| WATER |
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| MUNICIPALITY WATER NETWORK SCADA SYSTEM |
WASTE WATER TREATMENT |
PUMP STATION DRIVE PANELS |
IRRIGATION |
| A distribution system should be designed so that the amount of water to drink from production adjusted consumption. The water supply distribution systems, pipes, valves, fire hydrants, are composed of tanks and pumping stations. Reservoirs, pumps and valves regulate the water flow and pressure requirements of the network. It also helps to manage the water supply pump stations and wastewater treatment systems are used. The control system of the philosophy of "if you can check you can measure" based on logic. Sensors measurements, they perform their operations, the control actuator. Sensors level, pressure, flow, current, voltage, temperature, binary state or some extraneous stimulus measure responses. The data obtained can be digital or analog. |
A treatment plant consists mainly of the following designated main and auxiliary unit:
• First and intermediate pumping stations
• Grids, sand traps and current meters
• Balancing and preliminary precipitation • Biological treatment units
• Second precipitation and circulation system
• Further treatment if necessary (reverse osmosis, etc.)
• sludge thickening, conditioning and rebuttal
• Sludge dewatering / drying and disposal
• Deploying structures, pipes and ducts
• Control laboratory and service buildings
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Pumping Stations are where it is at the forefront of motor drives. The big power pump motors are widely used in our country, driven by the soft starter. VFD due to the use of energy efficiency becomes more important every day is increasing.
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Irrigation systems, wide-area systems are developed to ensure that less energy and water consumption.
Irrigation, fertilization process to soil humidity and looking at the meteorological data is done in sufficient quantity at the right time.
Irrigation pumps are controlled by the radio system.
Total consumption of energy and water quantity are recorded in current and desired period. annual yield calculations can be made based on this data.
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| Some of instrumentation suitable for real-time monitoring and control of water distribution system can be defined as follows: |
The system consists of the following components. |
The system consists of the following components. |
The system consists of the following components. |
• Water Level
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Water quality
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Motor Temperature
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Valve Actuator
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Electricity Information(Current, Voltage, Power)
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Energy Inf.(Active , Reagent)
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Position of valve(Open/Close)
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• Pompa Kontrolü ve İzleme
• Pump Station / Screening
• Flocculation
• Sedimentation / Filtration
• Disinfection
• Screening and Primary Sedimentation
• Aeration
• Final Treatment
• Final Calrification
• Wireless Control of Local Pump Station. |
• Water Tank
• Sensors
• Control PLC's.
• Actuators
• Pressure Switchs
• Chlorine Dosing
• Flowmeter
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• Scada Software
• Radio Modem Infrustructure
• Pumps
• Valves
• Meteorology Station
• Fertilizer Dosing
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| COMPONENTS OF THE SYSTEM |
COMPONENTS OF THE SYSTEM |
COMPONENTS OF THE SYSTEM |
COMPONENTS OF THE SYSTEM |
| >SCADA Center |
> SCADA Center |
> Circuit Breakers |
> Soil Humidity Sensor |
| >RTU (Remote Terminal Unit) |
> FX,Q series ve Redundancy PLC |
> Compensation Panels |
> Frequency Drive |
| >Frequency Drive , Soft starter |
> Remote IO |
> Frequency Drive |
> SCADA Center |
| >HMI (Human Machine Interface) |
> Inductive Sensors, Switchs |
> Soft Starters |
> Agricultural meteorological station |
| >Ultrasonic Flowmeter |
> UV Units |
> Actuators |
> Soft Starters |
| >Level Sensor |
> Frequency Drive |
> Pressure Transmitter |
> Ultrasonic Level Sensor |
| >Actuator |
> Level Sensor |
> Pressure Switch |
> Radio modems |
| >Chlorine Analyzer |
> HMI (Human Machine Interface) |
> Pumps, Valves |
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| >GSM, GRPS, Radio Modems |
> GSM, GPRS, Radio Modems |
> HMI (Human Machine Interface) |
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| >GIS (Geographical Information Systems) |
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