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Motor Pump
Checkout Ebay Auctions For The Cheapest Prices
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 Baldor Electric Pump Motor 1 HP 3 Phase 56J Frame 3450 RPM  US $75.00
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 Franklin Submersible Pump Motor 1/2 HP 230V, 3 Wire US $95.00
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 HONDA PUMP MOTOR GX 120 4.0 US $125.00
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 4 HP 24V DC VEHICLE ELECTRIC MOTOR BIKE/PUMPS/GOKART US $169.04
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 2.5 HP ELECTRIC DC MOTOR FOR GO KARTS, PUMPS, BIKES, HYDRAULIC POWER PACKS ECT US $149.00
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 Ohio PM Pump Motor D468214XWF07 RB US $250.00
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 COLE-PARMER 302-FM-B VARIABLE AC PUMP MOTOR,115VAC,0-700 RPM US $4.50
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 Magnaloy C-face adapter, Electric motor, Hydraulic pump mount US $65.00
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 FLOJET 12 VOLT PUMP SPRAYOR MOTOR US $11.11
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 Bodine 1/6 hp 115v Motor Metering Pump Unit US $60.00
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 PARKER PGP315 / PGM315 HYDRAULIC PUMP / MOTOR US $175.00
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High temperature(100'C) 1L/Min (15GPH) mini DC6V Water Pump. Food grade. Sous Vide Sale Price: $13.95  |
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This is a high temperature (up to 105'C) FDA approval mini submersible water pump. The shaft is coated with a layer of ZrO2 (zirconium oxide ) for higher temperature handling and better tolerance for acid and alkaline. It's built by a brushless motor providing smooth and quiet operation than a non-brushless water pump. Plus,it will not generate 'electric spark' like what a brush type does so it's more safe. It can be used to pump oil as well (no gasoline*) Specification: Input: DC 5~6V Output: 1.0L/min or 0.264 gallon/min Range: 1M (3ft horizon) @6V Current: 300mA@6V Intake: 9mm Dia. Outlet: 7mm Dia. Life span: > 20,000hrs @ 1600rpm~4200rpm Noise: |
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7L/Min mini DC Water Pump. Good for CPU cooling & small water fountain Sale Price: $9.95 |
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For sales is a 7L (1.85gal) per minute DC water pump. It's driven by DC 6V~9V. It's not a self-prime pump. Must install lower than the water bank or inline. It's not submersible so don't put it in water. |
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8.3L/m (132GPH) Small DC12V Brushless Submersible Water/ oil Pump Sale Price: $29.50 |
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This is a quality made, small DC submersible water pump with high pressure output. It can be used in the water or it can run dry as long as water is flowing. It's built by a brushless motor so that it's more quiet and last longer than a non-brushless water pump. Plus,it will not generate any 'electric spark' (noise) like a brush type motor does so it's more safe to operate it where flammable gas may exists. Ideal for CNC Spindle motor cooling.It can be used to pump oil as well (no gasoline*) Other application: CO2 laser cooling, Indoor/Outdoor water fountain, Jet propulsion for Boat(toy) water gun, and other water circulation system. Specification Power: DC12V Output: 8.3L/m (132GPH) @12V Vertical lift: 5m (16ft) Current: 1.1A@DC12V Intake: 13.8mm Dia. Outlet: 10mm Dia. Life span: > 20,000hrs @ 1600rpm~10,00rpm Noise: |
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Jb Dv-6e 6 CFM Eliminator Vacuum Pump, 115v/60hz Motor, with Us Plug Sale Price: $301.34 |
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Eliminator Series pump highlights include: ?*25 Micron Field Tested (Thermistor Gauge Reading) ?24 Month Warranty ?Improved Wider Stance Feet for Better Stability ?2 Stage Direct Drive Design ?O-Ring seal Drain Valve ?Check Valve Prevents Oil Backflow during Power Failure ?Low Profile Rocker Switch ?Completely Field Repairable ?16 Ounce Oil Capacity for good contaminant absorption and easy oil changes. See JB Vacuum Oil ?Low profile rocker switch helps prevent damage and accidental shut off . O-Ring seal and hand tight design help keep your oil changes quick and clean . ?Four Point Feet offer a wider stance for better stability on uneven surfaces |
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Emerson EUST1152 5-5/8 Diameter Pool Pump Motor 1-1/2 HP Sale Price: $214.19 |
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EUST1152 5-5/8" Diameter Pool Pump Motor 1-1/2 HP Features: 1081 Design, Sealed Ball Bearings, Auto Thermal Overload, 303 Stainless Steel Shafts, Capacitor Start, 50 Degress C Ambient, Open Dripproof, Triple Bearing Protection, Continuous Duty, Class B Insulated 1-1/2 HP 3450 RPM 115/230 Volts 1.0 Service Factor 15.6/7.8 Amps Cross References: C48L2N131A7 C48L2N134 C48L2N134A3 C48L2N134A4 C48L2N134A5 C48L2N134A9 K48L2N103 168099 177020 B229 B229SE EB229 JD15FL1 JD15UP1 54024 C1319 C48L2N134B1 |
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Finish Thompson 107324-1 S1 Splashproof 1/3 HP Motor (115VAC/60 Hz) for Drum Pump List Price: $236.00 Sale Price: $187.25 |
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Open Drip Proof, Splashproof 1/3 HP Motor (115VAC/60 Hz): Ergonomic, lightweight design; Continuous duty; Double insulated; 12 ft. (3.5 m) cord w/ plug, circuit breaker, & manual reset. Universal - Two speed. |
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Emerson EUST1202 5-5/8 Diameter Pool Pump Motor 2 HP Sale Price: $338.98 |
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EUST1202 5-5/8" Diameter Pool Pump Motor 2 HP Features: 1081 Design, Sealed Ball Bearings, Auto Thermal Overload, 303 Stainless Steel Shafts, Capacitor Start, 50 Degress C Ambient, Open Dripproof, Triple Bearing Protection, Continuous Duty, Class B Insulated 2 HP 3450 RPM 115/230 Volts 1.0 Service Factor 16.8/8.4 Amps Cross References: C48M2N107A6 C48M2N111 C48M2N111A1 C48M2N111A3 C48M2N111A4 C48M2N111A5 C48M2N111A9 C48M2N111X K48M2N111 K48M2N111A1 K48M2N111A4 K48M2N123 K48M2N123A1 168096 177021 B230 B230SE EB230 JD20UP1 JH20UP1 12018 C1320 SP1615Z1M SPX1615Z1M |
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Finish Thompson 107325 S4 1/2 HP Air Motor (40 psi @ 27 cfm) for Drum Pump List Price: $327.00 Sale Price: $256.26 |
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1/2 HP Air Motor (40 psi @ 27 cfm): Lightweight; Operates from customer-supplied compressed air source; Variable speed; Muffler and control valve; CE Certification |
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AO Smith Q1072ES 3/4 h.p. Sta-Rite, A700DH pump Motor Sale Price: $249.55 |
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Q1072ES 3/4 h.p. Sta-Rite, A700DH pump Motor, Auto protector, Internal Capacitor start, Open drip proof, CCWPE rotation, Sealed ball bearings, Sealed switch, 40 degrees C ambeint, 60 HZ, 416 stainless threaded shaft, sealed switch design, High service factor, 3450 RPM, 115/230V, 14.8/7.4 amp, 1.65 service factor, 48Y frame. Extended shaft, Square flange. Cross Reference: C48K2EB103 C48K2EC103 C48K2EC103A2 |
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BSM Pump 713-30-160-1 6-1/6" Electric Motor Bracket Sale Price: $400.98 |
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"BSM PUMP" ELECTRIC MOTOR BRACKET 6-1/6" Bracket |
Here are some more information for Motor Pump:
Sump pumps are installed in some homes to help pipe surface water, ground water, melting ice and snow. Pumps are also used to pipe away ground water from the area under the basement floor slab and around the basement foundation walls. Exterior perimeter drain systems should not be directed into the sump pumps because the water can flood the home if there is a malfunction or a pump discharge pipe obstruction.
Some houses need sump pumps because the exterior slope of the soil allows snow, water and ice to collect around the exterior walls of the home. In some areas the water table is high and pumps are used to help avoid water infiltration into the lower level of the home.
Most sump pump systems are comprised of a pit (tank) that is located below the basement floor slab and a pump and discharge line. The pump has an inlet hole or may have multiple inlet holes and can be made of various materials. Most pump pits are either plastic, metal, or cement.
The actual pump is located inside the sump pit. The pump may be a pedestal style with the electric motor located above the pump. The pump may also be a submersible style pump with the motor and the pump located at the bottom of the sump. In both styles of pumps there will be a 120 volt electrical power line and a float switch to activate the pump as the water level inside the sump pit rises. Sump pumps can be powered by an ordinary electrical receptacle and at other times be powered by direct wiring to the pump motor.
There is a discharge pipe from the pump that pipes the water out of the sump pit when the pump engages. The discharge pipe is often plastic pipe. There is no need for a vent pipe on a sump pump because the top of the pit is not tightly sealed. Sewer odors are also not an issue because the pump is discharging ground water and not waste water from plumbing fixtures.
Discharge pipes from sump pumps that are installed on the exterior of the home are often buried just slightly below grade. This pipe must be sloped down from the home so water will effectively drain out of the pipe. If water freezes it may block and obstruct the discharge pipe.
Caution must be taken when a pump is tested. There is an inherent electric shock hazard because there is water and electricity in the same proximity. Use a wooden stick to lift the float to test the pump. Never use your hand to lift the float switch because if there is a short you may get an electric shock. Although not required it is beneficial to have a GFCI protected electrical receptacle supply power to the pump. Sump pumps should not be operated with out water. Before the pump is tested make sure that there is water in the bottom of the sump pump. You can always pour a few inches of water in the sump pit to allow you to test the pump.
When inspecting your sump pump, you should also view and inspect the discharge pipe and make sure the line is not obstructed and is discharging freely. If the discharge pipe is obstructed the water level in the pit may raise too far and then flood the basement.
If excess noise or vibration is heard it may be an indication that the pump motor or the bearings are worn. Worn bearings may be caused by the lack of proper maintenance. Replacement is recommended in order to make sure the pump will operate when it has too.
Some other common sump pump problems are:
Short cycling or operating continuously. This condition may be caused by a sticking float switch or debris inside the sump pit. The sump can become damaged. Often metal sump pits rust and corrode. Plastic pits can be damaged by soil pressure. All sump pump pits should have a securely fitting lid in order to avoid possible injury.
It is a very good idea to keep a back-up sump pump on hand so that the existing can be quickly changed if there is a malfunction. It is also very desirable to have a battery back up to power the pump in the event that the power should fail.
home inspectors New Jersey
home inspections New Jersey
How a Heat Pump Works
A heat pump system is made up of four major components. Let’s explore each component, and learn how a heat pump operates.
· The outdoor unit or heat pump – is the unit that sits outside your home and contains the compressor, condensing coil, reversing valve, defrost control, fan and motor and all the systems electrical components.
· The air handler – is the name given to the combined evaporator coil, blower motor and electric heater pack. The air handler must be properly matched to the outside unit and should always be replaced when you purchase a new system in order to maintain maximum system efficiency and prolong the life of your new heat pump. If you don’t replace the air handler the outdoor unit will fail prematurely.
· The heater pack is the electric heat elements that are installed in the air handler. When the heat pump cannot keep up with the homes demand for heat the electric elements cycle on. The heater pack is also known as emergency heat – in the sense that it can be used when your heat pump has failed.
· The line set – The line set is the copper tubing that connects the air handler to the heat pump. The black insulation or armaflex on this tubing keeps it from sweating as the cold refrigerant passes through it. The line set should be replaced whenever possible to avoid contamination and to help extend the life of the new equipment.
· Variable Speed Blower Motor – In addition to the 4 major components, you also have the option of adding a Variable speed Blower motor to your Heat Pump System. When you purchase a heat pump you are purchasing a system. The pump outside is matched with the air handler inside. The blower on the air handler is critical to the operation of the pump. That’s where variable speed comes in. The variable speed blower increases the efficiency of the system because the GE ECM motor is electrically more efficient than standard motors. When you run your fan continuously this motor costs up to 90% less to operate than a standard blower motor. Variable speed also increases comfort. It ramp starts, slowly bring the fan up to speed helping to avoid the sudden burst of air most systems deliver. Variable speed runs at a slower speed in continuous operation, using about as much energy as a 100-watt light bulb, as it constantly circulates the air in your home. This evens out hot or cold spots, without feeling a draft. This reduces air velocity making your air cleaner and humidifier more efficient. This motor even compensates for a dirty air filter by running faster as it senses air filter restriction.
Here's how a Heat Pump Works
In the summer a heat pump uses refrigerant, pumped by the compressor, to transport the hot air inside your home outside. The heat pump coil outside dumps the heat into the atmosphere while the coil inside the air handler releases cool air into your home while at the same time absorbing heat and repeating the cycle again. The air handler fan distributes the cool air inside your home while the heat pump fan dumps the hot air outside. In the winter reverse the cycle. There is always some heat in the air outside. The heat pump captures that heat, pumps it inside and releases it in your home. Unfortunately there is also moisture in the outside air. This causes frost build up on your heat pump and it must remove this frost to stay efficient. To do this the pump quickly turns back into an air conditioner causing the ice to melt on the outside coil. As soon as the ice is melted it reverses back into a heat pump. Now you know what a defrost control and reversing valve do! As it gets colder out the heat in the atmosphere is harder to find and your electric heaters will cycle to supplement the pump. Why not just use the electric heat? Because pumping heat from outside can be up to 300% more efficient than using electric heaters. In other words, you use the heat pump because it saves you money. Of course a heat pump is not quite that simple but for our purposes lets leave it at that.
About the Author
Steve Boerger is an owner of Recker & Boerger, a Cincinnati heating and Cincinnati air conditioning company.
Where is the windscreen wash pump/motor located in a yaris?
Our yaris (2000) has stopped squirting water on the windscreen, the stalk is fine because the wipers wipe when you pull the stalk inwards, which leads me to believe it the motor or a connection? Where is it located? Also does the motor have its own fuse?
normally there a push fit into the side of the washer bottle....
Heart pump made in Utah saves Idaho man's life
A heart pump made in Utah was successfully implanted at University Hospital, giving a 44-year-old Idaho man a second chance at life. The device known as the levacoris pumps blood to the heart with a magnetic rotor, providing the relief it needs until a proper transplant is found. The pump requires no motor or bearings that could potentially damage the blood and can last years longer than other ...
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