How does the FCM module reduced chemical consumption?
How does digital dosing make stroke length modification redundant?
How does the FCM module allow for the detection of any flow deviations in the system?
At which flow rates does digital dosing perform best?
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Q: How does the FCM module reduced chemical consumption?
A: By establishing a negative pressure in case of broken pipework
Q: How does the FCM module reduced chemical consumption?
A: By allowing lower concentrations of the chemicals
Q: How does the FCM module reduced chemical consumption?
A: By automatically stabilising the pump’s performance if temperature or flow is unstable
Q: How does digital dosing make stroke length modification redundant?
A: Because of the torque delivered by the stepper-motor
Q: How does digital dosing make stroke length modification redundant?
A: By very precisely measuring the position of the stepper-motor and diaphragm
Q: How does digital dosing make stroke length modification redundant?
A: Due to the internal stroke speed control either implemented in the digital dosing pump or stepper motor, ensuring that dosing runs at a smooth, continuous rate.
Q: How does the FCM module allow for the detection of any flow deviations in the system?
A: By slowing down pumped volume in case of pipe damage, to prevent spilling of chemicals
Q: How does the FCM module allow for the detection of any flow deviations in the system?
A: By measuring pressure waves and issuing alarms when something unexpected is seen
Q: How does the FCM module allow for the detection of any flow deviations in the system?
A: By sending out an alarm if pressure built-up when the flow is blocked and reacting to other failures, such as cavitation or pipe burst and switching off the system if detecting serious failures
Q: At which flow rates does digital dosing perform best?
A: Small flow rates
Q: At which flow rates does digital dosing perform best?
A: Large flow rates
Q: At which flow rates does digital dosing perform best?
A: Digital dosing performs best over the full range of flow rates.