The H2601 wireless pressure sensor with IoT cloud platform is engineered for modern industrial monitoring systems that demand accuracy, reliability, and remote accessibility. This advanced pressure sensing solution enables seamless real-time data transmission, supporting smart factories, process automation, and predictive maintenance strategies. With integrated wireless communication technologies such as 4G and LoRa, it ensures uninterrupted monitoring across distributed environments.
Key Features
- Wide pressure measuring range from vacuum to high pressure
- Real-time data transmission via IoT cloud platform
- High accuracy performance with stable output
- Wireless connectivity using 4G and LoRa networks
- Rugged IP68-rated design for harsh environments
- Energy-efficient operation for long-term deployment
Design & Functionality
The H2601 is designed for durability and precision in industrial conditions. Its compact and robust housing ensures protection against dust, water, and extreme temperatures. The integrated segment LCD display allows quick local readings, while cloud connectivity enables remote monitoring from any location. The sensor supports multiple process connections, ensuring compatibility with diverse systems and installations.
Total Crossed Beams
Engineered for consistent sensing performance, the internal measurement system ensures stable pressure detection across fluctuating operational conditions. This enhances reliability in continuous monitoring applications.
Beam Pitch Options
Flexible configuration options allow adaptation to various industrial setups, ensuring compatibility with pipelines, tanks, and hydraulic systems. Multiple connection standards provide easy integration into existing infrastructure.
Intrinsic Synchronism
The device maintains synchronized data transmission with minimal latency, ensuring accurate and timely pressure readings. This is critical for automated control systems and real-time decision-making processes.
Operational Advantages
The H2601 enables industries to optimize operations through continuous monitoring and data-driven insights. By reducing manual inspection needs and enabling predictive maintenance, it lowers operational costs and improves system efficiency. Its wireless capability eliminates complex wiring, making installation faster and more scalable.
