Key Benefits and Advantages
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Maximum Installation Versatility: The remote transmitter design allows the sensor to be placed in harsh or inaccessible process locations while keeping the control interface in a safe, convenient area.
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Extensive Material Compatibility: Supports a wide variety of wetted materials, enabling precise measurement of almost any aggressive chemical or corrosive medium.
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Advanced Data Access: Gain full transparency into your process with numerous, freely combinable I/Os and Ethernet capabilities for comprehensive diagnostic monitoring.
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Reduced Operational Complexity: Freely configurable I/O functionality reduces device variety and simplifies spare parts management across large-scale plants.
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Energy Efficiency: The full-bore sensor design ensures zero pressure loss, significantly reducing energy costs associated with pumping aggressive fluids.
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Heartbeat Technology: Integrated verification allows for compliant health checks and process safety monitoring without interrupting the measurement or production.
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Maintenance-Free Lifecycle: Built with no moving parts, the device eliminates mechanical wear and minimizes long-term maintenance requirements.
Technical Properties
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Robust Size and Range: Available in nominal diameters up to DN 600 (24 inches) to handle high-volume process flows.
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High-Performance Liners: Features premium PTFE or PFA liners designed to withstand chemical attack and highest thermal stress.
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Hazardous Area Certified: Carries all common international Ex approvals, ensuring safe operation in explosive atmospheres.
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Enhanced Connectivity: The remote transmitter supports up to 4 I/Os and features a backlit display with touch control and WLAN access for mobile device operation.
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Standardized Cabling: Uses a standard cable between the sensor and transmitter, simplifying installation and reducing specialized wiring costs.
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Independent Measurement: The bidirectional principle is virtually independent of process pressure, density, temperature, and viscosity.
Field of Application
Promag P 500 is the definitive choice for large-scale chemical plants and process facilities where the separation of the measuring point and the control interface is necessary for safety or accessibility. It excels in the measurement of acids, alkalis, and complex chemical mixtures at high temperatures.
Primary Industries:
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Chemical Industry: Bulk chemical distribution and aggressive media monitoring.
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Process Engineering: High-temperature corrosive fluid management in complex automation architectures.
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Large-Scale Skid Building: Centralized monitoring for modular process units in hazardous zones.
