Drinking water controls of 350 stations throughout Mugla province in Türkiye are made through Mikrodev RTU products and ViewPLUS SCADA software. In the system, well and tank operation/failure conditions, pump and valve controls, as well as flow and tank levels are monitored. With ViewPLUS SCADA software, level information can be observed instantly with live trends, and historical reports can be obtained.
- Over 350 stations
- Over 500 units Mikrodev RTU and expantion modüle
- Over 10000 data control via ViewPLUS SCADA
- Setup communication between Mikrodev RTU’s-wells-lifted pumps-tanks (via Modbus TCP Master- Slave)
- Remote monitoring and control of wells,lifted pumps and tanks via ViewPLUS SCADA
- Automatic control of wells and lift pumps according to tank level
- Data transmission to Viewplus SCADA via IEC 60870-5-104 protocol
- Hot stand by redundant SCADA
- Control and monitoring systems over operator panel (HMI) for local users
- Logging via Mikrodev RTU with IEC 60870-5-104 and auto sending logs to SCADA
- Alarm monitoring, alarm verification, alarm acknowledgment and adding acknowledge notes
- Monitoring of the energy analyzer
- Monitoring chlorine devices via ViewPLUS SCADA over Modbus TCP
- Monitoring flowmeters’ instantaneous and total flow values
- Controlling pressure safety of well-lift pumps
- Time and event-based reporting
- Tabular and graphical reporting
- Reporting filters
- Statistical reporting
- Compare data on different timescales on reports
Other Post
All Posts
Importance of Calendar and Timing Functions and PLC Programming
Industrial automation is the cornerstone of process control in modern manufacturing facilities. PLC (Programmable Logic Controller) systems are used to manage automation control, which is the foundati
What is the MQTT?
What is the MQTT Communication Protocol?
The rapid proliferation of Internet of Things (IoT) and other similar distributed systems has increased the importance of data communication. The requirements
Israel Cellcom Telecommunication Base Stations Monitoring System
Mikrodev products were used at over 200 stations in the Israel Cellcom Telecommunication Base Stations Monitoring System. In the system, energy monitoring of base stations is carried out, and station
TUBITAK MAM(Marmara Research Center) MARTEK Building Automation & SCADA System
Building automation and SCADA system controls throughout TUBITAK Marmara Research Center MARTEK are made with Mikrodev products and software. Air conditioning, lighting and energy controls of the buil
Arçelik Chooses Mikrodev Products for TV Remote Control Functional Test System
Arçelik strengthened its motion control system to enhance the quality of remote controls for televisions by opting for Mikrodev products in the TV remote control functional test system. Utilizing the
Gaziantep City Water and Sewerage Administration (GASKI) Drinking Water Disinfection SCADA System
In the GASKI Drinking Water Disinfection SCADA System, the chlorination of the water supply distribution networks and the water levels in the tank are monitored throughout in Gaziantep, Türkiye. In th
Data Security in Industrial SCADA Systems: Best Practices for SCADA Security, Industrial Cybersecurity, and Penetration Testing
SCADA systems—at the heart of industrial automation—ensure the management of production lines and the continuity of processes. While these systems supervise critical sectors such as energy, water, gas
Increasing Efficiency: Using MODBUS Gateway in PLC Programming
In the rapidly evolving landscape of industrial automation, the integration of Programmable Logic Controllers (PLCs) and communication protocols holds vital importance. The aim of this article is to p
Bursa Inegol OIZ 34.5 KV Medium Voltage Power Distribution Network SCADA System
Mikrodev products were used in energy monitoring and controls throughout the Inegol Organized Industrial Zone in Bursa, Türkiye. Cutter position information, controls and fault tracking are done throu
RTU or PLC? A Guide to Making the Right Choice in Water and Energy Projects
When you go out to the field, the picture is usually the same: distributed stations, pumping stations, reservoirs, substation yards, and at every point the same question arises: “What should we use to
