Metrix MX2033 3-Wire Driver

Wire Driver

MFG Part Number	[[[ MFG PART NUMBER ]]]
Stock	Limited

SKU METRIX-MX2033 Categories Digital Proximity System, Drivers, Proximity Tag Metrix Vibration

The Metrix MX2033 is an advanced, digitally configurable, 3-wire eddy-current proximity measurement system designed to meet API 670 standards. This device stands out for its versatility, field configurability, and compatibility with a broad range of probes, cables, and vibration monitoring systems.

Key Highlights

Flexible Field Configurability: Users can configure the MX2033 in the field via the free Metrix DPS software, adjusting for over 40 different target materials, various probe tip diameters, extension cable lengths, and custom configurations. This flexibility makes it an ideal universal spare part for maintenance and engineering teams.
Variable Scale Factor: The MX2033 provides power for scale factors between 100 mV/mil (3.93 mV/µm) and 200 mV/mil (7.87 mV/µm), enabling measurement ranges from 20 to 180 mils (500 to 4,500 µm) or 10 to 90 mils (250 to 2,250 µm).
Frequency Range and Compatibility: Operating from 0 Hz to 10 kHz, the MX2033 supports a wide array of applications and is compatible with both legacy and modern proximity probes and cables, including competitive systems.
Digital Configurability for Multiple Applications: Designed to be adaptable to a variety of machine types and conditions, this driver includes configurations for different shaft materials, unknown shaft materials, trimmable system lengths, and older or competitive probe systems. Additionally, it has advanced features like spike suppression and speed pulse adjustment.
Lightweight and Compact Design: Weighing approximately 247 g (8.7 oz), the MX2033 is easily transportable and installable.

Primary Applications

The MX2033 3-Wire Proximity Driver is most commonly used in monitoring critical fluid film bearing machinery, particularly in oil & gas, chemical, and power generation industries. It integrates with condition monitoring systems, providing precise and accurate data essential for reliable machine performance and predictive maintenance.

This proximity system not only meets API 670 compliance requirements but also offers modern digital configurability, making it a powerful tool for engineers and technicians needing adaptable and comprehensive vibration monitoring solutions.

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