water of 1000 L tank will only start flowing "out" when V3 is opened (i.e. when 500L tank is near empty). In event 500L tank is filled up before V3 is opened, then water in 1000L stays stagnant. Is that the case?
if fv3 is not there and output of 1000ltr tank is connected directly to 500ltrs,then 500ltr tank overflows. thanks for question.tell me if there is any other doubt!
I want to do away with the water company input to the small tank. only one water company input, to the 1000 ltr tank. 1000 output to 500 tank. As water fills up the 1000 tank (which is taller) the small tank fill up, which its FV cuts off input from the large tank. The large tank continues to fill up until its FV cuts off the inflow. Easy, too easy?
u need to maintain same level for FV3 as of 500ltr tank full level otherwise you would get slow water head in taps once 500lts tank empties out.Hope u get it!tell me if u have any other doubt.
I need to connect my water tanks on my loft next to each other, but one tank is 525 litres(height 18inch) and other tank is 225litres (height 14inch). How should I connect the tank so that I get to use both tanks at full capacity. Can you help me with your contact no ?
D person who made that schematic need to explain why they installed fv3 if fv1 and fv2 is sharing a supply line... fv1 will stop when filled fv2 will continue to fill based on that setup... when fv1 n 2 stops wat d reason for fv3 there?? Smh
if fv3 is not there and output of 1000ltr tank is connected directly to 500ltrs,then 500ltr tank overflows as 1000ltr tank keeps filling. thanks for question.tell me if there is any other doubt!
This method is completely wrong. I connected the water tank in this way, using two separate float valves. As a result, the motor's pressure gets divided, and it takes a long time to fill the tank completely.
you're a genius..keep posting videos..this solves my problem...
water of 1000 L tank will only start flowing "out" when V3 is opened (i.e. when 500L tank is near empty). In event 500L tank is filled up before V3 is opened, then water in 1000L stays stagnant. Is that the case?
I have practically tried it.it works fine
But how can be the inlet twice if the motor turbine is one
And I don't understand your concern about overflow, to where? How. I just went outside to look at my system, and I am still puzzled. Thanks.
if fv3 is not there and output of 1000ltr tank is connected directly to 500ltrs,then 500ltr tank overflows.
thanks for question.tell me if there is any other doubt!
I want to connect 2 different levels of the water tank with 1 incoming and 2 outgoings. Can you share a picture or video of this type of connection?
sure i would put a video and post u the link...sorry for late reply
I want to do away with the water company input to the small tank. only one water company input, to the 1000 ltr tank. 1000 output to 500 tank. As water fills up the 1000 tank (which is taller) the small tank fill up, which its FV cuts off input from the large tank. The large tank continues to fill up until its FV cuts off the inflow. Easy, too easy?
u need to maintain same level for FV3 as of 500ltr tank full level otherwise you would get slow water head in taps once 500lts tank empties out.Hope u get it!tell me if u have any other doubt.
thanks
I need to connect my water tanks on my loft next to each other, but one tank is 525 litres(height 18inch) and other tank is 225litres (height 14inch). How should I connect the tank so that I get to use both tanks at full capacity. Can you help me with your contact no ?
D person who made that schematic need to explain why they installed fv3 if fv1 and fv2 is sharing a supply line... fv1 will stop when filled fv2 will continue to fill based on that setup... when fv1 n 2 stops wat d reason for fv3 there?? Smh
if fv3 is not there and output of 1000ltr tank is connected directly to 500ltrs,then 500ltr tank overflows as 1000ltr tank keeps filling.
thanks for question.tell me if there is any other doubt!
This method is completely wrong. I connected the water tank in this way, using two separate float valves. As a result, the motor's pressure gets divided, and it takes a long time to fill the tank completely.
A couple of grammatical errors, sorry.