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Mapa Automation & Software
PLC: Emerson RSTi-EP CPE100 Standalone Controller HMI: Weintek MT8017iE EN/ Waste Water Treatment Plant Automation System 🔹 PID Controlled Blower Management Depending on the dissolved oxygen (DO) level in the pool, the blowers are operated with frequency control with the PID control algorithm, thus ensuring optimum energy consumption according to the oxygen demand. 🔹 Co-Aging Principal-Spare Motor Working Structure By operating the motors with the principle of co-aging, system continuity is increased, equipment life is balanced and maintenance costs are reduced thanks to the principal-backup structure. 🔹 Intelligent Level Control and Safety Scenarios With control algorithms based on level feedback: Overflow risks are prevented, Engines are prevented from running idle, Process safety and operational stability are increased. The entire system is supported by user-friendly HMI screens that allow the operator to monitor and intervene in the field from a single point. EN/ Wastewater Treatment Plant Automation System 🔹 PID-Controlled Blower Management Blowers are operated with variable frequency control based on the dissolved oxygen (DO) level in the basin using a PID control algorithm. This approach ensures optimal energy consumption by supplying oxygen according to real-time process demand. 🔹 Duty–Standby Motor Operation with Equal Aging Motors are operated based on an equal aging strategy, ensuring balanced operating hours between duty and standby units. This configuration improves system availability, extends equipment lifetime, and reduces maintenance costs. 🔹 Intelligent Level Control and Safety Scenarios Through level-feedback-based control algorithms: Overflow risks are prevented, Dry running of motors is avoided, Overall process safety and operational stability are enhanced. The entire system is supported by user-friendly HMI screens, allowing operators to monitor and control the plant from a single point efficiently.
PLC: Emerson RSTi-EP CPE100 Standalone Controller HMI: Weintek MT8017iE EN/ Waste Water Treatment Plant Automation System 🔹 PID Controlled Blower Management Depending on the dissolved oxygen (DO) level in the pool, the blowers are operated with frequency control with the PID control algorithm, thus ensuring optimum energy consumption according to the oxygen demand. 🔹 Co-Aging Principal-Spare Motor Working Structure By operating the motors with the principle of co-aging, system continuity is increased, equipment life is balanced and maintenance costs are reduced thanks to the principal-backup structure. 🔹 Intelligent Level Control and Safety Scenarios With control algorithms based on level feedback: Overflow risks are prevented, Engines are prevented from running idle, Process safety and operational stability are increased. The entire system is supported by user-friendly HMI screens that allow the operator to monitor and intervene in the field from a single point. EN/ Wastewater Treatment Plant Automation System 🔹 PID-Controlled Blower Management Blowers are operated with variable frequency control based on the dissolved oxygen (DO) level in the basin using a PID control algorithm. This approach ensures optimal energy consumption by supplying oxygen according to real-time process demand. 🔹 Duty–Standby Motor Operation with Equal Aging Motors are operated based on an equal aging strategy, ensuring balanced operating hours between duty and standby units. This configuration improves system availability, extends equipment lifetime, and reduces maintenance costs. 🔹 Intelligent Level Control and Safety Scenarios Through level-feedback-based control algorithms: Overflow risks are prevented, Dry running of motors is avoided, Overall process safety and operational stability are enhanced. The entire system is supported by user-friendly HMI screens, allowing operators to monitor and control the plant from a single point efficiently.

Adam Thraves MIET

Controls Engineer

New panel for a chilled water system using the Weintek CMT3218XP 21.5" HMI - Great looking piece of kit. Looking forward to getting this one installed on site 😀 Graphics to follow when commissioning is underway! We'll be using this as part of an IO link system to display temperature, pressure and flow rate for 14 machines. For systems like this I always opt for IO link as it provides us quick and easy expansion to the system. The systems we design are very versatile and can be used in a range of applications, using only the best equipment we can provide solutions for any industry.
New panel for a chilled water system using the Weintek CMT3218XP 21.5" HMI - Great looking piece of kit. Looking forward to getting this one installed on site 😀 Graphics to follow when commissioning is underway! We'll be using this as part of an IO link system to display temperature, pressure and flow rate for 14 machines. For systems like this I always opt for IO link as it provides us quick and easy expansion to the system. The systems we design are very versatile and can be used in a range of applications, using only the best equipment we can provide solutions for any industry.

Muhammad Noor Hakim

Automation Engineer at Wimatic Hexindo

💧 COD Water Monitoring — Integrating Weintek HMI & Schneider PLC In wastewater treatment systems, the Chemical Oxygen Demand (COD) value is a crucial parameter that must be reported to the Ministry of Environment (KLHK) to ensure that wastewater is properly managed and does not harm the environment. Recently, I completed a COD Water Monitoring project where the COD values are displayed in real-time on a Weintek HMI and automatically control valves through a Schneider PLC. I developed both the PLC program and the HMI interface myself, using Modbus TCP for seamless two-way communication between the devices. To prevent corrosion in humid environments, I used a polycarbonate panel enclosure. This material provides better resistance to moisture and mild chemicals, making it an ideal choice for automation systems in water treatment areas. 💡 Lesson learned: Through this project, I realized that simplicity in HMI design plays a vital role — a clear and informative interface allows operators to quickly understand the system condition and operate it efficiently without confusion. Industrial automation is not only about efficiency but also a commitment to protecting our environment 🌍.
💧 COD Water Monitoring — Integrating Weintek HMI & Schneider PLC In wastewater treatment systems, the Chemical Oxygen Demand (COD) value is a crucial parameter that must be reported to the Ministry of Environment (KLHK) to ensure that wastewater is properly managed and does not harm the environment. Recently, I completed a COD Water Monitoring project where the COD values are displayed in real-time on a Weintek HMI and automatically control valves through a Schneider PLC. I developed both the PLC program and the HMI interface myself, using Modbus TCP for seamless two-way communication between the devices. To prevent corrosion in humid environments, I used a polycarbonate panel enclosure. This material provides better resistance to moisture and mild chemicals, making it an ideal choice for automation systems in water treatment areas. 💡 Lesson learned: Through this project, I realized that simplicity in HMI design plays a vital role — a clear and informative interface allows operators to quickly understand the system condition and operate it efficiently without confusion. Industrial automation is not only about efficiency but also a commitment to protecting our environment 🌍.

Metroid Electrical Engineering
Control panel for the equipment upgrade of an existing waterplay area at a riverside park in regional QLD. IT features Schneider Electric switchgear and a Weintek HMI. The board provided control and water treatment to 3 key areas: - The "Water Stream" region, where water is pumped into a boat feature and trickling down through a concrete stream. - "Splashpad" region, where water is pumped into a series of jumping and cascade jets, draining to a perimeter strip drain. - "Wreck Pool" region, where water is pumped into a shallow pool through eyeballs in one wall, draining through to an overflow grate. All water then drains to a balance tank where it is then treated and returned to the other end of the tank.
Control panel for the equipment upgrade of an existing waterplay area at a riverside park in regional QLD. IT features Schneider Electric switchgear and a Weintek HMI. The board provided control and water treatment to 3 key areas: - The "Water Stream" region, where water is pumped into a boat feature and trickling down through a concrete stream. - "Splashpad" region, where water is pumped into a series of jumping and cascade jets, draining to a perimeter strip drain. - "Wreck Pool" region, where water is pumped into a shallow pool through eyeballs in one wall, draining through to an overflow grate. All water then drains to a balance tank where it is then treated and returned to the other end of the tank.

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.

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

Raed Gamal

A Water & Waste Water Treatment | RO Desalination | Automation Control Engineer| PLC& HMI & SCADA

I installed it in the sewage water treatment plant Because the Weintek HMIs offer several advantages, including a wide range of models and protocols, robust connectivity, user-friendly software, and advanced features like remote access and cloud connectivity.
I installed it in the sewage water treatment plant Because the Weintek HMIs offer several advantages, including a wide range of models and protocols, robust connectivity, user-friendly software, and advanced features like remote access and cloud connectivity.

Dave Thompson

Northland Controls & Automation

My latest creation. Remote water pumping station controls. 5 pumps, Tank levels, pressures all controlled and logged via a Weintek cmtx 10" HMI with Codesys. with Odot Ethernet/IP remote io and Eaton control gear. Using Easyaccess2.0 from Weintek and a cellular 4g router to give remote access, control and alarm monitoring. #Weintek #Codesys #Eaton #Odot
My latest creation. Remote water pumping station controls. 5 pumps, Tank levels, pressures all controlled and logged via a Weintek cmtx 10" HMI with Codesys. with Odot Ethernet/IP remote io and Eaton control gear. Using Easyaccess2.0 from Weintek and a cellular 4g router to give remote access, control and alarm monitoring. #Weintek #Codesys #Eaton #Odot

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.

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.

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)