LoRaWAN Valve Actuators for Wireless Control

Wireless. Reliable. Cost-Effective.

Advanced valve control systems designed for utilities, smart buildings and irrigation.

 

 

Why LoRaWAN for Valve Control?

Unlike traditional valve control systems that require expensive wiring and infrastructure, LoRaWAN-based actuators provide a flexible, cost-effective alternative for:

– Water utilities managing distributed valve networks
– Irrigation systems
– Prepaid water
– Smart building automation (leak control, legionella control,…)
– District Cooling or Heating

 

LoRaWAN enables connectivity where it wasn’t economically feasible before.

 

Key Features & Benefits

10-15 Year Battery Life – Minimal maintenance and replacement costs

Extreme Wireless Range – Works in urban areas, inside buildings, and remote locations

AES-128 Encryption – Secure, authenticated communication

Multi-Platform Compatible – Works with all LoRaWAN gateways and platforms

Bidirectional Communication – Real-time feedback on valve status and full remote control

Industrial Grade Design – Built for harsh environments

Ultra-Low Power – Operates on minimal energy

Embedded agenda – open/close schedules

 

Applications by Industry

Water Utilities

Municipal water systems use LoRaWAN valve actuators to remotely control isolation valves, pressure regulators, and flow control devices across their network. Real-time feedback allows operators to monitor system status and respond to issues without manual site visits. Complex water networks require automatic purges to avoid stagnation water to be contamined. A typical utility can cover a 50+ square mile service area with a single gateway.

Smart Building

Building automation systems integrate LoRaWAN actuators to control valve positions, close on leak detection, or stop providing water when a prepaid amount has been reached. Wireless installation eliminates the cost and complexity of running control wiring through walls and ductwork. Energy savings of 15-25% are typical from better control.

Smart Irrigation Systems

Agricultural operations deploy LoRaWAN actuators across large irrigation networks to control water flow to different zones. Real-time soil moisture feedback combined with automated valve control optimizes water usage and reduces waste by up to 30%.

 

Technical Specifications

Range:
– Urban/Indoor: 2-3 km with obstacles
– Rural/Line-of-sight: 10-15 km
– Gateway coverage scales across networks

Power Consumption:
– Standby: <1 mA
– Operation: 10-50 mA
– Battery Life: 10-15 years at typical usage

Communication:
– Bidirectional with acknowledgment
– Real-time status feedback
– Encrypted with AES-128

Operating Conditions:
– Temperature: -40°C to +60°C
– Humidity: 0-95% non-condensing
– Enclosure Rating: IP67 (weatherproof)
– Mounting: wall mount

 

How It Works

1. Device communicates wirelessly via LoRaWAN protocol
2. No line-of-sight required—signals penetrate buildings and obstacles
3. Actuator receives command from your control system
4. Valve moves to desired position
5. Status feedback sent back to confirm operation
6. All encrypted and secure

 

Cost Savings Calculator

Compare traditional wired valve control vs. LoRaWAN:

Wired System:
– Cable installation: $50-150 per meter
– Labor: $5,000-15,000+
– Trenching/wall drilling: $3,000-10,000+
– Total installed cost for 20 valves: $20,000-50,000+

LoRaWAN System:
– Device cost: $200-500 per valve
– One gateway: $1,000-2,000
– Installation time: Days not weeks
– Total installed cost for 20 valves: $5,000-12,000

ROI: 2-4 years from energy/maintenance savings alone

 

Ready to upgrade your valve control system?

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