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Emerson TREXLHPKLWP3SR Device Communicator, HART, Wireless Kit 3 Year Premium Support, Case, Radar App

$8,345.00

The Emerson TREXLHPKLWP3SR is a versatile HART device communicator with wireless capabilities, designed to streamline diagnostics and configuration for industrial applications. Ideal for engineers and technicians in control systems.

The Emerson TREXLHPKLWP3SR is a cutting-edge device communicator designed to simplify the maintenance, configuration, and diagnostics of HART-enabled devices. This wireless kit, equipped with a rugged case and the Radar App, offers unmatched flexibility and convenience for professionals working in automation, instrumentation, and control systems. Perfect for industries like chemical processing, oil & gas, and power generation, this tool ensures precise management of field devices and improves operational efficiency.

Key Features:

  • Wireless communication for remote monitoring and diagnostics

  • Supports HART 7 protocol for seamless integration with a wide range of devices

  • Enhanced with 3 years of premium support for reliable service

  • Compatible with Emerson’s Radar App for efficient device configuration and data visualization

  • Durable carrying case for secure transport and storage

  • User-friendly interface for quick, accurate device management

  • Long battery life for extended field use

Compatible Chemicals: Compatible with devices used in various chemical environments, including but not limited to acids, solvents, and alkalis.

Included Accessories:

  • Wireless communicator

  • Radar App software

  • Protective carrying case

  • USB charging cable

  • User manual

Compliance:

  • ISO-certified quality standards

  • Compliant with HART 7 and industrial communication protocols

Benefits for Lab Users: This device communicator helps lab users optimize device performance, reduce downtime, and ensure accurate readings across different industrial processes. Its wireless design enhances flexibility, enabling easy device diagnostics from remote locations, which boosts productivity and reduces the need for manual interventions.