WhatsApp:
+8613188899036
Email:
[email protected]
Avoid your inquiry is delay response, please enter your WhatsApp/WeChat/Skype along with the message, so we can contact you at the very first time
We will reply you within 24 hours. If for urgent case, please add WhatsApp: +8613188899036, or WeChat: 0531-87968777. Or call 0531-87968777 directly.
* We respect your confidentiality and all information are protected. We will only use your information to respond to your inquiry and will never send unsolicited emails or promotional messages.
Burst pipe at 2 a.m.? That small leak can soak walls, ruin floors, and spike insurance claims. The fix is simple: automate your response so the valve shuts the water before damage spreads.
A smart valve with remote control is a water valve controller that lets you control water and perform a water shut-off from anywhere. Paired with a leak sensor, it reacts in real-time when a leak is detected to prevent damage, protect your home, and give peace of mind—all with seamless integration into your smart home systems.
what are samrt valves
A smart valve is a motor-driven valve that you can operate remotely by mobile phone or smartphone. It sits on your main water supply line (or at a fixture) and turns the valve to shut off water automatically. With wireless connectivity (like wi-fi, zigbee, or Z-Wave), it pairs with leak sensor devices and your hub to automate response.
As a smart valve manufacturing team, we build compact actuators that motorize quarter-turn ball valves and flanged models for industrial water pipeline control. The result: user-friendly operation, seamless day-to-day use, and fewer surprises from water leak events.
Explore related tech: our WiFi smart valve for whole-home shutoff and zigbee option, the smart water valve with Zigbee radio.
When comparing models, start with specification basics: pipe size (DN15–DN50 commonly for homes, larger for plants), torque vs. seat friction, allowable water flow (Kv/Cv), body rating, ingress rating, and actuator duty cycle. Look for clearly stated compatibility (copper, PEX, steel) and media support (potable water, glycol). Confirm compatible fittings if you plan to reuse existing ball valves.
Control electronics matter. A robust valve controller should offer manual override, position feedback, limit switches, and dry-contact inputs for sensor tie-ins. In our factory, we validate valve control under pressure and endurance cycles so the valve holds position—even with differential across the seat.
See industrial options: integrated smart flow meter + valve device and our proportional regulating valve for precise flow control use cases.
Place leak sensor pucks near sinks, the water heater, dishwashers, and low points. When a leak touches probes, the sensor alerts the hub in real-time. Your hub then commands the smart valve to close. That automatic control happens in seconds to prevent damage.
For full coverage, add rope sensor cables along baseboards and behind appliances. In multi-unit or plant settings, put spot detectors under risers and along critical pipe runs. You can also add flow-based leak detection (abnormal usage profiling) if your site needs advanced analytics.
Reference builds: our M-Bus smart valves and LoRaWAN smart valve allow longer-range automation systems where Wi-Fi is weak.
Yes. Use the app on your mobile phone or smartphone to open/close and to check status. Popular hubs like SmartThings support scenes (e.g., “Away”—close the valve). Voice control? “Alexa, shut off valve” is possible when your ecosystem allows it.
If you travel, geofencing can automate closing when you leave. You can also create a timer to cycle the valve periodically in seldom-used homes to keep seats from sticking.
Hub-ready picks: our RS485 regulating valve interfaces cleanly with building BMS and edge controllers.
WiFi smart models are quick to place on home routers and support cloud alerts. Zigbee excels in low power mesh networks; a z-wave smart water valve is common in North America and pairs with many security hubs. LoRa is for long-reach sites (far corners of warehouses).
Pick based on building geometry, interference, and IT policy. For campuses and factories, we often deploy hybrid radios to ensure reliable connectivity across zones, with gateway redundancy for uptime during power outages.
Compare radiotypes: check our W-MBus valve and 4G rotary actuator for remote segments without local networks.
Protocol snapshot
| Protocol | Range | Power profile | Backhaul | Best fit |
| Wi-Fi | Short-medium | Higher | LAN/Cloud | Homes, SMB sites |
| Zigbee | Short | Very low | Hub → LAN | Mesh-friendly apartments |
| Z-Wave | Short | Low | Hub → LAN | North America hubs |
| LoRa | Long | Very low | Gateway | Warehouses, campuses |
Most homeowner installs put the smart water valve near the main shutoff, so one close seals the whole water line. Add a second at the water heater outlet if you want localized isolation. In mixed-fuel sites, adding a gas valve with smart gas monitoring can extend safety to combustion equipment (local codes apply).
In commercial jobs, we often isolate floor branches and critical equipment feeds, leaving manual stations for maintenance. That way a single valve actuation doesn’t halt the entire facility.
Hardware for branches: stainless electric ball valve and uPVC electric butterfly valve for treated-water systems.
Most retrofits motorize existing quarter-turn ball valves, which keeps plumbing simple. Check stem height, handle clearance, and ensure the actuator bracket seats squarely. Good practice is to plumb unions on each side so future swaps are quick and easy to install.
If you’re installing new, choose full-port hardware for minimal drop, then mount the actuator per the manual. We label conduit entries clearly for neat work and tip-proof strain relief.
Installer’s corner: see the SS electric ball valve and our ductile-iron electric butterfly valve for larger lines. This valve offers precise positioning with smart motorized drive.
Use scenes to automate daily routines: close at night; open at 6 a.m.; trigger on leak sensor events; interlock with heat call; or pause irrigation when a leak trips. This is water management in action—tight control over water usage without babysitting.
You can set a timer to do a weekly cycle. Tie into automation systems so the building gateway records events and exports telemetry. With clear APIs, you’ll get seamless integration into existing dashboards and work orders.
Integration path: combine our proportional rotary actuator with BMS for precise automatic water mixing and industrial flow control logic.
Ask how the valve controller behaves when mains fail. Battery packs, supercaps, or spring-return options can drive to a safe position during power outages. Manual override should be obvious and accessible.
Telemetry should log last state and include real-time heartbeats. You’ll want clear error codes if a seat sticks or torque rises. For critical loops, twin valve architecture (A/B) protects processes while maintenance swaps a unit.
For harsh duty: our RS485 rotary actuator offers industrial feedback and noise-immune wiring.
A beverage warehouse added leak pucks along the packaging line and a main smart valve on the riser. In the first quarter, one pinhole saved them two days of cleanup and prevented water damage to inventory. Their simple PLC tied into our actuator and throttled water to a minimum setpoint until technicians arrived.
Another plant used proportional valve control to maintain jacket temperature. By closing the loop with a flowmeter, they stabilized water flow and cut waste. The same backbone later added a smart water shut-off routine for weekends.
Before buying, verify:
“We specify cutting-edge technology that still feels simple day-to-day. If it’s not user-friendly, it doesn’t belong in a mechanical room.”
Start with a pilot zone—main riser and two branches. Add leak sensor coverage, map shutoff logic, and train staff. Next, expand to tenant sub-meters, irrigation, and roof make-up lines. Tie alarms to SMS and email, and create SOPs for after-hours response.
As confidence grows, standardize on a smart valve controller model and firmware baseline. Your facilities team will appreciate fewer SKUs and smoother spares management.
Scale gear: check our Lora rotary actuator for remote yards and 4G rotary actuator for sites without LAN.
Yes. They prevent waste when detect leaks occur, and they help quantify water usage for ESG reporting. With API exports, you can tag events to assets and produce monthly rollups by building or cost center.
In irrigation, we’ve seen 10–20% savings by closing zones when pressure drops indicate breaks. In manufacturing, safeguarding CIP lines has cut downtime and reduced insurance claims exposure.
Not at all. While most installs manage water, many clients use actuated valve packages for thermal loops, air, and even fuel—though combustion lines require code-listed gas valve hardware. Select rated components, follow standards, and coordinate with AHJ inspectors.
The same platform can automate make-up, drain, and bypass operations with alerts. Over time, that’s fewer manual rounds and faster responses.
How fast can a smart valve close once a leak is detected?
In typical scenes, closing happens within seconds after a leak is detected by a paired leak sensor. Your exact timing depends on hub processing and actuator stroke time.
Can the system work without internet?
Yes. Local hubs can trigger automatic control even if cloud access drops. Choose models that support local scenes so you can still shut off valve logic during outages.
Will a smart valve work with my existing ball valves?
Often yes. Many actuators motorize quarter-turn hardware. Check torque and stem interface notes, and confirm compatibility with your exact valve make.
What if power fails while the valve is open?
Look for backup features that drive to safe position during power outages. Manual overrides are there as a last resort.
Can I add voice or app control later?
Absolutely. Wi-Fi/wi-fi, zigbee, and Z-Wave ecosystems support scenes and voice assistants like alexa. You can control water remotely from your app anytime.
Is this only for homeowners?
No. We supply building managers and plants as well. The same backbone scales from home to campus.
| Feature | Home Install | Commercial/Plant |
| Radio | Wi-Fi / zigbee / Z-Wave | LoRa / RS-485 / 4G |
| Control | App + hub | BMS + API |
| Redundancy | Optional | Recommended (A/B) |
| Scenes | Leak → close; timer | Shift changes; maintenance |
A smart water valve lets you control water with confidence. It’s small gear with big outcomes: fewer floods, cleaner maintenance, and better water management. Pick the right radio, ensure seamless app experience, and make scenes that fit your site. Whether you manage apartments or packaging lines, the same blueprint applies.
Glossary snapshot
Looking for a deeper integration path or project specification review? As a smart valve manufacturer, we can help design the right package—from wifi smart pilots to campus BMS rollouts with RS-485 gateways and proportional actuators that automate mixing and flow control.
Sources for general best practices:
Note: This article uses general guidance. Always follow local codes and manufacturer manuals.
English 
French 
Spanish 
Russian 
Arabic 
