The Flow 33 electromagnetic flow measurement system delivers precise and reliable monitoring of conductive liquids across industrial processes. Designed for modern production environments, this device combines robust industrial construction with wireless connectivity, enabling operators to configure, monitor, and diagnose flow performance directly from a mobile device.
By integrating smart configuration capabilities and high-accuracy measurement technology, the system supports industries that demand stable and continuous monitoring of process media such as water, chemicals, and other conductive fluids. The result is improved operational efficiency, better process control, and enhanced production reliability.
Key Features
This intelligent flow measurement system is engineered to deliver accurate and dependable readings in demanding industrial conditions. The device offers high measurement precision and provides operators with easy access to performance data using mobile connectivity.
The compact design integrates the evaluation unit directly with the sensor body, eliminating the need for a separate display or manual controls. This approach improves durability and protects the system from accidental parameter changes.
The device supports multiple connection options including flange, threaded, sandwich, and hygienic fittings. This versatility allows seamless installation across different pipeline systems and industrial processes.
Design & Functionality
The system features a compact all-in-one design that integrates electronics and sensing elements within a rugged industrial housing. By removing traditional displays and control buttons, the device minimizes mechanical vulnerability and improves long-term reliability.
Configuration and monitoring are performed through a mobile application that connects via wireless technology. Operators can access real-time flow values, system diagnostics, and operational status without needing physical access to the device.
This approach simplifies installation, reduces maintenance complexity, and allows quick adjustments during production.
Total Crossed Beams
The measurement system utilizes advanced electromagnetic sensing technology to detect liquid velocity inside pipelines. By applying electromagnetic principles, the system accurately determines volumetric flow rate without mechanical moving parts.
This non-intrusive measurement technique ensures minimal pressure loss and eliminates wear components, providing long service life and stable measurement performance.
Beam Pitch Options
To meet diverse industrial requirements, the device supports a wide range of pipeline diameters and material configurations. Multiple electrode materials and lining options are available to ensure compatibility with various liquids and process conditions.
This flexible configuration allows the device to operate reliably across industries including water management, agriculture, energy production, food processing, mining, and heavy industrial operations.
Intrinsic Synchronism
The integrated electronics continuously synchronize sensor signals to maintain stable and accurate measurement performance. This ensures reliable readings even in systems with varying flow velocities or fluctuating process conditions.
High-speed sampling and stable signal processing allow the system to capture rapid flow variations while maintaining measurement accuracy.
Operational Advantages
The flow measurement system provides several operational advantages for industrial facilities. Its wireless configuration simplifies commissioning and allows operators to manage settings without physical interface components.
The robust construction ensures durability in harsh environments, while the absence of moving parts reduces maintenance requirements. The result is a dependable measurement solution that improves operational visibility and helps facilities optimize process control and resource efficiency.
With its precise measurement capabilities and flexible installation options, the system is an effective solution for modern industrial flow monitoring applications.
