Brand: EPRO
Model: CON011 9200-00001N
Type: Eddy Current Signal Converter
Series: EPRO Machinery Protection / Vibration Monitoring
Core Function: Eddy Current Measurement Signal Conditioning
Country of Origin: Germany
Condition: New / Used
Availability: In Stock / Industrial Spare Part
Warranty: 12 Months

EPRO CON011 9200-00001N Eddy Current Signal Converter

The EPRO CON011 9200-00001N is an industrial eddy current signal converter designed for machinery condition monitoring and vibration measurement systems. It is associated with EPRO’s machinery protection technology and is used as part of an eddy current measurement chain for monitoring rotating equipment.

The module is particularly relevant to applications where reliable measurement of shaft displacement, relative shaft vibration, or other dynamic mechanical parameters is required. It can be used in conjunction with EPRO eddy current sensors and compatible monitoring electronics in turbine, compressor, fan, gearbox, and other rotating machinery applications.

Product Overview

The CON011 9200-00001N is intended to provide signal conditioning between an eddy current measurement sensor and the associated monitoring or protection equipment. In a typical machinery monitoring installation, the eddy current sensor detects the relative movement of a rotating shaft while the signal converter processes the sensor signal for use by the monitoring system.

This type of measurement chain is widely used for critical rotating machinery because shaft-relative vibration measurements can provide early indication of mechanical problems such as rotor imbalance, misalignment, looseness, or other abnormal operating conditions.

Main Functions

1. Eddy current measurement signal conversion
2. Signal conditioning for machinery vibration monitoring
3. Interface between eddy current sensors and monitoring electronics
4. Support for shaft-relative displacement and vibration measurement
5. Integration into industrial machinery protection systems
6. Continuous monitoring of critical rotating equipment

The CON011 should be considered a component of a complete measurement chain rather than a standalone vibration sensor.

Typical Applications

1. Steam and gas turbine monitoring
2. Compressor condition monitoring
3. Industrial fan monitoring
4. Gearbox and rotating machinery protection
5. Power generation equipment
6. Oil and gas machinery
7. Petrochemical process equipment
8. Industrial machinery condition monitoring

Technical Specifications

Product: Eddy Current Signal Converter

Model: CON011

Order Number: 9200-00001N

Application: Eddy Current Measurement / Machinery Protection

Signal Type: Eddy Current Measurement Signal

System Application: Machinery Condition Monitoring

Typical Measurement: Relative Shaft Displacement / Shaft Vibration

Related Measurement Chain: EPRO Eddy Current Sensor and Monitoring Electronics

Installation: Industrial Machinery Monitoring System

Weight: Approximately 3.9 kg as listed by a current spare-parts source; actual shipping weight should be confirmed from the physical unit and packaging.

Please verify the exact electrical interface, sensor compatibility, configuration, and installation requirements against the equipment documentation and the nameplate of the supplied unit before replacement.

Compatibility and System Integration

The CON011 is normally used as part of a complete EPRO machinery monitoring arrangement. A typical measurement chain can include an eddy current proximity sensor, signal conversion electronics, a monitoring module, and the corresponding protection or control system.

EPRO’s machinery monitoring portfolio includes eddy current sensors such as the PR6423 family and monitoring electronics used for shaft vibration and displacement measurement. The exact sensor and monitoring-module combination should be checked before ordering to ensure compatibility.

For replacement projects, the complete part number should be compared carefully because similar-looking EPRO components may have different electrical interfaces, measurement characteristics, or system applications.

Verification & Quality Control

For industrial spare-part procurement, the CON011 9200-00001N should be verified by:

1. Checking the complete model and order number on the nameplate.
2. Comparing the physical appearance and connector arrangement with the original unit.
3. Checking the manufacturing label and serial number where applicable.
4. Confirming compatibility with the installed EPRO monitoring system.
5. Performing visual inspection before shipment.
6. Providing actual product photos for customer confirmation when available.
7. Testing the unit according to the applicable inspection procedure before delivery.

For used or engineering-surplus units, condition should be evaluated separately from the model identification. A visually clean unit should not automatically be considered electrically tested.

Replacement Considerations

When replacing an existing CON011, do not rely solely on the CON011 designation. The complete order number, 9200-00001N, should be matched with the customer’s existing system documentation.

The associated eddy current sensor, cable, monitoring module, and measurement range should also be checked. This is especially important in turbine and compressor protection systems where incorrect measurement-chain components can affect vibration or shaft-displacement monitoring.

Related EPRO Products

EPRO PR6423 Series Eddy Current Sensors
EPRO PR6424 Series Eddy Current Sensors
EPRO CON021 Eddy Current Signal Converter
EPRO MMS6000 Machinery Monitoring System
EPRO A6000 Machinery Monitoring System
EPRO MMS6823 Displacement Monitoring Module
EPRO MMS6120 Temperature Monitoring Module

Why Choose EPRO CON011 9200-00001N

The CON011 is suitable for customers maintaining existing EPRO machinery monitoring installations and requiring a replacement or spare signal-conversion component. Its primary value is in maintaining the integrity of an established eddy current measurement chain for critical rotating equipment.

For legacy systems, sourcing an original or verified spare can be more practical than modifying the complete monitoring architecture, particularly when downtime and compatibility risks are important considerations.