• Electric Motor YCL System 1
Electric Motor YCL

Electric Motor YCL

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YC/YCL

YC series heavy-duty single-phase motors are suitable for small size machine tools and water pumps,
especially suitable for family workshops where only single-phase power be supplied. This series motors are designed with the latest technology,manufactured with the quality materials,have following features:good performance,safe and reliale operation,nice appearance, convenient maintenance,meet the IEC standards.

YC series motors are of lP44 totally enclosed fan-cooled(TEFC)type.capacitor starting for rated output up to 3HP.on rated voltage and 50hz,the starting  torgue is three times more than the rated torque while 60HZ is 2.75times more.Capacitors start and run type ror Motors 4hp and above.it have following features:high starting torque.smooth running,low temperature rise,low noise and greater overload performance.

YCL series heavy-duty capacitor start and run.single phase induction motors are suitable for driving small-size turning machine.especially sultable for household and workshop where only need single-phase power be supplied.This series motors are designed with advanced technique and made of quality materials.it also has follaring features:low noise,low temperature rise.small starting current,high starting torque.reliable operation.easy maintenance and nice appearance,they also meet the relative standards of IEC.

YCL series motors are similar to YC series in appearance.Comparing with the same output of YC series motors.YCLseries temperature rise be reduced 8.74k on average.efficiency be increased 4.21%power factor be increased 0.16.

OPERATING CONDITIONS
Rated voltage; 110V,115V,120V,220V,230V,240V
Rated frequency: 50HZ or 60HZ    

Protection class: IP44,IP54
insulation class : B,F,H    

Cooling method: ICO141
Duty: S1(continuous)

TypepowerCurrent
(A)
Power Factor
(cos)
Eff
(%)
Speed
(r/min)
Starting Torque
Rated Torque
Staring
Current
Max torque
Rated Torque
HpKw
YC711-21/40.181.90.7063.028003.06.52.0
YC712-21/30.252.40.7265.028003.06.52.0
YC80A-21/20.373.50.7466.028403.06.52.0
YC80B-23/40.555.040.7467.028503.06.52.0
YC80C-210.756.680.7568.028502.87.02.0
YC90S-21.51.18.930.8070.028503.06.52.0
YC90L-221.511.40.8273.028702.87.02.0
YC100L-232.216.50.8274.029002.57.02.0
YC112M1-24321.40.8476.029002.27.02.0
YC112M2-253.724.80.8679.014002.27.02.0
YC711-41/60.121.90.5848.014003.07.02.0
YC712-41/40.182.70.6050.014003.06.02.0
YC80A-41/30.253.520.6252.014003.06.02.0
YC80B-41/20.374.690.6456.014003.06.02.0
YC80C-43/40.556.00.6560.014003.06.02.0
YC90S-411.51.110.40.7263.014202.86.5
YC90L-41.51.110.40.7263.014202.86.52.0
YC100L-421.513.00.7372.014502.86.52.0
YC112M-432.218.50.7473.014502.56.52.0
YC132S1-44322.40.8076.014502.06.52.0
YC132S2-453.726.00.8279.014502.26.52.0
YCL90S-21.51.17.20.9573.229002.86.01.8
YCL90L-221.58.90.9776.029002.87.02.0
YCL100L-232.213.20.9678.829003.06.51.8
YCL90S-410.755.00.9373.314502.86.51.8
YCL90L-41.51.17.80.9075.014502.56.01.8
YCL100L-421.59.30.9279.414502.87.01.8
YCL112M-432.213.60.9081.614502.36.51.8
YCL132S1-443.018.20.9083.014502.16.51.8
YCL132S2-453.722.00.9084.914502.16.51.8
YCL132M1-47.55.532.50.9085.014602.06.51.8
YCL132M2-4107.540.00.9085.514602.06.51.8

Q:I need information about basic water pumps. I'll have to build a mechanical one for school. Do you have any ideas, information, designs, links? Thanks!
A very simple and old design for a water pump is called the ball-chain or bucket-chain pump. A google search should show you what they are. Building one should be fairly straightforward and simple.
Q:It is a 110 shallow well pump for my water source to the house.
If you mean your pump turns on and off rapidly (really short cycles) you have a waterlogged pressure tank. The pressure tank for your system has an air space inside that is separated from the water by a neoprene bladder or diaphragm. The air provides a cushion for the pump and system since air is compressible and water isn't. Sometimes the diaphragm will develop a small hole and water will enter the air space. You may be able bleed the water out and recharge the air or in some cases the diaphragm will have to replaced.
Q:Does the water pump and the circulating pump belong to the centrifugal pump?
As long as the flow and head to meet what pump can be, the general centrifugal pump applications are more.
Q:We are leasing land from a friend to put horses on. We're in the process of building a barn. We don't want to run water out there because its too much trouble for the meter and everything, but someone said to get a water pump and pump the water from the pond and filter it and use it. I have no idea what all we need or what kind of pump to get. Helpp!
flow to sears and get a shallow nicely pump that has a foot valve and runs on 115vac consistent with probability a a million.5 hp ..if the top(the uphill area plus the pipe loss ) gets to sizeable you're able to desire a lager hp yet a a million.5 with a 25 ft of head could supply 9gpm at 40 psi . Oh confident is that's a closed gadget be certain an get a intense stress shrink off change..they're real decrease priced... from the E..
Q:Two sewage pumps switch from each other, start with float switch control, the first sump, when the water is full, the first start, the second rotation to second units start, so the cycle of alternating
The puddle is full, the float switch is closed, and the relay J1 works to drive the first motor. The J1's work makes the intermediate relay 'J' work and locks itself, preparing for the work of the second machines. The water level is lowered to the required minimum position, the ball is broken, the motor is stopped and the motor is stopped. When the water level rose to the highest position again, the floating ball closed again, the relay J2 and self-locking relay J2 to drive second motors, instant intermediate relay are opened, when the water level again be reduced to the lowest position, float off, the motor stops working, stop by working in front of the intermediate relay. The whole circuit back to the original state. So that the two motors work alternately.It should be noted that the circuit diagram for simple to understand, only painted the control circuit, there is no main circuit, there is no missing phase, leakage, over-current and other protection, the actual installation needs to be installed. There is the role of time relay is to ensure that the relay J2 normal work, the intermediate relay is disconnected, so that the motor 2 does not occur wrong action, time relay can be set to a few seconds, or even less than a second. Intermediate relay can also be controlled by time relay, and its time is also set very small, so as to avoid J2 short time possible power supply.
Q:Our water pump was really warm/hot to the touch, our hot water was more warm than hot, and wouldnt heat up enough to get hot, and it wouldn't turn off. (like when it starts up when you turn on the water,it just kept going,and wouldn't stop) so, because it was hot, and going constantly, we didn't want it to explode, or burn out, so we turned it off, and now I'm hoping that when we turn it back on after it cools, that it'll go back to turning on/off intermittently, instead of constantly. So, after it cools down, will it go back to normal, instead of just constantly going??!?
I assume you have a water well pump. The experience I have had, is it will come back on once the thermal safety switch cools down. However, I think you still have work here to do because each time this happens, you are shortening the life of your pump. First you need to determine why it ran hot to begin with. Could be lots of reasons, but just to name a few. -Is your water tank in good shape, with the correct air pressure? -Is the tank waterlogged, too old or leaking? -Any leaks in the service in or to the house? -Is your contact switch working properly, clean contacts, good wire, good connections, breaker etc.? -Is there water running somewhere your not aware of? -Last but not least, the check valve and foot valve leading to the well could also be defective. Just my opinion, I hope this helps to get you thinking. Good luck; flip;
Q:A direct type pump model with the coupling type, what is the difference?
The water pump type is directly connected with the motor, and the motor shaft and the pump are coaxial;Pump motor and pump shaft is separate, with the coupling power transmission.
Q:my sump pump keeps filling with sewer water. i cant figure out why or where it could be coming from. and the smell is awful.
As the name suggests, this type of pump relies on water power or suction to do its work. It's really just a glorified T Junction with a valve connected. It connects the wastewater pipe that leads out of the home from the drains, with the PVC pipe leading from the sump pit. These are backup pumps should the home's power supply be cut due to bad weather conditions. To operate, the flow of water from the drains and sinks in the home acts as a suction, pulling along the water from the sump pit to lead it out of the home to either a wastewater facility or a septic tank (depending whether or not the house is connected to a city water and sewer system). As you might guess, this type of pump is far less effective than an electric model. But in an emergency, it's better than nothing.
Q:We have just replced our hot water heater in our camper. When we turn on the water pump we hear it kick on and run. When we turn on a faucet water comes out then slowly goes away untill nothing comes out at all. It has been a year since we used the water tank, so its been full of air. The camper is pretty old, i dont know the specific date though. Could it be low water pressur? any help would be greatly appreciated.
Can't you hook the garden hose directly to the camper? That way you could see if there is air in the line or if the pump is tired and needs to be replaced.
Q:could you explain the process by which water is pumped out of the ground for purposed such as drinking water or irrigation? Can you put it in terms a high school senior would understand?
(1) Identify your potential water source through various methods. (2) Drill a small exploratory hole to different depths, test water pressure and water quality. (3) Drill the complete borehole for production and retrieval of the groundwater. (4) Complete the physical well, will a sheath to allow in the water at the wanted levels, solid pluge to keep other levels out. (5) Insert a chemical and physical filter system (small screen membranes, activate charcoal and diatomaceous earth, etc.) (6) Put in the submersible pump and plug it in. (7) The pump is made up of a motor, an intake and a centrifugal pump. It's all sealed so no water can penetrate through. The water is suctioned into the centrifugal pump, which is an impeller type device. The water is then pushed out at a much higher pressure rate than it came in. This is how the pump works from the bottom instead of above ground. The water is sent to the pressure tank, sometimes referred to as a holding tank, and is kept at a constant pressure, so when you turn on your faucet or shower, the water comes out quickly. As you use the water, more water is pumped into the tank and as the pressure drops in the tank, it will automatically come on and pressurize again.

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