homeowner safety valve company supplier

Avoid the headache, hassle and costly repair bills caused by a water or sewer emergency on your property, or an in-home plumbing problem. A single call to Safety Valve takes care of it all.

New to Safety Valve? Enter your address below to check eligibility. Already a customer? Log in to manage your account. You must register first if you haven"t done so.

1-800-223-7019. Work must be done by a Safety Valve referred contractor to be covered sodo NOT call a contractor directly or your claim will not be covered.

To start a claim you must call Safety Valve directly at 1-800-713-1613. Work must be done by a Safety Valve referred contractor to be covered so do NOT call a contractor directly or your claim will not be covered.

We do not cover the opening or closing of walls to gain access to pipes. Opening of walls to allow access to pipes is Your responsibility. You are responsible for closing the wall after the repair is complete. Check your homeowners insurance policy; it may cover the cost of handling lead paint and/or closing the wall.

All leaking internal clean water pipes (hot or cold), fittings and valves from the point the supply enters the house up to and including the shut-off valve before each fixture

The sewer line on your property is the homeowner"s responsibility. Depending upon your local sewer department"s rules and regulations, you may also be responsible for the sewer line in the street. (To verify what specific and/or other parts of the sewer system you own, contact your local sewer department or public works department for clarification.)

The curb box allows access to the curb valve, and the curb valve is the valve located on your property that can be used to shut off the water in the event of an emergency water line leak.

Regulations require that the water line on your property is the homeowner"s responsibility. Depending upon your local water utility"s rules and regulations, you may also be responsible for the water line in the street. (To verify what specific and/or other parts of the water system you own, we suggest that you contact your local water utility for clarification.)

The Water Line Protection Plan covers from where your water service line connects to your main water valve in your basement to the curb valve located on your property. In some instances, you may also own and be responsible for the water line in the street, which runs from your curb valve on your property to the water main in the street. (We suggest you contact your local water utility for clarification.)

No, the main shut-off valve in your home is not covered under the Water Line Protection Plan. It is the point where the water service line coming into your home ends. We consider the main valve as part of your internal plumbing. If you would like coverage for the main shut-off valve, please review our In-Home Plumbing Protection Plan.

1-800-223-7019. Work must be done by a Safety Valve referred contractor to be covered sodo NOT call a contractor directly or your claim will not be covered.

We do not cover the opening or closing of walls to gain access to pipes. Opening of walls to allow access to pipes is Your responsibility. You are responsible for closing the wall after the repair is complete. Check your homeowners insurance policy; it may cover the cost of handling lead paint and/or closing the wall.

All leaking internal clean water pipes (hot or cold), fittings and valves from the point the supply enters the house up to and including the shut-off valve before each fixture

When considering complaint information, please take into account the company"s size and volume of transactions, and understand that the nature of complaints and a firm"s responses to them are often more important than the number of complaints.

R.W. Beckett’s burner controls were created with customer satisfaction and safety in mind. Our entire suite of burner controls utilizes the most current technology to safely control the combustion process.

It’s a reputation we are proud to have earned from our customers in the United States and around the world. We have earned it with our commitment to consistently provide our customers with prompt, courteous service and the highest quality products. Clack is a leader in the manufacture and distribution of high quality control valves and water treatment components.

“I received a brochure in the mail regarding Connecticut Water’s Linebacker Protection program. There’s scant detail in the information, but I gather it’s a program that insures the water line from the road to your house. Should one of those lines break the cost can run into the thousands of dollars and is borne by the homeowner, not the water company. Can you please tell me whether this is a legitimate program and whether the entire cost of a line breaking would be covered? Thanks.”

As for insurance offers from Connecticut Water and other utilities, Coyle said PURA does not regulate those programs, and terms and prices can vary from company to company. “Individual households should shop around and do their homework,” he said.

• Linebacker, $85/year. Covers the cost of repairing or replacing the service line, curb valve, and first shut-off valve, with a $10,000 limit per year.

• Linebacker Complete, $185/year. Linebacker Plan plus in-home plumbing coverage for internal water pipes, connected fittings, and valves but not leaking or broken water fixtures. Service fee/repair is $50 plus up to $2,000 for remaining plumbing repair.

So, how often do water service line leaks occur on private property? I contacted Kerry Martin, assistant to MDC’s CEO, who gave me the data for two north central Connecticut towns that the utility covers. Of course, the MDC won’t know about leaks if homeowners repair them without reporting them.

“Covered repairs” include “as many service calls as you need … to repair or replace a leaking, frozen, or permanently blocked exterior water-service line from your utility’s responsibility … to the water meter or main shut-off valve inside your home damaged due to normal wear and tear not accident or negligence.”

While it"s possible to manually shut off your natural gas, the following specialized valves are available that can automatically shut off your service in case of an emergency:

Earthquake natural gas shut-off valve (also known as a seismic natural gas shut-off valve) automatically shuts off your natural gas service when an earthquake of a sufficient magnitude occurs at your home.

An excess-flow valve (EFV) automatically closes and restricts the flow of natural gas in the event an underground pipe is damaged or if there is a significant increase in the flow of natural gas to the meter.

If you want to have an earthquake natural gas shut-off installed, or are required to have one by your insurance company or the local Department of Building and Safety, the valve must be installed on your house line.

Under the regulations of the California Public Utilities Commission (CPUC), General Order 112-E, only SoCalGas® or its certified contractors are authorized to operate the natural gas service shut-off valve.

When you hire a qualified professional to install your earthquake valve, you"ll need to make sure that the valve is installed on your house line, not on SoCalGas" facilities. SoCalGas" facilities include all of the pipe fittings installed and maintained by SoCalGas, up to and including the last elbow or tee connecting to your house line. See the diagram below for to see where your house line starts.

All unauthorized valve installations found on SoCalGas" facilities will be removed. In addition, earthquake valves are not permitted in utility curb meter vaults.

If an earthquake or other significant event causes your earthquake shut-off or excess-flow valve to close, you can follow the manufacturer"s instructions for resetting the valve so that natural gas flows again. However, we recommend that you contact a qualified professional or SoCalGas to reset the valve, and to perform a safety check of your natural gas appliances before they are placed back in operation to verify that no natural gas leaks exist, and to re-light your pilot lights.

Remember that following a major emergency it may take many days or even weeks before someone can come to your location. (SoCalGas charges a fee to reset valves and re-light pilot lights when your earthquake shut-off valve has closed due to a non-earthquake occurrence.)

Price: The cost of the valve is going to vary based on the type and size of the valve, as well as the installation requirements and the company installing it.

Choosing a valve: In order to choose the right valve size and manufacturer, contact your local Department of Building and Safety to find out their earthquake valve requirements.

Where to buy a valve: You can purchase an earthquake valve at supply retailers, licensed plumbing contractors, or directly from the valve manufacturer.

Using a contractor: You can hire a qualified professional to install the earthquake or excess-flow valve on your house line. SoCalGas will not install a valve for you.

Effective February 10, 2002, California Public Utility Commission (CPUC) Decision 01-11-068 prohibits installation of an earthquake valve on SoCalGas" facilities. In addition, SoCalGas no longer installs earthquake shut-off valves for its customers, and does not allow any customer owned equipment, including excess-flow valves, be installed on SoCalGas" facilities.

If you have an earthquake valve that was installed by SoCalGas or one of its authorized contractors on or before the February 10, 2002 cutoff date, that is located on SoCalGas" facilities, with proper documentation your installation may be allowed to remain in place. Authorized contractors are those who participated in SoCalGas" earthquake program and were trained by SoCalGas to work on their facilities.

Additional information regarding earthquake valves and natural gas service restoration after a valve activates can be found in Tariff Book, Rule 10, Section G, "Earthquake Valve Service."

An Excess Flow Valve, or EFV, is a safety device installed on natural gas distribution pipelines to automatically close and restrict the flow of natural gas in the event an underground pipe is damaged or if there is a significant increase in the flow of natural gas to the meter. These conditions are typically caused by digging or construction but can also be caused by damage to your natural gas meter by a vehicle impact.

Temperature/pressure-relief or TPR valves are safety devices installed on water heating appliances, such as boilers and domestic water supply heaters. TPRs are designed to automatically release water in the event that pressure or temperature in the water tank exceeds safe levels.

If temperature sensors and safety devices such as TPRs malfunction, water in the system may become superheated (exceed the boiling point). Once the tank ruptures and water is exposed to the atmosphere, it will expand into steam almost instantly and occupy approximately 1,600 times its original volume. This process can propel a heating tank like a rocket through multiple floors, causing personal injury and extensive property damage.

Water-heating appliance explosions are rare due to the fact that they require a simultaneous combination of unusual conditions and failure of redundant safety components. These conditions only result from extreme negligence and the use of outdated or malfunctioning equipment.

The TPR valve will activate if either water temperature (measured in degrees Fahrenheit) or pressure (measured in pounds per square inch [PSI]) exceed safe levels. The valve should be connected to a discharge pipe (also called a drain line) that runs down the length of the water heater tank. This pipe is responsible for routing hot water released from the TPR to a proper discharge location.

A properly functioning TPR valve will eject a powerful jet of hot water from the discharge pipe when fully activated, not a gentle leak. A leaky TPR valve is an indication that it needs to be replaced. In the rare case that the TPR valve does activate, the homeowner should immediately shut off the water and contact a qualified plumber for assistance and repair.

Inspectors should recommend that homeowners test TPR valves monthly, although inspectors should never do this themselves. The inspector should demonstrate to the homeowner how the main water supply can be shut off, and explain that it can be located at the home"s main water supply valve, or at the water supply shut-off for the appliance on which the TPR is mounted.

The pressure at which a TPR valve will activate is printed on a data plate located beneath the test lever. This amount should not exceed the working pressure limit marked on the data plate of the water-heating appliance it serves.

TPR valves with missing data plates should be replaced.Although a TPR valve might never become activated, it is an essential safety component on boilers and domestic water heaters. Guidelines concerning these valves and their discharge pipes reflect real hazards that every homeowner and home inspector should take seriously. More information about this subject can be found in InterNACHI"s Water Heater Discharge Piping mini-course, InterNACHI"s Plumbing Inspection course or by contacting a qualified plumber.

Corporation stop—The corporation stop is connected to the water main. This connection is usually made of brass and can be connected to the main with a special tool without shutting off the municipal supply. The valve incorporated in the corporation stop permits the pressure to be maintained in the main while the service to the building is completed.

Curb stop—The curb stop is a similar valve used to isolate the building from the main for repairs, nonpayment, of water bills or flooded basements. Because the corporation stop is usually under the street and it is necessary to break the pavement to reach the valve, the curb stop is used as the isolation valve.

Curb stop box—The curb stop box is an access box to the curb stop for opening and closing the valve. A long-handled wrench is used to reach the valve.

Meter stop—The meter stop is a valve placed on the street side of the water meter to isolate it for installation or maintenance. Many codes require a gate valve on the house side of the meter to shut off water for plumbing repairs. The curb and meter stops can be ruined in a short time if used very frequently.

The water meter is a device used to measure the amount of water used in the house. It is usually the property of the water provider and is a very delicate instrument that should not be abused. In cold climates, the water meter is often inside the home to keep it from freezing. When the meter is located inside the home, the company providing the water must make appointments to read the meter, which often results in higher water costs unless the meter is equipped with a signal that can be observed from the outside. The water meter is not shown in

The supply mains should have a drain valve stop and waste valve to remove water from the system for repairs. These valves should be on the low end of the line or on the end of each fixture riser.

Copper lasts a long time, is durable, and connects well to valves. It should not be installed if the water has a pH of 6.5 or less. Most public utilities supply water at a pH between 7.2 and 8.0. Many utilities that have source water with a pH below 6.5 treat the water to raise the pH. Private well water systems often have a pH below 6.5. When this is the case, installing a treatment system to make the water less acidic is a good idea [5].

Galvanized Steel. Galvanized pipe corrodes rather easily. The typical life of this piping is about 40 years. One of the primary problems with galvanized steel is that, in saturated water, the pipe will become severely restricted by corrosion that eventually fills the pipe completely. Another problem is that the mismatch of metals between the brass valves and the steel results in corrosion. Whenever steel pipe meets copper or brass, the steel pipe will rapidly corrode. Dielectric unions can be used between copper and steel pipes; however, these unions will close off flow in a short time. The problem with dielectric unions is that they break the grounding effect if a live electrical wire comes in contact with a pipe. Some cities require the two pipes to be bonded electrically to maintain the safety of grounded pipes.

A tap-water temperature of 120ºF–130ºF (49ºC–54ºC) is hot enough for washing clothes, bedding, and dishes. Even at 130ºF (54ºC), water takes only a few minutes of constant contact to produce a third-degree burn. Few people bathe at temperatures above 110ºF (43ºC), nor should they. Water heater thermostats should be set at about 120ºF (49ºC) for safety and to save 18% of the energy used at 140ºF (60ºC). Antiscald devices for faucets and showerheads to regulate water temperature can help prevent burns. A plumber should install and calibrate these devices. Most hot water tank installations now require an expansion tank to reduce pressure fluctuations and a heat trap to keep hot water from escaping up pipes.

It is essential that valves be used in a water system to allow the system to be controlled in a safe and efficient manner. The number, type, and size of valves required will depend on the size and complexity of the system. Most valves can be purchased in sizes and types to match the pipe sizes used in water system installations. Listed below are some of the more commonly encountered valves with a description of their basic functions.

Shutoff Valves. Shutoff valves should be installed between the pump and the pressure tank and between the pressure tank and service entry to a building. Globe, gate, and ball valves are common shutoff valves. Gate and ball valves cause less friction loss than do globe valves; ball valves last longer and leak less than do gate valves. Shutoff valves allow servicing of parts of the system without draining the entire system.

Flow-control Valves. Flow-control valves provide uniform flow at varying pressures. They are sometimes needed to regulate or limit the use of water because of limited water flow from low-yielding wells or an inadequate pumping system. They also may be needed with some treatment equipment. These valves are often used to limit flow to a fixture. Orifices, mechanical valves, or diaphragm valves are used to restrict the flow to any one service line or complete system and to assure a minimum flow rate to all outlets.

Relief Valves. Relief valves permit water or air to escape from the system to relieve excess pressure. They are spring-controlled and are usually adjustable to relieve varying pressures, generally above 60 psi. Relief valves should be installed in systems that may develop pressures exceeding the rated limits of the pressure tank or distribution system. Positive displacement and submersible pumps and water heaters can develop these excessive pressures. The relief valve should be installed between the pump and the first shutoff valve and must be capable of discharging the flow rate of the pump. A combined pressure and temperature relief valve is needed on all water heaters. Combination pressure and vacuum relief valves also should be installed to prevent vacuum damage to the system.

Pressure-reducing Valves. A pressure-reducing valve is used to reduce line pressure. On main lines, this allows the use of thinner walled pipe and protects house plumbing. Sometimes these valves are installed on individual services to protect plumbing.

Altitude Valves. Often an altitude valve is installed at the base of a hot water tank to prevent it from overflowing. Altitude valves sense the tank level through a pressure line to the tank. An adjustable spring allows setting the level so that the valve closes and prevents more inflow when the tank becomes full.

Foot Valves. A foot valve is a special type of check valve installed at the end of a suction pipe or below the jet in a well to prevent backflow and loss of prime. The valve should be of good quality and cause little friction loss.

Check Valves. Check valves have a function similar to foot valves. They permit water flow in only one direction through a pipe. A submersible pump may use several check valves. One is located at the top of the pump to prevent backflow from causing back spin of the impellers. Some systems use another check valve and a snifter valve. They will be in the drop pipe or pitless unit in the well casing and allow a weep hole located between the two valves to drain part of the pipe. When the pump is started, it will force the air from the drained part of the pipe into the pressure tank, thus recharging the pressure tank.

Frost-proof Faucets. Frost-proof faucets are installed outside a house with the shutoff valve extending into the heated house to prevent freezing. After each use, the water between the valve and outlet drains, provided the hose is disconnected, so water is not left to freeze.

Frost-proof Hydrants. Frost-proof hydrants make outdoor water service possible during cold weather without the danger of freezing. The shutoff valve is buried below the frost line. To avoid submerging it, which might result in contamination and back siphoning, the stop-and-waste valve must drain freely into a rock bed. These hydrants are sometimes prohibited by local or state health authorities.

A properly installed T&P valve will operate when either the temperature or the pressure becomes too high due to an interruption of the water supply or a faulty thermostat.

A tankless unit has a heating device that is activated by the flow of water when a hot water valve is opened. Once activated, the heater delivers a constant supply of hot water. The output of the heater, however, limits the rate of the heated water flow. Demand water heaters are available in propane (LP), natural gas, or electric models. They come in a variety of sizes for different applications, such as a whole-house water heater, a hot water source for a remote bathroom or hot tub, or as a boiler to provide hot water for a home heating system. They can also be used as a booster for dishwashers, washing machines, and a solar or wood-fired domestic hot water system [7].

Occupational Safety and Health Administration. Safety hazard information bulletin on the use of polyvinyl chloride (PVC) pipe in above ground installations. Washington, DC: Occupational Safety and Health Administration; 1988. http://www.osha.gov/dts/hib/hib_data/hib19880520.htmlExternal.

B. Curb box and the curb valve cover are usually at grade level, visible by a round plate about three inches in diameter that allows access to the curb valve.

D. Main valve, also known as the cellar valve or house valve, located inside your premises at the service line’s point of entry (normally before the meter).

E. Pressure-reducing valve, an optional device which regulates the pressure of water entering the premises, is usually located on your plumbing near the water meter or hot water heater. It is the responsibility of the customer to

verify the water pressure in the home to determine if the pressure is too high or too low to operate their internal plumbing systems. A licensed plumber can assist the homeowner in determining the proper solution to any pressure questions.

I. Curb valve, located underground at your property line. The curb valve connects the service connection to your service line and operates as a shut-off valve.

Ball valvesare an essential component of every plumbing system. In recent years, India has grown to be one of the fast-growing markets for quality ball valves. Thanks to access to high-quality raw materials and cheap labor costs, you may obtainhigh-performance ball valvesat reasonable prices from a reputableball valve manufacturer.

However, with so many ball valve manufacturers to choose from, it’s difficult to know if you’re getting your valves from a reliableball valve supplieror not. This post will expose you to the most popularball valve manufacturerin India.

Aball valveis a quarter-turn rotor position valve with a ball-shaped interface to stop or start passage. When the valve opens, the ball spins until the hole in the ball aligns with the valve body’s inlet and outlet. When the valve is closed, the ball rotates such that the hole is orthogonal to the flow aperture in the valve body, and the flow is obstructed.

Valves are extensively used in plumbing, and it is safe to repair them before they corrode to ensure that they remain functioning during service. To ensure smooth performance, cleaning and lubrication should be performed on a regular basis.

Tubomart provides a wide choice ofBall Valvesfrom ourspecialized manufacturingthat is of the highest quality for use in the plumbing system. Our product line includes:Floating or Trunnion Mounted

Longevity: They have high durability, providing many years of good service if used correctly.Customized ball valvesare less prone to damage than other types of valves, and the plastic variety is non-corrosive.Longevity: They have high durability, providing many years of good service if used correctly. OurBall valvesare less prone to damage than other types of valves, and the plastic variety is non-corrosive.

Disadvantages of Ball ValvesChoking characteristics that are helpless: In a choking posture, high-velocity flows may induce erosion of the barely visible seat. As a result, they should not be used for an extended period of time.

Wearing away: Due to retained suspended particles,ball valvescan stick in place and get clogged when used to regulate the wrong types of fluids, such as slurries. This can cause the valve to wear out, become damaged, or become stuck.

China ball valvesare built to withstand high liquid pressures. It is critical to know the pressure range that passes through theball valves; this allows you to select the appropriate valve that can easily bear this pressure.Temperature Scale Materials Passing Through the Ball Valves

Ball valves are used to control both cold and hot fluids. It is critical to determine the temperature of the fluids that pass through theball valves. It’s very useful when deciding on theball valve supplierto contract. Valves are constructed from a variety of materials, including PVC, stainless steel, and ceramic. Each of these materials is appropriate for a variety of temperatures.

Tubomartis a well-known name in the Indian valve business. Based in China and equipped with over twenty years of industry expertise, we create various high-quality varieties of plumbing valves, including ball valves. We export plumbingball valvesto 78 countries, including India, owing to our on-site manufacturing method and simple access to durable materials.

As we continue to serve our clients, we expand our product ranges to meet new trends and adapt to customer demands with increased OEM support to supplycustom ball valves. We undertake rigorous performance testing on our valves at every stage of manufacturing to assess their life duration and resilience to environmental conditions. For both plumber and homeowner safety, our products have beencertifiedby the IAPMO Uniform Code.

Tubomart values your company’s reputation and the quality of your projects. Therefore our high-qualityball valvescan help you create a loyal customer base.Get in touch with usand place your custom order right away.