Emerson EPRO modules offer reliable spare and replacement parts for DeltaV, Ovation, and other Emerson automation systems. They help maintain system uptime, support legacy installations, and ensure smooth industrial operations.
Emerson EPRO
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EMERSON EMERSON PR6424/004-010 CON021 Eddy Current Transducer
Overview The Emerson PR6424/004‑010 (CON021) is an EPRO‑series eddy current transducer engineered for high‑accuracy vibration and displacement measurement in rotating machinery. Designed for continuous condition monitoring, it provides stable, real‑time data essential for predictive maintenance and machinery protection systems. Its robust mechanical design and advanced sensing technology ensure reliable operation in harsh industrial environments where precision and long‑term stability are critical. Key Features High‑precision eddy current transducer for vibration and displacement monitoring Excellent sensitivity and low‑noise signal output Strong resistance to temperature extremes, mechanical shock, and EMI/RFI Compatible with CON021 signal conditioning electronics Designed for continuous operation in demanding industrial settings Seamless integration with DCS and condition monitoring platforms Supports predictive maintenance and early fault detection Technical Specifications Parameter Specification Model PR6424/004‑010 Part Number CON021 Product Type Eddy Current Transducer Sensor Diameter 16 mm (typical for PR6424 series) Measurement Parameters Displacement, vibration, shaft movement Output Type Works with CON021 conditioning module Operating Temperature Suitable for high‑temperature industrial zones Environmental Resistance High vibration, corrosive atmospheres, EMI/RFI immunity Dimensions 24.5 × 17 × 4 cm Weight 0.54 kg System Compatibility DCS and machinery monitoring systems Country of Origin USA HS Code 8537101190 Condition Brand New Availability In Stock Minimum Order 1 unit Functional Description The PR6424/004‑010 (CON021) transducer is part of Emerson’s EPRO proximity measurement system, designed to capture high‑resolution displacement and vibration data from rotating equipment. When paired with the CON021 signal conditioning module, it delivers stable, accurate output signals suitable for advanced monitoring and protection systems. Its high sensitivity enables early detection of mechanical issues such as imbalance, misalignment, bearing wear, and rotor instability. This supports predictive maintenance strategies, reduces unplanned downtime, and extends equipment life. The sensor’s rugged construction ensures reliable operation in environments exposed to high temperatures, corrosive substances, and continuous mechanical stress. Its compatibility with multiple monitoring platforms makes it a versatile solution for industrial asset management. Application Scenarios Turbine and compressor vibration monitoring Generator shaft displacement measurement High‑speed rotating machinery protection Predictive maintenance and reliability programs Oil & gas, petrochemical, and power generation facilities Industrial equipment health monitoring systems FAQ Q: What does this transducer measure? A: It measures displacement, vibration, and shaft movement using eddy current technology. Q: Does it require a conditioning module? A: Yes, it is designed to operate with the CON021 signal conditioning module. Q: Can it withstand harsh industrial environments? A: Yes, it is engineered for high temperatures, mechanical shock, and corrosive atmospheres. Q: Is it compatible with standard DCS systems? A: It integrates easily with DCS and dedicated condition monitoring systems.
$200.00 $100.00
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EMERSON EMERSON PR6423/10R-131 CON041 Eddy Current Transducer
Overview The Emerson PR6423/10R‑131 (CON041) is an EPRO‑series eddy current transducer engineered for high‑accuracy measurement of shaft vibration, displacement, and positional changes in rotating machinery. Designed for continuous condition monitoring, it provides stable, real‑time data essential for predictive maintenance and machinery protection systems. Its compact 8 mm probe design and rugged construction make it suitable for long‑term operation in harsh industrial environments where precision and reliability are critical. Key Features High‑precision eddy current transducer for vibration and displacement monitoring Fast response time for capturing rapid changes in machine behavior Strong resistance to temperature extremes, oil contamination, and mechanical shock Compatible with CON041 signal conditioning electronics Stable, low‑noise output for accurate diagnostics Seamless integration with DCS and condition monitoring platforms Designed for continuous operation in demanding industrial settings Technical Specifications Parameter Specification Model PR6423/10R‑131 Part Number CON041 Product Type Eddy Current Transducer Sensor Diameter 8 mm (PR6423 series) Measurement Parameters Shaft vibration, displacement, position Output Type Works with CON041 conditioning module Operating Temperature Suitable for high‑temperature industrial zones Environmental Resistance High vibration, oil contamination, EMI/RFI immunity Dimensions 16 × 16 × 2 cm Weight 0.24 kg System Compatibility DCS and machinery monitoring systems Country of Origin USA HS Code 8537101190 Condition Brand New Availability In Stock Minimum Order 1 unit Functional Description The PR6423/10R‑131 (CON041) transducer is part of Emerson’s EPRO proximity measurement system, designed to capture high‑resolution vibration and displacement data from rotating equipment. When paired with the CON041 signal conditioning module, it delivers stable, accurate output signals suitable for advanced monitoring and protection systems. Its high sensitivity enables early detection of mechanical issues such as imbalance, misalignment, bearing wear, and rotor instability. This supports predictive maintenance strategies, reduces unplanned downtime, and extends equipment life. The sensor’s rugged mechanical and electrical design ensures reliable operation in environments exposed to high temperatures, oil contamination, and continuous mechanical stress. Application Scenarios Turbine and compressor vibration monitoring Generator shaft displacement measurement Pump and motor condition monitoring High‑speed rotating machinery protection Predictive maintenance and reliability programs Oil & gas, petrochemical, and power generation facilities FAQ Q: What does this transducer measure? A: It measures shaft vibration, displacement, and position using eddy current technology. Q: Does it require a conditioning module? A: Yes, it is designed to operate with the CON041 signal conditioning module. Q: Can it withstand harsh industrial environments? A: Yes, it is engineered for high temperatures, oil contamination, and mechanical shock. Q: Is it compatible with standard DCS systems? A: It integrates easily with DCS and dedicated condition monitoring systems.
$200.00 $100.00
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EMERSON EMERSON PR6426/000-040 CON021 Eddy Current Sensor Module
Overview The Emerson PR6426/000‑040 (CON021) is an EPRO‑series eddy current sensor module designed for high‑accuracy measurement of shaft displacement, vibration, and positional changes in rotating machinery. As part of Emerson’s proximity measurement system, it delivers stable, real‑time data essential for predictive maintenance, machinery protection, and long‑term equipment reliability. Its rugged mechanical design and advanced signal conditioning capabilities make it suitable for continuous operation in harsh industrial environments. Key Features High‑precision eddy current sensor for vibration and displacement monitoring Stable, low‑noise output for accurate diagnostics Strong resistance to EMI/RFI, temperature extremes, and mechanical shock Compatible with CON021 signal conditioning electronics Designed for continuous operation in demanding industrial settings Seamless integration with DCS and condition monitoring platforms Supports predictive maintenance and early fault detection Technical Specifications Parameter Specification Model PR6426/000‑040 Part Number CON021 Product Type Eddy Current Sensor Module Sensor Diameter 32 mm (typical for PR6426 series) Measurement Parameters Displacement, vibration, shaft movement Output Type Works with CON021 conditioning module Operating Temperature Suitable for high‑temperature industrial zones Environmental Resistance High vibration, corrosive atmospheres, EMI/RFI immunity Dimensions 21 × 15 × 4.5 cm Weight 0.42 kg System Compatibility DCS and machinery monitoring systems Country of Origin USA HS Code 8537101190 Condition Brand New Availability In Stock Minimum Order 1 unit Functional Description The PR6426/000‑040 (CON021) sensor module is part of Emerson’s EPRO proximity measurement system, engineered to capture high‑resolution displacement and vibration data from rotating equipment. When paired with the CON021 signal conditioning module, it provides stable, calibrated output signals suitable for advanced monitoring and protection systems. Its high sensitivity enables early detection of mechanical issues such as rotor imbalance, misalignment, bearing degradation, and shaft instability. This supports predictive maintenance strategies, reduces unplanned downtime, and extends equipment life. The sensor’s robust construction ensures reliable operation in environments exposed to high temperatures, corrosive substances, and continuous mechanical stress. Its compatibility with multiple monitoring platforms makes it a versatile solution for industrial asset management. Application Scenarios Turbine and compressor vibration monitoring Generator shaft displacement measurement High‑speed rotating machinery protection Predictive maintenance and reliability programs Oil & gas, petrochemical, and power generation facilities Industrial equipment health monitoring systems FAQ Q: What does this sensor measure? A: It measures displacement, vibration, and shaft movement using eddy current technology. Q: Does it require a conditioning module? A: Yes, it is designed to operate with the CON021 signal conditioning module. Q: Can it withstand harsh industrial environments? A: Yes, it is engineered for high temperatures, mechanical shock, and corrosive atmospheres. Q: Is it compatible with standard DCS systems? A: It integrates easily with DCS and dedicated condition monitoring systems.
$200.00 $100.00
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EMERSON EMERSON PR6423/106-0F1 Eddy Current Sensor
Overview The Emerson PR6423/106-0F1 Eddy Current Sensor is a precision monitoring device designed for non-contact measurement of vibration and displacement in rotating machinery. It is a key component in predictive maintenance strategies, providing accurate real-time data to improve equipment reliability and operational efficiency. Technical Specifications Parameter Details Model PR6423/106-0F1 Product Type Eddy Current Sensor Measurement Type Non-contact vibration and displacement Technology Eddy current sensing System Compatibility EPRO series, DCS integration Communication Ethernet router Dimensions 20 × 20 × 4 cm Weight 0.26 kg Origin USA HS Code 8537101190 MOQ 1 Condition Brand New Operating Environment Resistant to high temperature, pressure, and contamination Application System DCS (Distributed Control System) Functional Highlights High sensitivity for detecting minute changes in machine condition. Fast response times for real-time monitoring. Non-contact measurement reduces sensor wear and extends service life. Rugged design ensures durability in harsh industrial environments. Compatible with multiple monitoring systems for flexible integration. Application Scenarios Turbine vibration monitoring in power generation plants Compressor and pump condition monitoring in chemical industries Motor and gearbox diagnostics in manufacturing facilities Oil & gas machinery reliability improvement FAQ Q: What type of measurement does the PR6423/106-0F1 provide? A: It measures vibration and displacement using eddy current technology. Q: Is this sensor suitable for high-temperature environments? A: Yes, it is engineered to withstand extreme temperatures, pressure, and contamination. Q: Can the PR6423/106-0F1 integrate with Emerson monitoring systems? A: Yes, it integrates seamlessly with EPRO series and Emerson AMS Suite.
$200.00 $100.00
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EMERSON Emerson EPRO Series PR9376/010-001 Vibration Monitoring Module
Overview The Emerson PR9376/010-001 EPRO Module is a precision vibration monitoring device engineered for critical rotating machinery. It provides accurate non-contact measurements using eddy current technology, enabling early detection of imbalance, misalignment, and bearing wear. This module is designed to improve predictive maintenance strategies and extend equipment life in demanding industrial environments. Technical Specifications Parameter Details Model PR9376/010-001 Product Type EPRO Vibration Monitoring Module Technology Eddy current proximity probe Measurement Vibration and shaft displacement System Compatibility DCS and Emerson AMS Suite Communication Ethernet router Dimensions 4.4 × 17.8 × 11.4 cm Weight 0.66 kg Origin USA HS Code 8537101190 MOQ 1 Condition Brand New Operating Environment Extreme temperatures and high vibration levels Application System DCS (Distributed Control System) Functional Highlights High-precision vibration and displacement monitoring for rotating machinery. Eddy current technology ensures non-contact measurement, reducing sensor wear. Rugged design for reliable operation under harsh industrial conditions. Seamless integration with Emerson AMS Suite for unified condition monitoring. Supports predictive maintenance strategies to minimize downtime. Application Scenarios Turbine vibration monitoring in power generation plants Compressor and pump health diagnostics in chemical processing Motor and gearbox condition monitoring in manufacturing facilities Oil & gas machinery reliability improvement FAQ Q: What type of measurement technology does the PR9376/010-001 use? A: It uses eddy current proximity sensing for non-contact vibration and displacement monitoring. Q: Is this module compatible with Emerson AMS Suite? A: Yes, it integrates seamlessly with AMS Suite for predictive maintenance and diagnostics. Q: What industries typically use this module? A: Oil & gas, power generation, chemical processing, and heavy manufacturing.
$200.00 $100.00
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EMERSON Emerson | PR6426/010‑030 + CON021/916‑160 | Eddy Current Sensor Module
Overview The Emerson PR6426/010‑030 + CON021/916‑160 eddy current sensing module is part of the EPRO proximity measurement series, engineered for precise shaft vibration and displacement monitoring in rotating machinery. This configuration combines the PR6426 probe with the CON021 driver, forming a complete proximity measurement chain suitable for demanding industrial environments. Technical Features Probe Model: PR6426/010‑030 Driver Model: CON021/916‑160 Measurement Principle: Non‑contact eddy current displacement sensing Probe Diameter: 32 mm (EPRO standard) Measurement Range: 0–4 mm typical (depending on target material and calibration) Frequency Response: DC to several kHz (optimized for vibration monitoring) Output Signal: 4–20 mA or voltage output depending on driver configuration Power Supply: 24 VDC nominal System Compatibility: DCS, PLC, and condition monitoring systems Environmental Resistance: High vibration tolerance Wide operating temperature range Corrosion‑resistant stainless‑steel probe housing Self‑Diagnostics: Integrated monitoring for probe health, cable integrity, and signal stability Communication: Ethernet‑based service interface (driver module) Product Status: Discontinued since December 31, 2018 Origin: USA Weight: 0.78 kg Dimensions: 24 × 22 × 5 cm HS Code: 8537101190 MOQ: 1 unit Availability: In stock Functional Description The PR6426/010‑030 probe paired with the CON021/916‑160 driver forms a high‑accuracy displacement and vibration measurement system widely used in critical rotating equipment such as turbines, compressors, and large pumps. Its non‑contact eddy current technology ensures stable readings even under extreme temperature fluctuations, mechanical shock, and electromagnetic interference. The driver module conditions the raw probe signal, providing a calibrated output compatible with modern automation and protection systems. Built‑in diagnostics simplify maintenance and reduce downtime by enabling quick identification of sensor or wiring issues. Application Scenarios Turbine shaft vibration monitoring Compressor bearing displacement measurement Pump shaft alignment and condition monitoring Gearbox vibration analysis Industrial machinery protection systems Similar Model Comparison Model Probe Diameter Driver Type Typical Use PR6426/010‑030 + CON021/916‑160 32 mm Standard driver General vibration/displacement monitoring PR6423 Series 25 mm Compact driver Limited‑space installations PR6424 Series 18 mm High‑temperature driver High‑temperature rotating machinery FAQ Q: Is the PR6426/010‑030 compatible with older EPRO systems? A: Yes, it is fully compatible with legacy EPRO monitoring racks and most modern DCS/PLC systems. Q: Can the sensor operate in high‑temperature zones? A: The probe is designed for elevated temperatures, but exact limits depend on installation and extension cable configuration. Q: Is calibration required after installation? A: Factory calibration is provided, but system‑level calibration is recommended for optimal accuracy.
$200.00 $100.00
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EMERSON Emerson Epro PR6424/01CS Eddy-Current Proximity Sensor
Product Description The PR6424/01CS from Emerson Epro is a precision eddy-current proximity probe engineered for high-accuracy, non-contact monitoring of shaft position and vibration in rotating machinery. Its compact 16 mm probe design allows installation in confined spaces without compromising measurement precision, making it ideal for industrial environments where both space and reliability are critical. This sensor integrates seamlessly with PI670-compliant monitoring systems and compatible Epro signal converters (e.g., CON021, CON041) to deliver real-time data on static displacement and dynamic vibration. It is optimized for continuous operation under harsh conditions, providing stable and repeatable readings. Key Features Compact 16 mm probe diameter suitable for restricted mounting areas Non-contact operation eliminates mechanical wear and reduces maintenance High sensitivity ensures precise detection of shaft motion Robust design for continuous operation in demanding industrial environments Compatible with Epro signal converters for both displacement and vibration monitoring Technical Specifications General Data Model: PR6424/01CS Sensor Type: Eddy-current proximity sensor Probe Diameter: 16 mm Country of Origin: Germany Measurement Characteristics Sensitivity: 4 V/mm ±1.5% Linear Measuring Range: ±2.0 mm Dynamic Measurement Range: 0–1000 µm Nominal Gap Distance: ~2.7 mm Resolution: Up to 10 µm (application dependent) Long-Term Stability: Drift 0.3% of full scale Target Material: Ferromagnetic steel (e.g., 42CrMo4) Minimum Shaft Diameter: ≥80 mm Maximum Surface Velocity: Up to 2.5 m/s Environmental & Operational Continuous operation in temperatures ranging from –20 °C to +120 °C Resistant to oil, dust, and moderate vibration levels Applications The PR6424/01CS is widely used in: Rotating machinery condition monitoring High-speed turbine and generator shaft tracking Industrial equipment vibration analysis Compact assemblies where precise shaft displacement data is required FAQ Q: Can this sensor measure high-speed shaft vibrations?A: Yes, the sensor supports dynamic measurement up to 1000 µm, making it suitable for high-frequency vibration monitoring. Q: Is it compatible with standard Epro signal converters?A: Yes, it integrates with devices such as CON021 and CON041 for real-time displacement and vibration data. Q: What types of materials can it measure?A: Designed for ferromagnetic materials like 42CrMo4 steel; performance may vary with non-ferromagnetic targets. Q: What is the minimum installation space required?A: The 16 mm probe tip allows installation in tight spaces without compromising accuracy.
$200.00 $100.00
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EMERSON Emerson EPRO Series PR6424/000‑040 + CON021 Eddy Current Sensor Assembly
Overview The PR6424/000‑040 + CON021 eddy current sensing chain from Emerson’s EPRO series is engineered for high‑accuracy non‑contact displacement and vibration measurement. This configuration pairs the PR6424 probe with the CON021 driver, forming a compact and robust monitoring solution suitable for rotating machinery in demanding industrial environments. Technical Specifications Probe Model: PR6424/000‑040 Driver Model: CON021 Measurement Principle: Eddy current, non‑contact displacement sensing Probe Tip Diameter: 8 mm (corrected from original text) Measurement Range: 0–2 mm typical (depending on calibration and target material) Frequency Response: DC to several kHz Output Signal: Voltage or 4–20 mA (driver‑dependent) Power Supply: 24 VDC nominal System Integration: Compatible with DCS, PLC, and condition monitoring platforms Environmental Characteristics: High resistance to vibration Corrosion‑resistant stainless‑steel housing Suitable for elevated temperature zones Communication Interface: Ethernet service port (driver module) Product Status: Discontinued since December 31, 2018 Origin: USA Weight: 0.4 kg Dimensions: 16 × 16 × 2 cm HS Code: 8537101190 MOQ: 1 unit Availability: In stock Functional Description The PR6424/000‑040 probe is designed for precise shaft displacement and vibration monitoring in turbines, compressors, pumps, and other rotating equipment. When paired with the CON021 driver, the system delivers a stable, conditioned output signal suitable for protection systems and predictive maintenance applications. The compact 8 mm probe design allows installation in restricted spaces while maintaining high measurement accuracy. The driver module ensures signal linearity, temperature compensation, and diagnostic capability, enabling reliable long‑term operation in harsh industrial environments. Application Scenarios Turbine shaft displacement monitoring Compressor bearing vibration measurement Pump alignment and condition monitoring Gearbox vibration analysis Predictive maintenance systems in power, petrochemical, and manufacturing plants Model Comparison Model Probe Diameter Driver Type Typical Application PR6424/000‑040 + CON021 8 mm Standard driver Compact installations, general vibration monitoring PR6426 Series 32 mm High‑range driver Large machinery, extended measurement range PR6423 Series 25 mm Compact driver Medium‑size rotating equipment FAQ Q: Does the PR6424/000‑040 require recalibration after installation? A: Factory calibration is provided, but system‑level calibration is recommended for optimal accuracy. Q: Can the sensor operate in high‑temperature environments? A: Yes, the probe is designed for elevated temperatures, though exact limits depend on cable and installation configuration. Q: Is the CON021 driver compatible with older EPRO racks? A: Yes, it integrates with legacy EPRO monitoring systems and most modern DCS/PLC platforms.
$200.00 $100.00
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EMERSON EMERSON PR6424/104-141 CON041 Eddy Current Sensor Module
Overview The PR6424/104‑141 CON041 is an eddy current sensor module from Emerson’s EPRO series, engineered for high‑accuracy measurement of shaft displacement, vibration, and positional changes in rotating machinery. Its non‑contact sensing technology provides stable, real‑time data essential for machinery protection and predictive maintenance systems. Functional Characteristics The PR6424/104‑141 CON041 operates as part of a complete eddy current measurement chain, delivering precise displacement and vibration readings even under rapidly changing operating conditions. Its fast response time supports dynamic monitoring of high‑speed equipment such as turbines, compressors, and industrial pumps. The module is built to withstand harsh industrial environments, including elevated temperatures, corrosive atmospheres, and high mechanical stress. Its rugged housing and EMI‑resistant electronics ensure long‑term stability and measurement integrity. Designed for compatibility with a wide range of monitoring platforms, the sensor integrates easily into DCS‑based condition monitoring systems. Its straightforward installation and low maintenance requirements help reduce downtime and support efficient plant operation. Technical Specifications Parameter Specification Model PR6424/104‑141 CON041 Brand Emerson Product Type Eddy Current Sensor Module Product Series EPRO Condition Brand New Weight 0.4 kg Dimensions 16 × 16 × 3 cm Origin USA Minimum Order Quantity 1 HS Code 8537101190 System Integration DCS Measurement Type Displacement, vibration, position Sensing Technology Eddy current, non‑contact Environmental Resistance High temperature, vibration, corrosive media Application Type Machinery protection and condition monitoring Application Scenarios Shaft vibration and displacement monitoring in turbomachinery Axial position measurement for compressors and steam/gas turbines Predictive maintenance systems requiring high‑accuracy real‑time data Industrial environments with extreme temperatures or corrosive exposure Integration with EPRO and third‑party monitoring platforms FAQ Q: What type of measurements does the PR6424/104‑141 CON041 support? A: It measures displacement, vibration, and positional changes using eddy current technology. Q: Is the sensor suitable for high‑temperature applications? A: Yes. Its construction is designed for elevated temperatures and harsh industrial conditions. Q: Can this module integrate with existing monitoring systems? A: It is compatible with a wide range of DCS and condition monitoring platforms.
$200.00 $100.00
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EMERSON EMERSON MMS6410 Vibration Monitoring Board
Product Overview The EMERSON MMS6410 Vibration Monitoring Board is a dual channel measuring amplifier designed for precise shaft displacement and vibration monitoring. With compact dimensions of 3 × 19 × 12.7 cm and a weight of 0.3 kg, this board integrates seamlessly into distributed control systems. Its robust design ensures reliable operation in harsh environments, while Ethernet connectivity and Modbus TCP/IP protocol enable real-time monitoring and control. Technical Specifications Parameter Value Model Number MMS6410 Module Type Vibration Monitoring Board Manufacturer EMERSON Product Series Machine Monitoring Systems Condition Brand New Dimensions 3 × 19 × 12.7 cm Weight 0.3 kg HS Code 8537101190 System DCS Communication Service Ethernet Router Minimum Order Quantity 1 Origin USA Lead Time In Stock Operating Temperature -20°C to +60°C Power Consumption ≤ 10W Protocols Supported Modbus TCP/IP Channels Dual Channel Functional Description The MMS6410 amplifier measures static and dynamic signals such as displacements, angles, forces, and torsions using inductive transducers. Each channel operates independently or calculates sum and difference values for enhanced diagnostics. Its energy-efficient design consumes ≤10W, reducing operational costs while maintaining high performance. Applications and Compatibility The MMS6410 Vibration Monitoring Board suits industries such as power generation, petrochemical, and manufacturing. It supports turbine protection systems, compressors, fans, and centrifuges, providing diagnostic signals for field bus networks. As part of the MMS 6000 family, it enhances machine reliability, efficiency, and safety while extending equipment lifespan.
$200.00 $100.00
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EMERSON Emerson MMS6831 EPRO Interface Card | IMR 6000/00 System
Overview The MMS6831 interface card is part of Emerson’s IMR 6000/00 System, designed to provide communication bridging and data exchange between field monitoring modules and supervisory control systems. Its architecture supports high‑speed industrial communication protocols and ensures stable integration within distributed control environments. Functional Characteristics The MMS6831 operates as a communication interface module, enabling synchronized data transfer between EPRO monitoring hardware and DCS platforms. It supports Ethernet‑based communication and is compatible with modern industrial protocols such as Profinet, allowing efficient data routing for condition monitoring and control applications. Its compact 3 cm‑wide form factor and lightweight construction make it suitable for dense cabinet installations. The module is engineered for long‑term reliability, with components selected to withstand electrical noise, vibration, and temperature fluctuations commonly found in industrial facilities. The MMS6831 includes flexible I/O handling, enabling adaptation to various monitoring configurations. Its low power consumption and wide environmental tolerance support continuous operation in demanding environments. Technical Specifications Parameter Specification Model MMS6831 Product Type EPRO Interface Card Brand Emerson Product Range IMR 6000/00 System Origin USA Weight 0.2 kg Dimensions 3 × 19 × 12.7 cm System Compatibility DCS Communication Ethernet‑based; Profinet support I/O Capability Configurable input/output handling Construction Industrial‑grade module housing Operating Conditions Wide temperature and humidity tolerance Power Consumption Low‑power design HS Code 8537101190 MOQ 1 Lead Time In Stock Performance Notes High‑speed communication ensures rapid data transfer for real‑time monitoring. Compact design supports installation in space‑constrained control cabinets. Robust construction ensures stable operation in harsh industrial environments. Flexible I/O configuration allows adaptation to various monitoring architectures. Application Scenarios Machinery condition monitoring systems Distributed control system (DCS) integration High‑speed data acquisition and communication Power generation, petrochemical, and heavy‑industry automation platforms Expansion or modernization of IMR 6000/00 monitoring racks FAQ Q: What is the primary function of the MMS6831? A: It serves as an interface card that manages communication between EPRO monitoring modules and higher‑level control systems. Q: Does the MMS6831 support modern industrial communication protocols? A: Yes. It supports Ethernet‑based communication and Profinet for high‑speed data exchange. Q: Can the MMS6831 still be used in existing installations? A: Yes. Although discontinued, it remains compatible with IMR 6000/00 systems already in operation.
$200.00 $100.00
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EMERSON EMERSON MMS6418 Interface Card Monitoring Module
Overview The MMS6418 interface card is part of Emerson’s Machine Monitoring Systems platform, designed to manage communication, data exchange, and system coordination within multi‑module machinery protection racks. It provides a stable communication backbone for condition monitoring modules, ensuring synchronized data flow and reliable integration with DCS environments. Functional Characteristics The MMS6418 operates as a communication interface module, supporting structured data routing between monitoring hardware and supervisory control systems. Its design enables consistent communication integrity checks, module addressing, and system‑level coordination. The module’s industrial‑grade construction ensures dependable operation in environments with electrical noise, vibration, and temperature fluctuations. The MMS6418 supports multiple industrial communication standards, enabling flexible integration into diverse automation architectures. Its modular layout allows quick installation and replacement within MMS6000‑series racks, minimizing system downtime. Technical Specifications Parameter Specification Model MMS6418 Product Type Interface Card Monitoring Module Brand Emerson / EPRO Product Range Machine Monitoring Systems Origin USA Weight 0.68 kg Dimensions 7.1 × 19 × 12.8 cm System Compatibility DCS Communication Support Ethernet‑based system access Supported Protocols Profinet, EtherCAT, EtherNet/IP Operating Temperature −20 °C to +70 °C Power Consumption ≤ 10 W Construction Industrial‑grade module housing HS Code 8537101190 MOQ 1 Lead Time In Stock Performance Notes Multi‑protocol support enables integration with a wide range of automation systems. Designed for stable operation in harsh industrial environments with wide temperature tolerance. Low power consumption supports energy‑efficient system design. Modular architecture simplifies installation, upgrades, and maintenance. Application Scenarios Machinery protection and condition monitoring racks High‑speed communication interfaces for rotating equipment monitoring Integration of vibration, speed, and process modules into DCS systems Power generation, petrochemical, and heavy‑industry automation platforms FAQ Q: What is the primary function of the MMS6418? A: It serves as a communication interface card that manages data exchange between monitoring modules and higher‑level control systems. Q: Does the MMS6418 support modern industrial protocols? A: Yes. It supports Profinet, EtherCAT, and EtherNet/IP for flexible integration. Q: Can the MMS6418 still be used in existing systems? A: Yes. Although discontinued, it remains fully compatible with installed MMS6000‑series racks.
$200.00 $100.00
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EMERSON EMERSON MMS6822 Interface Card Monitoring Module
Overview The MMS6822 interface card is part of Emerson’s Machine Monitoring Systems platform, designed to manage communication and data exchange between field monitoring modules and supervisory control systems. Its architecture supports stable signal routing, system coordination, and diagnostic communication within distributed monitoring environments. Functional Characteristics The MMS6822 functions as a communication and interface module, enabling synchronized data transfer between machine condition monitoring hardware and DCS platforms. It supports system‑level coordination, module addressing, and communication integrity checks, ensuring reliable operation in multi‑module monitoring racks. Its compact form factor and industrial‑grade construction allow the module to operate in environments with vibration, electrical noise, and temperature variation. The MMS6822 is designed for long‑term deployment and integrates seamlessly into MMS6000‑series racks without requiring system redesign. Technical Specifications Parameter Specification Model MMS6822 Product Type Interface Card Monitoring Module Brand Emerson Product Range Machine Monitoring Systems Origin USA Weight 0.2 kg Dimensions 3 × 19 × 12.8 cm System Compatibility DCS Communication Internal rack communication; Ethernet‑based system access Controller Platform MD Plus controller architecture Construction Industrial‑grade module housing HS Code 8537101190 MOQ 1 Lead Time In Stock Performance Notes Provides communication routing and interface management for MMS6000‑series monitoring modules Supports remote diagnostics and system‑level monitoring Designed for stable operation in electrically noisy industrial environments Modular design enables quick installation and replacement Application Scenarios Machinery protection systems Multi‑channel vibration and speed monitoring racks DCS‑integrated condition monitoring platforms Power generation, petrochemical, and heavy‑industry equipment monitoring FAQ Q: What is the primary function of the MMS6822? A: It serves as an interface card that manages communication between monitoring modules and higher‑level control systems. Q: Does the MMS6822 support remote diagnostics? A: Yes. It supports remote access functions for system status checks and troubleshooting. Q: Is the MMS6822 still supported? A: Although discontinued, replacement units remain available for existing MMS6000 installations.
$200.00 $100.00
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EMERSON Emerson MMS6823 Data Acquisition Module | IMR 6000/00 System
Overview The MMS6823 data acquisition module is part of Emerson’s IMR 6000/00 System, designed to collect, preprocess, and transmit measurement data from industrial machinery. Its architecture supports high‑speed sampling and stable operation in demanding environments, making it suitable for integration into distributed control and monitoring platforms. Functional Characteristics The MMS6823 serves as an interface between field sensors and higher‑level monitoring systems. It digitizes analog input signals, applies internal filtering and scaling, and forwards processed data to supervisory systems through the IMR 6000/00 communication backbone. Its compact housing and robust electronics ensure consistent performance under electrical noise, temperature variations, and mechanical vibration. The module is engineered for continuous operation and supports deterministic data transfer, enabling accurate trend analysis and event detection. Its design allows straightforward installation in existing IMR 6000/00 racks without requiring system redesign. Technical Specifications Parameter Specification Model MMS6823 Product Type Data Acquisition Module Brand Emerson Product Range IMR 6000/00 System Origin USA Weight 0.28 kg Dimensions 6 × 18.8 × 12.8 cm System Compatibility DCS Input Type Analog sensor inputs (voltage/current) Output Digitized data to IMR 6000/00 bus Operating Voltage 220 V AC Internal Processing Frequency 30 kHz Construction Industrial‑grade module housing HS Code 8537101190 MOQ 1 Lead Time In Stock Performance Notes High‑frequency internal processing (30 kHz) supports fast‑changing signal environments. Stable operation at 220 V AC for compatibility with industrial power systems. Designed for long‑term reliability in harsh environments with electrical interference. Compact form factor simplifies installation in IMR 6000/00 racks. Application Scenarios Machinery condition monitoring Process data acquisition for DCS systems Vibration, temperature, and pressure signal digitization Large‑scale industrial automation platforms Power generation and petrochemical monitoring systems FAQ Q: What systems support the MMS6823? A: It is designed specifically for the IMR 6000/00 System and integrates into DCS‑based architectures. Q: What type of signals can it acquire? A: It accepts analog sensor inputs such as voltage or current signals commonly used in industrial monitoring. Q: Is the module still available despite being discontinued? A: Yes. Although discontinued, replacement units remain available for maintenance of existing installations.
$200.00 $100.00
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EMERSON EMERSON MMS6312 Dual‑Channel Rotational Speed Monitor
Overview The MMS6312 dual‑channel rotational speed monitor is part of Emerson’s Machine Monitoring Systems portfolio, designed for precise speed measurement and overspeed protection in rotating equipment. Its two independent channels allow simultaneous monitoring of separate shafts or redundant sensing on a single shaft, supporting high‑integrity protection architectures in critical industrial processes. Functional Characteristics The MMS6312 processes pulse‑based speed signals from proximity probes or magnetic pickups and converts them into real‑time rotational speed values. Its internal logic supports configurable alarm thresholds, trip levels, and speed‑related diagnostics, enabling operators to detect abnormal acceleration, deceleration, or overspeed conditions. The module’s compact form factor and rugged construction ensure stable operation in environments with vibration, temperature fluctuations, and electrical noise. Designed for long‑term reliability, it integrates seamlessly into DCS‑based protection systems and legacy MMS6000 racks. Technical Specifications Parameter Specification Model MMS6312 Product Type Dual‑Channel Rotational Speed Monitor Brand Emerson Product Range Machine Monitoring Systems Origin USA Weight 0.24 kg Dimensions 3.1 × 19 × 12.9 cm System Compatibility DCS Input Type Pulse‑based speed signals (proximity probe / magnetic pickup) Channels 2 independent speed channels Alarm Functions Configurable speed alarms and trip thresholds Construction Industrial‑grade housing Certification ISO 9001:2015 HS Code 8537101190 MOQ 1 Lead Time In Stock Performance Notes Dual‑channel architecture supports redundant protection or multi‑shaft monitoring. High‑accuracy speed calculation suitable for turbines, compressors, and high‑speed rotating machinery. Designed for continuous operation with stable signal processing under electrical interference. Modular design allows quick installation and replacement within MMS6000 racks. Application Scenarios Turbine overspeed protection Compressor speed monitoring Multi‑shaft machinery synchronization Condition monitoring and predictive maintenance Safety‑critical rotating equipment in power generation and petrochemical plants FAQ Q: What sensors can be used with the MMS6312? A: It accepts pulse‑type inputs such as proximity probes and magnetic pickups commonly used in speed measurement. Q: Can the MMS6312 be used in redundant protection systems? A: Yes. Its dual‑channel design supports redundant speed monitoring for safety‑critical applications. Q: Is the module still supported despite being discontinued? A: It is discontinued, but replacement units remain available for existing MMS6000 installations.
$200.00 $100.00
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EMERSON Emerson EPRO PR6424/010‑010 CON021 16mm Eddy Current Sensor
Overview The PR6424/010‑010 CON021 is a 16 mm non‑contact eddy current displacement sensor developed by Emerson’s EPRO product line for high‑precision shaft vibration and position monitoring. Its mechanical robustness, wide frequency response, and stable thermal behavior make it suitable for long‑term deployment in turbines, compressors, and other high‑value rotating assets. Technical Features 16 mm probe diameter for extended measurement range and improved signal stability Linear displacement measurement with high repeatability Designed for harsh industrial environments with temperature‑compensated electronics Compatible with CON021 signal converter for analog and digital output formats Seamless integration with DCS and EPRO MMS6000 monitoring platforms Technical Specifications Parameter Specification Model PR6424/010‑010 CON021 Product Type 16 mm Eddy Current Sensor Brand Emerson / EPRO Origin USA Weight 0.94 kg Dimensions 30 × 24 × 7.5 cm System Compatibility DCS Power Supply −24 V DC (±10%) Frequency Response 0–8 kHz (±3 dB) Linearity Error ≤ ±1% FSO Thermal Drift ≤ ±0.05%/°C Recommended Shaft Diameter ≥ 25 mm Target Material 42CrMo4 (optimal) Initial Gap 0.5 mm HS Code 8537101190 MOQ 1 Lead Time In Stock Functional Characteristics The PR6424/010‑010 CON021 provides a linear measurement range suitable for shaft displacement monitoring in medium‑to‑large rotating machinery. Its coil geometry and shielding design minimize electromagnetic interference, ensuring stable readings even in oil‑rich or high‑temperature environments. When paired with the CON021 converter, the sensor supports multiple output formats, enabling integration into both legacy and modern monitoring architectures. Application Scenarios Gas and steam turbines High‑speed compressors Industrial pump systems Gearboxes and rotating shafts Predictive maintenance and protection systems FAQ Q: What monitoring systems support this sensor? A: It is fully compatible with EPRO MMS6000 and other Emerson vibration monitoring platforms designed for eddy current probes. Q: Why is a 16 mm probe used? A: Larger‑diameter probes provide improved linearity and stability over longer measurement ranges, especially in high‑temperature environments. Q: Can it still be used even though it is discontinued? A: Yes. It remains widely deployed in existing installations, and replacement units are commonly stocked for maintenance needs.
$200.00 $100.00
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EMERSON Emerson PR9268/300‑000 | EPRO Series | Eddy Current Sensor Module
Overview The PR9268/300‑000 eddy current sensor module from Emerson’s EPRO series is designed for high‑accuracy vibration and displacement monitoring on rotating machinery. Built for long‑term reliability in demanding industrial environments, the sensor provides stable, repeatable measurements essential for machinery protection and predictive maintenance programs. Functional Characteristics The PR9268/300‑000 functions as a non‑contact displacement and vibration sensor using eddy current technology. Its stainless‑steel housing and sealed construction support continuous operation in areas exposed to moisture, dust, corrosive gases, and high vibration levels. The sensor is engineered to maintain measurement stability even in electrically noisy environments, making it suitable for integration into DCS‑based monitoring systems. The module delivers a consistent 4–20 mA output signal proportional to vibration velocity, enabling compatibility with a wide range of monitoring platforms. Its broad frequency response supports early detection of mechanical faults such as imbalance, misalignment, and bearing degradation. Technical Specifications Parameter Specification Model PR9268/300‑000 Brand Emerson Product Type Eddy Current Sensor Product Series EPRO Condition Brand New Weight 0.75 kg Dimensions 25 × 22 × 8 cm Origin USA Minimum Order Quantity 1 HS Code 8537101190 System Integration DCS Operating Status Active Output Signal 4–20 mA (loop‑powered) Frequency Response 4 Hz – 1 kHz (corrected; eddy current sensors do not operate at 10 kHz) Housing Material Stainless steel Environmental Rating IP67 (typical for this sensor class) Mounting Options Stud, magnetic base, adhesive Application Type Vibration and displacement monitoring Application Scenarios Vibration monitoring for turbines, compressors, and large pumps Condition‑based maintenance in refineries, power plants, and heavy industry Integration with EPRO and AMS monitoring systems Detection of mechanical faults such as looseness, imbalance, and bearing wear Long‑term monitoring in corrosive or high‑moisture environments FAQ Q: What type of output does the PR9268/300‑000 provide? A: It provides a 4–20 mA velocity‑proportional output compatible with most industrial monitoring systems. Q: Can this sensor operate in corrosive or outdoor environments? A: Yes. Its stainless‑steel housing and sealed design support operation in harsh industrial conditions. Q: Is the PR9268/300‑000 interchangeable with other EPRO sensors? A: It is part of the PR9268 series and may be interchangeable depending on system configuration and calibration requirements.
$200.00 $100.00
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EMERSON Emerson PR6423/010‑110 CON021 | EPRO Series | Eddy Current Sensor
Overview The PR6423/010‑110 CON021 eddy current sensor from Emerson’s EPRO series is a high‑precision probe designed for displacement and vibration measurement on high‑speed rotating machinery. Built for long‑term stability in extreme operating conditions, the sensor supports continuous monitoring of shaft behavior in turbomachinery applications where accuracy and reliability are essential. Functional Characteristics The PR6423/010‑110 CON021 operates as a non‑contact displacement probe using eddy current technology to measure shaft vibration, axial position, and relative movement. Its construction enables dependable performance in environments exposed to high temperatures, pressure fluctuations, and corrosive media. The probe is engineered for compatibility with CON021/CON041 drivers, forming a complete measurement chain for critical machinery protection systems. The sensor’s optimized frequency response and stable sensitivity ensure accurate readings across a wide operating envelope. Temperature compensation and low‑noise signal characteristics support consistent measurement quality, even in facilities with significant electromagnetic interference. Technical Specifications Parameter Specification Model PR6423/010‑110 CON021 Brand Emerson Product Type Eddy Current Sensor Product Series EPRO Condition Brand New Weight 0.4 kg Dimensions 24 × 21 × 4 cm Origin USA Minimum Order Quantity 1 HS Code 8537101190 System Integration DCS Operating Status Active Temperature Range Up to 150°C (typical for PR6423 series) Pressure Resistance >40 bar (typical for Inconel‑based probes) Probe Material Inconel corrosion‑resistant alloy Measurement Type Shaft vibration and displacement Compatible Drivers CON021, CON041 Installation Quick‑connect design Application Scenarios Shaft vibration and displacement monitoring on gas turbines Axial position measurement on steam turbines High‑speed compressor protection Condition monitoring in petrochemical, refining, and power generation plants Integration with Emerson System 1 and third‑party monitoring platforms FAQ Q: Does the PR6423/010‑110 CON021 require a specific driver? A: Yes. It is designed for use with CON021 or CON041 drivers to complete the measurement loop. Q: Can this sensor operate in corrosive environments? A: Its Inconel probe tip and reinforced cabling provide strong resistance to corrosive gases and contaminants. Q: Is the sensor suitable for high‑temperature turbine applications? A: Yes. The PR6423 series supports elevated temperatures, making it suitable for turbine bearing housings and compressor casings.
$200.00 $100.00
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EMERSON Emerson PR6423/010‑000 CON021 | EPRO Series | Eddy Current Signal Converter
Overview The PR6423/010‑000 CON021 eddy current signal converter is part of Emerson’s EPRO monitoring platform and is designed to process displacement and vibration signals from PR6423‑series probes. It provides a stable, linearized output suitable for machinery protection systems, enabling accurate monitoring of shaft vibration, axial displacement, and relative movement in high‑speed rotating equipment. Functional Characteristics The PR6423/010‑000 CON021 functions as the signal‑conditioning component of an eddy current measurement chain. When paired with an 8 mm PR6423 probe, it converts raw eddy current signals into standardized analog outputs compatible with DCS, PLC, and dedicated vibration monitoring systems. Its temperature‑compensated electronics ensure consistent performance across wide operating ranges, while its robust shielding minimizes the influence of electromagnetic interference. The converter’s stainless‑steel housing and sealed design support long‑term operation in harsh industrial environments, including high temperatures, elevated pressures, and corrosive atmospheres. Its modular architecture simplifies installation and allows easy replacement or configuration adjustments. Technical Specifications Parameter Specification Model PR6423/010‑000 CON021 Brand Emerson Product Type Eddy Current Signal Converter Product Series EPRO Condition Brand New Weight 0.36 kg Dimensions 20 × 20 × 4 cm Origin USA Minimum Order Quantity 1 HS Code 8537101190 System Integration DCS / Condition Monitoring Systems Operating Status Active Probe Compatibility PR6423 8 mm eddy current probes Output Type Standardized analog output (typically 4–20 mA or voltage output depending on configuration) Temperature Compensation Integrated Housing Material Stainless steel Environmental Resistance High temperature, pressure, and corrosive media Application Type Vibration and displacement measurement Application Scenarios Shaft vibration and displacement monitoring on turbines and compressors Axial position measurement in steam and gas turbine bearing housings Condition monitoring in petrochemical, refining, and power generation facilities Integration with EPRO and third‑party vibration protection systems Predictive maintenance programs requiring continuous, high‑accuracy measurement FAQ Q: Which probes are compatible with the PR6423/010‑000 CON021? A: It is designed for use with PR6423‑series 8 mm eddy current probes. Q: What type of output does the converter provide? A: It provides standardized analog outputs suitable for DCS, PLC, and vibration monitoring systems. Q: Can this converter operate in high‑temperature environments? A: Yes. Its temperature‑compensated electronics and rugged housing support operation in elevated temperatures typical of turbomachinery installations.
$200.00 $100.00
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EMERSON Emerson PR9268/017‑100 | EPRO Series | Mechanical Velocity Sensor
Overview The PR9268/017‑100 mechanical velocity sensor from Emerson’s EPRO series is a precision electrodynamic vibration sensor engineered for continuous monitoring of rotating machinery. Designed for long‑term reliability in harsh industrial environments, the sensor provides stable velocity measurements essential for predictive maintenance and machinery protection systems. Functional Characteristics The PR9268/017‑100 operates as an electrodynamic velocity transducer, converting mechanical vibration into a proportional electrical signal. Its construction supports consistent performance under high vibration loads, making it suitable for pumps, motors, fans, compressors, and other critical rotating assets. The sensor’s sealed housing ensures dependable operation in areas exposed to dust, moisture, and mechanical shock. The device offers a linear output across a broad frequency range, enabling accurate detection of imbalance, misalignment, looseness, and other mechanical faults. Its two‑wire loop‑powered design simplifies integration with DCS and condition monitoring systems. Technical Specifications Parameter Specification Model PR9268/017‑100 Brand Emerson Product Type Mechanical Velocity Sensor Product Series EPRO Condition Brand New Weight 0.74 kg Dimensions 23 × 22 × 3 cm Origin USA Minimum Order Quantity 1 HS Code 8537101190 System Integration DCS Environmental Rating IP67 (typical for this sensor class) Output Signal 4–20 mA (loop‑powered) Frequency Response 4 Hz – 1 kHz (typical for mechanical velocity sensors; corrected from original 10 kHz, which applies to accelerometers) Mounting Options Stud, magnetic base, adhesive Operating Status Active (not discontinued) Application Scenarios Vibration monitoring for motors, pumps, blowers, and fans Predictive maintenance programs in power generation, petrochemical, and manufacturing plants Integration with EPRO and AMS condition monitoring platforms Early detection of mechanical degradation such as imbalance, bearing wear, and structural looseness FAQ Q: What type of output does the PR9268/017‑100 provide? A: It provides a 4–20 mA velocity‑proportional output suitable for most monitoring and control systems. Q: Can this sensor be used outdoors? A: Yes. Its sealed enclosure and rugged design support outdoor and harsh‑environment installations. Q: Is the PR9268/017‑100 compatible with non‑Emerson monitoring systems? A: Yes. The standard 4–20 mA output allows integration with a wide range of third‑party systems.
$200.00 $100.00
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EMERSON EMERSON Epro PR9268/201-000 Electrodynamic Velocity Vibration Transducer
Overview The PR9268/201‑000 Electrodynamic Velocity Transducer is a high‑precision vibration sensor from Emerson’s EPRO product line, engineered for absolute (case) vibration measurement on critical rotating machinery. Designed for long‑term reliability in harsh industrial environments, it provides accurate velocity‑based vibration data essential for protecting turbines, compressors, pumps, and other high‑value rotating assets. Its rugged mechanical design, wide frequency response, and stable sensitivity make it a trusted component in machinery protection systems, including AMS 6500 and other compatible monitoring platforms. Key Features Electrodynamic velocity sensor for absolute vibration measurement Suitable for steam, gas, and hydro turbines, compressors, pumps, and fans High sensitivity for early detection of imbalance, misalignment, and bearing wear Wide operating frequency range for comprehensive vibration analysis Robust construction for continuous operation in demanding environments Compatible with EPRO and AMS 6500 monitoring systems Technical Specifications Measurement Characteristics Parameter Specification Model Number PR9268/201‑000 Sensor Type Electrodynamic velocity transducer Sensitivity 17.5 mV/mm/s Frequency Range 14–1000 Hz Natural Frequency 14 Hz ± 7% at 20°C Transverse Sensitivity Amplitude Linearity Within 2% Max Vibration Amplitude 500 µm peak‑to‑peak Environmental & Mechanical Ratings Parameter Specification Continuous Acceleration Up to 10 g (98.1 m/s²) Intermittent Acceleration Up to 20 g (196.2 m/s²) Operating Conditions Suitable for harsh industrial environments Dimensions 30 × 24 × 7.5 cm Weight 0.94 kg Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The PR9268/201‑000 is engineered to deliver accurate velocity‑based vibration measurements, enabling operators to monitor casing vibration levels on rotating machinery. Its electrodynamic design provides stable output across a broad frequency range, making it effective for identifying mechanical issues such as rotor imbalance, misalignment, and bearing degradation. The sensor’s low transverse sensitivity ensures accurate readings even in multi‑axis vibration environments, while its high amplitude linearity supports reliable data capture across a wide range of operating conditions. With its ability to withstand high shock and acceleration levels, the transducer is well suited for continuous monitoring in mission‑critical applications. When integrated with Emerson’s AMS 6500 or EPRO monitoring systems, the PR9268/201‑000 supports advanced diagnostics, trending, and alarm functions, enabling predictive maintenance strategies and reducing unplanned downtime. Application Scenarios Case vibration monitoring on turbines and compressors Velocity‑based vibration measurement for pumps and fans Machinery protection systems requiring high‑accuracy sensors Continuous monitoring in refineries, power plants, and chemical facilities Integration with AMS 6500 and EPRO monitoring platforms FAQ Q: What type of vibration does the PR9268/201‑000 measure? A: It measures absolute (case) vibration using electrodynamic velocity sensing. Q: Is this sensor suitable for high‑shock environments? A: Yes. It withstands continuous 10 g and intermittent 20 g acceleration levels. Q: Can this sensor be used with AMS 6500 systems? A: Yes. It is fully compatible with AMS 6500 and EPRO monitoring systems.
$200.00 $100.00
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EMERSON EMERSON A6110 Shaft Relative Vibration Monitor
Overview The A6110 Shaft Relative Vibration Monitor is a dedicated measurement module within the Emerson AMS 6500 machinery protection platform. Designed to evaluate shaft‑to‑bearing vibration behavior, it provides high‑resolution monitoring for rotating equipment where early detection of mechanical degradation is essential. Its precise signal conditioning and rugged construction make it suitable for continuous operation in demanding industrial environments. Key Features Shaft relative vibration monitoring for rotating machinery Designed for AMS 6500 machinery protection systems High‑accuracy signal conditioning for displacement probes Supports continuous vibration trending and alarm generation Robust mechanical design for harsh industrial environments Seamless integration with AMS software for diagnostics and configuration Technical Specifications Electrical & Measurement Characteristics Parameter Specification Module Type Shaft Relative Vibration Monitor Measurement Function Shaft‑to‑bearing relative vibration Compatible Sensors Proximity probes / displacement transducers Signal Processing High‑resolution conditioning and filtering Alarm Functions Configurable alert and danger thresholds System Integration AMS 6500 machinery protection platform Environmental Ratings Parameter Specification Operating Temperature Industrial‑rated range Humidity 5–95% RH, non‑condensing Contaminant Resistance ISA‑S71.04 G3 Shock Industrial‑grade shock tolerance Vibration Suitable for high‑vibration environments Mechanical Data Parameter Specification Dimensions 3 × 19 × 12.7 cm Weight 0.3 kg Mounting AMS 6500 rack system Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The A6110 module provides continuous monitoring of shaft relative vibration, a critical indicator of machine health in turbines, compressors, pumps, and other high‑speed rotating assets. By measuring shaft displacement relative to the bearing housing, the module helps identify early‑stage issues such as misalignment, bearing wear, rotor instability, and mechanical looseness. Its advanced signal conditioning ensures accurate measurement even in electrically noisy environments. When integrated with AMS software, the module supports configuration of alarm thresholds, trending, and diagnostic analysis, enabling predictive maintenance strategies and reducing unplanned downtime. The module’s rugged design withstands industrial shock, vibration, and airborne contaminants, ensuring long‑term reliability in mission‑critical applications. Its compatibility with the AMS 6500 platform allows multi‑channel monitoring and centralized diagnostics for complex machinery systems. Application Scenarios Turbine and compressor shaft vibration monitoring High‑speed rotating machinery protection Predictive maintenance programs in refineries and chemical plants Condition monitoring for power generation equipment Multi‑channel vibration analysis in AMS 6500 systems FAQ Q: What type of sensors does the A6110 support? A: It is designed for proximity probes and displacement transducers used in shaft relative vibration measurement. Q: Can the module be configured through AMS software? A: Yes. It integrates fully with AMS tools for setup, trending, and diagnostics. Q: Is this module suitable for high‑vibration environments? A: Yes. Its construction meets industrial vibration and shock requirements.
$200.00 $100.00
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Emerson Emerson A6410 Dual-channel Valve and Case Expansion Monitor
Overview The Emerson A6410 Dual-channel Valve and Case Expansion Monitor is engineered for high-reliability protection of critical rotating machinery. As part of the CSI 6500 series, this 1-slot module supports valve position and case expansion monitoring, enabling full API 670 compliance for steam turbines, gas compressors, and hydro turbo systems. Key Features Monitors valve stem position and turbine case expansion Dual-channel configuration for static and dynamic measurements Supports inductive displacement sensors and LVDTs Prevents turbine crabbing during thermal expansion Drives alarms and relays based on setpoint thresholds Integrates with AMS 6500, DeltaV™, and Ovation® systems Enables predictive diagnostics via AMS Suite Compact 1-slot design for CSI 6500 racks Ideal for steam, gas, and hydro turbo machinery Technical Specifications Specification Detail Manufacturer Emerson Model Number A6410 Series CSI 6500 Description Dual-channel Valve and Case Expansion Monitor Input Voltage 3.6 VDC Output Power Max. 6 W, 250 mA at 24 VDC Dimensions 30.0 mm × 128.4 mm × 160.0 mm Weight 320 g Slot Configuration 1-slot Sensor Type Inductive displacement sensor / LVDT
$200.00 $100.00
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Emerson Emerson A6210 Differential Expansion and Rod Drop Monitor
Overview The Emerson A6210 Dual-channel Monitor is a versatile module designed for high-reliability protection of critical rotating and reciprocating machinery. As part of the CSI 6500 series, this 1-slot unit supports three distinct monitoring modes—thrust position, differential expansion, and rod drop—making it ideal for steam turbines, gas compressors, hydro turbo machines, and reciprocating compressors. Key Features Operates in thrust, differential expansion, or rod drop mode Dual-channel configuration for enhanced signal processing Detects axial shaft movement in <40 ms for thrust protection Supports tandem, complementary, cone, and ramp expansion modes Monitors rider band wear via piston rod displacement Drives alarms and relay outputs based on setpoint thresholds Integrates with Ovation® and DeltaV™ control systems Compatible with AMS Suite for predictive diagnostics Compact 1-slot design for CSI 6500 cabinets Ideal for turbo machinery and reciprocating compressors Technical Specifications Specification Detail Manufacturer Emerson Model Number A6210 Series CSI 6500 Description Dual-channel Thrust, Differential Expansion, and Rod Drop Monitor Input Voltage 0 to -22 VDC Output Voltage 0 to 10 VDC Dimensions 30.0 mm × 128.4 mm × 160.0 mm Weight 320 g Slot Configuration 1-slot Sensor Type Non-contact displacement sensors
$200.00 $100.00
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