Endress+hauser D 200 Proline Prowirl vortex flowmeter

Description

Endress+hauser D 200 Proline Prowirl vortex flowmeter

The Endress+Hauser Prowirl D 200 emerges as a highly efficient and cost-effective wafer flowmeter, meticulously designed for ancillary processes where installation ease and minimal footprint are paramount. Unlike traditional flanged devices, the Prowirl D 200 can be directly inserted between flanges, serving as a functional device with significantly reduced installation complexity and cost. This innovative design makes it an ideal solution for basic applications and a direct replacement for orifice plates, offering superior performance without extensive infrastructure modifications. Its focus on simplicity, combined with robust measurement capabilities, positions the Prowirl D 200 as a smart choice for optimizing various industrial operations.

Seamless Integration for Existing Infrastructures

One of the standout features of the Prowirl D 200 is its commitment to seamless and cost-effective integration within existing plant infrastructures. Utilizing genuine loop-powered technology, this device simplifies wiring and reduces the need for additional power supplies, significantly lowering installation and maintenance expenses. This not only streamlines the deployment process but also minimizes the disruption to ongoing operations. Furthermore, the Prowirl D 200 is engineered for the highest operational safety, boasting comprehensive approvals for hazardous areas. Coupled with the continuous diagnostic insights provided by Heartbeat Technology, it ensures both process integrity and personnel safety at all times.

Versatile Measurement Across Diverse Media

The Prowirl D 200 is built on the robust and proven vortex measuring principle, making it a versatile instrument capable of accurately monitoring a wide array of process media. This includes wet, saturated, and superheated steam, various industrial gases, and diverse liquids, even those at extremely low, cryogenic temperatures. This broad applicability makes it an ideal solution for a multitude of industries, from chemical processing and oil and gas to power generation and HVAC. Whether you need to measure energy consumption from steam or precisely control gas flows, the Prowirl D 200 provides reliable and accurate data, making it an indispensable asset in any facility.

Optimized for Basic Applications and Orifice Replacement

Specifically, the Prowirl D 200 shines in basic applications where a dependable and straightforward flow measurement solution is required. Its design makes it a perfect one-to-one replacement for existing orifice plates, offering numerous advantages such as less pressure drop, improved accuracy, and reduced maintenance. This transition from orifice plates to the Prowirl D 200 allows for greater efficiency and reliability in measuring volume flow, mass flow, and even energy flow. By providing integrated temperature measurement, especially for saturated steam, it enables more precise energy accounting, crucial for optimizing operational costs and meeting environmental targets in today’s industrial landscape.

Compact Design with High Availability

The Prowirl D 200’s compact design is a key differentiator. With an incredibly short face-to-face length of just 65 mm (2.56 inches), it minimizes space requirements and simplifies installation in tight piping configurations. The absence of flanges contributes to its low weight, further easing handling and reducing structural load. Despite its compact size, the Prowirl D 200 boasts high availability, attributed to its proven robustness and exceptional resistance to vibrations, temperature shocks, and even water hammer. This resilience ensures continuous and reliable operation even in the most challenging industrial environments, minimizing downtime and maximizing productivity.

Integrated Diagnostics and Safe Operation

Equipped with advanced features, the Prowirl D 200 is designed for both user convenience and operational safety. A display module with data transfer capabilities provides immediate access to critical process information. The robust dual-compartment housing further enhances its durability. Crucially, the device incorporates Heartbeat Technology, offering integrated verification and continuous self-diagnostics. This ensures that the meter is always operating within specifications and provides early warnings of any potential issues, enhancing process safety. Its touch-control display allows for safe operation without needing to open the device, further contributing to a secure and efficient working environment.

tpt24: Your Trusted Global Partner

For those seeking to acquire the innovative Endress+Hauser Prowirl D 200, tpt24 stands as the premier global online destination. As the leading online store for industrial measurement solutions, tpt24 is committed to providing this exceptional product with an unwavering guarantee of authenticity and quality. Customers worldwide can confidently purchase the Prowirl D 200, knowing they are receiving genuine instrumentation that meets the highest industry standards. With worldwide delivery services, tpt24 ensures that this critical piece of technology reaches your facility, regardless of its location, promptly and securely. Choose tpt24 for a reliable purchasing experience and guaranteed product excellence.

Robust Technical Specifications for Durability

The Prowirl D 200 is built to withstand demanding industrial conditions. Its wetted parts, including the measuring tube (1.4408 CF3M) and DSC sensor (1.4435 316/316L), ensure excellent corrosion resistance and longevity. It operates effectively across a broad medium temperature range, from a standard –40 to +260 °C (–40 to +500 °F), with options extending to –200 to +450 °C (–328 to +842 °F). The meter supports a nominal diameter range from DN 15 to 150 (½ to 6 inches) and handles maximum process pressures up to PN 40 or Class 300. These robust specifications, coupled with comprehensive hazardous area approvals (ATEX, IECEx, cCSAus, JPN, EAC, UK Ex), ensure the Prowirl D 200 delivers reliable and safe performance in diverse and challenging industrial environments.