without additional hard wiring and without disturbing the production logic ⚙️ This is the best part of automation: “Small changes, big improvements.” ✨
🔹 Smart Automation Upgrade 🔹 Spring Coil Today’s setup was quite interesting… The machine was operated in a combination of Speed Mode and Length Mode. The control architecture included: ➡️ Siemens G120 VFDs (x2) ➡️ S7-1214C DC/DC/DC PLC ➡️ Weintek HMI The main objectives were: 🔸 Maintain stable speed control 🔸 Achieve accurate length measurement 🔸 Provide a simple UI for the operator After running multiple test cycles, the machine performance aligned with the expected results — without additional hard wiring and without disturbing the production logic ⚙️ This is the best part of automation: “Small changes, big improvements.” ✨
Mustafa Attwan, P.E
Two HMIs Somatic and WeinTek connected to one PLC via OPC UA and S7 Protocol. This can be implemented with many UI/HMI throughout the facility.
Two HMIs Somatic and WeinTek connected to one PLC via OPC UA and S7 Protocol. This can be implemented with many UI/HMI throughout the facility.
Daniel Ribeiro - Automation Engineer
Today was the day to review and make the last software and hardware adjustments in another project that will soon be delivered to the customer. The system was developed with integration between Siemens S7-1500 PLC (CPU 1515-2 PN), Weintek HMI and Danfoss FC 300 frequency inverters, ensuring robustness and reliability in operation. For development and commissioning, the following were used: • TIA Portal V20 (Siemens) • EasyBuilder Pro (Weintek) • MCT10 (Danfoss) Another completed project with a focus on performance, integration and quality.
Today was the day to review and make the last software and hardware adjustments in another project that will soon be delivered to the customer. The system was developed with integration between Siemens S7-1500 PLC (CPU 1515-2 PN), Weintek HMI and Danfoss FC 300 frequency inverters, ensuring robustness and reliability in operation. For development and commissioning, the following were used: • TIA Portal V20 (Siemens) • EasyBuilder Pro (Weintek) • MCT10 (Danfoss) Another completed project with a focus on performance, integration and quality.
Hamza H.
• Following
🔧 From Semi-Automatic to Fully Automated – Feed Production System Upgrade
Proud to share a recent project delivered by our team in an animal feed production facility (poultry, cattle, and goat nutrition lines). The objective was clear: Replace an unstable and faulty control system with a reliable, precise, and fully automated solution. The existing process was running in semi-automatic mode with recurring dosing inaccuracies from multiple silos and limited diagnostic visibility. This was directly impacting efficiency and maintenance response time. Our approach focused on: ▪ Rebuilding the entire control logic on a Siemens S7-1200 PLC ▪ Developing a structured and intuitive interface using a Weintek HMI ▪ Converting the system from semi-automatic to fully automatic operation ▪ Improving dosing precision to near-optimal accuracy ▪ Implementing clear alarm handling and diagnostic feedback for faster troubleshooting The result: ✔ Smoother production cycles ✔ Significantly improved dosing precision ✔ Better operator visibility ✔ Faster maintenance intervention ✔ A more reliable and scalable system Projects like this highlight how structured automation and well-designed control philosophy can transform performance Proud to be part of a team that focuses on reliability, precision, and continuous improvement.
🔧 From Semi-Automatic to Fully Automated – Feed Production System Upgrade
Proud to share a recent project delivered by our team in an animal feed production facility (poultry, cattle, and goat nutrition lines). The objective was clear: Replace an unstable and faulty control system with a reliable, precise, and fully automated solution. The existing process was running in semi-automatic mode with recurring dosing inaccuracies from multiple silos and limited diagnostic visibility. This was directly impacting efficiency and maintenance response time. Our approach focused on: ▪ Rebuilding the entire control logic on a Siemens S7-1200 PLC ▪ Developing a structured and intuitive interface using a Weintek HMI ▪ Converting the system from semi-automatic to fully automatic operation ▪ Improving dosing precision to near-optimal accuracy ▪ Implementing clear alarm handling and diagnostic feedback for faster troubleshooting The result: ✔ Smoother production cycles ✔ Significantly improved dosing precision ✔ Better operator visibility ✔ Faster maintenance intervention ✔ A more reliable and scalable system Projects like this highlight how structured automation and well-designed control philosophy can transform performance Proud to be part of a team that focuses on reliability, precision, and continuous improvement.
Nicolas Coria
Bachelor’s degree in Automation and Robotics. Technical Office at Sodecar S.A.
"Design and implementation for the automation of ammonia condensers in industrial refrigeration".
In this project I integrated industrial automation technologies such as Siemens S7-1200 and S7-1500 PLCs, industrial communications, analog modules, variable speed drives and a SCADA system, achieving precise, safe and efficient automatic control of the condensing process.
The work includes:
• Distributed control architecture
• Modular programming in TIA Portal
• HMI/SCADA design
• Implementation of the PDCA cycle as a continuous improvement methodology
• On-site validation and optimization of energy consumption
"Design and implementation for the automation of ammonia condensers in industrial refrigeration".
In this project I integrated industrial automation technologies such as Siemens S7-1200 and S7-1500 PLCs, industrial communications, analog modules, variable speed drives and a SCADA system, achieving precise, safe and efficient automatic control of the condensing process.
The work includes:
• Distributed control architecture
• Modular programming in TIA Portal
• HMI/SCADA design
• Implementation of the PDCA cycle as a continuous improvement methodology
• On-site validation and optimization of energy consumption
Hossein Pooladgar
Electrical engineer, PLC Programmer
Upgrade and modernization of the MDF lamination line monitoring system
From signal checking to full design of buttons and switches
Using Weintek touch panels and Siemens S7-400 PLC
With Ethernet communication between HMI panels and the Siemens PLC
Upgrade and modernization of the MDF lamination line monitoring system
From signal checking to full design of buttons and switches
Using Weintek touch panels and Siemens S7-400 PLC
With Ethernet communication between HMI panels and the Siemens PLC
Serhii Obrusnyk
PLC / HMI Programmer
A PROJECT I’M PROUD OF
A couple of years ago, I implemented an automation system for a sugar production facility — the chamber press filter station used for suspension filtration. During this project, I created a 3D model of the collector piping and actuator layout, developed the control algorithm from scratch on a VIPA 300s PLC, and fully built the interfaces for a Weintek HMI panel and a WinCC Professional SCADA system.
This was my first PLC, SCADA, and HMI project that I completed entirely on my own. The most rewarding part was seeing the 3D model come to life and watching the mechanisms operate exactly as I had defined in the logic.
A PROJECT I’M PROUD OF
A couple of years ago, I implemented an automation system for a sugar production facility — the chamber press filter station used for suspension filtration. During this project, I created a 3D model of the collector piping and actuator layout, developed the control algorithm from scratch on a VIPA 300s PLC, and fully built the interfaces for a Weintek HMI panel and a WinCC Professional SCADA system.
This was my first PLC, SCADA, and HMI project that I completed entirely on my own. The most rewarding part was seeing the 3D model come to life and watching the mechanisms operate exactly as I had defined in the logic.
ciosp
I use Siemens PLC and Weintek HMI without any problems, I make logs and graphs without problems using the panel functions, or in particular cases we do everything from PLC
I use Siemens PLC and Weintek HMI without any problems, I make logs and graphs without problems using the panel functions, or in particular cases we do everything from PLC
muramasa-z
Our production line wants to create an awareness dashboard with modern web technology. We want to extract data logs via Weintek, as our current system uses Siemens PLCs and HMI. The old vendor used Siemens environment tools like WinCC and TIA Portal to create a dashboard, but we can't afford to purchase a license. So we've decided to extend our topology using Weintek instead.
Our production line wants to create an awareness dashboard with modern web technology. We want to extract data logs via Weintek, as our current system uses Siemens PLCs and HMI. The old vendor used Siemens environment tools like WinCC and TIA Portal to create a dashboard, but we can't afford to purchase a license. So we've decided to extend our topology using Weintek instead.
George
Automation Engineer
A few moments from a project I’m really proud of:
A capsule packaging machine using a Siemens PLC, Festo servo systems, Uteco sensors, a Weintek HMI, and additional automation components from Schneider Electric.
It’s always a great feeling to see the automation run smoothly after many hours of programming, testing, and fine-tuning!
A few moments from a project I’m really proud of:
A capsule packaging machine using a Siemens PLC, Festo servo systems, Uteco sensors, a Weintek HMI, and additional automation components from Schneider Electric.
It’s always a great feeling to see the automation run smoothly after many hours of programming, testing, and fine-tuning!
Mickaël Pierre
Automation Specialist
Work Done..!!
FAT carried out with the customer on the 4 different products...!!
Getting started and SAT in 15 days.
Customer satisfied and reassured on a cadence of 92 cps/min for 90cps/min in the specifications.
Flowpack double-loading robotic cell with SCARA SR-6iA robot using IrPickTool double Tracking and Cognex external vision. Communication PROFINET. R-30iB Compact Plus bay. Controlling through a WEINTEK display
Work Done..!!
FAT carried out with the customer on the 4 different products...!!
Getting started and SAT in 15 days.
Customer satisfied and reassured on a cadence of 92 cps/min for 90cps/min in the specifications.
Flowpack double-loading robotic cell with SCARA SR-6iA robot using IrPickTool double Tracking and Cognex external vision. Communication PROFINET. R-30iB Compact Plus bay. Controlling through a WEINTEK display
Kazem
Control Systems Engineer
Weintek HMIs are very user friendly and support many communication protocol and PLCs. When I established the communication between PLC and HMI I could link all tags including IOs and data blocks without any issue.
Weintek HMIs are very user friendly and support many communication protocol and PLCs. When I established the communication between PLC and HMI I could link all tags including IOs and data blocks without any issue.
Kazem Sharifi Nik
Control Systems Engineer
10 Bar Smoke Tube Dual Fuel Boiler Panel Retrofit
Hardware:
Controller: SIEMENS S7-1214C AC/DC/Rly
Monitoring: Weintek HMI MT8102iP
Software:
TIA Portal V18
10 Bar Smoke Tube Dual Fuel Boiler Panel Retrofit
Hardware:
Controller: SIEMENS S7-1214C AC/DC/Rly
Monitoring: Weintek HMI MT8102iP
Software:
TIA Portal V18
Meizal Diestu
Electrical and Instrument
Project: Automated Kernel Scale for KCP Station
Core Technology: Siemens 1200 PLC and Weintek HMI.
Project Work Stages
Panel assembly and wiring.
Installation of four (4) 1-ton capacity load cells.
Installation of two (2) air cylinder units.
PLC and HMI programming.
Calibration of the weighing indicator.
Final commissioning.
System Benefits
Operational Simplicity: Simplifies the process for operators, who only need to monitor the fully automated system.
Clear Data Logging: Provides clear and accessible data. Operators can view weighing data sorted by time, day, and date.
Advantages of In-House Development (vs. Vendor)
Cost-Effectiveness: The project cost is significantly lower than outsourcing to a vendor.
Faster Troubleshooting: If any issues or "trouble" occur, the internal team can address and resolve them quickly and effectively, minimizing downtime.
Project: Automated Kernel Scale for KCP Station
Core Technology: Siemens 1200 PLC and Weintek HMI.
Project Work Stages
Panel assembly and wiring.
Installation of four (4) 1-ton capacity load cells.
Installation of two (2) air cylinder units.
PLC and HMI programming.
Calibration of the weighing indicator.
Final commissioning.
System Benefits
Operational Simplicity: Simplifies the process for operators, who only need to monitor the fully automated system.
Clear Data Logging: Provides clear and accessible data. Operators can view weighing data sorted by time, day, and date.
Advantages of In-House Development (vs. Vendor)
Cost-Effectiveness: The project cost is significantly lower than outsourcing to a vendor.
Faster Troubleshooting: If any issues or "trouble" occur, the internal team can address and resolve them quickly and effectively, minimizing downtime.
Eduardo Kipper
Industrial Process Automation Specialist
+1 Project Completed at Zero Cost to the Client.
▶ Siemens S7-1500 Platform
▶ HMI Weintek
▶ Factory Acceptance Testing
▶ Field validation
▶ Technical support
+1 Project Completed at Zero Cost to the Client.
▶ Siemens S7-1500 Platform
▶ HMI Weintek
▶ Factory Acceptance Testing
▶ Field validation
▶ Technical support
AJ
Aqsa Javed
Electrical Engineer
✅ Project Update:
Successfully completed an automation project integrating a Siemens PLC (S7-1200, 1212C DC/DC/DC) with a Weintek HMI using TIA Portal and EasyBuilder Pro software.
🔹 Key Features:
Designed HMI screens to display breaker ON/OFF status in real time.
Configured a second HMI screen to show energy analyzer (ABB M4M20) data.
Established communication:
Energy Analyzer ↔ HMI: via Modbus RS-485
PLC ↔ HMI:via Ethernet
Used a VTEKE 220V AC relay as an input/output interface for the PLC to detect and display breaker status, enhancing understanding of PLC I/O operation.
This project strengthened my practical skills in industrial communication protocols, PLC I/O interfacing, and HMI-based system visualization.
✅ Project Update:
Successfully completed an automation project integrating a Siemens PLC (S7-1200, 1212C DC/DC/DC) with a Weintek HMI using TIA Portal and EasyBuilder Pro software.
🔹 Key Features:
Designed HMI screens to display breaker ON/OFF status in real time.
Configured a second HMI screen to show energy analyzer (ABB M4M20) data.
Established communication:
Energy Analyzer ↔ HMI: via Modbus RS-485
PLC ↔ HMI:via Ethernet
Used a VTEKE 220V AC relay as an input/output interface for the PLC to detect and display breaker status, enhancing understanding of PLC I/O operation.
This project strengthened my practical skills in industrial communication protocols, PLC I/O interfacing, and HMI-based system visualization.
Abdul Rafay
Industrial Automation Engineer skilled in PLC programming, HMI design & PV–Diesel hybrid systems.
Successfully commissioned a 500 kW Solar PV – 100 kW Diesel – Grid Hybrid Power System
The system is controlled using Siemens S7-1200 PLC and Weintek MT8072iP HMI, ensuring seamless power management and automation.
Proud to contribute toward a smarter and sustainable energy future 🌞⚙️
Successfully commissioned a 500 kW Solar PV – 100 kW Diesel – Grid Hybrid Power System
The system is controlled using Siemens S7-1200 PLC and Weintek MT8072iP HMI, ensuring seamless power management and automation.
Proud to contribute toward a smarter and sustainable energy future 🌞⚙️
Vib Otomasyon
In 2023, we commissioned a 12-Stand Continuous Rolling Line with the following specifications:
• Commissioned using Allen-Bradley CompactLogix PLC and FactoryTalk View SCADA.
• Ethernet IP communication Siemens AC Drives for Relay Lines, Cassette, Comb, Chains, Aramakas, and Profibus communication Sprint DC Drives for Rolling Stands and Reel.
• Monitoring and control provided with FactoryTalk View SCADA and Weintek HMI.
• Ethernet switches for short-distance RIO and drive communications, and fiber optic switches for distances of 50 meters and above.
• A Recipe application was prepared using VisualBasic Script via SCADA for storing parameters related to pulled products.
• A Reporting system was prepared using SQL-supported Weintek HMI and MSSQL for remote access and statistics.
In 2023, we commissioned a 12-Stand Continuous Rolling Line with the following specifications:
• Commissioned using Allen-Bradley CompactLogix PLC and FactoryTalk View SCADA.
• Ethernet IP communication Siemens AC Drives for Relay Lines, Cassette, Comb, Chains, Aramakas, and Profibus communication Sprint DC Drives for Rolling Stands and Reel.
• Monitoring and control provided with FactoryTalk View SCADA and Weintek HMI.
• Ethernet switches for short-distance RIO and drive communications, and fiber optic switches for distances of 50 meters and above.
• A Recipe application was prepared using VisualBasic Script via SCADA for storing parameters related to pulled products.
• A Reporting system was prepared using SQL-supported Weintek HMI and MSSQL for remote access and statistics.
Alan Sharrow
Sr. Applications Engineer / Owner at GTR Automation
I used my first brand new Weintek (Maple) cMT3072XH2v2 HMI earlier this year on a job that had a tight budget for a customer's in house/internal R & D project. I had been really wanting to try one anyway and this was the perfect opportunity.
The application was very basic, so I did not get a chance to use any of it's more advanced features..... Next Time..... I believe that if you are an OEM and you use different platforms, (Rockwell, Siemens, Omron....) but basically you produce the same/similar equipment, then this HMI is going to save you engineering hours and $$$$..... My 2 cents.
I used my first brand new Weintek (Maple) cMT3072XH2v2 HMI earlier this year on a job that had a tight budget for a customer's in house/internal R & D project. I had been really wanting to try one anyway and this was the perfect opportunity.
The application was very basic, so I did not get a chance to use any of it's more advanced features..... Next Time..... I believe that if you are an OEM and you use different platforms, (Rockwell, Siemens, Omron....) but basically you produce the same/similar equipment, then this HMI is going to save you engineering hours and $$$$..... My 2 cents.
Hugo Galaverna
Automation and Robotics Engineering Student
Siemens OP77B panel migration with Profibus communication over Weintek CMT2078x HMI with Ethernet IP communication
Filippo Salani
Tecnico Automazione presso Hera
OPC UA Communication Test: Weintek HMI and two Siemens S7-1200 PLCs
I have successfully completed a crucial communication test:
- Devices: One Weintek HMI as a client and two Siemens S7-1200 PLCs as a server.
- Protocol: OPC UA for data exchange.
-Verification: I used UAExpert to monitor and confirm the data flow in real-time.
The test demonstrated the robustness of the system and the effectiveness of the OPC UA protocol for handling complex automation architectures that include devices from different manufacturers.
OPC UA Communication Test: Weintek HMI and two Siemens S7-1200 PLCs
I have successfully completed a crucial communication test:
- Devices: One Weintek HMI as a client and two Siemens S7-1200 PLCs as a server.
- Protocol: OPC UA for data exchange.
-Verification: I used UAExpert to monitor and confirm the data flow in real-time.
The test demonstrated the robustness of the system and the effectiveness of the OPC UA protocol for handling complex automation architectures that include devices from different manufacturers.
Enes Taşdemir
Panel Testing & Commissioning Specialist ⚙️ | Master Touch in LV Systems
🔹 Data Center | Generator Synchronization & Transfer Control Panels 🔹
Not just a panel project…
The heart of critical infrastructure.
📌 What did we do?
• Designed 2 Master Panels (MAS 1 & MAS 2) to ensure the continuity of the data center’s power supply.
• Independent generator groups are controlled through these panels, providing full redundancy.
• Every detail executed with uncompromising quality:
• PLC: Siemens
• Control: DEIF
• Circuit Breakers: ABB & Schneider
• Relays: Schneider & Phoenix Contact
• Terminal Blocks: WAGO
• Push Buttons: Schneider
• HMI Panel: Weintek
• As İksel Elektromekanik team, we completed the manufacturing, assembly, labeling, and wiring with long hours of dedicated work.
📌 Result:
A fully functional, dual master panel system with complete synchronization and transfer capability, delivering high reliability.
⚡ The MAS panels you see here are not just control panels; they are the outcome of team spirit + quality engineering + world-class components combined.
🔹 Data Center | Generator Synchronization & Transfer Control Panels 🔹
Not just a panel project…
The heart of critical infrastructure.
📌 What did we do?
• Designed 2 Master Panels (MAS 1 & MAS 2) to ensure the continuity of the data center’s power supply.
• Independent generator groups are controlled through these panels, providing full redundancy.
• Every detail executed with uncompromising quality:
• PLC: Siemens
• Control: DEIF
• Circuit Breakers: ABB & Schneider
• Relays: Schneider & Phoenix Contact
• Terminal Blocks: WAGO
• Push Buttons: Schneider
• HMI Panel: Weintek
• As İksel Elektromekanik team, we completed the manufacturing, assembly, labeling, and wiring with long hours of dedicated work.
📌 Result:
A fully functional, dual master panel system with complete synchronization and transfer capability, delivering high reliability.
⚡ The MAS panels you see here are not just control panels; they are the outcome of team spirit + quality engineering + world-class components combined.
Pentagon Industrial Automation
Synchronisation,Registration, Inspection,and digitalization in converting
Retrofitting Project
Pelican Solventless Lamination machine
We congratulate to our Team.
Machine Details
Machine make - Pelican India
Machine speed- 350MPM
VFD used in Automation- Siemens
CPU - Siemens
Hmi - weintek
Retrofitting Project
Pelican Solventless Lamination machine
We congratulate to our Team.
Machine Details
Machine make - Pelican India
Machine speed- 350MPM
VFD used in Automation- Siemens
CPU - Siemens
Hmi - weintek
Enes Taşdemir
Panel Testing & Commissioning Specialist ⚙️
⚡ Synchronization panel FAT result: ZERO errors!
I personally carried out all wiring, labeling, control connections and pre-testing of a 5-generator synchronization panel.
🔍 The outcome: Every single check by the client's engineers passed with flawless approval.
👷 ♂️ Coming from the workshop floor, I don't just "build panels." I deliver each project as a signature of craftsmanship and expertise.
💡 Symmetry in cable ducts, precision in connections, accuracy in testing... These are not coincidences, but the result of respect for my profession.
🔧 Technology + Craftsmanship:
• DEIF – Synchronization & control
• Schneider Electric – Switchgear equipment
• Phoenix Contact – Terminals & accessories
• Enko – Rectifier
• EAE – Panel body
• Siemens – PLC
• Weintek – HMI screen
🏆 For me, success isn't about "it works." Success is delivering projects that are flawless, reliable and impressive.
😉 In short: Quality hides in the details, and I delivered it with zero errors.
⚡ Synchronization panel FAT result: ZERO errors!
I personally carried out all wiring, labeling, control connections and pre-testing of a 5-generator synchronization panel.
🔍 The outcome: Every single check by the client's engineers passed with flawless approval.
👷 ♂️ Coming from the workshop floor, I don't just "build panels." I deliver each project as a signature of craftsmanship and expertise.
💡 Symmetry in cable ducts, precision in connections, accuracy in testing... These are not coincidences, but the result of respect for my profession.
🔧 Technology + Craftsmanship:
• DEIF – Synchronization & control
• Schneider Electric – Switchgear equipment
• Phoenix Contact – Terminals & accessories
• Enko – Rectifier
• EAE – Panel body
• Siemens – PLC
• Weintek – HMI screen
🏆 For me, success isn't about "it works." Success is delivering projects that are flawless, reliable and impressive.
😉 In short: Quality hides in the details, and I delivered it with zero errors.
Deka Perlanda
Assistant Manager Engineering - Electrical & Automation at Mewah Group
"As long as you are still breathing, forever you still have to keep learning💪🏻"
The next automation project, thank God for success✊🏻
Big Thanks to ADS team-Muaro Jambi🤝
#Siemens
#Weintek
#Automation
#Engineering
"As long as you are still breathing, forever you still have to keep learning💪🏻"
The next automation project, thank God for success✊🏻
Big Thanks to ADS team-Muaro Jambi🤝
#Siemens
#Weintek
#Automation
#Engineering
INSTELMA
LABELLING MACHINES
⚙️ At INSTELMA, we build our machines exclusively with premium components from world-leading manufacturers such as Siemens, Omron, Schneider Electric, Wago, SICK, Weintek, and others - readily available across the globe.
👍 This approach ensures that every INSTELMA machine is not only built to last, but also easy to service and maintain throughout its lifecycle.
⚙️ At INSTELMA, we build our machines exclusively with premium components from world-leading manufacturers such as Siemens, Omron, Schneider Electric, Wago, SICK, Weintek, and others - readily available across the globe.
👍 This approach ensures that every INSTELMA machine is not only built to last, but also easy to service and maintain throughout its lifecycle.
Furkan Yuce
Electrical Automation Engineer / PLC Programmer
aluminum extrusion press, puller, furnace
installation, software and commissioning...
Hunter Harris
Behind every great beer, wine, or spirit is great equipment & software.
Vessel: 400 L still with distillation column.
Heating System: 5 × electric heaters with automated control.
Temperature Control: Precision temperature monitoring and regulation of product.
Flow Measurement: Integrated flow sensor for process monitoring.
Volume Measurement: Continuous measurement of total vessel volume.
Mixing System: Motorized mixer for homogeneous product processing.
Control System: Siemens S7-1200 PLC for process automation.
Operator Interface: Weintek HMI for control, monitoring, and visualization.
Vessel: 400 L still with distillation column.
Heating System: 5 × electric heaters with automated control.
Temperature Control: Precision temperature monitoring and regulation of product.
Flow Measurement: Integrated flow sensor for process monitoring.
Volume Measurement: Continuous measurement of total vessel volume.
Mixing System: Motorized mixer for homogeneous product processing.
Control System: Siemens S7-1200 PLC for process automation.
Operator Interface: Weintek HMI for control, monitoring, and visualization.
Mohamed Zedan
Head engineer of electric department for RES
Thrilled to share software retrofit & complete upgrade for Reverse Osmosis (RO) plant located in oil field in the Red Sea.
The system had a third-party (Turkish) software, caused operational challenges in critical processes such as CIP (Cleaning in Place) and Production. The retrofit provided optimization of different processes and full control of the equupment.
✅ System Highlights:
• PLC: Siemens S7-1200
• HMI: Weintek
Thrilled to share software retrofit & complete upgrade for Reverse Osmosis (RO) plant located in oil field in the Red Sea.
The system had a third-party (Turkish) software, caused operational challenges in critical processes such as CIP (Cleaning in Place) and Production. The retrofit provided optimization of different processes and full control of the equupment.
✅ System Highlights:
• PLC: Siemens S7-1200
• HMI: Weintek
Meisam Zamen
Senior Automation Engineer | Expert in PLC, SCADA, HMI | 10+ Years in General Electrical Engineering And Industrial Control and Automation Systems
Just wrapped up a project where the powerful trio of Siemens S7-1200 PLC, Weintek HMI, and a VEGA radar level sensor came together to create a rock-solid tank level control system.
#Automation
#ControlSystems
#SiemensPLC
#WeintekHMI
#VEGA
#Engineering
#Manufacturing
Just wrapped up a project where the powerful trio of Siemens S7-1200 PLC, Weintek HMI, and a VEGA radar level sensor came together to create a rock-solid tank level control system.
#Automation
#ControlSystems
#SiemensPLC
#WeintekHMI
#VEGA
#Engineering
#Manufacturing
Vahid Heydari
Senior PLC programmer & Automation Engineer
Commissioning of the Crystallizer Unit in a Granule Production Plant
- Troubleshooting and wiring of equipment
- Calibration and adjustment of sensors
- Modifications to the PLC and HMI programs
PLC: S7 1214 | HMI: WEINTEK | VFD: Panasonic
Commissioning of the Crystallizer Unit in a Granule Production Plant
- Troubleshooting and wiring of equipment
- Calibration and adjustment of sensors
- Modifications to the PLC and HMI programs
PLC: S7 1214 | HMI: WEINTEK | VFD: Panasonic
theweedlion
I use it with Siemens and Omron, solid HMI easy to use love the versatility
Adam Thraves MIET
Controls Engineer at Self Employed
#Throwback to a recent project – a precision loss in weight system designed for a packing line. The system accurately measured batched weights of roasted beans for seamless production at every step. Programmed using Siemens TIA portal, the system tracked and logged precise coffee amounts for optimal efficiency. ✅
#Throwback to a recent project – a precision loss in weight system designed for a packing line. The system accurately measured batched weights of roasted beans for seamless production at every step. Programmed using Siemens TIA portal, the system tracked and logged precise coffee amounts for optimal efficiency. ✅
Total Automation Systems
In this stage, we commissioned the functionality of four Centronik valves equipped with electronic positioners, utilizing Profibus DP as the communication protocol between our Siemens CPU 1200 series and the associated equipment. The project also involved integrating temperature and pressure sensors and developing a user-friendly HMI interface for the end user.
Our team was actively involved in every stage of the project, starting from electrical work, cable pulling and marking, and lighting system setup, to PLC software development. Additionally, we provided comprehensive training to the beneficiary's personnel to ensure the proper operation and efficient utilization of the installation.
For the HMI development, we leveraged Weintek technology, a versatile solution offering advanced features, including the ability to import user-defined symbols to enhance the interface's functionality and customization.
In this stage, we commissioned the functionality of four Centronik valves equipped with electronic positioners, utilizing Profibus DP as the communication protocol between our Siemens CPU 1200 series and the associated equipment. The project also involved integrating temperature and pressure sensors and developing a user-friendly HMI interface for the end user.
Our team was actively involved in every stage of the project, starting from electrical work, cable pulling and marking, and lighting system setup, to PLC software development. Additionally, we provided comprehensive training to the beneficiary's personnel to ensure the proper operation and efficient utilization of the installation.
For the HMI development, we leveraged Weintek technology, a versatile solution offering advanced features, including the ability to import user-defined symbols to enhance the interface's functionality and customization.
Engr Muhammad Abdullah
PLC | HMI | SCADA | DCS | SIEMENS Tia Portal & Simatic Manager
Communication of Siemens S7-1200 with WEINTEK HMI via Ethernet port module/switch
Steve Myres
Owner, Automated Control Solutions LLC
Mitsu isn't fit to carry Siemens' briefcase. On the HMI side, I'd take Weintek over Siemens. Siemens' strong point is PLCs and drives.
Mitsu isn't fit to carry Siemens' briefcase. On the HMI side, I'd take Weintek over Siemens. Siemens' strong point is PLCs and drives.
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.
Adam Thraves MIET
Controls Engineer
📸 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.
🔑 Offering a diverse controls and installations portfolio, we deliver turnkey solutions to meet our customers' requirements, guaranteeing top-notch quality and satisfaction.
📩 For inquiries or to learn more about our services, feel free to reach out to me directly at [email protected].
📸 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.
🔑 Offering a diverse controls and installations portfolio, we deliver turnkey solutions to meet our customers' requirements, guaranteeing top-notch quality and satisfaction.
📩 For inquiries or to learn more about our services, feel free to reach out to me directly at [email protected].
Adam Thraves MIET
Controls Engineer
📸 Another recent project controlled using Siemens S71200 and simple HMI application made using Weintek IP series.
Guillermo Abrain
Gerente y Programador en ADISA-PROYECTOS.
Finishing the simulation phase with a Treatment Plant client, this time with no major difficulty, but the client required a greater number of operating options so it has been quite complex.
✔️ Siemens S7-1510 PLC.
✔️ Weintek HMI.
✔️ IXON router.
✔️ Remote Access.
After this phase, the FAT and SAT tests await us, and finally the commissioning.
Finishing the simulation phase with a Treatment Plant client, this time with no major difficulty, but the client required a greater number of operating options so it has been quite complex.
✔️ Siemens S7-1510 PLC.
✔️ Weintek HMI.
✔️ IXON router.
✔️ Remote Access.
After this phase, the FAT and SAT tests await us, and finally the commissioning.
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.
Richard Arancibia
Ingeniero civil mecatrónico - Técnico Eléctrico - Automatización
🚀 HMI Weintek USA, Inc. + PLC Siemens
Automation is not an expense, it is a strategic investment: it optimizes costs, minimizes risks and accelerates your industrial competitiveness.
In this video I remotely programmed and commissioned an industrial system
Alutipo Group Material Movement 🚀 Experts
🚀 HMI Weintek USA, Inc. + PLC Siemens
Automation is not an expense, it is a strategic investment: it optimizes costs, minimizes risks and accelerates your industrial competitiveness.
In this video I remotely programmed and commissioned an industrial system
Alutipo Group Material Movement 🚀 Experts
penance_tigar
We have a huge amount of panelview plus ,but now we are migrating to siemens and Weintek for cost cutting
Itcy_Ambassador5407
What the... we currently are using weintek with Siemens s7-1500 Easy builder pro 6.10.01.217 and up imports everything automatically with one click also we also use it to pass info from Siemens to Allen Bradley PLC PS as you can suggest we usually use only Allen Bradley with weintek combo it's waaaaaaaaay better then anything with the label Siemens on it
What the... we currently are using weintek with Siemens s7-1500 Easy builder pro 6.10.01.217 and up imports everything automatically with one click also we also use it to pass info from Siemens to Allen Bradley PLC PS as you can suggest we usually use only Allen Bradley with weintek combo it's waaaaaaaaay better then anything with the label Siemens on it
Constant-Direction19
Even easier for 1200/1500 plcs Make optimized DBs, import the whole tia project to weintek project by Import tags button, done. All DBs and M flags are there as separate hmi tags. Repeat if you need it.
Even easier for 1200/1500 plcs Make optimized DBs, import the whole tia project to weintek project by Import tags button, done. All DBs and M flags are there as separate hmi tags. Repeat if you need it.
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.
Henry Loos
I particularly like the headless HMI server. Pretty slick product, and plays nicely in a distributed Siemens environment.
I particularly like the headless HMI server. Pretty slick product, and plays nicely in a distributed Siemens environment.