1
Can a sewage pump handle all types of wastewater?
2
What is the purpose of the start level sensor?
3
What is the main disadvantage of over-dimensioning a wastewater pit?
4
What is one of the main challenges facing utility companies today in relation to transportation of wastewater?
5
What are the benefits of a pumping station with a separate valve chamber?
6
Why is it important that the distance between the start and stop level is not too long?
7
What makes the S-tube® impeller virtually clog-free?
Test results
01.
Q: Can a sewage pump handle all types of wastewater?
A: Yes if the pH value is within 4 – 9 and max. dry content 3 to 5%.
01.
Q: Can a sewage pump handle all types of wastewater?
A: Yes with solids up to 100 mm (4”) and max. dry content 3 to 5%.
01.
Q: Can a sewage pump handle all types of wastewater?
A: Yes if gravels and stones are max 100 mm (4”).
02.
Q: What is the purpose of the start level sensor?
A: It will send an alarm when the water reaches this level and the pump do not start.
02.
Q: What is the purpose of the start level sensor?
A: It will stop the pump when the water level is lowered to below this level after a pump start.
02.
Q: What is the purpose of the start level sensor?
A: It activates the pump when the water reaches this level.
03.
Q: What is the main disadvantage of over-dimensioning a wastewater pit?
A: Unnecessary investment in the larger civil work.
03.
Q: What is the main disadvantage of over-dimensioning a wastewater pit?
A: Too big distance between the pumps with two or more pumps installed.
03.
Q: What is the main disadvantage of over-dimensioning a wastewater pit?
A: The wastewater stays in the pit too long, which leads to sedimentation.
04.
Q: What is one of the main challenges facing utility companies today in relation to transportation of wastewater?
A: The wastewater is increasing more and more due to leakage in the discharge pipes and thereby infiltration of ground water.
04.
Q: What is one of the main challenges facing utility companies today in relation to transportation of wastewater?
A: Lower water consumption has changed the composition of wastewater, which now has a higher proportion of dry solid content than before.
04.
Q: What is one of the main challenges facing utility companies today in relation to transportation of wastewater?
A: The wastewater pumps need bigger motors because the discharge pipes from the pump stations are getting longer in order to avoid an additional intermediate pump station.
05.
Q: What are the benefits of a pumping station with a separate valve chamber?
A: It allows service and maintenance on the valves to be carried out without human interaction with the pit itself.
05.
Q: What are the benefits of a pumping station with a separate valve chamber?
A: The pump station do not need to be that deep, because now the valves are not in the chamber with the wastewater.
05.
Q: What are the benefits of a pumping station with a separate valve chamber?
A: There is no need for an intermediate deck in the pump station for the people there shall service or maintain the valves.
06.
Q: Why is it important that the distance between the start and stop level is not too long?
A: If the distance is too long, the contractor shall dig too deep in the ground for the pump station.
06.
Q: Why is it important that the distance between the start and stop level is not too long?
A: If the distance is too long, it might require longer motor cable for the pump due to the depth of the pump station.
06.
Q: Why is it important that the distance between the start and stop level is not too long?
A: If the distance is too long it reduces the number of cycles, which may cause sedimentation because the water stays in the pit too long.
07.
Q: What makes the S-tube® impeller virtually clog-free?
A: The excellent hydraulic efficiency and free passage.
07.
Q: What makes the S-tube® impeller virtually clog-free?
A: The big free passage up t0 160 mm (6.3”).
07.
Q: What makes the S-tube® impeller virtually clog-free?
A: The S-tube® impeller has either a SmartTrim function or a replaceable neck ring to secure the right impeller clearance.
08.
Q: What is drainage water?
A: Wastewater from parking areas, sidewalks and alike after a rainy weather.
08.
Q: What is drainage water?
A: Wastewater without toilet waste or impurities like paper, diapers and textile fibres.
08.
Q: What is drainage water?
A: Slightly polluted water from a bathroom where the water is running to the drain.