WIFI SOLENOID VALVE G1/2

This product is a highly versatile Wi-Fi Smart Solenoid Valve designed for automated and remote control of fluid flow within residential, commercial, or light industrial environments. It features a compact G1/2" thread size, making it suitable for standard half-inch plumbing and small-scale irrigation lines.

Core Functionality and Specifications

The valve's primary mechanical interface is the G1/2" connection, which uses the British Standard Pipe Parallel (BSPP) threading standard. The valve's default state is typically Normally Closed (NC), meaning it utilizes the solenoid to block the flow of fluid unless electrical power is actively applied. This design is crucial for safety, as it prevents unwanted flooding or flow in the event of a power outage.

The valve is capable of handling typical fluid media such as water and air, and is generally rated for pressures up to 0-10 bar and operating temperatures ranging from 0circC to 80circC (Specific ratings should always be confirmed against the manufacturer's datasheet).

Electrical Versatility

A key feature of this product is its flexibility in power requirements, offering four distinct electrical options. This necessitates stocking separate SKUs for each variant:

1. AC Power (Alternating Current):

   • AC220V: Standard high-voltage option suitable for direct wiring in regions like Europe, Asia, and many other global markets.

   • AC110V: Standard voltage option for direct wiring in North America (US/Canada).

2. DC Power (Direct Current):

   • DC24V: A common low-voltage standard utilized in commercial building automation and industrial control systems.

   • DC12V: An extra low-voltage option ideal for battery-powered applications, solar irrigation systems, or automotive/mobile setups, often prioritizing electrical safety.

Smart Connectivity and Application

The valve incorporates a Wi-Fi 2.4GHz module, enabling seamless integration into smart ecosystems. Users can manage the valve remotely via a dedicated mobile application, allowing for:

• Remote On/Off Control: Actuating the valve from anywhere using a smartphone.

• Scheduling and Timers: Setting up precise, automated fluid delivery schedules (e.g., watering schedules).

• Automation: Linking the valve to other sensors (like flood or temperature sensors) to create conditional routines, such as automatically shutting off the main line when a leak is detected.

The standardized naming convention for tracking this inventory uses the WIFIVALVE-G1/2 base, with the voltage appended (e.g., WIFIVALVE-G1/2-AC220V) to distinguish the specific electrical configuration of each unit.