OperateStation

Station name
Station name:

FlowStation station name. The station name may contain a maximum of 20 characters.

Station Identifier
Station Identifier:

FlowStation station identifier string (e.g. station number, asset identification, etc). The station name may contain a maximum of 20 characters.

Controller supply low alarm voltage
  • Volts
Controller supply low alarm voltage:

The input supply threshold voltage, in volts (V). This value and the time specified in the input supply threshold time register are used to determine if alarms are set and cleared for the input supply voltage.

Controller supply low alarm deadband time
  • seconds
Controller supply low alarm deadband time:

The number of seconds that the input supply voltage must be below the threshold voltage to trigger an alarm, and the number of seconds that the supply voltage must be above the threshold to clear an alarm.

Pump direction
  • Pump Down
  • Pump Up
Pump direction:

Select the pumping direction: Pump Down (e.g. Wastewater well), Pump Up (e.g. Water supply reservoir)

Number of Pumps
  • 2 Pumps
  • 3 Pumps
Number of Pumps:

Select the number of pumps controlled by FlowStation

Station type
  • Lead and Lag Floats
  • Lead, Lag & Standby Floats
  • Level Transducer
Station type:

Select the level control type for the station (Lead/Lag Float switches, Lead/Lag/Standby Float switches, Level Transducer)

Level Units
  • %
  • m
  • ft
  • Custom
Level Units:

The scaled level transducer units. The same unit set is used for all set points.

Custom
Custom:

Custom units name. Maximum 8 characters.

High Alarm On
  • %
High Alarm On:

The level at which to trigger a Level High alarm

High Alarm Off
  • %
High Alarm Off:

The level at which to deactivate a Level High alarm

Signal Type
  • 0 - 20 mA
  • 4 - 20 mA
  • 0 - 5 V
Signal Type:

Analog input signal range for Level Tranducer. For 1-5V range, use the 0-5V selection

Level Trans cal.
  • lowest water level % at mA
  • highest water level % at mA
Level Trans cal.:

The level transducer calibration requires a low and high calibration point. Each calibration point consists of a water level (in the appropriate units) and a transducer signal level (in V or mA).