Buy Rosemount 2051L4XC4RD27AMHJIBE2 Liquid level transmitter – WirelessHART, Alloy C-276, Technical Support, China Supplier

Product Overview

The Rosemount 2051L4XC4RD27AMHJIBE2 is a high-performance wireless liquid level transmitter engineered for demanding process environments where continuous monitoring is essential yet hardwired infrastructure is impractical. This instrument leverages the proven 2051L capacitance cell technology, adapted for remote deployment to deliver precise level measurement across a calibrated range of -300 to +300 psi (-20.7 to +20.7 bar). Constructed with a 316L SST wetted diaphragm and a G½ process connection, it is designed for direct vessel or standpipe installation in corrosive or hygienic applications. The transmitter converts hydrostatic head pressure into an accurate level reading, transmitting data via a robust WirelessHART protocol to ensure operational integrity without the cost and complexity of cabling.

Key Features & High-End Benefits

WirelessHART Communication for Infrastructure-Free Deployment: Eliminates the need for conduit, cabling, and I/O cards, drastically reducing installation costs and engineering overhead. This feature enables process optimization in remote or rotating equipment applications where wiring is prohibitive, while maintaining full HART protocol compatibility for seamless DCS integration.

316L SST & G½ Process Connection for Corrosion Resistance: The all-welded SST construction and standardized G½ thread provide exceptional resistance to aggressive media and environmental corrosion. This ensures long-term measurement stability and reduces maintenance intervals, safeguarding your asset integrity in chemical, oil & gas, and water treatment processes.

Wide Measurement Range with High Accuracy: Capable of measuring from -20.7 to +20.7 bar, this transmitter handles both vacuum and pressure applications within a single device. The advanced capacitance sensor delivers ±0.065% accuracy, enabling precise level control for critical inventory management and minimizing product loss.

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