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$20 USD / jam
Bendera MOROCCO
nador, morocco
$20 USD / jam
Saat ini 11:13 AM di sini
Bergabung September 12, 2018
1 Rekomendasi

Makra A.

@ayoubmakra

 5,0 (1 ulasan)
1,2
1,2
100%
100%
$20 USD / jam
Bendera MOROCCO
nador, morocco
$20 USD / jam
100%
Pekerjaan Selesai
100%
Sesuai Anggaran
100%
Tepat Waktu
N/A
Tingkat Rekrut Ulang

Automatisme/ Electronique/ Remote control

I am a certified in automation and industrial instrumentation engineer I am passionate about all that is electronic and automatic am motivated to work on freelancer projects. ---------------------------Services i provide:----------------------------------------- * PLC programming (step7,tia portale etc) * scada HMI Programing . * Electronics ,Circuit Design . * Microcontroller Programming (Arduino, PIC,C language, assembler...) * PCB Design . * Study and realization of regulation systems (PID). * Expert in Signal Processing. * Lab VIEW * Solidworks. *AutoCAD P&ID. AutoCAD Elactrical. * Online Courses (Electrical,Basic PLC & PIC programing etc ) * Lab Reports (Pre Lab Work,, Simulations, and complete reports ) ----------------------------Service Guarantee----------------------------------------- * Live support and smooth communication. * Free of cost technical support for lifetime. * Satisfaction guarantee.
Freelancer Engineers Morocco
Lihat semua Engineers in Morocco

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Portofolio

8271622
Full Factory PLC, HMI, and 3D designe
Full Factory PLC, HMI, and 3D designe
Full Factory PLC, HMI, and 3D designe
Full Factory PLC, HMI, and 3D designe
5142831
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
5142911
Waste Water Tank process PLC program and SCADA full project explanation: https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program and SCADA By ayoubmakra
5142934
Goal : Our project is to provide a reliable, practical and cost-effective engineering solution to ensure the discharge of underground water from a groundwater table and stored in a cylindrical tank 2m in diameter and 3m in height. The evacuation will be done by the ticket cyclically alternating water pumps ensuring a good operation with the aid of a safety pump, in order to respect the acceptable level in the tank, the latter is enslaved by a flow rate ranging from 5 L / s to 9 L / s. The discharge of water will be to the surface located 9m from the tank, the purpose of our system is to have an automated control and a system of regulation of the pumping system, in order to have maximum availability and safety of operation, in order to have a service that meets the customer's requirement.
PLC&SCADA programming and management a pumping system admin
Goal : Our project is to provide a reliable, practical and cost-effective engineering solution to ensure the discharge of underground water from a groundwater table and stored in a cylindrical tank 2m in diameter and 3m in height. The evacuation will be done by the ticket cyclically alternating water pumps ensuring a good operation with the aid of a safety pump, in order to respect the acceptable level in the tank, the latter is enslaved by a flow rate ranging from 5 L / s to 9 L / s. The discharge of water will be to the surface located 9m from the tank, the purpose of our system is to have an automated control and a system of regulation of the pumping system, in order to have maximum availability and safety of operation, in order to have a service that meets the customer's requirement.
PLC&SCADA programming and management a pumping system admin
Goal : Our project is to provide a reliable, practical and cost-effective engineering solution to ensure the discharge of underground water from a groundwater table and stored in a cylindrical tank 2m in diameter and 3m in height. The evacuation will be done by the ticket cyclically alternating water pumps ensuring a good operation with the aid of a safety pump, in order to respect the acceptable level in the tank, the latter is enslaved by a flow rate ranging from 5 L / s to 9 L / s. The discharge of water will be to the surface located 9m from the tank, the purpose of our system is to have an automated control and a system of regulation of the pumping system, in order to have maximum availability and safety of operation, in order to have a service that meets the customer's requirement.
PLC&SCADA programming and management a pumping system admin
5142849
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
5142899
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
8271622
Full Factory PLC, HMI, and 3D designe
Full Factory PLC, HMI, and 3D designe
Full Factory PLC, HMI, and 3D designe
Full Factory PLC, HMI, and 3D designe
5142831
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
Wehave used a touch HMI in this scada project and we have planned two panele view Panele view 1 for automatic mode. Panele view2 for manual mode. https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program, and SCADA
5142911
Waste Water Tank process PLC program and SCADA full project explanation: https://www.youtube.com/watch?v=Zlra_874QiQ
Waste Water Tank process PLC program and SCADA By ayoubmakra
5142934
Goal : Our project is to provide a reliable, practical and cost-effective engineering solution to ensure the discharge of underground water from a groundwater table and stored in a cylindrical tank 2m in diameter and 3m in height. The evacuation will be done by the ticket cyclically alternating water pumps ensuring a good operation with the aid of a safety pump, in order to respect the acceptable level in the tank, the latter is enslaved by a flow rate ranging from 5 L / s to 9 L / s. The discharge of water will be to the surface located 9m from the tank, the purpose of our system is to have an automated control and a system of regulation of the pumping system, in order to have maximum availability and safety of operation, in order to have a service that meets the customer's requirement.
PLC&SCADA programming and management a pumping system admin
Goal : Our project is to provide a reliable, practical and cost-effective engineering solution to ensure the discharge of underground water from a groundwater table and stored in a cylindrical tank 2m in diameter and 3m in height. The evacuation will be done by the ticket cyclically alternating water pumps ensuring a good operation with the aid of a safety pump, in order to respect the acceptable level in the tank, the latter is enslaved by a flow rate ranging from 5 L / s to 9 L / s. The discharge of water will be to the surface located 9m from the tank, the purpose of our system is to have an automated control and a system of regulation of the pumping system, in order to have maximum availability and safety of operation, in order to have a service that meets the customer's requirement.
PLC&SCADA programming and management a pumping system admin
Goal : Our project is to provide a reliable, practical and cost-effective engineering solution to ensure the discharge of underground water from a groundwater table and stored in a cylindrical tank 2m in diameter and 3m in height. The evacuation will be done by the ticket cyclically alternating water pumps ensuring a good operation with the aid of a safety pump, in order to respect the acceptable level in the tank, the latter is enslaved by a flow rate ranging from 5 L / s to 9 L / s. The discharge of water will be to the surface located 9m from the tank, the purpose of our system is to have an automated control and a system of regulation of the pumping system, in order to have maximum availability and safety of operation, in order to have a service that meets the customer's requirement.
PLC&SCADA programming and management a pumping system admin
5142849
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
Cleaning with the CIP process: Health aspects in food and beverage companies are of extreme importance. Companies must comply with hygiene standards to avoid degradation and contamination products during machine operation, and cleaning must be done quickly and thoroughly. The best cleaning conditions are with the Cleaning-in-Place (CIP) system. CIP systems provide fast, efficient and reliable cleaning for all types of business processes. This is a method that completely cleans machine parts or piping systems of the company without dismantling the equipment.
Cleaning with the CIP process
5142899
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)
So what is our project?  In order to save and ration water for irrigation, we thought about making a system automatic watering system (AWA) that provides water to plants routinely with precision and without human intervention, controlled by an application on pc or tablet ...  The system is based on an acquisition card, sensors, and control application.  The use of photovoltaic technology to power the system. Advantages :  Reduced human intervention (costs, fatigue, availability, ...).  Save and control water for irrigation.  Increase the yield of the plants.  Keep the pace of technological development and innovation.
PROJECT AWA (AUTOMATIC WATERING)

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5,0
$40,00 USD
PLC waste water tank
Very profesional
Engineering
Electronics
Matlab and Mathematica
Mechanical Engineering
Electrical Engineering
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Bendera Hrvoje C.
@chrvojeengineeri
•
5 tahun yang lalu

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