Pumps Back In Operation __LINK__

Pumps Back In Operation __LINK__

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All Basement Watchdog primary pumps are built to be durable and reliable. They are engineered with energy efficient PSC motor. This allows the pumps to save you money and help the environment by using less electricity. They are also rated for continuous duty which means they are built to run continuously 24 hours a day, 365 days a year.

A backup pump with a dead battery, loose cables, or a clogged pump is like having no backup at all. With other brands, you will never know if there is a problem. All Basement Watchdog backup pump systems have unique monitoring systems that sound an alarm when maintenance is needed or when a problem arises. All systems also include the fluid sensor that is used to monitor the battery fluid level.

Everyone who has an AC sump pump should protect their basement with a backup system. At some point the main pump will fail as a result of a power outage, main pump failure, float switch failure or the inability to keep up with the incoming water. A backup pump is an inexpensive insurance policy eliminating the headaches and cost associated with a flooded basement.

The best installation method is a direct discharge to the outside of the building. With this method, your backup pump is able to operate at full capacity if your main pump is not able to keep up with the incoming water. Also, a bad check valve will not affect the operation of either pump.

Having two working check valves below the \"Y\" connector is very critical to the operation of the backup pump. For example, if the check valve is bad above the main pump, the water will not get discharged by the backup pump if it has to activate. The water will only go up the \"Y\" connector and then come down through the main discharge pipe. The check valve above the main pump must be working and installed properly in order for the backup pump to operate.

If you are connecting to an existing discharge pipe with a \"Y\" connector, two check valves are required. Both check valves must be installed below the \"Y\" connector and 1/8\" hole must be drilled between the check valve and the backup pump.Note:Installing a check valve above the \"Y\" can cause air lock or pressure problems that may result in flooding and is not recommended

For narrow pits you can mount the backup pump on an \"L\" bracket above the main pump. You will need to purchase from a hardware store an \"L\" bracket at least six inches long (preferably one that will not rust), two stainless steel hose clamps, and one stainless steel screw (#8-32 x \") with a matching washer & nut (refer to our manual for instructions).

Consider one of our combination systems. These systems come pre-assembled with check valves, a \"Y\" connector and both primary and backup pumps. They feature a compact design that can fit most narrow pits.

The float switch will turn on the pump when the water raises either float, and it will remain running as long as the water is above the float. When the water drops below the float switch, an internal timer in the control unit will keep the pump running an additional 25-60 seconds to empty the sump pit. The actual additional run time will depend on the backup system.

Power surges and power spikes can occur at anytime. Unfortunately they can damage the electronics inside the control unit of your backup system. Protect your backup system with a surge protector which is a device that suppresses power surges. A surge protector can be purchased at any electronics or hardware store. They are rated in joules. At least 1500 joules is recommended for any of our backup systems. We do not suggest plugging the primary pump into a surge protector.

All of the Basement Watchdog combination systems come pre-assembled for easy installation and offer primary and battery backup pump capabilities. They also have a compact design that fits into pits with diameters as small as 12 inches.

All Basement Watchdog combination systems come with a primary pump with dual float switch, backup pump with a mounting bracket, control unit for the backup pump with a dual float switch and battery fluid sensor, transformer, a rubber union, battery cap, and extra zip ties to secure wires.

You will also need to supply a 12V standby battery. All Basement Watchdog standby batteries are specifically designed to work with our battery backup and combination systems. They are the only batteries that will accommodate the battery fluid sensor. You will also need to supply six quarts of 1.265 specific gravity battery acid (30HDC140S and 24EP6 batteries only). For some installations you may also need additional items: 1 \" rigid PVC pipe, 1 \" PVC pipe connector or 1 \" rubber union, and PVC pipe cleaner with cement.

For convenience, both pumps have been pre-assembled for easy installation with a \"Y\" connector and two check valves. All combination systems come with a detailed manual that includes pictures of the installation process. Easy to follow videos are also available to help guide you.

All Basement Watchdog combination systems come with two built in check valves. It is highly recommended to remove the existing check valve. Not only will it reduce the pumping capacity of both pumps but it can cause pressure problems or air lock.

The float switch will turn on the pump when the water raises either float, and it will remain running as long as the water is above the float. When the water drops below the float switch, an internal timer in the control unit will keep the pump running to empty the rest of the water in the pit. The backup control unit will run the pump for additional 25-60 seconds. The dual float controller for the primary pump will keep the pump running for additional 10 seconds.

The Basement Watchdog batteries have been designed specifically to work with the Basement Watchdog backup systems and combo systems. The wet cell standby batteries are the only batteries that accommodate the fluid sensor, which is a very important feature for maintaining battery performance. They are constructed to provide longer pumping times than most other batteries, and to last longer than other brands.

The first thing to check is the installation of the pump. Make sure the pump is plugged into the back of the control unit. Second, if a check valve has been used in the installation, make sure it is installed correctly. If it is upside down, no water can pass through it. Make sure the arrow on the check valve is pointing up. If you are using 2 check valves, both check valves must be installed properly and below the \"Y\" connector. It is very important to check the operation of the check valve above the main pump. Finally, make sure a 1/8\" hole has been drilled in the PVC pipe about 3\" above the pump. You can check our troubleshooting guides for further help.

If you are not connecting to an existing discharge pipe, a check valve is not required. However, a check valve will prevent water from flowing back into the pit when the pump has stopped. If you are connecting to an existing discharge pipe, two check valves are required. Both must be installed below the \"Y\" connector and 1/8\" hole must be drilled below the check valve and the backup pump.

The purpose of the 1/8\" hole is to prevent the pump from being air locked. A pump that is air locked cannot pump water. This hole should be drilled approximately 3\" above the pump at a 45 angle directed downward, so the water will flow back into the sump pit. When the pump is running, water should be shooting out of the hole. Some main pumps may require the 1/8\" hole as well. Check with the manufacturer of your main pump if it is required, or watch our installation videos.

For narrow pits you can mount the backup pump on an \"L\" bracket above the main pump. You will need to purchase from a hardware store an \"L\" bracket at least six inches long (preferably one that will not rust), two stainless steel hose clamps, and one stainless steel screw (#8-32 x 3/4\") with a matching washer & nut (refer to our manual for instructions).

Eellan Sivanesan, M.D., director of the neuromodulation - pain medicine division and assistant professor of anesthesiology and critical care medicine, provides information on how intrathecal pumps work and what patients may expect if their doctors recommend this method of pain or spasticity control.

In two studies looking at patients with cancer-related pain and pain from AIDS, researchers found that intrathecal pumps afforded greater pain control and more manageable side effects than traditional oral pills. 153554b96e

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