1
At which flow rates does digital dosing perform best?
2
How does the FCM module reduced chemical consumption?
3
How does digital dosing ensure a significant reduction in the waste of chemicals?
4
How does the FCM module allow for the detection of any flow deviations in the system?
Test results
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01.
Q: At which flow rates does digital dosing perform best?
A: Small flow rates
01.
Q: At which flow rates does digital dosing perform best?
A: Large flow rates
01.
Q: At which flow rates does digital dosing perform best?
A: Digital dosing performs best over the full range of flow rates.
02.
Q: How does the FCM module reduced chemical consumption?
A: By establishing a negative pressure in case of broken pipework
02.
Q: How does the FCM module reduced chemical consumption?
A: By allowing lower concentrations of the chemicals
02.
Q: How does the FCM module reduced chemical consumption?
A: By automatically stabilising the pump’s performance if temperature or flow is unstable
03.
Q: How does digital dosing ensure a significant reduction in the waste of chemicals?
A: The delivered accuracy is very high, allowing you to monitor the required dosing almost to perfection.
03.
Q: How does digital dosing ensure a significant reduction in the waste of chemicals?
A: The digital technology allows the pump to remember how many strokes the pump has delivered
03.
Q: How does digital dosing ensure a significant reduction in the waste of chemicals?
A: The digital microcontroller remembers set-points with very high precision
04.
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
04.
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
04.
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