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Sample Application Tables

  1. Sample Application Tables

MODEL IMPLEMENTATION - 1

 kuyudepo

Örnek Uygulama-1

Implementation TypeDrinking Water
Number of the water
management devices
2
Stations

• 1 Water Well
• 1 Water Reservoir

Starter SolutionStandard SolutionProfessional Solution
Well:
  • CP100-GM (Quantity: 1)
  • M100 or M200 (Quantity: 1)
Reservoir:
  • CS100-GM or CS101-GM (Quantity: 1)
Well:
  • CP110-GM (Quantity: 1)
  • M300-DF (Quantity: 1)
Reservoir:
  • CS110-GM or CS111-GM (Quantity: 1)
Well:
  • CP130-GM (Quantity: 1)
  • M300-DF (Quantity: 1)
Reservoir:
  • CS120-GM or CS121-GM (Quantity: 1)

Abilities:

  • The ability to control the submersible pump of the well remotely and from the panel.
  • The ability to operate according to the water level in the water reservoir.
  • The ability to operate automatically according to the entered time periods
  • Can integrate with the existin power panel of the well
  • Reading sensor values such as waterflow, pressure or water level from the well (Supports 1 sensor)
  • Reading sensor values for waterflow or water level in the reservoir (Supports 1 sensor)
  • Can operate with grid power or solar power in water reservoirs

Abilities:

  • Can perform energy efficiency in wells
  • If there is a driver present in the system, values from 4 different sensors (Waterflow, water level, pressure, power) can be read and the pump can be controlled according to these values adaptively
  • In water reservoirs, values from different sensors such as waterflow, water level, pressure, remaining chlorine, PH, turbidity can be read (supports up to 4 sensors )
  • Can control valves with proportional actuators in water reservoirs (supports 2 actuators)
  • Can perform liquid chlorine dosing in water reservoirs

Abilities:

  • Easy control in the wells with the colored HMI screen on the panel
  • Can perform 4 different temperature measurements in the well
  • Can control a valve with On/ Off actuator
  • Can perform liquid chlorine dosing in the well
  • Can control 1 proportional valve in the well
  • General purpose Input/Output assignments in the well
  • Can perform 2 different temperature measurements in the water reservoir

 


MODEL IMPLEMENTATION-2

 kuyularveterfi

Örnek Uygulama-2

Implementation TypeDrinking water
Number of the water management devices7
Stations

• 2 Water wells
• 1 Supply station (Has 3 pumps)
• 1 Distribution panel
• 1 Pressure control valve room

Starter SolutionStandard SolutionProfessional Solution
Wells:
  • CP100-GM (Quantity: 2)
  • M100 or M200 (Quantity: 2)
Supply Station:
  • CP120-GM (Quantity: 1)
  • CP110-GM (Quantity: 2)
  • M100 or M200 (Quantity: 3)
Reservoir:
  • CS100-GM or CS101-GM (Quantity: 1)
Pressure Control:
  • CS130-GM (Quantity: 1)
Wells:
  • CP120-GM (Quantity: 2)
  • M300-DF (Quantity: 2)
Supply Station:
  • CP120-GM (Quantity: 3)
  • M300-DF (Quantity: 3)
Reservoir:
  • CS120-GM or CS121-GM (Quantity: 1)
Pressure Control:
  • CS130-GM (Quantity: 1)
Wells:
  • CP130-GM (Quantity: 2)
  • M300-DF (Quantity: 2)
Supply Station:
  • CP130-GM (Quantity: 1)
  • CP120-GM (Quantity: 2)
  • M300-DF (Quantity: 3)
Reservoir:
  • CS140-GM or CS141-GM (Quantity: 1)
Pressure Control
  • CS150-GM (Quantity: 1)
Abilities:
  • The ability to control the submersible pump of the well remotely and from the panel.
  • The ability to operate according to the water level in the ater reservoir.
  • The ability to operate automatically according to the entered time periods
  • Can integrate with the existing power panel of the well
  • Reading sensor values such as waterflow, pressure or water level from the well (Supports 1 sensor)
  • Easy use with the HMI screen on the panel of the first pump.
  • For the first pump of the supply center, the ability to control an On/ Off valve with an actuator.
  • The flowmeter or the pressure sensor in the collector can be read for all the pumps that are in the supply station.
  • If there is a driver that is present in the system the system can establish energy efficiency and the pumps can be controlled adaptively according to waterflow, water level, pressure or power.
  • Can integrate with the existing power panel of the supply station
  • Reading sensor values for waterflow or water level in the reservoir (Supports 1 sensor)
  • Can operate with grid power or solar power in water reservoirs
  • In the pressure control room, values from 4 different sensors can be read (Waterflow or pressure) and controlling the pressure room.
  • Able to control 2 on/off actuators.
Abilities:
  • Easy control in the wells with the colored HMI screen on the panel
  • Can perform 4 different temperature measurements in the well
  • Can control a valve with On/Off actuator
  • Can perform energy efficiency in wells
  • Can control 1 proportional valve in
    the well
  • If there is a driver present in the system, values from 4 different sensors (Waterflow, water level, pressure, power) can be read and the pump can be controlled according to these values adaptively
  • Easy use with the HMI screen on the panel of the first pump.
  • Values from 4 different sensors (Waterflow, water level, pressure, power) can be read in the supply stations, and also 4 different temperature sensors can be used.
  • Can control a valve with On/Off actuator
  • If there is a driver that is present in the system the system can establish energy efficiency and the pumps can be controlled adaptively according to waterflow, water level, pressure or power.
  • Reading sensor values for waterflow, water level, pressure, PH, remaining chlorine level, PH, turbidity (supports 4 sensors)
  • Can perform liquid chlorine dosing in water reservoirs
  • Can control valves with proportional actuators in water reservoirs (supports 2 actuators)
  • Can perform 2 different temperature measurements in the water reservoir
Abilities:
  • Can perform liquid chlorine dosing in the well
  • General purpose Input/output wassignments in the well
  • Can perform liquid chlorine dosing in the first pump of the supply station
  • Can control a proportional valve in the first pump of the supply station
  • In water reservoirs, values from different sensors such as waterflow, water level, pressure, remaining chlorine, PH, turbidity can be read (supports up to 8 sensors )
  • In the pressure control room, values from 8 different sensors can be read (waterflow, water level, pressure, remaining chlorine, PH, turbidity etc.)
  • Can perform 2 different temperature measurements in pressure control room
  • Can control valves with proportional actuators in pressure control room (supports 4 actuators)

 

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