Key Benefits and Advantages
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Maximum Installation Flexibility: The innovative remote transmitter design maximizes operational safety and allows for convenient access to controls, regardless of sensor location.
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Multivariable Data: Enhance process transparency by measuring volume flow, temperature, and conductivity simultaneously with a single instrument.
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Advanced Connectivity: Benefit from numerous, freely combinable I/Os and Ethernet capabilities, providing full access to critical process and diagnostic information.
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Reduced Operational Complexity: Freely configurable I/O functionality minimizes the need for multiple device types, simplifying spare parts management and system design.
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Heartbeat Technology: Ensure continuous compliance and process safety through integrated verification and advanced diagnostics without interrupting flow.
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Energy Efficient and Maintenance-Free: The full-bore sensor design ensures zero pressure loss, while the absence of moving parts eliminates mechanical wear.
Technical Properties
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Industrial Grade Protection: The hygienic sensor connection housing is rated at IP69, ensuring the system survives rigorous high-pressure washdown cycles.
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Superior Material Quality: Features a chemically resistant PFA liner and a stainless steel sensor housing compliant with 3-A and EHEDG standards.
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Sanitary Readiness: All wetted materials are fully CIP (Clean-in-Place) and SIP (Sterilization-in-Place) cleanable to maintain sterile process conditions.
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Modern Control Interface: The transmitter features a backlit display with touch control and integrated WLAN access for wireless configuration.
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Extended I/O Capabilities: The remote version supports up to 4 I/Os, offering the highest level of integration for complex automation architectures.
Applications
Promag H 500 is specifically dedicated to high-end applications in the pharmaceutical and food industries where sensors must be placed in inaccessible locations or harsh process zones while keeping the user interface in a safe, accessible area.
Primary Industries:
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Life Sciences: Large-scale vaccine production, purified water distribution, and pharmaceutical batching.
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Food and Beverage: High-speed bottling lines, dairy processing, and complex mixing systems.
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Modular Plant Construction: Ideal for large-scale skids where the control interface must be centralized at a human-machine interface (HMI) station.
