Description
The specifications provided outline a highly versatile and efficient automated valve system designed to be integrated into networked environments using Zigbee and WiFi. This valve is suitable for a wide range of applications including home automation, industrial systems, and fluid management in HVAC systems. Below is a detailed analysis of its key features and technical specifications.
Key Features
- Networking Mode: Supports both Zigbee and WiFi connectivity, which facilitates seamless integration into smart home systems or industrial IoT solutions. This feature allows for remote control and monitoring, enhancing operational efficiency and convenience.
- Rated and Working Voltage: Operates within a wide range of DC 6V-18V, with a rated voltage of DC12V. This flexibility in operating voltage makes it suitable for various installations and ensures reliability under different power supply conditions.
- Current Specifications: The valve functions within a current range of 20mA to 1000mA, with a rated current of 100mA. This range indicates the valve’s efficiency in power usage during different operational states from idle to full activation.
- Power Consumption: It operates at a power range of 0.24W to 10W, with a rated power of 1.2W, showcasing its energy efficiency, which is crucial for long-term operational sustainability and cost-effectiveness.
- Valve Operational Pressure: Features a valve pressure rating of 1.6M Pa, indicating its capability to handle significant pressure, suitable for various fluid dynamics applications.
- Mechanical Durability and Safety:
- Insulation Resistance: Over 20MΩ, ensuring a high level of electrical insulation and safety.
- Withstand Voltage: Up to DC600V, further illustrating its robustness against potential electrical failures.
- Torque: Ranges from 30-60kg.cm, showing its capability to deal with resistance during operation, which is vital for valves managing thicker fluids or operating under strain.
- Operational Speed: Both valve closing and opening times range between 5 to 10 seconds, indicating swift action for controlling fluid flow efficiently, which is crucial in both emergency response scenarios and routine fluid management.
Technical Specifications
- Dimensions: Not specified. Additional details regarding the size and weight would be beneficial for assessing space requirements and installation parameters.
Conclusion
This automated valve system is a high-performance, network-integrated solution designed to meet the demands of modern automated fluid management systems. With robust networking capabilities, flexible power requirements, and strong mechanical specifications, it is well-suited for diverse applications from residential to industrial settings. Its quick operational times, high insulation resistance, and ability to withstand significant voltages and pressures make it a reliable choice for enhancing operational efficiency and safety in fluid control systems.




