Electric UPVC Ball Valve
JX-0313
Valve size: DN15,DN20,DN25
BSP/BSPT
Connection: threaded connection
Valve structure: two-way
Media: hot/cold water
Pressure: PN10
Turn off<7s
Lifetime: 70000 times on-off
Torque: 2N · m
Power supply voltage: DC5V,DC12V, DC24V; AC/DC 9V-24V
Consumable power: <6.5W
Condition temp: -15C°-50C°
Water temp: 2C°-90C°
No indicator and switch
Seat: PTFE,IP67
Improve your industrial processes with the help of our motorized (actuator) ball valves. We are designed to deliver to wholesalers with unparalleled quality, customization, and peak performance. The fluid control and extended service life will take your operations to the best level. Explore our premium motorized ball valves. We are crafted for enterprise clients to provide heavy-duty durability and superior fluid management.
About Motorized Ball Valve
A Motorized Ball Valve opens or closes the valve with the help of an electric motor when it receives a signal. It has a motor that controls the mechanism and an automated ball valve. Due to the automatic opening and closing, it is also known as an activated ball valve.
Function: A Motorized Ball Valve maintains fluid and gas flow in different pipelines. Thus, they are often known as On-Off Valves. For instance, process pipelines like water cooling lines or air vents use them. These allow and block the flow of water.
Applications: Motorized Ball Valves have various uses. These include HVAC systems, chemicals, and food manufacturing industries. It is also used in water treatment plants, temperature systems, and air ducts. They maintain low energy loss and control flow, so they are used in industries, too.
Benefits: Motorized Ball Valves reduce product waste costs by providing improved output. They carry out, track, and adjust the flow through a hassle-free system. Motorized Ball Valves help increase safety levels when dealing with hazardous materials. They also need little to no workforce.
Unleashing the Power of Motorized Ball Valve for Seamless Flow Control!
Actuated valves, often known as motorized valves, find utility in scenarios demanding automated control over valve operations. In contrast to manual valves that necessitate the physical turning of a handle or gearbox, motor-operated ball valves facilitate automatic opening or closing.
That is because of the activation of an electric motor upon receiving a control signal. Integrating a ball valve with an electric actuator gives rise to what is commonly known as an electrically actuated valve. As we delve into its applications, unique features, and specifications, you’ll discover why our motorized ball valve is an industry challenger.
Applications: Versatility Redefined
Optimal performance for continuous automatic flow control applications comes first when considering a motorized ball valve application. Being ideal for residential settings, the motorized ball valve supports home water systems, HVAC, water filters, and automation projects, providing efficient and reliable water control.
In the industrial sector, motorized ball valve usage knows no bounds. From water treatment equipment, chemical and oil processes to vehicle wash systems, these valves are suitable for various tasks. This innovation is commonly used in firefighting systems, industrial compressors, and manufacturing facilities.
Special Features and Specifications: Engineered Excellence
Being a versatile device, these valves find a wide range of applications, mainly due to their unique features. While giving meticulous attention to detail, this energized valve is made of stainless steel. This way, it ensures durability in challenging conditions.
Moreover, these valves are the best option for industrial and residential usage for their swift and accurate adjustments. Additionally, due to its compact design, you can control the flowing fluid completely.
Materials:
- Available in Stainless Steel SS304 and SS316 Grades
- Suited for food-grade applications, high temperatures, and specific compatible chemicals
End Connections:
- Various end connection options: Screwed Ends, Flanged Ends, and Triclover ends
- Provides flexibility in selecting the valve based on specific application needs
Functions:
- Available functions include ON/OFF, 3 Point Floating, and Modulating Functions.
- The modulating function enables precise flow control using 4-20mA or 0-10V DC protocols.
| Specifications | |
| Size | 20mm / 3/4 Inch BSP Female Thread |
| Material | SS304 / CF8 |
| Voltage | 12VDC / 24VDC / 220VAC |
| Function | ON/OFF |
| Operating Speed | 3–5 seconds |
| Manual Override | Optional |
| Pressure Rating | PN10, PN16 |
| Temperature | Up to 100° C |
| Number of Ports | 2 Way |
Why Choose Our Manufacturing Motorized Ball Valve:
Choosing our motorized valve means opting for unparalleled excellence in fluid control. Our dedication to quality, reliability, and innovation is obvious in every product. Furthermore, endless testing procedures ensure that each valve meets and complies with industry standards. It also meets the mounting standard ISO 5211. Through this, it will provide you with a product that you can trust. Moreover, our customer-centric approach and after-sales support further prove the superiority of our offerings.
Customized and OEM Solutions: Tailored to Your Needs
We understand our customers’ concern that every application is unique. We offer customization and OEM solutions for our motorized valves to sort this out. Due to this, you can customize the torque, size, and voltage to meet the specific requirements of your project. Astonishingly, our engineering team works closely with clients to deliver bespoke solutions. Hence, it ensures perfect integration into existing systems.
It’s time to take advantage of our promotional offers on these motorized valves. These offers include special discounts and exclusive bundles, but only for a limited time. Grab our robust motorized ball valve now, integrated with advanced fluid control technology. Its wide applications, special features, and top-rated models show its outstanding performance and versatility. What else? Our devotion to customization and promotion sweetens the deal and your purchase. Therefore, choosing our motorized ball valve is a step toward generating less friction and more control over the fluid.
FAQs
1. Why choose UPVC material for Motor Ball Valve?
UPVC valve bodies stand out because they hold up well against chemical corrosion. Regular metal valves cannot match this trait. UPVC valves are perfectly suited to water treatment systems, swimming pool circulation lines, farm irrigation, and light chemical drainage pipelines. This plastic material never rusts like metal. Its inner walls stay smooth, so rust waste and dirt rarely stick to the pipe flow paths. UPVC also weighs much less than brass or stainless steel valves, since its density is low. The material blocks electric current entirely. If you add automatic electric control to your water lines, UPVC cuts down hidden electric leakage risks. It makes pipes much safer when you set them up in damp outdoor spaces or underground basements.
2. What is the compatibility of the UPVC Motor Ball Valve?
Our UPVC motorized ball valves use corrosion-proof UPVC bodies, rated PN10 and PN16 for working pressure. They work for drinking water, swimming pool circulation, farm irrigation, and regular water treatment lines.
If you run them in room-temperature water year-round, you will not see rust or mineral buildup inside. They work as a great replacement for many metal valves. We suggest picking stainless steel valves instead if you deal with hot liquid, strong solvents, or highly concentrated corrosive fluids. You can choose based on your liquid’s properties.
We supply two connection types for these valves: UPVC glue sockets and threaded ends. Both fit most standard plastic pipe setups. The electric actuators have multiple voltage picks: DC12V, DC24V, and AC220V, different for each valve model. Basic two-wire and three-wire control are standard, and certain styles support position feedback signals too. These automated valves fit control systems for water treatment, irrigation, and HVAC units.
3. Does the UPVC Motor Ball Valve comply with the NSF-61 standard?
Our standard UPVC electric ball valve uses water-touch parts that pass NSF/ANSI/CAN 61 standards. This makes the valve safe for drinking water pipelines. We can send out material test papers and compliance certificates for the UPVC valve body, ball inner core, and PTFE rubber seals whenever your project needs them. NSF/ANSI/CAN 61 includes valves and similar mechanical fittings in its testing rules for drinking water contact parts. Exact test content and working temperature limits change based on each valve’s design and actual usage environment.
4. Could you provide the structural sectional drawing of the UPVC Motorized Ball Valve?
Plumberstar makes custom cross-section drawings for UPVC motorized ball valves to fit buyers’ needs. We offer 2D CAD files and labeled PDF drawings with full-size markings. The drawings are split into two main parts clearly: the electric actuator and the water flow section of the UPVC valve body. All key parts have clear labels, including valve body, ball core, sealing seat, valve stem, drive parts, and pipe connection ends.
We add size error limits for important matching areas following our real production standards. The files also list full product data matched to each valve model: actuator twisting force, open-close speed, usable temperature range, and rated working pressure. If you ask for drawings of our standard valve styles with clear demands, we will send digital files within 24 hours.
5. Can the wire lengths of the UPVC Motorized Ball Valve be customized?
The default wire length for motors on Plumberstar UPVC electric ball valves is 300 mm. We can cut wires longer or shorter to match your actual installation spacing. These outgoing wires are flame-resistant and meet RoHS material rules. We pair 24V, 220V, and 230V wire sets with matching actuator models.
Every valve gets powered open-close testing after we adjust its wire length. The motor keeps a steady 2 N·m output torque during testing. Our workers test the seal where wires feed into the motor shell to stop water or dust from seeping inside.
