Thursday, December 22, 2011

Marineland NJ1800 Maxi-Jet Submersible Utility Pump, 38-Watt, 474 GPH

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Brand : MarineLand | Rate : | Price : $61.75
Post Date : Dec 22, 2011 19:04:26 | Usually ships in 24 hours


  • 474GPH
  • Engineered to handle the capacities of our new Deep Dimension, Corner-Flo Aquariums and our High-Capacity Acrylic Sump Filtration Systems
  • They?re also more than a match for other brands of aquariums and sumps

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Marineland NJ1800 Maxi-Jet Submersible Utility Pump, 38-Watt, 474 GPH

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Saturday, December 10, 2011

Tips in Fixing Power Gear Levelers

!: Tips in Fixing Power Gear Levelers

Power gear levelers are normally quite reliable. However, we all know that even the best product out there can have some problems. Before we discuss the different things you can do to troubleshoot, let's first take a look at the basics:

A power gear leveler system has these components:

1) Control panel -this is located on the driver's area and is used to control.
2) Electric pump -this pump moves the hydraulic fluid around the system and creates the force necessary to move this device.
3) Solenoid valves - four valves control the movement of the hydraulic fluid.
4) Hydraulic fluid reservoir- this contains the hydraulic fluid whenever you are not using this unit.
5) Jacks -these support the RV. Raised and lowered by the hydraulic fluid, the jacks provide the surface for the RV.

Now, here is how the whole power gear leveler works:

Pushing one of the four buttons on the control panel causes valves to open or close and thus, the hydraulic fluid is forced into the hydraulic jacks, raising and lowering them. You can control the height of the RV because this leveler works on a ground system, which means that the solenoid valves remain open as long as you push the button on the panel.

A control panel has four buttons. However, you cannot control each jack independently: The "front" button controls two jacks at the front of the RV, the "rear" button raises and lowers the rear jacks simultaneously and the right and left buttons control each side of the RV.

Here are some problems you may encounter with a power gear leveler:

"Jacks down" alarm is on

-this problem may be caused by having insufficient hydraulic fluid in the system. To check the hydraulic fluid level, you have to make sure that the jacks are retracted. To make things easier for you, there is a measuring stick located in the hydraulic fluid reservoir. The fluid level should be 7/8" for square reservoirs. If your fluid level is low, you should check the system for any leaks and have it repaired.

Power Problems

If you have problems regarding the power of the power gear leveler, you might want to check one of the fuses that can be located in the control panel.

Maintenance

They say that an ounce of prevention is worth a pound of cure. In order to prevent these problems from occurring, you need to regularly take care of your power gear leveler. Here are some maintenance tips you should follow:

1) Regularly wipe the jacks - You should wipe down the extended jacks regularly to prevent them from sticking. You should also check for any loose soil or rocks that might get into the power gear leveler system. This is important as foreign objects may cause huge damage to the power gear leveler.

2) Lubricate- Another thing you should never forget to do is to lubricate your jacks. This makes extending and retracting smoother for your unit. Make sure to use a lubricant that does not attract dirt or dust.

3) Use pads - instead of directly placing the jacks on the ground, use pads. This serves the purpose of giving your power gear leveler a more solid footing and also minimizes the effects of weathering on the system.


Tips in Fixing Power Gear Levelers

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Thursday, November 24, 2011

Garden Pond Pumps - Types of Pond Pumps

!: Garden Pond Pumps - Types of Pond Pumps

A lot of pond keepers are finding helpful information online about fish pond pumps. There are plenty of useful sites online that can guide you in purchasing the appropriate pond pump for your garden. In this article, you will learn more about pond pumps.

Are you familiar with the LPH or the GPH? Well, you should be because these abbreviations are very important when determining the performance of the pond pumps. Aside from the abbreviations, you should also know more about head height or head pressure.

The pumps are available in different types. Having a pump is necessary for maintenance. Filtration systems are usually powered by pumps to ensure water circulation within the pond. Each type of pump has its applications and unique features.

1. Magnetic drive pumps - this is the most common; it uses electromagnetism to rotate the impeller and force out the water. This is an efficient system that can save a lot of energy. It is also available in different sizes that can surely fit to your pond.

2. Statuary pump - this is a great pond ornament or small fountain; it has low head pressure and GPH; it can't be used for filters and instead, best suited for indoor display and patio fountains.

3. Direct drive - this is excellent for greater head heights; uses electric motors that turn the pump's impeller with the drive shaft. In requires greater energy and less expensive. This pump uses more electricity and you also need to lubricate it with oil.

4. Submersible pump - this pump can be placed into the pond; this is necessary to ensure that the pump will not overheat since it will be running for twenty four hours. Outdoor activities will not be disrupted since the noise is concealed.

5. External pumps - this is excellent for high head pressure and flow rates; requires less maintenance but are harder to install; this is a bit noisy and you should also protect in when there is power outage.

6. Solid handling or debris handing pumps - this is also a submersible pump but is designed for ponds with large loads of debris; it can prevent damage to the impeller and the water can still be circulated despite the difficult conditions.

7. Fountain pumps - this is recommended for small ponds or water gardens. It is usually sold in kits including a pre-filter, fountain, and water pump.

These are the different types of pond pumps that you can use for your garden pond. Try to compare their good sides and bad sides so that you can pick the ideal fish pond pump that can meet your needs.

So far, the magnetic drive pumps are the most popular, as well as the submersible pumps. Still, it is a matter of personal choice.


Garden Pond Pumps - Types of Pond Pumps

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Friday, November 18, 2011

Beckett G535AG20 535 GPH Submersible Pump

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Brand : Beckett | Rate : | Price : $71.95
Post Date : Nov 19, 2011 06:27:38 | Usually ships in 1-2 business days


This pump features a dry rotor (sealed), is oil less, and has a UL listed, 3 prong cord with ground. It has a half inch MNPT discharge , accepts 3/4 inch I.D. hose, has screened suction, and belongs to Beckett's Versa Gold Series. The pump is perfect for large ponds, small waterfalls, fountain nozzles, and other water features and has a lift of up to 12.4 feet. It can be used for ponds as large as 500 gallons. Its filters are designed to improve the efficiency and life of the pump and are easily disassembled for cleaning. Optional MFB235 filter extends pump life. This pump also boasts a direct drive, epoxy encapsulated design, an inlet screen designed for continuous duty, and a ball bearing motor matched to a dynamic shaft seal. It pumps 500 gph at a one foot height.

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Wednesday, November 9, 2011

Best Sump Pump - Submersible Or Pedestal?

!: Best Sump Pump - Submersible Or Pedestal?

What are the differences between the submersible and pedestal sump pumps?

Placement: A submersible is designed to be placed in a sump pit and submerged in water. The pedestal is designed so the pump sits in the sump pit, but the motor sits outside the pit. The motor should not get wet.

Stability: The submersible pump is placed on the bottom of the sump pit so it is very stable. On the other hand the other type has the pump on the bottom of the pit, but the motor is outside the pit. A brace attached to the motor is required to make it stable.

Float-switch: The submersible sump has one of four types of float/switches: Tether floats hang freely from the side of the pump and float when the water around the pump raises. Vertical floats have a ball that moves up and down on a vertical rod with only a slight movement. A diaphragm, which is a membrane located on a drum shaped mechanism, becomes concave with increased water pressure which activates the pump. A probe controlled by a microprocessor which senses water pressure and activates the pump. The pedestal has a tether float

Sentry light signal: A submersible sump pump operating with a probe is the only float-switch mechanism that lets the owner know if it is operating properly when not running. The pedestal pump has a visible sentry light that indicates if it is operating.

Ease of replacing faulty float-switch: A submersible with a failed float, vertical switch attached to the pump or a diaphragm requires removal of the pump from the pit for replacement. A pedestal float mechanism is attached to the motor which is outside the pit so does not require removal of the pump from the pit.

Noise level and safety: A submersible sump is quieter because it sits in the pit. The pit and water reduce the noise. A submersible pump is also safer because it is in the pit. Children cannot touch any part of the pump unless the sump pit cover is not in place. The occurrence of an electrical problem is more likely to happen to the submersible pump since it is in the water, however such problems rarely occur.

Life span and cost: The pedestal pump has a longer life span. Water does take its toll on a submersible pump. Pedestals are known to last 2 to 5 times longer and are cheaper than submersible pumps.

Handling of debris: The submersible is built to handle small solids since it comes with a screen over the face of the pump preventing debris to be sucked up into the impeller. The pedestal style has a hose or pipe that reaches down into the bottom of the pit and sucks up anything in its surroundings.

Which of the two types is best for you? The following questions are designed to help you in your decision process to select the pump that is best for you.

Are you concerned about pumping capacity and stability? A submersible handles greater volumes of water and is more stable.

Are you concerned about cost? A pedestal is cheaper.

Are you concerned about safety and the noise level? A pedestal is noisy and is not recommended for use where children or pets exist and for basements that are used for family living.

Are there small particles in your sump pit water? A pedestal pump is not built to handle solids or particles.

Are you looking for a pump where you can replace the float-switch without having to remove the pump from the sump pit? Few submersible pumps have a float cage that is external to the pump. The pedestal sump pump float-switch maintenance is outside the pit.

What are your concerns? The above information has been provided to help you make the right decision for your situation.


Best Sump Pump - Submersible Or Pedestal?

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Monday, October 31, 2011

Wayne Water Systems VIP50 1/2 HP 2,500 GPH Submersible Utility Water Pump

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Brand : Wayne | Rate : | Price : $75.72
Post Date : Oct 31, 2011 15:00:31 | Usually ships in 24 hours

This unique Wayne utility pump passes 1/2in. solids such as leaves, pebbles, and other debris without clogging. 1 1/4in. discharge is adaptable to garden hose thread with rotating adapter (included). HP: 1/2, Flow (GPH): 2,500, Volts: 115, Max. Total Head (ft.): 15, Suction Type: Bottom, Discharge Port (in.): 1 1/4, Pump Housing: Glass reinforced thermoplastic, Volute: Glass reinforced thermoplastic, Impeller Shaft: Glass reinforced thermoplastic, Solid Handling (in.): 1/2, Power Cord (ft.): 8, Thermal Overload Protection: Yes, Dimensions L x W x H (in.): 6 3/4 x 6 3/4 x 10

  • 1/2-horsepower submersible utility water pump can handle material up to 1/2-inch thick without clogging
  • Removes water within 1/8-inch of surface
  • Glass reinforced housing prevents rust
  • Connects to garden hose with 3/4-inch adjustable discharge adapter
  • 1-year limited warranty

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Thursday, October 27, 2011

Little Giant 5-ASP-LL Water Wizard Submersible Pump

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Brand : Little Giant | Rate : | Price : $116.49
Post Date : Oct 27, 2011 15:21:49 | Usually ships in 24 hours


Little Giant 5-ASP-LL (505350) Submersible Utility Pump / Sump Pump w/ Low-Level Piggyback Diaphragm Switch and oil-filled motor. The 505350 model Pumps down to 1/8" in "manual" mode operation and has a low-level pressure diaphragm which allows the pump to switch with "on" levels at 2" to 3" and "off" ranges at .5" to 1.5" in "automatic" mode. These 5-ASP-LL Little Giant Pumps has a 1" FNPT discharge, as optional regular garden hose adapter, screened inlet and 18ft power cord. Little Giant Utility Pumps 5-ASP-LL Series utility pumps have an epoxy coated cast aluminum housing. For use in commercial, industrial and home applications where liquid must be transferred or recirculated. Specs: * Model Number: 5-ASP-LL; * Horsepower: 1/6; * Max. Flow: 1200 GPH @ 1' of Head; * Cord Length: 18'; * Switch: Automatic, Diaphragm type; * Shut Off: 26.3' ft of head; * Voltage: 115V; * Hertz: 60 Hz; * Amps: 5; * Watts: 380; * Weight: 10.25 lbs.; * Height: 7.75"; * Widht: 4.31"; * Length: 7.7"; * Certification: UL/CSA;

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Saturday, April 9, 2011

Water Features For Your Backyard Pond

!: Water Features For Your Backyard Pond

You don't need a pond to have a water feature. But a water feature can make your backyard pond an attraction that will add great interest and character to your outdoor space. The way to do this is to incorporate a specific feature of some sort within your pond.

So, where to start?

First of all you need to be clear in your own mind what you want from your pond. For instance, if you want to build a pond to breed koi fish, adding a lavish fountain in the centre may not be such a good idea, because the volume of water that showers back into the pond can upset the fish. But a model in the pond will add interest, or maybe a tiered fountain that allows the water from the fountain to flow back gently.

If you want to add a extra interest to your backyard, you may like the idea of one of the relatively new theatrical inventions that incorporates color and even music with the movement of the water from the fountain. If the pond is big enough, the fish probably won't mind at all.

There are a huge whole of separate fountain features on the store that are intended for pond use. There are also a lot more that you can adapt for ponds and pools. The simplest type is attached to a submersible pump and it then simply sprays water out of the pond so that it returns with gravity. The fountain head that you use will rule what the pattern of the water looks like. For instance, it may shoot into the air like a high-pressure spray, or it may look like a dome, or even imitate the shape of a water lily or tulip. There are those that shoot into the air in imitation of a hot water geyser, and others that generate a much more complex and formal tiered spray.

Then there are fountains, like the tiered fountain mentioned earlier, that incorporate some sort of embellishment or statuary. There are two basic types:

1. The sort that you position within the pond, so that it sprays up into the air, and
2. The sort that you position on the edge of the pond, so that it sprays into the pond.

There are even fountains that will "dance" to music, with the pump yield pulsating in tune to the music of your choice. Add lights and color to this and you have your own home theater! One of the latest designs appears in the form of a rainbow that continuously changes color. Relatively inexpensive, it doesn't use batteries, but simply relies on a organery hose or a pool return line for power. Other quite modern water feature from the same maker is powered by batteries. This one creates an illuminated, color-changing consequent in the fountain that can be seen both above and below the water in the pond. The shifting patterns of colored light generate an unbelievable kaleidoscope that is magical to watch. This singular water feature can be tethered within the pond, or it may be allowed to float, adding to the effect.

Of course to be effective, these astonishing theatrical features do need space. So before you rule which water feature to buy, make sure your pond is suitable.


Water Features For Your Backyard Pond

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Friday, March 25, 2011

Submersible Well Pump How to Replace

!: Submersible Well Pump How to Replace

Replacing a submersible well pump is not a complicated task and relatively uncomplicated if you understand the basics about a well ideas - like the placement of the pump, how the submersible pump operates and how it is installed in a well casing. An developed do it yourselfer with knowledge of electrical wiring and some basic plumbing skills is probably capable of replacing a submersible irrigation pump. This is not a step by step factory guide but rather an overview for a normal comprehension to value whether to do it yourself or hire a contractor. The savings on the cost of labor, if you do it yourself, will be about 50 - 60% of the total price of a contractor doing the job. The first factor in deciding whether to attempt doing it yourself is how deep the well is and do you have a large adequate lay down area to layout the pipe in your yard once you start pulling it out of the casing. If your well is 50' to 150' deep, I would advise doing it yourself if you are physically capable to continuously lift and pull about 40 to 70 pounds of weight and hold it in place for during the perfect dismissal of pump to keep from dropping it back into the well. To do this you will need at least one other man to help you pull out the pump and guide the dismissal pipe away from the well as you are lifting it out.

The well casing in made of steel, iron or Pvc pipe normally 3"or 4" inside diameter and this acts as a sleeve in which the pump housing, dismissal pipe and wiring go down to reach the water level within this pipe casing. Attached to the submersible pump is the dismissal pipe, normally 1" to 1- ¼" flexible poly pipe and the electrical wiring which also runs into this casing to the depth of submersible pump in the well. The deeper the well, the heavier and more difficult it is to lift out. The weight of the pump assembly may want some rigging above the well casing to help lift and hold the pump assembly in place so it doesn't slip and drop back down into the well casing as you are pulling it out. Once you start pulling up of the pump you must continue the petition until it is fully out of the casing. If you are doing this manually attach a rope beforehand to the top end of well cap so the other man can easier hold on to it and tie it off to something - a tree or fence, in in the middle of lifts if you need to take a break and stop lifting.

If you resolve to replace the well pump yourself, here are some tips to remember. resolve that the pump motor is bad by checking circuit breakers, switches and check that power is at the well head. If power is on at well head it is a good sign that the pump is broke. Turn off the power at the breaker panel, tag and lock it out for safety before you start exposing the well head. Clear the area colse to the well head, approx 6' to 8' diameter, of shrubs and plants so you have adequate room to expose the pump outlet and electrical connections. Disconnect the dismissal pipe and undo the wiring at the junction box near the top of the well. Loosen the bolts on top of the casing cover, this is a squeeze type of cover with a thick rubber ring that expands as tightened and contracts as loosened against the casing interior. Once loose, try to lift the cover, as you lift you will be getting an idea of how heavy the whole assembly is of which you have to lift out of the well.

Now you are ready to lift the pump. Rubber gloves, protective clothing or coveralls should be worn as the pump piping may have an iron and silt residue on the covering and can be quite a messy job. Fasten a pull rope colse to the top of the well head for the other man to hold on and tie off if needed. Some wells may have a leader rope or cable already attached from customary factory instead of relying on the dismissal hose clamps and connection. The man who will do the actual pulling should stand directly above the well to lift the dismissal piping level out of the casing and the other man should stay with the top end of well cap and guide it to where you lay it down as you pull. Make sure that the man guiding the end has a good grip on the end before you release to get someone else grip. Continue until pump assembly is fully out of the casing and wash off the entire pump end so you read the specification tag of the pump.

Collect the facts from the old pump - brand, model, Hp, voltage, phase, 110/220, rpm, 2 or 3 wire configuration, continuous duty and the pumps outlet size and dismissal pipe size. Most residential submersible pumps are whether 2 wire or 3 wire configuration. The 2 wire type has 2 - 110v wires along with a Case ground to pump housing. The 2 wire pump needs no controls. If it is a 3 wire pump you should replace the controls also.

Most submersible pump are two piece units bolted together to be one assembly and consists of the motor and the pump. You can just replace the motor or pump if you choose, but I would very advise that you replace the whole assembly. After you have identified what type and size pump you have you may want to resolve to upgrade your ideas with a higher volume pump of keep the same configuration. For upgrading, you should contact a victualer or well contractor for recommendations to be compatible with your needs and piping sizes to which your pump feeds.

Installing the new pump assembly. Make an itemized list of new parts, controls, fittings or wiring as needed. If the existing wiring and flex pipe are in good condition there is no need to replace them. To setup the new pump you will have to splice the electric wires together in a waterproof connection. Consult an electrician or well contractor to specify the power wire splice connector type and technique standard for well applications. Connect the pipe fittings and pipe clamps as directed in the manufacturer's instructions. Tape the power wires about every 2' for the entire distance to the flex pipe for ease in reinstallation of pump into casing. Turn the power to the pump on momentarily to check if it is working before inserting assembly into well. Turn the power breaker off and put in order to insert the pump back into the well again using 2 habitancy - one at the well occasion lowering and feeding the pump down and the other man at the well head cover feeding the slack to you and to help hold back to preclude the pump from dropping swiftly down the casing.


Submersible Well Pump How to Replace

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