Remote solenoid valve control
Remote solenoid valve control.

Solenoid Valve Controller
The UC512 is a Solenoid Valve Controller. For example, devices can operate in Class A or Class B modes, balancing energy consumption and responsiveness in different deployment scenarios.
Dispatch and lead time are confirmed in the quote.
Manufacturer warranty24 months
Overview
The UC512 is a LoRaWAN® solenoid valve controller designed to remotely manage DC latching solenoid valves in outdoor environments. It allows operators to open or close irrigation or water valves either locally or through network commands.
The device supports two solenoid interfaces, allowing control of multiple valves from a single unit. This makes it suitable for distributed irrigation systems, water infrastructure, and other applications where remote valve control improves operational efficiency.
The UC512 communicates using LoRaWAN®, a long-range wireless technology designed for low-power IoT deployments. This allows the device to operate across wide areas while transmitting small control and monitoring messages efficiently.
The controller supports multiple LoRaWAN operating classes, enabling flexible communication behavior depending on network requirements. For example, devices can operate in Class A or Class B modes, balancing energy consumption and responsiveness in different deployment scenarios.
Configuration and device setup can be performed through NFC using a mobile application. This simplifies installation by allowing technicians to configure the controller without opening the enclosure or connecting cables.
The UC512 provides two solenoid interfaces that support DC 12V latching solenoids. These interfaces allow the device to control valve opening and closing remotely through commands sent from an IoT platform.
In addition to valve control, the device includes two GPIO interfaces that can function as digital inputs or pulse counters. These inputs can be connected to flow metres or valve status sensors, enabling basic monitoring of water flow or system status.
Local rule support allows the controller to perform control actions without requiring continuous network connectivity. This ensures that valve automation can continue operating even if communication with the network is temporarily unavailable.
The UC512 is designed for long-term outdoor deployments where reliable power and environmental protection are required.
The device is powered by three ER26500 Li-SOCl2 batteries with a capacity of 9000 mAh each. This configuration enables very long operating life, exceeding 10 years in Class A operation under typical reporting conditions.
The enclosure is rated IP68, providing protection against dust and prolonged water exposure. Combined with an operating temperature range of –30 °C to 70 °C, the device can operate reliably in harsh environmental conditions.
Two solenoid ports allow the UC512 to control multiple valves from a single controller, which simplifies installation in irrigation zones or distributed water control systems.
Two digital input interfaces expand the device’s capabilities by allowing integration with sensors such as flow metres or status switches. These inputs support pulse counting up to 4000 Hz, enabling accurate measurement of flow signals from compatible monitoring devices.
Remote solenoid valve control.
Local and cloud valve automation.
Mobile app configuration via NFC.
Flow and valve status monitoring.
Automatic rule-based valve operation.
LoRaWAN® wireless communication.
IP68 waterproof enclosure.
−30 °C to +70 °C operating range.
Technical data
| Wireless Transmission | |
|---|---|
| Technology | LoRaWAN®, Milesight D2D |
| Antenna | External Antenna |
| External Antenna (EA) Version | 1 × 50 Ω SMA Female Connector |
| Frequency | CN470/IN865/EU868/RU864/US915/AU915/KR920/AS923-1&2&3&4 |
| Tx Power | 16dBm (868 MHz) / 20dBm (915 MHz) / 19dBm (470 MHz) |
| Sensitivity | -137dBm @300bps |
| Solenoid Interface | |
| Ports | 2 × Solenoid Interfaces |
| Solenoid Support | 2 Wires DC 12V Latching Solenoids |
| Cable Length | 1.5m (by Default) |
| GPIO Interface | |
| Ports | 2 × Digital Inputs, Dry Contact |
| Work Mode | Digital Input, Pulse Counter |
| Input Frequency | ≤ 4000 Hz |
| Operation | |
| Power On & Off | Mobile App (via NFC), Power Button (Internal), Cable Connection |
| Configuration | Mobile App (via NFC) |
| Physical Characteristics | |
| Power Connector | |
| Power Supply | 3 × 9000 mAh Replaceable ER26500 Li-SOCl2 Batteries |
| Battery Life*(20 min interval + control valve 4 times per day, 25 °C) | Class A: >10 years Class B: Around 5 years |
| Operating Temperature | -30 °C~70 °C |
| Ingress Protection | IP68 (1m underwater, 7 days) |
| Dimension | 116 × 116 × 45.5 mm (4.56 × 4.56 × 1.79 in) (Connectors Excluded) |
| Weight | IA Version: 479 g EA Version: 521 g |
| Installation | Wall or Pole Mounting |
| Approvals | |
| Regulatory | CE, FCC |
| Environmental | RoHS |
No specification rows match the filter.
Compliance
Approvals listed for the Milesight UC512.
Applications
The UC512 can automate irrigation networks by remotely controlling valves across agricultural fields or landscaping areas. Long-range LoRaWAN communication allows irrigation infrastructure to be distributed across large outdoor areas without requiring wired connections.
Farmers can use the controller to manage irrigation zones and monitor water usage through connected flow metres. Remote valve control helps optimise irrigation schedules while reducing manual intervention in large agricultural sites.
Water management operators can deploy the UC512 to control valves in pipelines, reservoirs, or remote water distribution points. Its long battery life and IP68 enclosure allow reliable operation in isolated infrastructure locations.
The device can be used in environmental water management systems such as drainage networks or water level control installations. Local automation rules allow valves to operate even when network connectivity is intermittent.
Public landscaping systems can integrate the UC512 to automate irrigation across parks, green spaces, and roadside vegetation areas. Remote monitoring and control reduce maintenance effort and help maintain consistent watering schedules.
Questions
Class A: >10 years Class B, according to the specification.
IP68, according to the specification.
–70 … –30 °C, according to the specification.
CN470/IN865/EU868/RU864/US915/, according to the specification.
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Manufacturer warranty24 months
Europe & United Kingdom
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