ZW Sewage Pump with Solid 10mm/Self-Suction Pump

ZW Sewage Pump with Solid 10mm/Self-Suction Pump System 1

ZW Sewage Pump with Solid 10mm/Self-Suction Pump

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 1000 unit/month

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Quick Details

Place of Origin: Zhejiang, China (Mainland)
Model Number: ZW
Theory: Centrifugal Pump
Structure: Single-stage Pump
Usage: Water
Power: Electric
Standard or Nonstandard: Standard
Fuel: electric
Pressure: Low Pressure
Application: Sewage
Warranty: One Year
Capacity: 5-300m3/H
Head: 12-60m

Packaging & Delivery

Packaging Details:	standard plywood or carton for each self-suction pump
Delivery Detail:	10 days after receiving pre-payment

Specifications
ZW Self-Priming Pump
1. High viscosity
2. Good self-suction ability
3. Centrifugal pump
4. Simple structure

Self-Suction Pump

ZW centrifugal self-priming pump Adopting axial return outside mixed type, together with unique design of impeller channel, it not only has the function of self priming without bottom valve and injected water which is same as self priming clear water pump, but it can also pump sewage with solids with diameter of 60% size of caliber and fiber with length of 1.5 times of the caliber.

Application: Sewage, water with particles

Capacity range: 3.2~400m3/h
Head range: 12~80m
Caliber range: 25~250mm
Power range: 0.75~110kW
Max medium temperature: 150° C

Material: Cast iron, stainless steel

Using range: City environment protection water treatment, water supplying; Chemical industry; Pharmacy, printing and dyeing, rubber and plastic industries, paper making, cooling and circulation system, etc.

Specification performance data table

Model	capacity	head	power	speed	effeciency	NPSH
Model	(m3/h)	(m)	(KW)	(r/min)	(%)	m
ZW25-8-15	8	15	2.2	2900	45	2
ZW32-5-20	5	20	2.2	2900	45	2.5
ZW32-10-20	10	20	2.2	2900	45	2.5
ZW32-9-30	9	30	3	2900	48	2.5
z40-10-20	10	20	2.2	2900	45	2.5
ZW40-20-15	20	15	2.2	2900	45	2.5
ZW40-15-30	15	30	3	2900	48	2.5
ZW50-10-20	10	20	2.2	2900	45	2.5
ZW50-20-12	20	12	2.2	2900	45	2.5
ZW50-15-30	15	30	3	2900	48	2.5
ZW50-20-35	20	35	5.5	2900	48	2.5
ZW65-30-18	30	18	4	1450	45	2.5
ZW65-25-30	25	30	5.5	2900	50	3
ZW65-25-40	25	40	7.5	2900	50	3
ZW65-40-25	40	25	7.5	2900	50	3
ZW65-65-25	65	25	7.5	2900	52	3
ZW80-40-16	40	16	4	1450	50	3
ZW80-40-25	40	25	7.5	2900	50	3
ZW80-25-40	25	40	7.5	2900	50	3
ZW80-65-25	65	25	7.5	2900	52	3
ZW80-80-35	80	35	15	2900	45	3
ZW80-40-50	40	50	18.5	2900	50	3
ZW80-50-60	50	60	22	2900	55	3
ZW100-100-15	100	15	7.5	1450	50	4
ZW100-80-20	80	20	7.5	1450	53	4
ZW100-100-20	100	20	11	1450	53	4
ZW100-100-30	100	30	22	2900	53	4
ZW100-80-45	80	45	30	2900	55	4
ZW100-80-60	80	60	37	2900	53	4
ZW100-80-80	80	80	45	2900	50	4
ZW125-120-20	120	20	15	1450	55	4.5
ZW150-180-14	180	14	15	1450	60	5
ZW150-180-20	180	20	22	1450	60	5
ZW150-180-30	180	30	37	1450	65	5
ZW150-180-38	180	38	55	1450	45	5
ZW200-280-14	280	14	22	1450	65	5
ZW200-280-20	280	20	37	1450	62	5
ZW200-300-25	300	25	45	1450	59	5
ZW200-280-28	280	28	55	1450	55	4.8
ZW250-420-20	420	20	55	1450	61	6
ZW300-800-14	800	14	55	1450	65	6

Q:To get at the timing belt on a Toyota 3.4L V6, does the water pump first need to be removed?If so, is there a way to tell how worn a water pump with 85,000 miles is? Like a loose bearing feel, etc?: If you are replacing the timing belt it is recommended you also replace the water pump. They have similar life spans and one has to be removed to replace the other.

Q:If a person took a water pump and attached to a hose and ended up with (random numbers) 15 gpm and 30 psi at the end of the hose, what would happen if you put an exact same pump right next to it and hooked the two pumps together with a quot;Yfitting to a single hose? Would both the gpm and psi be doubled, or neither, or just one? What would happen?: GPM would double assuming you don't try to push more water through the hose than it can handle. Pressure you can control by squeezing down on the hose. They are related V1 * P1 = V2 * P2 V = volume P = Pressure

Q:What are the categories of pumps?: As long as you see, you need flow, lift, power

Q:My mechanic doesn't get back in town until next week, and I'm struggling without my car. I don't really have any other options mechanic wise and I'm not dropping $1000 like meineke wants.How easy is it to follow the Haynes repair manuals or any other repair manuals? I have a 1996 dodge avenger and I need to replace my water pump. I know it's a time consuming task, but is it especially hard to replace it?: Try another repair shop. I had my water pump replaced for about $300 and that included the pump and labor and a belt ... Meineke is pricey. You can do better pricewise... Ask around... neighbors... people at work... My water pump was under something else that also had to be taken ou to get to it... not a job I'd want to tackle.

Q:What does water flow mean?: The amount of water delivered by the pump during the unit time, that is, the flow of the pump. Generally, there are three kinds of time units, namely, seconds, minutes and hours. In our country, the unit of flow adopts the international metric units, liters, milliliters, cubic, thousand cubic meters, etc., and different units are used according to different usage environments.

Q:2 pumps in parallel, lift the same, the pump head is not stacked; 2 pumps in series, the same flow, pump head is not superimposed?.: 2 pumps parallel, lift the same, pump head is not stacked?;Answer: the head can not be superimposed, that is, a lift and a pump, but the pumping speed (flow) is two times a taiwan.2 pumps in series, the same flow, pump head is not stacked?.Answer: the head can be superimposed, that is, the pump head is two times as much as a pump, but the pump speed is the same as that of a pump.

Q:Could it make coolant quot;Boilquot;? Ive heard myc ar's behavior is Normal, and most likely just heavy condenstaion as it DOES go away, also the behavior of the coolant and the tank.. but i DO know the Water Pump is quot;Weeping,or quot;Seeping,so i wonder what interaction that would have ont he Cooling side of the motor; what effects can it produce? What would i notice?My 1991 Calais 2.5L quot;Iron Duke,: White smoke is an indication of coolant getting into the engine. It could be a cracked head or blown head gasket. Black smoke can be worn rings or worn valves. A bad water pump could leak or make noises, the temperature is high or coolant bubbling out of the radiator.

Q:I have a '97 Chevy S-10 2.2 with 208K miles. Today on the way to work the heat cut out suddenly.I have had an issue with my engine where the temp will go up and down while on the highway but maxes out at like 215. Today after the heat cut out it was getting up near the redline before going back down to 150.I made sure the coolant was good before coming home but on the way home it was doing the same thing. I changed the thermostat but it's still doing the same thing.When I rev the engine I can see the upper radiator hose collapsing so it seems like there's a clog somewhere but I don't know how to find it. I guess it could be the water pump but then what is causing the suction on the upper radiator hose?Anyone have any ideas?: You have a leak in a hose. I would suspect a heater hose or lower radiator hose. When you put water into the radiator, you still had air in the system, this prevents you from having the required amount of coolant in the system. Find the leak, fix the leak. Jack up the front of the truck to where the radiator cap is at the highest point in the system, then add coolant. Problem solved.

Q:Relationship between power and flow of sewage pumpFor example, how much power waste water pumps do 1m3/h and 100m3/h need?Best detailed listShow the relationship between power and flow: There is a formula for motor power = flow (m3/h) * lift head (meter), *9.81/3600/ efficiency (general sewage pump efficiency is about 55%), *1.2 (motor safety factor)For example, 10 tons of flow, lift 10 meters, how much power?N=10*10*9.81/3600/0.55*1.2=0.595. so the motor power we chose should be 0.75KW

Q:I have a Stamas boat that I am in the middle of restoring. It has 2 chevy 350's, with borg warner (sp) tranny's, and v-drives. Anyway, it has standard water pumps to cool the engines, and it had 2 Sherwood pumps to circulate the water to cool the tranny's, and v-drives. First, I am using the boat in Lake Michigan only, the water is very cool year round since it is such a big body of fresh water. I was wondering if there was any recommendation on possibly using 2 electric pumps to circulate the water? If so, what would a good unit be? Second, the transmission coolers were brass, with a honey comb in the center for the ATS fluid to run through, and the water would run on the outside to cool the fluid. Is this a more effective way to cool the fluid than with those expensive brass fitting? Just checking before I spend a few hundred on them to see if a better way to cool my engine and tranny's, in all honestly though, I am more worried about effectiveness than cost.: Why okorder /

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