• Intelligent Frequency Converter Circulation Pump System 1
Intelligent Frequency Converter Circulation Pump

Intelligent Frequency Converter Circulation Pump

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Q: my basement flooded and the water came in contact with the wiring on my water pump.Now the pump tries to turn on but shuts off without pumping any water.How do i get my pump pumping water again?
sounds like the bearings locked up...best to replace it
Q: Does it take more power to pump water with a 1 /12 hp bg motor/pump than one that is a spare pump/motor running dry,not connected to the system? I am trying to figure out how long it will run with an power inverter during a power failure.
Hi there, Your 1/12 HP motor will draw 0.52 amps at 110 volts from the inverter. It would draw about 5 or 6 amps from the 12 volt battery to produce the 0.52 amps from the inverter. You need to know the amp-hour rating on your battery then divide that number by 5-6 to get an approximate time the pump would operate on backup. Yes a pump that is pumping water will draw considerable more power than a pump that is pumping 'dry'. The best way to check is to just try your setup and see how long it lasts (before it's needed) since there are inefficiencies in the inverter, voltage drop in the wiring and perhaps the backup battery is not new. Manufacturers always are optimistic with their ratings Short answer: try it out before you really need it then you will know for sure. Hope this helps, Al
Q: I have a pontiac grand am 1996 v6 with a 3.1L 3100 SFI engine. I have a coolant leak and I think it's coming from the water pump. When the car is cool and then turned on, about 4 to 9 minutes into warming up, coolant is hitting a belt and spraying out of the car's front end. When this is happening I see that there is coolant dripping off of the waterpump housing. The coolant started to spray everywhere about 15 seconds before the radiator fan kicked in. Why would this happen when first warming up only? Can a defective thermostat cause this to happen?
It;s the water pump.
Q: i was coming home from from work and my jeep thew the serpenteen belt and my water pump is the only pulley not moving good like the rest and is leaking coolent. and people with just dump **** to say dont comment on this
With either engine your jeep cherokee would have a 2.5 or 4.0. Both have the same pump, and the 2.5 would be easier because you would have more space from the smaller engine. But there not hard to replace. A repair manual would be help full if you have never replaced a water pump before.
Q: Dear friends, please let me know in most of the power plants recirculation line and balance leak off lines are provided for boiler feed water pumps and those lines are connected to Deaerator. Why?
The feed pumps for most power plants are multistage centrifugal pumps. They have a minimum flow requirement or the balancing forces of the various impellers are lost and the pump is damaged. A recirculation line permits a minimum flow to be maintained at all times. It goes back to the deaerator so the boiler feedwater is not lost. Note: many of these pumps have the recycle automated so it is only in operation at very low flow rates. The leak off from the balancing line is recycled for the same reason.
Q: Trying to replace my water pump and was told labor would cost $90 for an 06 impala 3.9L I don't know if it's reasonable for the amount of work.
way too cheap , they are obviously going to stack the price on extras and ancillaries, belts, coolant, thermostat etc
Q: I have gotten oil in my coolant, and coolant in my oil..It might be the head gasket, no doubt, but many people said (online forums) that my bike, has issues with the seal that is separating oil pump from water pump. They go bad, and when they do, the oil mixes with coolant and vise versa. Now, I am seeking from professional help, on how to take out both of the pumps, without messing up timing, and also without messing up anything else. I have removed the entire exhaust system, dropped the oil pan, and i can see the oil/water pump pretty good. What i do not know is how to remove it properly. Any help is help, I have searched and searched on google and forums on how to perform this task, but couldnt find any specific help on how to remove the pump. Thank you!!!!!
Most okorder for a good schematic of your oil pump and water pump assembly
Q: Okay, the fan has the clutch unit on the front with the large nut attaching it to the water pump. Then 4 screws attach the pulley to the water pump as well. What's the best way to immobilize pulley/pump so I can get the fan blade clutch nut unscrewed? Can't hold onto the fan or clutch unit since it simply spins. Can't realy seem to hold onto the pulley either as it prefers to spin? Any suggested best ways?
First remember this tighten is loosen and loosen it tighten with the big nut on the fan clutch. And there is a tool you can buy (BMP design and Bavarian autosport have them) but I never bought one because I only could have used it once, and I try to keep my tool box as empty as I can. All this with the belt on..Get the biggest screwdriver you have and a heavy hammer. Now put the screwdriver on the tighten side one of the flat sides edge. Take hammer and give it a big wack. As long as the last guy put the fan clutch on right it should take no more than 2 tries to loosen it. Once its loose just spin it off by the fan blades and pull it out. I only once had to use a sawsall (only time I could have used the tool)on both the water pump and fan clutch to do a water pump job and after inspection I found some moron used lock tight. When you reinstall just spin it on and that's it no need to tighten.. I like to put antiseize on the bolt threads so I know the next time I have to remove the fan it will come off like buttahr...
Q: When the pump is connected in parallel, will the head and flow change?
Depends on how you do it.If you have a pump, the original network is the same, you add a pump, the result is the head and flow increases, the efficiency also changed, increase the number of head and flow, depending on the network characteristics, network characteristics such as steep increase, economy is also poor, which is not recommended. In fact, the actual flow of two pumps plus the actual lift equal, the problem is that the head, flow point of operation has changed.If it is new design, according to the required flow calculation of the required head, according to the head, half of the flow to select the pump, that is, two pumps flow volume, lift equal.
Q: how do i remove and replace the water pump on a 2003 ford focus with a 2.0 engine
2003 Ford Focus Water Pump

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