PLCs, Power Supplies & Others

The EPRO PR6423/065-110 is a precise eddy current transducer for industrial monitoring. This non-contact system measures critical parameters like vibration and displacement. Moreover, its robust design ensures reliable performance in harsh turbomachinery environments. Consequently, it provides essential data for protecting expensive assets like turbines and compressors.

Accurate Non-Contact Sensing Technology

This transducer operates on a highly reliable eddy current principle. It generates an electromagnetic field to detect proximity to conductive materials. Furthermore, the system converts minute distance changes into a linear electrical signal. Therefore, you gain accurate insights into machine health without physical contact.

Built for Demanding Industrial Applications

The PR6423/065-110 features a rugged probe capable of withstanding high temperatures. It also resists exposure to oil, steam, and significant pressure variations. Additionally, the integrated high-temperature cable ensures signal integrity over long runs. This durability makes it a preferred choice for continuous condition monitoring.

Detailed Technical Specifications

Complete Specifications for EPRO PR6423/065-110:

• Manufacturer & Model: EPRO PR6423/065-110

• Product Series: PR 6423 Eddy Current Transducer System

• Measurement Type: Non-contact displacement, vibration, and position.

• Sensing Principle: Inductive eddy current.

• Target Material: Requires an electrically conductive surface (typically steel).

• Probe Type: The /065 suffix specifies the probe’s design, diameter, and range.

• Nominal Measuring Range: Defined by probe type; common ranges include 0-2mm or 0-4mm.

• Output Signal: Standardized linear output, typically -2 to -18 VDC or 4-20 mA.

• Linearity: High precision, usually within ±1% of the full-scale range.

• Frequency Response: Suitable for dynamic measurements up to 5 kHz or higher.

• Cable Length: The -110 suffix indicates a standard cable length of 1 meter.

• Operating Temperature: Probe tip rated for continuous high-temperature operation (e.g., up to 150°C).

• Cable Construction: Flexible, shielded cable with high-temperature insulation.

• Connector: Proprietary connector designed for mating with EPRO oscillator/demodulator units.

• System Component: This transducer requires a compatible EPRO CON 0xx series oscillator for operation.

• Power Requirement: Powered through the oscillator module (typically +24 VDC).

• Primary Applications: Radial and axial vibration measurement, shaft eccentricity, thrust position, and differential expansion monitoring.

Enabling Predictive Maintenance Strategies

Integrating this transducer is a cornerstone of effective predictive maintenance. It allows for the early detection of imbalance, misalignment, and bearing wear. Ultimately, the EPRO PR6423/065-110 is a critical sensor for maximizing uptime and ensuring operational safety.

Details