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What’s the Big Deal with Assessing ICS/SCADA? Traditionally, assessing networks has involved hammering on them using a variety of passive and active techniques and tools. While IT systems can generally survive momentary downtime associated with this type of testing, ICS/SCADA systems generally cannot. The way that most vulnerability assessors and penetration testers have handled these systems in the past is to remove them from the scope of their testing. As more and more ICS/SCADA systems are being connected to corporate networks, in a variety of secure and insecure ways, assessors and testers will probably come across these types of systems more often. This presentation discusses some of my experience from conducting vulnerability assessments and penetration tests on ICS/SCADA systems over the past few years. It discusses our general approach to assessing these types of systems and some of the modifications that we have to make to accommodate them. Jim Gilsinn (Senior Investigator at Kenexis) Jim Gilsinn is a Senior Investigator at Kenexis. Jim is responsible for conducting assessments and developing designs for ICS/SCADA networks and security. Jim has more than 25 years of electrical engineering, networking, and programming experience with 15 years specializing in ICS performance, reliability, and cyber security. Jim is the developer of the Kenexis Dulcet Analytics test tool for network reliability monitoring. He is also the co-chair of ISA99, developing ISA/IEC 62443. He also has experience with the NIST Cybersecurity Framework, ISO/IEC 2700x, and NIST SP800-53/82.

GEXPRO SCADA Wiki dumped with WikiTeam tools.

GEXPRO SCADA Wiki dumped with WikiTeam tools.

GEXPRO SCADA Wiki dumped with WikiTeam tools.

GEXPRO SCADA Wiki dumped with WikiTeam tools.

In order to promote public education and public safety, equal justice for all, a better informed citizenry, the rule of law, world trade and world peace, this legal document is hereby made available on a noncommercial basis, as it is the right of all humans to know and speak the laws that govern them. (For more information: 12 Tables of Code ) Name of Standards Organization: Bureau of Indian Standards (BIS) Division Name: Electronics and Information Technology Section Name: Power System Control and Associated Communications (LITD 10) Designator of Legally Binding Document: IS 15654 Title of Legally Binding Document: Supervisory control and data acquisition (SCADA) system for oil and gas pipeline Number of Amendments: Equivalence: Superceding: Superceded by: LEGALLY BINDING DOCUMENT Step Out From the Old to the New --Jawaharlal Nehru Invent a new India using knowledge. --Satyanarayan Gangaram Pitroda

US government document, so public domain.

Unofficial mirror of http://www.documentcloud.org/documents/238539-ntsb-064-005-scada-incoming-pressur.html

SCADA

SCADA

Presidential Decision Directive (PDD) 63 calls for improving the security of Supervisory Control and Data Acquisition (SCADA) and other control systems which operate the critical infrastructure of the United States. In the past, these industrial computer systems relied on security through obscurity. Recent economic and technical shifts within the controls industry have increased their vulnerability to cyber attack. Concurrently, their value as a target has been recognized by terrorist organizations and competing nation states. Network reconnaissance is a basic tool that allows computer security managers to understand their complex systems. However, existing reconnaissance tools incorporate little or no understanding of control systems. This thesis provides a conceptual analysis for the creation of a SCADA network exploration/reconnaissance tool. Several reconnaissance techniques were researched and reviewed in a laboratory environment to determine their utility for SCADA system discovery. Additionally, an application framework using common non-SCADA security tools was created to provide a proof of concept. Development of a viable tool for identifying SCADA systems remotely will help improve critical infrastructure security by improving situational awareness for network managers.

Grain storage occupies a vital role in the economies of developed and developing countries. Proper monitoring of grain storage is essential to reduce grain loss. The present system involves human effort in most of the activities which reduces work efficiency and increases time consumption. These difficulties can be avoided by our proposed project. In this project, the controlling and monitoring of the grain storage area is fully automated using PLC and SCADA. The main objective of the proposed project is to control and maintain the temperature in storage area which prevents the formation of microorganisms and spoilage of grains, to measure the weight using a load cell placed under the conveyor belt and to direct the different sizes of bags to their respective storage places and to detect and control the pests, rats using ultrasound technique. The main parameter that is essential for proper storage of grains is temperature which is taken as input parameter to be controlled using PLC and is measured using a temperature sensor. The SCADA system acquires the required data and monitors the overall process.

Grain storage occupies a vital role in the economies of developed and developing countries. Proper monitoring of grain storage is essential to reduce grain loss. The present system involves human effort in most of the activities which reduces work efficiency and increases time consumption. These difficulties can be avoided by our proposed project. In this project, the controlling and monitoring of the grain storage area is fully automated using PLC and SCADA. The main objective of the proposed project is to control and maintain the temperature in storage area which prevents the formation of microorganisms and spoilage of grains, to measure the weight using a load cell placed under the conveyor belt and to direct the different sizes of bags to their respective storage places and to detect and control the pests, rats using ultrasound technique. The main parameter that is essential for proper storage of grains is temperature which is taken as input parameter to be controlled using PLC and is measured using a temperature sensor. The SCADA system acquires the required data and monitors the overall process.

Voltage regulator modules (VRM) need to have low output voltage ripple and tight efficiency to power advanced microprocessors. This paper explains a phase shedding technique to enhance efficiency and its impact on output voltage ripple. In this study, analysis was done on a 4 - phase buck converter which is having an input voltage of 45 - 65 V and delivers an output of 9 V, 12A with a switching frequency of 200Khz. The phase shedding control scheme is suitable for applications such as power sources for programmable logic controllers, which is a part of SCADA systems, which requires a low voltage and high current power supply. Working of a multiphase buck converter with phase shedding is mod elled and verified using Matlab /Simuli nk software. The simulation results show the effect of the phase shedding technique on efficiency in varying load conditions and the effect of an increase of the voltage ripple at the output.

Voltage regulator modules (VRM) need to have low output voltage ripple and tight efficiency to power advanced microprocessors. This paper explains a phase shedding technique to enhance efficiency and its impact on output voltage ripple. In this study, analysis was done on a 4 - phase buck converter which is having an input voltage of 45 - 65 V and delivers an output of 9 V, 12A with a switching frequency of 200Khz. The phase shedding control scheme is suitable for applications such as power sources for programmable logic controllers, which is a part of SCADA systems, which requires a low voltage and high current power supply. Working of a multiphase buck converter with phase shedding is mod elled and verified using Matlab /Simuli nk software. The simulation results show the effect of the phase shedding technique on efficiency in varying load conditions and the effect of an increase of the voltage ripple at the output.

Voltage regulator modules (VRM) need to have low output voltage ripple and tight efficiency to power advanced microprocessors. This paper explains a phase shedding technique to enhance efficiency and its impact on output voltage ripple. In this study, analysis was done on a 4 - phase buck converter which is having an input voltage of 45 - 65 V and delivers an output of 9 V, 12A with a switching frequency of 200Khz. The phase shedding control scheme is suitable for applications such as power sources for programmable logic controllers, which is a part of SCADA systems, which requires a low voltage and high current power supply. Working of a multiphase buck converter with phase shedding is mod elled and verified using Matlab /Simuli nk software. The simulation results show the effect of the phase shedding technique on efficiency in varying load conditions and the effect of an increase of the voltage ripple at the output.

Voltage regulator modules (VRM) need to have low output voltage ripple and tight efficiency to power advanced microprocessors. This paper explains a phase shedding technique to enhance efficiency and its impact on output voltage ripple. In this study, analysis was done on a 4 - phase buck converter which is having an input voltage of 45 - 65 V and delivers an output of 9 V, 12A with a switching frequency of 200Khz. The phase shedding control scheme is suitable for applications such as power sources for programmable logic controllers, which is a part of SCADA systems, which requires a low voltage and high current power supply. Working of a multiphase buck converter with phase shedding is mod elled and verified using Matlab /Simuli nk software. The simulation results show the effect of the phase shedding technique on efficiency in varying load conditions and the effect of an increase of the voltage ripple at the output.

Voltage regulator modules (VRM) need to have low output voltage ripple and tight efficiency to power advanced microprocessors. This paper explains a phase shedding technique to enhance efficiency and its impact on output voltage ripple. In this study, analysis was done on a 4 - phase buck converter which is having an input voltage of 45 - 65 V and delivers an output of 9 V, 12A with a switching frequency of 200Khz. The phase shedding control scheme is suitable for applications such as power sources for programmable logic controllers, which is a part of SCADA systems, which requires a low voltage and high current power supply. Working of a multiphase buck converter with phase shedding is mod elled and verified using Matlab /Simuli nk software. The simulation results show the effect of the phase shedding technique on efficiency in varying load conditions and the effect of an increase of the voltage ripple at the output.

Voltage regulator modules (VRM) need to have low output voltage ripple and tight efficiency to power advanced microprocessors. This paper explains a phase shedding technique to enhance efficiency and its impact on output voltage ripple. In this study, analysis was done on a 4 - phase buck converter which is having an input voltage of 45 - 65 V and delivers an output of 9 V, 12A with a switching frequency of 200Khz. The phase shedding control scheme is suitable for applications such as power sources for programmable logic controllers, which is a part of SCADA systems, which requires a low voltage and high current power supply. Working of a multiphase buck converter with phase shedding is mod elled and verified using Matlab /Simuli nk software. The simulation results show the effect of the phase shedding technique on efficiency in varying load conditions and the effect of an increase of the voltage ripple at the output.

Voltage regulator modules (VRM) need to have low output voltage ripple and tight efficiency to power advanced microprocessors. This paper explains a phase shedding technique to enhance efficiency and its impact on output voltage ripple. In this study, analysis was done on a 4 - phase buck converter which is having an input voltage of 45 - 65 V and delivers an output of 9 V, 12A with a switching frequency of 200Khz. The phase shedding control scheme is suitable for applications such as power sources for programmable logic controllers, which is a part of SCADA systems, which requires a low voltage and high current power supply. Working of a multiphase buck converter with phase shedding is mod elled and verified using Matlab /Simuli nk software. The simulation results show the effect of the phase shedding technique on efficiency in varying load conditions and the effect of an increase of the voltage ripple at the output.

Slalum Tech - Sinai guez and Dotan Schachter

ÙÙرباء

Safety in industrial processes is the contemporary trend observed in the context of industrial automation and internet of things using smart systems. Every process industry uses certain chemicals to obtain its output. Depending upon the guidelines lay down by the industries these chemicals may be hazardous or otherwise. Industrial automation applied to actuation of Industrial valves can be an emerging area of study considering handling hazardous chemicals. This paper intends to propose a supervisory control and data acquisition system for handling of hazardous chemicals using automated industrial valves. Initially the requirements for handling of hazardous chemicals shall be summarized and the process parameters governing the same shall be elaborated. Thereafter the role of industrial valves and their applicability shall be communicated with the intention to introduce automation in valve actuation. On establishing a premise in this manner, the latter part shall comprise design considerations to initiate, develop and execute supervisory control and data acquisition systems to suit the aim of this work. Certain challenges and suggested measures to mitigate the same shall be presented towards the end to ensure practicality of the topic. Industries handling hazardous chemicals are at times at a risk of incidents or accidents owing to failure of power distribution or compressed air distribution systems. In order to counter the undesirable effects of such failures, failsafe systems are employed. However in handling of hazardous chemicals, supervisory control and data acquisition systems can be linked with the chemical kinetics of the flow media and can be implemented to ensure overall industrial safety. This paper shall initially elaborate the flow through industrial valves, concepts of actuation and automation, failsafe systems and chemical kinetics. Failsafe systems considering various factors affecting rate of reactions shall elaborate the system requirements for a robust design. Principles of thermodynamics and thermo chemistry shall be a reference to comprehend the qualitative effects. These enable the designer to select the appropriate failsafe action. Design considerations and significance of the topic with respect to industrial safety shall be put forward towards the conclusion. Gourav Vivek Kulkarni "Design of SCADA Failsafe Industrial Valves for Hazardous Chemicals from Chemical Kinetics Perspective" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-3 , April 2021, URL: https://www.ijtsrd.com/papers/ijtsrd39868.pdf Paper URL: https://www.ijtsrd.com/engineering/mechanical-engineering/39868/design-of-scada-failsafe-industrial-valves-for-hazardous-chemicals-from-chemical-kinetics-perspective/gourav-vivek-kulkarni

The Supervisory Control And Data Acquisition (SCADA) networks contain computers and applications that perform key functions in providing essential services and commodities to citizens such as electricity, natural gas, crude oil and refined petroleum products, waste-water treatment and transportation. This paper looks at SCADA, its architecture and functions to industrial control system (ICS) as well its security threats, vulnerabilities and attacks that could prevent SCADA from delivering these functions especially in Nigeria. This paper finally recommended far-reaching holistic solutions to the various SCADA's security challenges. Fidelis Chukwujekwu Obodoeze | Ifeyinwa Nkemdilim Obiokafor | Tochukwu Chijindu Asogwa"SCADA for National Critical Infrastructures: Review of the Security Threats, Vulnerabilities and Countermeasures" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-2 , February 2018, URL: http://www.ijtsrd.com/papers/ijtsrd9556.pdf Article URL: http://www.ijtsrd.com/computer-science/computer-security/9556/scada-for-national-critical-infrastructures-review-of-the-security-threats-vulnerabilities-and-countermeasures/fidelis-chukwujekwu-obodoeze

The Supervisory Control And Data Acquisition (SCADA) networks contain computers and applications that perform key functions in providing essential services and commodities to citizens such as electricity, natural gas, crude oil and refined petroleum products, waste-water treatment and transportation. This paper looks at SCADA, its architecture and functions to industrial control system (ICS) as well its security threats, vulnerabilities and attacks that could prevent SCADA from delivering these functions especially in Nigeria. This paper finally recommended far-reaching holistic solutions to the various SCADA's security challenges. Fidelis Chukwujekwu Obodoeze | Ifeyinwa Nkemdilim Obiokafor | Tochukwu Chijindu Asogwa"SCADA for National Critical Infrastructures: Review of the Security Threats, Vulnerabilities and Countermeasures" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-2 , February 2018, URL: http://www.ijtsrd.com/papers/ijtsrd9556.pdf Article URL: http://www.ijtsrd.com/computer-science/computer-security/9556/scada-for-national-critical-infrastructures-review-of-the-security-threats-vulnerabilities-and-countermeasures/fidelis-chukwujekwu-obodoeze

Topologi jaringan LAA

EMERSON EDUARDO RODRIGUES

EMERSON EDUARDO RODRIGUES

Risky Business podcast features news and in-depth commentary from security industry luminaries. Hosted by award-winning journalist Patrick Gray, Risky Business has become a must-listen digest for information security professionals. This week's feature interview is with Morgan Marquis-Boire, a pen tester and principal consultant with Security-Assessment.com in NZ. Morgan loves playing with SCADA systems, so much so that he's due to give a SCADA talk at DEFCON in Vegas this year. In this Risky Business interview Morgan pops the hype bubble on the "China thing", talks about messing with non-IP wireless protocols (serial) used in SCADA deployments, and more. This week's sponsor interview is a lot of fun, too. We've got our favourite industry cynic, Marcus J Ranum, coming on to the show to discuss deperimiterisation. We also discuss the week's news with Munir Kotadia from ZDNet Australia.

IX C. Utility SCADA

محاضرات الدبلومه

محاضرات الدبلومه

This system presents the monitoring and control of real time data acquisition of a solar power system in reliance SCADA. SCADA supervisory control and data acquisition systems are currently employed in many applications, such as home automation, greenhouse automation, and hybrid power systems. Commercial SCADA systems are costly to set up and maintain therefore those are not used for small renewable energy systems. This system demonstrates applying Reliance SCADA and Arduino Uno on a small photovoltaic PV power system to monitor the current, voltage, of the PV and battery and also control the load from SCADA. The designed system uses low cost sensors, an Arduino Uno microcontroller, and free Reliance SCADA software. The Arduino Uno microcontroller collects data from sensors and communicates with a computer through a USB cable. Uno has been programmed to transmit data to Reliance SCADA on PC. In addition, Modbus library has been uploaded on Arduino to allow communication between the Arduino and our SCADA system by using the MODBUS RTU protocol. The results of the experiments demonstrate that SCADA works in real time and can be effectively used in monitoring a solar energy system. By Khin Pyone Ei Aung | Nyan Phyo Aung | Lwin Lwin Htay "Monitoring and Control of Solar Power System using Reliance SCADA" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26459.pdf Paper URL https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26459/monitoring-and-control-of-solar-power-system-using-reliance-scada/khin-pyone-ei-aung

Supervisory Control and Data Acquisition (SCADA) systems support and control the operation of many critical infrastructures that our society depend on, such as power grids. Since SCADA systems become a target for cyber attacks and the potential impact of a successful attack could lead to disastrous consequences in the physical world, ensuring the security of these systems is of vital importance. A fundamental prerequisite to securing a SCADA system is a clear understanding and a consistent view of its architecture. However, because of the complexity and scale of SCADA systems, this is challenging to acquire. In this paper, we propose a layered architectural view for SCADA systems, which aims at building a common ground among stakeholders and supporting the implementation of security analysis. In order to manage the complexity and scale, we define four interrelated architectural layers, and uses the concept of viewpoints to focus on a subset of the system. We indicate the applicability of our approach in the context of SCADA system security analysis.

The world has been revolutionized with the introduction of automation in almost all productivity, decreasing costs of manufacturing, improving quality and more importantly upgrading of working condition of the human labour.  As we all know that water is very fragile natural resource which is very essential for every individual. So it’s become very mandatory to handle water properly in sophisticated way. Earlier water was supplied in metropolitan area’s was not so automated. So it becomes unprecised and water was not managed properly as per the requirement of various zones as they were mostly manually operated which results wastage of water. With the help of Programmable Logic Control (PLC) we have developed automatic control of Elevated Service Reservoir (ESR) which was previously done manually which leads to wastage of water in great extent. It not only controls but also it monitors whole process with the help of Supervisory Control and Data Acquisition (SCADA)

The world has been revolutionized with the introduction of automation in almost all productivity, decreasing costs of manufacturing, improving quality and more importantly upgrading of working condition of the human labour.  As we all know that water is very fragile natural resource which is very essential for every individual. So it’s become very mandatory to handle water properly in sophisticated way. Earlier water was supplied in metropolitan area’s was not so automated. So it becomes unprecised and water was not managed properly as per the requirement of various zones as they were mostly manually operated which results wastage of water. With the help of Programmable Logic Control (PLC) we have developed automatic control of Elevated Service Reservoir (ESR) which was previously done manually which leads to wastage of water in great extent. It not only controls but also it monitors whole process with the help of Supervisory Control and Data Acquisition (SCADA)

The world has been revolutionized with the introduction of automation in almost all productivity, decreasing costs of manufacturing, improving quality and more importantly upgrading of working condition of the human labour.  As we all know that water is very fragile natural resource which is very essential for every individual. So it’s become very mandatory to handle water properly in sophisticated way. Earlier water was supplied in metropolitan area’s was not so automated. So it becomes unprecised and water was not managed properly as per the requirement of various zones as they were mostly manually operated which results wastage of water. With the help of Programmable Logic Control (PLC) we have developed automatic control of Elevated Service Reservoir (ESR) which was previously done manually which leads to wastage of water in great extent. It not only controls but also it monitors whole process with the help of Supervisory Control and Data Acquisition (SCADA)

The assembling businesses requires expanding requests of individuals along these lines assuming a noteworthy job in regular day to day existence and on the contrary hand, there is a requirement for speedy and safe delivering technique also. In the present time, remote and brought together administration is the need of control framework. Vast scale businesses with higher monitory wellbeing can without much of a stretch make utilization of SCADA Supervisory Control and Data Acquisition gadgets accessible in the market. SCADA is that the word structure for Supervisory Control and Data Acquisition , it is generally utilized in industry for oversee, control, screen and information procurement of mechanical procedures. Customary SCADA frameworks use PC, note pad for oversee and control framework. Remote SCADA utilizing a Java empowered cell phone as a customer in an example SCADA application so a to appear and regulate the different procedures of industry. A real execution of the on line controlling of the procedures by means of cell phone or transportable gadget. The remote correspondence between the cell phone and the SCADA server can performed by Global framework for portable GSM , Bluetooth, Zigbee or Internet and so forth. Cell phone based SCADA coordination utilizing the remote exchange plan will improve the execution of the business without causing an expansion in the reaction times of SCADA capacities. The administrator can imagine and alter the plant parameters utilizing his portable, while not achieving the area. This may build the efficiency and decrease the upkeep cost of industry.  by Nirmal Kumar | Kulwant Singh Rajpurohit | Er. Gaurav Srivastava "Wireless SCADA" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019,  URL: https://www.ijtsrd.com/papers/ijtsrd22790.pdf Paper URL: https://www.ijtsrd.com/engineering/electrical-engineering/22790/wireless-scada/nirmal-kumar

GE / Fanuc software used for industrial process automation circa 2005. Does not work without a sentinel dongle.

Over the last year, synchronized and coordinated attacks against critical infrastructure have taken center stage. Remote cyber intrusions at three Ukrainian regional electric power distribution companies in December 2015 left approximately 225,000 customers without power. Malware, like BlackEnergy, is being specially developed to target supervisory control and data acquisition (SCADA) systems. Specifically, adversaries are focusing their efforts on obtaining access to the human-machine interface (HMI) solutions that act as the main hub for managing the operation of the control system. Vulnerabilities in these SCADA HMI solutions are, and will continue to be, highly valuable as we usher in this new era of software exploitation. This talk covers an in-depth analysis performed on a corpus of 200+ confirmed SCADA HMI vulnerabilities. It details out the popular vulnerability types discovered in HMI solutions developed by the biggest SCADA vendors, including Schneider Electric, Siemens, General Electric, and Advantech. It studies the weaknesses in the technologies used to develop HMI solutions and describes how critical vulnerabilities manifest in the underlying code. The talk will compare the time-to-patch performance of various SCADA vendors along with a comparison of the SCADA industry to the rest of the software industry. Finally, using the data presented, additional guidance will be provided to SCADA researchers along with a prediction on what we expect next in attacks that leverage SCADA HMI vulnerabilities. Bio: Brian Gorenc is the senior manager of Vulnerability Research with Trend Micro. In this role, Gorenc leads the Zero Day Initiative (ZDI) program, which represents the world’s largest vendor-agnostic bug bounty program. His focus includes analyzing and performing root-cause analysis on hundreds of zero-day vulnerabilities submitted by ZDI researchers from around the world. The ZDI works to expose and remediate weaknesses in the world’s most popular software. Brian is also responsible for organizing the ever-popular Pwn2Own hacking competitions. Fritz Sands is a security researcher with Trend Micro’s Zero Day Initiative. In this role, he analyzes and performs root-cause analysis on vulnerabilities submitted to the ZDI program, which is the world’s largest vendor-agnostic bug bounty program. Fritz also focuses on writing tools to perform static and dynamic analysis for discovering vulnerabilities. Prior to joining the ZDI in 2014, Sands was in Microsoft’s Trustworthy Computing and Secure Windows Initiative operations where he audited Windows code and developed dynamic analysis tools, and before that he was a system developer for multiple iterations of Microsoft Windows. Source: https://www.youtube.com/watch?v=t3EHOA5fpYk Uploader: DEFCONConference

http://media.ccc.de/browse/congress/2014/31c3_-_6010_-_en_-_saal_1_-_201412271400_-_scada_strangelove_too_smart_grid_in_da_cloud_-_sergey_gordeychik_-_aleksandr_timorin.html For two years SCADA StrangeLove speaks about Industrial Control Systems and nuclear plants. This year we want to discuss Green Energy. Our hackers' vision of Green Energy, SmartGrids and Cloud IoT technology. We will also speak about the security problems of traditional "heavy" industrial solutions, about the things that Zurich Airport and Large Hadron Collider have in common On top of it you will learn about our new releases, some funny and not so funny stories about discovery and fixing of vulnerabilities and the latest news from the front struggling for the Purity of Essence.​ Sergey Gordeychik, Aleksandr Timorin Help us caption & translate this video! http://amara.org/v/Fsn1/ Source: https://www.youtube.com/watch?v=BIGmpI94YOs Uploader: media.ccc.de

The increasing population and thus the wide expansion of urban residential areas have increased the need for proper sharing of water. This distribution of water in every house within different areas needs control and monitoring for preventing the wastage of water. Different technologies have been studied to distribute the water to each and every house of residential areas. The main aim of this paper is to provide an effective water supply to each consumer and to detect the leakage sites. Automation provides an optimized solution to all problems of the water distribution system. In order to implement the proposed system, each area must be provided with a water flow sensor which is controlled by the Arduino mega board and can calculate flow rate and the amount of water supplied. The entire system has features of Reliance SCADA Supervisory Control and Data Acquisition to control and monitor the water distribution. In this paper, the system distributes the water under the area of a single water tank. In this way, to control the whole system the automation is developed using PLC Programmable Logic Controller . By Khin Nyein Win | Lwin Lwin Htay | Nyan Phyo Aung "Automatic Water Storage and Distribution System using Reliance SCADA" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26414.pdf Paper URL https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26414/automatic-water-storage-and-distribution-system-using-reliance-scada/khin-nyein-win

We offers Scada control panel (Supervisory Control and Data Acquisition) solutions to control, monitor and visualise the manufacturing automation processes of the plant or machinery.Single PLC (Programmable Logic Controller) control systems or DCS (Distributed Control Systems) from Siemens S7 range or Allen Bradley Compact Logix or Control Logix range can be provided to control the plant or machine automation with associated HMI (Human Machine Interface) to display plant information to the operators.

We offers Scada control panel (Supervisory Control and Data Acquisition) solutions to control, monitor and visualise the manufacturing automation processes of the plant or machinery.Single PLC (Programmable Logic Controller) control systems or DCS (Distributed Control Systems) from Siemens S7 range or Allen Bradley Compact Logix or Control Logix range can be provided to control the plant or machine automation with associated HMI (Human Machine Interface) to display plant information to the operators.

We offers Scada control panel (Supervisory Control and Data Acquisition) solutions to control, monitor and visualise the manufacturing automation processes of the plant or machinery.Single PLC (Programmable Logic Controller) control systems or DCS (Distributed Control Systems) from Siemens S7 range or Allen Bradley Compact Logix or Control Logix range can be provided to control the plant or machine automation with associated HMI (Human Machine Interface) to display plant information to the operators.

We offers Scada control panel (Supervisory Control and Data Acquisition) solutions to control, monitor and visualise the manufacturing automation processes of the plant or machinery.Single PLC (Programmable Logic Controller) control systems or DCS (Distributed Control Systems) from Siemens S7 range or Allen Bradley Compact Logix or Control Logix range can be provided to control the plant or machine automation with associated HMI (Human Machine Interface) to display plant information to the operators.

We offers Scada control panel (Supervisory Control and Data Acquisition) solutions to control, monitor and visualise the manufacturing automation processes of the plant or machinery.Single PLC (Programmable Logic Controller) control systems or DCS (Distributed Control Systems) from Siemens S7 range or Allen Bradley Compact Logix or Control Logix range can be provided to control the plant or machine automation with associated HMI (Human Machine Interface) to display plant information to the operators.

We offers Scada control panel (Supervisory Control and Data Acquisition) solutions to control, monitor and visualise the manufacturing automation processes of the plant or machinery.Single PLC (Programmable Logic Controller) control systems or DCS (Distributed Control Systems) from Siemens S7 range or Allen Bradley Compact Logix or Control Logix range can be provided to control the plant or machine automation with associated HMI (Human Machine Interface) to display plant information to the operators.

As per the change in industrial automation to make it more digitalized and advanced to improve production, various technologies have been introduced, one of the key methods to improve production is the reduction of faults. In this paper, you will get to know how faults can be monitored by using SCADA screens, where we can collect the output data of the PLC to generate signals on the SCADA screens as per requirement. This will automate the process and also calculate fault time and display it on the SCADA screens, so we can calculate up time and down time based on that observation, which will help to enhance production by monitoring and reducing the fault. also, it consists safety enhancement technique by installation of camera to capture human presence in overhead areas of factory to start or stop the production process as per sensing human presence for their safety. this whole research will help you to achieve real time monitoring in the overhead areas easily to detect and reduce the fault with safety enhancement.