Ball valves use a simple design based on a ball or sphere that is ported or drilled out to provide a flow path for gases and liquids moving through the valve. These ported valve balls are attached to handles that require only a quarter turn to allow full flow or shut off the flow, but they are unsuitable for throttling flow. The ball valve design creates a relatively low pressure drop across the valve.
For more information, please visit our website.
Miniature ball valves come in a wide selection of specifications and options. These choices provide the flexibility to choose the best ball valve for any fluid or gas handling application. Decisions to make include:
One-way or unidirectional vs. two-way ball valves
The most common miniature ball valve is the two-port ball valve with two ports or connections. The option of choosing between a one-way or two-way ball valve sometimes shows up with metal ball valves designed to handle relatively high pressures, usually about 200 psi and higher. The difference between a one-way and a two-way ball valve is that flow direction matters.
One-way ball valves have a flow direction. This orientation is because one-way ball valve designs only seal and handle pressure flowing in one direction. A one-way valve ball has only one seat for sealing against the ball. Besides providing the sealing surface, valve seats also provide a surface that uniformly distributes force pressing against the ball.
Not only do one-way ball valves not seal against upstream pressure, but they also do not hold up well to the wear caused by this upstream pressure. Despite these limitations, unidirectional ball valves are a practical option because of their lower cost.
Two-way ball valves can adequately handle the pressurized flow from either port without leaking or premature wear to the valve components.
Miniature three-way ball valves usually come as one of two types based on the design of the balls inside the valve: L-port and T-port. The two ball port types also come in either an upright (vertical) or horizontal orientation.
L-port three-way ball valves (vertical and horizontal) have &#;L&#; shaped holes bored through the valve balls. T-port three-way ball valves have a &#;T&#; shaped passage running through the ball. L-port valves, sometimes called diverter valves, divert flow between different destinations.
T-port and L-port horizontal ball valve flow patterns schematic.
L-port ball valves may or may not have an &#;off&#; or closed position depending on whether the valve body includes stops that limit the rotation of the handle. Horizontal T-port valves do not have an &#;off&#; or closed position. Vertical or upright T-port three-way valves do have an off or closed position.
Get a more detailed look at three-way ball valve flow patterns >>
Ball valves also come in four-way and five-way designs with either four or five possible flow connections. The most common ball porting for these multi-port valves makes them suitable for diverting or mixing flow. There is usually an option for blocking one of the ports to add shutoff positions.
Four-way ball valves have more complex valve ball porting than three-way valves. The most common four-way ball porting is based on a five-way ball valve with the common port plugged. This option leaves the valve with two separate right-angle flow paths in the same plane running through the ball. Manufacturers usually list them as X-port valves. Turning the handle of these four-way ball valves diverts two different flow paths coming into the valve flow simultaneously to two alternate destinations.
The simplest five-way ball valves are diverter valves with an &#;L&#; or 90-degree hole that allows flow between the bottom or common port and one side port, but none of the other side ports. Five-way ball valves can have one port plugged to add an off or closed flow position.
Because of the customization flexibility of five-way ball valve bodies, valve balls for four-way and five-way valves come with more ball flow patterns than just L, T or X.
Four-way and five-way ball valves can be customized for various mixing options. Flow pattern options include:
Customized multi-port valve ball porting applications:
Ball valve types and designs takeaways:
What is flow efficiency?
Flow efficiency measures how little or how much flow resistance there is as a fluid or gas passes through a valve, fitting or piping.
Right-angle ball valves create some flow turbulence and thus more resistance to flow than straight valves. Straight ball valves also have a relatively lower pressure drop across the valve than other types of valves. Full port or full flow ball valve designs provide even greater flow efficiency.
Full port ball valves have valve balls with holes ported through them with the same inner diameter as the pipe or tubing connected to the valve. Standard port ball valves use balls with smaller diameter ports than the flow coming into and leaving the valve. This constricted flow decreases flow efficiency and creates a higher pressure drop across the valves.
Full port versus standard port ball valves:
Find out more about Full Port Ball Valves vs. Standard Port ball valves >>
Flow efficiency takeaways:
Miniature ball valves come in many connection types. These connection options provide easy installation and replacement:
Valves with one or more hose barb connections are popular because they are considered tool-free and are quick to install. Hose barbs are designed for use with flexible plastic tubing.
Hose barb connection takeaways
Hose barb connections are known for being particularly leak resistant. Be aware that trouble-free connections require:
Find out more about the design and function of hose barb connections >>
Find out more about flexible tubing durometer and why it matters >>
Fluid and gas handling valves and fittings commonly use threaded pipe connections because they are solid and leak-tight when properly installed. Most miniature ball valves available in North America come with NPT pipe thread. NPT (American National Standard Taper Pipe Thread) are tapered pipe threads and rely on a combination of thread sealant and a thread design that creates an interference fit to help make a tighter, stronger connection.
Threaded connection takeaways:
Compression connections connect rigid and semi-rigid plastic or thin-walled metal tubing to fittings such as valves or tubing unions. This type of connection is useful because it can effectively connect two tubing sections not made of the same material. It can also connect a tubing made of a different material than the fitting. As a bonus, it creates no flow restriction.
Compression fittings have an outer compression nut with a tapered seat, a barrel-shaped compression ring (ferrule) with tapered ends and a tapered seat on the receiving end of the fitting.
Properly tightening the compression nut presses the ferrule ends evenly into the seats inside of the compression nut and the fitting. Additional tightening deforms the ferrule, compresses it around the tubing, fills the space between the tubing, nut, and receiving end of the connection and seals the connection. Generally, do not reuse ferrules because they deform during the installation process.
Compression connections require proper installation for leak-free seals. Overtightening can cause leaks. A good rule of thumb for assembling compression connections is:
Always follow manufacturers&#; durometer specifications when using plastic tubing with compression connections. Plastic tubing walls must be stiff enough (higher durometer) to not collapse or move away from the ferrule when compressed. If softer tubing (lower durometer), use a tubing insert to reinforce the tubing wall.
Tubing minimum acceptable wall thickness is also necessary for metal tubing and rigid plastic tubing. With softer plastic tubing, the tubing inner diameter should match the tubing insert.
Compression connection takeaways:
Push-in or push-to-connect connections are a type for connecting metal or rigid and semi-rigid plastic tubing to unions and fittings such as ball valves without the use of tools, soldering or adhesives.
The working parts of push-in connectors are:
Installation requirements for leak-free, reliable push-in connections:
Push-in connection takeaways:
Even though ball valves have a simple design, they all contain internal components. These components may be of different materials than the valve body. Material differences affect the valve&#;s compatibility with various chemicals, chemical mixtures and gases passing through it.
Be aware of which valve components will contact the fluids passing through the valve. These are sometimes called wetted parts.
Typical ball valve components:
Materials that come into contact with foods and potable liquids are subject to regulatory control.
Manufacturers of commercial food equipment and food processing equipment used in the United States are responsible for using materials that comply with FDA regulations. Rules cover both raw materials and the appropriate end-use or real-world application of components made from these materials. Appropriate end-use rules consider factors such as exposure time, temperature, and acidity.
The NSF sets standards for materials that come into contact with drinkable water in the United States. They base these standards on testing for substances that can leach into drinking water from a valve's interior or wetted surfaces.
US materials and components standards for foods and potable water:
When using valves for food and potable water applications, be sure the manufacturer clearly states that they make their valve from compliant materials or materials approved for food or potable water contact.
A particular application may require an NSF certified valve. If so, the manufacturer may provide this NSF certification information, so ask. NSF approved food contact materials are also FDA compliant.
Find out more about materials that are safe for direct food contact >>
Ball valves often use soft seat designs where an elastomer or plastic is the seat material. Using these softer materials provides a better seal that is more resilient, lighter and less expensive than a hard metal seat. Because of that polymer seat, a metal ball valve with a polymer seat will have an upper working temperature limit.
Ball valve materials takeaways:
CWP, Cold Working Pressure
CWP is the maximum working pressure a valve can handle at temperatures between -20°F to 100°F (about -29°C to 38°C).
Operating temperature range
A valve used within its operating or material temperature range will not suffer damage or failure to any of its components or have a shortened working life.
Maximum operating pressure and temperature
The maximum safe operating pressure or PSI rating of a valve is provided based on its maximum safe operating temperature.
Blow out proof stems
Miniature ball valves with blow-out proof stems have mechanical design elements that prevent high-pressure surges from blowing the valve stem out of the valve body.
Cv (flow coefficient) and flow efficiency
Cv stands for flow coefficient. It represents how efficiently a gas or liquid can flow through piping, a fitting or a valve. Many manufacturers provide ball valve specifications, including their flow coefficient. If the Cv number of two valves is known, a higher Cv number means a valve provides a higher flow under the same operating conditions.
WOG, Water, Oil or Gas
WOG is an older term that is no longer widely used. In general, it simply indicates that a ball valve is suitable for general use and can handle water, oil or gas but not steam or combustible gases. Ball valves for use with combustible gases have specialized additional design elements and certifications that approve the valves for this use.
WSP, Working Steam Pressure
WSP is the maximum steam pressure a ball valve can handle. Generally, no miniature ball valve will be suitable for use with steam unless the manufacturer clearly says it is and provides the Working Steam Pressure. SWP, Steam Working Pressure has the same meaning.
Technical specifications takeaways:
Ball valves are simple, sturdy shutoff valves that can be closed with a quick quarter-turn of the valve handle. They are reliable and work even after long periods of idleness. In contrast to industrial ball valves, miniature ball valves come with a broader range of material and design options. Look for and ask about our miniature ball valve options to find the best choice for an application.
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INFO
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VA Series
Materials
Body: Nickle Plated Brass
Seals: Viton, EPDM, or Buna
Connections
NPT: 3/8" to 2"
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VIP Series
Materials
Body: Nickle Plated Brass
Seals: Viton, EPDM, or Buna
Connections
G (BSPP): 3/8" to 2"
INFO
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VIP-EVO Series
Materials
Body: Aluminum (non-wetted)
End Conn: Ni plated Brass (wetted)
Piston: Chem. Ni plated Brass (wetted)
Seat: PTFE 15% Glass Fiber
Seals: Viton, EPDM, or Buna
Connections
NPT: 3/8" to 2"
G (BSPP): 3/8" to 2"
INFO
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Angle Valves
Materials
Body: SS or Bronze
Seals: PTFE
Connections
NPT: 3/8" to 2"
Tri-Clamp: 1/2" to 2"
INFO
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SV Series
Materials
Body: Stainless Steel
Seals: Viton or EPDM
Connections
NPT: 1/4" to 2"
INFO
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RSG Series
Materials
Body: SS or Brass
Seals: FKM
Seats: PTFE
Connections
NPT: 3/8" to 1 1/4"
INFO
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SM Series
Materials
Body: Brass or Lead Free Brass
Seals: PTFE
Seats: PTFE
Connections
NPT: 1/2" to 2"
INFO
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P2 Series
Materials
Body: PVC
Seals: EPDM or Viton
Seats: PTFE
Connections
NPT: 1/2" to 4"
Glue Socket: 1/2" to 4"
INFO
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101 Series
Materials
Body: Nickel Plated Brass
Seals: PTFE
Seats: PTFE
Connections
NPT: 3/8" to 3"
INFO
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26 Series
Materials
Body: Stainless steel
Seals: PTFE & Viton
Seats: RPTFE
Connections
NPT: 1/4" to 3"
INFO
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38 Series
Materials
Body: Stainless steel
Seals: PTFE
Seats: RPTFE
Connections
NPT: 1/4" to 3"
Socket Weld: 1/4" to 3"
Tri-clamp: 1/2" to 4"
Ext. Tube Butt Weld: 1/2" to 4"
INFO
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36 Series
Materials
Body: Stainless steel
Seals: PTFE
Seats: RPTFE
Connections
NPT: 1/4" to 3"
Socket Weld: 1/4" to 3"
Tri-clamp: 1/2" to 4"
INFO
BUY
150F/300F Series
Materials
Body: Carbon or stainless steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
150#: 1/2" to 8"
300#: 1/2" to 8"
INFO
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150F/300F Series
Materials
Body: Carbon or stainless steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
150#: 1/2" to 8"
300#: 1/2" to 8"
INFO
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HPF Series
Materials
Body: Carbon or stainless steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
NPT: 1/2" to 4"
Socket Weld: 1/2" to 4"
INFO
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HPF Series
Materials
Body: Carbon or stainless steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
NPT: 1/2" to 4"
Socket Weld: 1/2" to 4"
INFO
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XP3 Series
Materials
Body: Carbon or stainless steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
NPT: 1/2" to 4"
Socket Weld: 1/2" to 4"
INFO
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DSI-WG Series
Materials
Body: Carbon Steel (A216 WCB)
Trim: API Trim 8 (others available)
Connections
150#: 2" to 30"
300#, 600#, 900#, #: Call
INFO
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XLB Series
Materials
Body: PFA lined Ductile Iron
Seals: PTFE
Seats: PTFE
Connections
150#: 1/2" to 6"
INFO
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V Series
Materials
Body: Carbon or Stainless Steel
Seats: PTFE, TFM, or 50/50
Seats: PTFE, TFM, or 50/50
Connections
NPT: 1/2" to 4"
150#/300#: 1/2" to 8"
Tri-Clamp: 1/2" to 4"
INFO
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SM Series
Materials
Body: Brass or Lead Free Brass
Seals: PTFE
Seats: PTFE
Connections
NPT: 1/2" to 2"
INFO
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30D Series
Materials
Body: Stainless Steel
Seats: PTFE
Seals: PTFE
Connections
Tri-Clamp: 1/2" to 4"
INFO
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31D Series
Materials
Body: Stainless Steel
Seats: PTFE
Seals: PTFE/Viton or RPTFE
Connections
NPT: 1/4" to 3"
INFO
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33D Series
Materials
Body: Brass
Seats: RPTFE
Seals: RPTFE/Viton
Connections
NPT: 1/4" to 2"
INFO
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MPF Series
Materials
Body: Carbon or Stainless Steel
Seats: TFM
Seals: TFM
Connections
150#: 3/4" to 6"
300#: 1 1/2" to 6"
INFO
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PTP Series
Materials
Body: PVC
Seats: PTFE
Seats: EPDM or Viton
Connections
NPT: 1/2" to 2"
Glue Socket: 1/2" to 2"
INFO
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BFY Series
Materials
Body: 316L SS
Seats: EPDM, SIlicon, or Viton
Connections
Tri-Clamp: 1/2" to 6"
Butt Weld: 1/2" to 6"
INFO
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FE Series
Materials
Body: PVC
Seats: EPDM
Connections
Wafer: 1 1/2" to 12"
INFO
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FK Series
Materials
Body: GRPP
Seats: Polypropylene
Connections
Wafer: 1 1/2" to 12"
Lugged: 2 1/2" to 12"
INFO
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HP Series
Materials
Body: Carbon or Stainless Steel
Seats: RPTFE
Connections
Wafer: 2" to 12"
Lugged: 2" to 12"
INFO
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HPX Series
Materials
Body: Carbon or Stainless Steel
Seats: Graphite
Connections
Wafer: 3" to 48"
Lugged: 3" to 48"
ANSI class 150, 300, 600
INFO
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HPX Series
Materials
Body: Carbon or Stainless Steel
Seats: Graphite
Connections
Wafer: 3" to 48"
Lugged: 3" to 48"
ANSI class 150, 300, 600
INFO
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ST Series
Materials
Body: Epoxy Coated Ductile Iron
Seats: BUNA or EPDM
Connections
Wafer: 2" to 12"
Lugged: 2" to 24"
INFO
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XLD Series
Materials
Body: PFA Lined Ductile Iron
Seats: Viton
Connections
Wafer: 2" to 24"
Lugged: 2" to 24"
INFO
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061 Series
Materials
Body: PFA Lined Ductile Iron
Plug: PFA Lined Ductile Iron
Connections
150#: 1/2" to 4"
INFO
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067 Series
Materials
Body: Stainless Steel
Seals: PTFE
Connections
150#: 1/2" to 4"
INFO
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XP3 Series
Materials
Body: Stainless Steel or Carbon Steel
Seals: PTFE, RPTFE, PFA, or Special
Connections
150#: 1/2" to 12"
300#: 1/2" to 12"
INFO
BUY
GVI Series
Materials
Body: Carbon or Stainless Steel
Trim: SS, TFE, or PEEK
Connections
150#: 1/2" to 4"
300#: 1/2" to 4"
NPT: 1/2" to 2"
SW: 1/2" to 2"
INFO
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GV Series
Materials
Body: Bronze or Stainless Steel
Trim: Bronze, SS, or PEEK
Connections
NPT: 1/2" to 2"
Butt Weld: 1/2" to 2"
INFO
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GH Series
Materials
Body: Cast Iron
Trim: Bronze or SS
Connections
150# Flange: 2 1/2" to 8"
300# Flange: 2 1/2" to 8"
INFO
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EWG Series
Materials
Body: Carbon Steel (A216 WCB)
Trim: API Trim 8 (others available)
Connections
150#: 2" to 30"
300#, 600#, 900#, #: Call
For more information, please visit kairuite.
INFO
BUY
DSI-WG Series
Materials
Body: Carbon Steel (A216 WCB)
Trim: API Trim 8 (others available)
Connections
150#: 2" to 30"
300#, 600#, 900#, #: Call
INFO
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21 Series
Materials
Body: Stainless Steel
Seats: PTFE
Seals: PTFE
Connections
NPT: 1/4" to 2"
INFO
BUY
282 Series
Materials
Body: Brass
Seats: PTFE
Seals: PTFE
Connections
NPT: 1/4" to 4"
NPT (male x female): 1/4" to 1"
Solder: 1/2" to 4"
INFO
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282LF Series
Materials
Body: Lead Free Brass
Seats: PTFE
Seals: PTFE
Connections
NPT: 1/2" to 2"
INFO
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Manual Valves
2-way Ball Valves
NPT: 1/4" to 3"
Socket Weld: 1/4" to 3"
Tri-Clamp: 1/2" to 3"
3-way Ball Valves
NPT: 1/4" to 2"
Butterfly Valves
Lugged: 2" to 8"
INFO
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112LF Series
Materials
Body: Stainless Steel
Seats: PTFE
Seals: PTFE
Connections
NPT: 1/2" to 2"
INFO
BUY
282LF Series
Materials
Body: Brass
Seats: PTFE
Seals: PTFE
Connections
NPT: 1/4" to 4"
NPT (male c female): 1/4" to 1"
Solder: 1/2" to 4"
INFO
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250LF Series
Materials
Body: Lead Free Brass
Seats: PTFE
Seals: PTFE
Connections
NPT: 1/2" to 2"
INFO
BUY
Manual Valves
2-way Ball Valves
NPT: 1/4" to 3"
Socket Weld: 1/4" to 3"
Tri-Clamp: 1/2" to 3"
3-way Ball Valves
NPT: 1/4" to 2"
Butterfly Valves
Lugged: 2" to 8"
INFO
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TSV Series
Materials
Valve: Ball or Butterfly
Body: Carbon or Stainless Steel
Seals: Delrin®
Connections
NPT: 1/4"
SW: 1/4"
150#: 1/4"
300#: 1/4"
Lugged: 1/4"
Wafer: 1/4"
INFO
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FireChek® Series
Materials
Body: Stainless Steel
Seals: Delrin®
Connections
NPT: 1/4"
ISO: 1/4"
INFO
BUY
FM Fire-Safe Valves
Materials
Body: Carbon or Stainless Steel
Seals: Graphoil
Seats: Xtreme RPTFE
Connections
NPT: 1/2" to 2"
150#/300#: 1/2" to 4"
Lug/Wafer: 3" & 4"
INFO
BUY
ESD Series
Materials
Body: Carbon or Stainless Steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
150#: 1/2" to 8"
300#: 1/2" to 8"
NPT: 1/2" to 4"
Socket Weld: 1/2" to 4"
INFO
BUY
ESOV Series
Materials
Body: Carbon or Stainless Steel
Seat: API Trim 8 or 12
Cover Seal: Graphite
Connections
150#: 2" to 16"
300#: 2" to 16"
INFO
BUY
150F/300F Series
Materials
Body: Carbon or Stainless Steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
150#: 1/2" to 8"
300#: 1/2" to 8"
INFO
BUY
FM Fire-Safe Valves
Materials
Body: Carbon or Stainless Steel
Seals: Graphoil
Seats: Xtreme RPTFE
Connections
NPT: 1/2" to 2"
150#/300#: 1/2" to 4"
Lug/Wafer: 3" & 4"
INFO
BUY
HPF Series
Materials
Body: Carbon or Stainless Steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
NPT: 1/2" to 4"
Socket Weld: 1/2" to 4"
INFO
BUY
HP Series
Materials
Body: Carbon or Stainless Steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
Wafer: 2" to 12"
Lugged: 2" to 12"
INFO
BUY
ESD Series
Materials
Body: Carbon or Stainless Steel
Seals: TFM or Graphite
Seats: TFM or 50/50
Connections
150#: 1/2" to 8"
300#: 1/2" to 8"
NPT: 1/2" to 4"
Socket Weld: 1/2" to 4"
INFO
BUY
C Series
Materials
Housing: Extruded aluminum alloy
End Caps: Powder coated die-cast aluminum
Torque
Spring Return: up to 56,500 in/lbs.
Double Acting: up to 59,000 in/lbs.
INFO
BUY
F Series
Materials
Housing: Polyurethane coated aluminum
Torque
Spring Return: up to 13,211 in/lbs.
Double Acting: up to 21,430 in/lbs.
INFO
BUY
O Series
Materials
Housing: Aluminum with corrosion resistant coating
Torque
Spring Return: up to 25,600 in/lbs.
Double Acting: up to 25,600 in/lbs.
INFO
BUY
P Series
Materials
Housing: Aluminum with corrosion resistant coating
Torque
Spring Return: up to 25,600 in/lbs.
Double Acting: up to 25,600 in/lbs.
INFO
BUY
CE Series
Materials
Housing: Ploycarbonate plastic (ABSPC)
Torque
100 in/lbs.
INFO
BUY
V4 Series
Materials
Housing: Epoxy coated aluminum
Torque
125 or 300 in/lbs.
INFO
BUY
R4 Series
Materials
Housing: Polycarbonate
Torque
300 or 600 in/lbs.
INFO
BUY
S4 Series
Materials
Housing: Anti-corrosive polyamide
Torque
up to 2,600 in/lbs.
INFO
BUY
O Series
Materials
Housing: Diecast aluminum alloy
Torque
up to 8,680 in/lbs.
INFO
BUY
B7 Series
Materials
Housing: Epoxy powder coated aluminum
Torque
up to 20,000 in/lbs.
INFO
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Limit Switches
INFO
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Solenoid Valves
INFO
BUY
FEX Series
Easily Retro-fits on
HPF, 150F, and 300F Ball ValvesHPF, 150F, and 300F Ball Valves
INFO
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Valve Positioners
INFO
BUY
Eliminizer Series
Air Flow
20 to 150 SCFM
Connections
NPT (female): 1/4" to 1"
Filtration
Solids: 1 micron
Water: 100% removal
INFO
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Eliminizer Combo Series
Air Flow
20 to 150 SCFM
Connections
NPT (female): 1/4" to 1"
Filtration
Solids: .01 micron
Water: 100% removal
INFO
BUY
CB Series
INFO
BUY
Valve Lockout Devices
INFO
BUY
01N Series
Materials
Body: Nylon
Connections
NPT: 1"
INFO
BUY
01A Series
Materials
Body: Aluminum
Connections
NPT: 1"
INFO
BUY
DM-P Series
Materials
Body: Plastic
Connections
NPT (male): 1/4" to 1"
INFO
BUY
A1 Series
Materials
Body: Aluminum or Nylon
Connections
NPT: 1" or 2"
INFO
BUY
MAG Series
Materials
Body: Stainless Steel
Connections
NPT: 1/4" to 2"
BSPP: 1/4" to 2"
T-clamp: 1/2" to 2"
INFO
BUY
G2 Series
Materials
Body: SS, Aluminum, or Brass
Connections
NPT: 1/2" to 2"
T-clamp: 3/4" to 2 1/2"
Flange: 1" to 2"
INFO
BUY
TM Series
Materials
Body: PVC schedule 80
Connections
NPT: 1" to 4"
Glue Socket (female): 1" to 4"
Flange: 3" to 4"
INFO
BUY
WM-PT Series
Materials
Body: PVC sched. 60 or 80
Connections
Glue Socket (male): 1/2" to 4"
Insertion: 1 1/2" to 8"
INFO
BUY
WWM Series
Materials
Body: PVC sched. 60 or 80
Connections
Glue Socket (male): 1/2" to 4"
Insertion: 1 1/2" to 8"
INFO
BUY
LM Series
Materials
Body: Aluminum
Connections
NPT: 1/2"
INFO
BUY
WM Series
Materials
Body: Epoxy Coated Bronze
Connections
NPT: 1/2" to 2"
INFO
BUY
WM-NLC Series
Materials
Body: Lead Free Brass
Connections
NPT: 1/2" to 2"
INFO
BUY
WM-NLCH Series
Materials
Body: Lead Free Brass
Connections
NPT: 1/2" to 2"
INFO
BUY
D10 Series
Materials
Body: Lead Free Brass
Connections
NPT: 1/2" to 1"
Flange: 1 1/2" to 2"
INFO
BUY
WM-PC Series
Materials
Body: Fiber Reinforced Polymer
Connections
NPT: 1/2" to 1 1/2"
INFO
BUY
WM-PD Series
Materials
Body: Glass Reinforced Polyamide
Connections
NPT: 1/2" to 3/4"
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Pulse Output
for Water Meters
Learn what Pulse Output is and compare the water meters available with this feature.
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Accessories
for Water Meters
See all of the accessories offered for our water meters.
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