Product Overview: EPRO CON021

The EPRO CON021 is a high-precision Eddy Current Signal Converter, designed to condition and standardize signals from proximity probes in industrial monitoring systems. This specialized device converts raw sensor data into a calibrated output that represents shaft displacement or relative position. The EPRO CON021 is essential for accurate radial and axial position monitoring of rotating machinery, contributing significantly to continuous machine protection and predictive diagnostics. With exceptional signal integrity and reliability, this module integrates seamlessly into PLC and DCS systems, offering a proven solution for industrial applications.

Detailed Technical Specifications

The EPRO CON021 is engineered for superior signal processing and high-resolution mechanical movement measurement. It forms part of the eddy current measuring chain when connected to a compatible probe and extension cable. Designed for easy mounting on a DIN rail, the module can be conveniently installed and maintained in control cabinets.

The module features sophisticated electronic circuitry for linearization and conditioning of the proximity signal. The standardized analog output makes the CON021 fully compatible with existing PLC and DCS systems. The robust screw terminals ensure reliable field wiring connections.

The compact form factor of the EPRO CON021 allows for high channel density in crowded industrial panels. It consumes minimal power, relying on the 24 VDC external power source to operate stably.

Product Overview: EPRO PR6424/013-140

The EPRO PR6424/013-140 is a specialized Eddy Current Proximity Sensor designed for non-contact measurement in heavy-duty industrial rotating machinery. This sensor accurately detects the small distance between its tip and a metallic shaft, providing critical data for monitoring shaft vibration and position. As a result, it plays a vital role in machinery protection systems.

EPRO engineered the PR6424/013-140 for high reliability and consistent accuracy, particularly in heavy-duty applications. The sensor is specifically designed with a 13 mm tip, which allows for greater measurement range and flexibility in larger machinery. This model is a core component for robust predictive and preventative maintenance programs, ensuring the health and performance of critical industrial assets.

Detailed Technical Specifications

The 13 mm tip size is ideal for applications with larger machinery or where greater mounting gap variations are required. This model is particularly useful when extended cable lengths are necessary for larger machinery installations. As with other EPRO probes, the PR6424/013-140 receives its operating energy from an external converter.

Frequently Asked Questions (FAQ)

1. Is the EPRO PR6424/013-140 sensor new and original?
Yes, we only supply the PR6424/013-140 as a brand-new, original product directly from the manufacturer.

2. Do you have the PR6424/013-140 in stock?
Yes, we maintain a current inventory of the EPRO PR6424/013-140 sensor and have stock available for immediate purchase.

3. What is the lead time for shipping the EPRO PR6424/013-140?
We typically ship orders within 3 days to 2 weeks. The exact shipping time depends on the size and complexity of your overall order.

4. Which logistics carriers do you use for shipping?
We commonly use reliable international carriers, such as DHL, to ensure quick and secure delivery of your PR6424/013-140 sensor.

5. What is your return policy if the sensor has quality issues?
We stand by the quality of the EPRO PR6424/013-140. If you encounter any quality issues, we support returns within 30 days of purchase.

6. What does the "013" in the model number PR6424/013-140 signify?
The "013" indicates the sensor’s 13 mm tip diameter, which is designed for applications requiring a wider measurement range compared to smaller sensors.

7. What is the total compensated cable length for the PR6424/013-140?
The "-140" in the model number specifies that the total compensated cable length for the entire system is 4.0 meters. This includes the 1.0 m probe cable and the 3.0 m extension cable.