Emerson provides advanced automation solutions for process control and industrial operations. Its product range includes DeltaV distributed control systems, Ovation control solutions, and EPRO modules. Emerson products ensure reliable operation, optimized performance, and long-term support for industrial automation worldwide.
Emerson
-
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
-
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
-
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
-
EMERSON EMERSON KJ4006X1-BF1 12P4728X052 SE4001S2T2B4 Redundant AI Terminal Block
Overview The KJ4006X1‑BF1 (12P4728X052) SE4001S2T2B4 Redundant Analog Input Terminal Block is a compact, high‑reliability I/O component designed for DeltaV M‑series architectures. Engineered for stable field signal acquisition, it supports redundant operation and ensures continuous availability in demanding industrial control environments. This module provides eight isolated analog input channels optimized for 4–20 mA current loops, offering dependable performance in process automation systems requiring precise measurement and robust diagnostics. Key Features Eight analog input channels with redundant architecture Compatible with DeltaV M‑series I/O subsystem Supports 4–20 mA DC input with overrange capability Integrated diagnostics for channel health and power monitoring Compact footprint for efficient cabinet utilization Designed for harsh industrial environments Fully supported by DeltaV configuration and monitoring tools Technical Specifications Electrical Characteristics Parameter Specification Supported Signal Type 4–20 mA DC (standard & overrange) Input Range −5 mA to +25 mA Input Impedance ≤ 250 Ω Field Power Requirement 30 VDC, approx. 200 mA Channel Count 8 analog inputs Redundancy Yes, dual‑path architecture Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Shock Resistance 10 g, ½‑sine, 11 ms Vibration Meets DeltaV M‑series industrial vibration criteria Airborne Contaminants Conforms to ISA‑S71.04 G3 requirements Mechanical Data Parameter Specification Dimensions 16.8 × 4.2 × 6.8 cm Weight 0.2 kg Mounting DeltaV M‑series carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ4006X1‑BF1 (12P4728X052) SE4001S2T2B4 terminal block is engineered to maintain stable analog input acquisition in mission‑critical DCS environments. Its redundant design ensures uninterrupted operation even in the event of a single‑path failure. Each channel is optimized for low‑noise current loop measurement, enabling accurate process feedback for control loops. Advanced onboard diagnostics continuously evaluate channel integrity, power conditions, and wiring status. These features help operators identify abnormal conditions early, reducing troubleshooting time and preventing unplanned shutdowns. The module’s rugged construction and wide thermal tolerance make it suitable for oil and gas, petrochemical, power generation, and other heavy‑duty applications where reliability is essential. Application Scenarios Distributed Control Systems (DCS) requiring redundant analog input Process plants with high uptime requirements Harsh‑environment installations with extreme temperature exposure Systems requiring precise current loop measurement DeltaV modernization or replacement projects FAQ Q: Is this module backward‑compatible with earlier DeltaV I/O carriers? A: Yes. It is designed for M‑series carriers and maintains compatibility with standard DeltaV wiring practices. Q: Can the module operate without redundancy? A: It can function in non‑redundant mode, but full reliability benefits are achieved only with redundant pairing. Q: Does the module require special configuration in DeltaV software? A: No. It is recognized natively by DeltaV, and configuration is performed through standard AI channel setup menus.
$200.00 $100.00
-
EMERSON EMERSON KJ3203X1-BK1 12P4694X032 SE4001S2T2B4 Discrete Input Card
Overview The KJ3203X1‑BK1 (12P4694X032) SE4001S2T2B4 Discrete Input Card is a 32‑channel digital input module designed for DeltaV M‑series control platforms. It provides reliable state detection for field devices operating within a wide DC voltage range, making it suitable for high‑density digital signal acquisition in distributed control systems. Engineered for long‑term stability and straightforward integration, this module supports dry‑contact and solid‑state input devices, ensuring accurate monitoring across a broad range of industrial applications. Key Features 32 independent discrete input channels Wide input voltage acceptance from 5 to 60 VDC Dry‑contact compatible with defined ON/OFF thresholds Group‑to‑group isolation for enhanced electrical protection Rugged environmental performance for harsh installations Removable terminal blocks for simplified wiring and maintenance Native compatibility with DeltaV M‑series I/O carriers Technical Specifications Electrical Characteristics Parameter Specification Input Channels 32 discrete inputs Input Voltage Range 5–60 VDC Typical Input Impedance 3.3 kΩ ON‑State Threshold ≤ 5 VDC OFF‑State Threshold ≥ 15 VDC Isolation 300 VAC RMS (group‑to‑group) Input Type Dry contact / digital signal Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Relative Humidity 5–95% RH, non‑condensing Contaminant Resistance Meets ISA‑S71.04 G3 requirements Mechanical & Physical Data Parameter Specification Dimensions 4.2 × 12.5 × 10.5 cm Weight 0.2 kg Terminal Block Removable 16‑pin, supports 12–22 AWG Mounting DeltaV M‑series carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ3203X1‑BK1 (12P4694X032) SE4001S2T2B4 module provides high‑speed digital state detection for field devices such as limit switches, relays, proximity sensors, and interlock circuits. Its wide input voltage tolerance allows integration with mixed‑voltage field wiring without additional interface hardware. The module incorporates robust electrical isolation between channel groups, reducing the risk of cross‑channel interference and improving system resilience. Integrated diagnostics monitor channel health and wiring conditions, enabling operators to quickly identify abnormal states or wiring faults. Its removable terminal blocks and compact form factor simplify installation and replacement, making it a practical choice for both new system builds and modernization projects. Application Scenarios Digital signal acquisition in DCS architectures Monitoring of interlocks, permissives, and equipment status High‑density discrete input applications in power, chemical, and refining plants Harsh‑environment installations requiring wide temperature tolerance DeltaV M‑series system expansions or module replacements FAQ Q: Does this module support mixed‑voltage digital inputs? A: Yes. The 5–60 VDC input range allows connection to various field devices without additional converters. Q: Are the channels individually isolated? A: Isolation is provided between channel groups, offering protection against electrical noise and transient events. Q: Can this module be used in legacy DeltaV systems? A: It is designed for M‑series carriers and is compatible with standard DeltaV configuration tools.
$200.00 $100.00
-
EMERSON EMERSON KJ4006X1-BC1 12P4720X062 Terminal Block
Overview The KJ4006X1‑BC1 (12P4720X062) Terminal Block is an 8‑channel fused interface module designed for DeltaV M‑series I/O carriers. It provides a secure, high‑integrity connection point between field wiring and the associated I/O card, ensuring stable operation in distributed control environments. Its compact form factor and keyed mechanical design support safe installation and prevent mismatched module pairing. Key Features Eight fused field wiring channels Rotary keying system to prevent incorrect card‑to‑terminal block combinations Hot‑swap capability when no I/O card or field wiring is present High‑durability construction for long‑term field use Designed for DeltaV M‑series I/O subsystem Suitable for both new installations and system expansions Technical Specifications Electrical Characteristics Parameter Specification Channels 8 fused channels Fuse Rating 250 VAC, 2 A Field Power Capacity Up to 60 VDC, 1 A per channel Terminal Type Screw‑clamp, removable Wiring Size 12–22 AWG Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Humidity 5–95% RH, non‑condensing Vibration 1 mm p‑p (2–13.2 Hz), 0.7 g (13.2–150 Hz) Shock 10 g, 11 ms Contaminant Resistance ISA‑S71.04‑1985 G3 Mechanical Data Parameter Specification Dimensions 4.1 × 12.5 × 10.5 cm Weight 0.18 kg Mounting DeltaV M‑series carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ4006X1‑BC1 (12P4720X062) terminal block provides a fused interface for eight field circuits, offering both protection and structured wiring for DeltaV I/O modules. Its rotary keying mechanism ensures that only the correct I/O card type can be installed, reducing the risk of wiring errors or module damage. The block supports field power up to 60 VDC at 1 A per channel, making it suitable for a wide range of analog and discrete field devices. Maintenance tasks are simplified through removable terminal blocks, allowing technicians to service wiring without disturbing adjacent modules. Designed to withstand harsh industrial conditions, the terminal block meets stringent vibration, shock, and airborne contaminant standards, ensuring long‑term reliability in process plants, power facilities, and heavy‑duty automation systems. Application Scenarios DeltaV M‑series I/O wiring interfaces Field device power distribution with fused protection High‑density control cabinets requiring compact terminal solutions Harsh‑environment installations with wide temperature exposure System upgrades or replacements in legacy DeltaV installations FAQ Q: Can this terminal block be replaced while the system is powered? A: Yes, as long as no I/O card is installed and no field wiring is connected. Q: Is the keying system adjustable? A: The rotary keying mechanism can be set to match the intended I/O card type, preventing incorrect module pairing. Q: Does this block support both analog and discrete modules? A: It is primarily designed for fused field wiring and can be used with compatible DeltaV M‑series I/O cards depending on system configuration.
$200.00 $100.00
-
EMERSON EMERSON KJ4006X1-BB1 12P4721X112 8-Channel Terminal Block
Overview The KJ4006X1‑BB1 (12P4721X112) 8‑Channel Terminal Block is a compact field‑wiring interface designed for DeltaV M‑series I/O carriers. Built for stable field power distribution and reliable signal routing, it provides a structured connection point for process instrumentation and control devices. Its rugged construction and consistent electrical performance make it suitable for demanding industrial environments where uninterrupted operation is essential. Key Features Eight‑channel terminal block for DeltaV M‑series systems Supports 30 VDC field power distribution Integrated monitoring capability for power status Compact footprint for high‑density cabinet layouts Designed for long‑term reliability in harsh conditions Seamless integration with DeltaV configuration and diagnostics Technical Specifications Electrical Characteristics Parameter Specification Channels 8 field wiring channels Field Power 30 VDC, 100 mA Terminal Type Screw‑clamp, removable Wiring Size 12–22 AWG Interface Type DeltaV M‑series carrier compatible Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Humidity 5–95% RH, non‑condensing Shock 10 g, ½‑sine, 11 ms Vibration 1 mm p‑p (2–13.2 Hz), 0.7 g (13.2–150 Hz) Contaminant Resistance ISA‑S71.04 G3 Mechanical Data Parameter Specification Dimensions 4.1 × 12.5 × 10.5 cm Weight 0.18 kg Mounting DeltaV M‑series carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ4006X1‑BB1 (12P4721X112) terminal block provides a reliable interface for distributing 30 VDC field power to connected devices. Designed for DeltaV M‑series I/O subsystems, it supports stable power delivery and structured wiring for analog or discrete field circuits. Its compact design allows efficient use of cabinet space, while its removable terminal blocks simplify installation and maintenance. Integrated diagnostic support enables operators to monitor power conditions through DeltaV software, improving system visibility and reducing troubleshooting time. The module’s robust environmental ratings ensure dependable operation in facilities exposed to temperature extremes, vibration, airborne contaminants, and mechanical shock. This durability makes it suitable for continuous‑operation industries such as refining, petrochemical processing, and power generation. Application Scenarios Field power distribution for DeltaV M‑series I/O High‑density control cabinets requiring compact terminal interfaces Harsh‑environment installations with wide temperature ranges Process industries requiring stable low‑voltage power routing System upgrades or replacements in legacy DeltaV installations FAQ Q: Is this terminal block suitable for redundant power configurations? A: Yes. It supports stable 30 VDC field power and can be used in redundant architectures depending on the associated I/O card. Q: Can the terminal block be removed while the system is energized? A: Removal is allowed only when no I/O card is installed and no field wiring is connected. Q: Does this module include fusing? A: This model provides power distribution but does not include fused protection; fused variants exist in the same product family.
$200.00 $100.00
-
EMERSON EMERSON KJ3222X1-BK1 12P4705X032 SE4003S2B1 Analog Input Module
Overview The KJ3222X1‑BK1 (12P4705X032) SE4003S2B1 Analog Input Module is an 8‑channel current‑input card designed for DeltaV M‑series systems. It provides high‑accuracy measurement of industrial 4–20 mA and 0–20 mA signals, supporting precise data acquisition for advanced process control. Its robust electrical design, wide operating range, and diagnostic capabilities make it a dependable choice for demanding automation environments. Key Features Eight isolated analog input channels Supports 4–20 mA and 0–20 mA current loops Overrange capability from −1 mA to +25 mA High‑resolution 24‑bit A/D conversion Excellent accuracy and low temperature drift Removable terminal block for simplified wiring Fully compatible with DeltaV M‑series I/O carriers Technical Specifications Electrical Characteristics Parameter Specification Input Channels 8 analog inputs Supported Signal Types 4–20 mA, 0–20 mA Overrange Capability −1 mA to +25 mA Input Impedance ≤ 250 Ω Resolution 24‑bit Accuracy ±0.05% of span at 25°C Temperature Drift ±0.005% of span per °C Isolation Channel‑to‑bus isolation per DeltaV M‑series standards Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Humidity 5–95% RH, non‑condensing Contaminant Resistance ISA‑S71.04 G3 Shock 10 g, 11 ms Vibration Meets DeltaV M‑series vibration criteria Mechanical Data Parameter Specification Dimensions 10 × 7 × 5 cm Weight 0.2 kg Terminal Block Removable, supports 12–22 AWG Mounting DeltaV M‑series carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ3222X1‑BK1 (12P4705X032) SE4003S2B1 module is engineered for precise current‑loop measurement in distributed control systems. Its 24‑bit resolution and low drift characteristics ensure stable, high‑fidelity signal acquisition across the full industrial temperature range. This performance is essential for applications requiring accurate process feedback, such as flow, pressure, temperature, and analytical instrumentation. The module’s rugged construction supports continuous operation in harsh industrial environments. Its removable terminal block simplifies installation and maintenance, while integrated diagnostics provide real‑time insight into channel health, wiring integrity, and module status. These features help reduce downtime and improve overall system reliability. Designed for seamless integration with DeltaV software, the module supports straightforward configuration, calibration, and monitoring, making it a dependable component for modern process automation systems. Application Scenarios High‑accuracy analog measurement in DCS architectures Process industries requiring stable 4–20 mA signal acquisition Energy, petrochemical, refining, and manufacturing facilities Harsh‑environment installations with wide temperature exposure DeltaV M‑series system expansions or modernization projects FAQ Q: Does this module support redundant operation? A: Yes. It can be deployed in redundant configurations when paired with the appropriate DeltaV hardware. Q: Can it measure low‑level signals below 4 mA? A: The module supports an underrange capability down to −1 mA, enabling detection of wiring faults or sensor failures. Q: Is calibration required after installation? A: Factory calibration is provided, but DeltaV software allows fine‑tuning if required by the application.
$200.00 $100.00
-
EMERSON EMERSON KJ3208X1-BK1 12P4699X052 Digital Output Module
Overview The KJ3208X1‑BK1 (12P4699X052) Digital Output Module is an 8‑channel switching module designed for DeltaV M‑series distributed control systems. It provides reliable 24 VDC digital output capability for controlling solenoids, relays, indicators, and other discrete field devices. Its rugged design, stable output performance, and broad environmental tolerance make it suitable for continuous‑operation industrial environments. Key Features Eight independent 24 VDC digital output channels Supports up to 1 A per channel at 60 VDC High‑speed switching for precise control applications Robust mechanical and environmental durability Integrated diagnostics for channel and module health Compact form factor for high‑density cabinet layouts Seamless integration with DeltaV M‑series I/O carriers Technical Specifications Electrical Characteristics Parameter Specification Output Channels 8 digital outputs Output Voltage 24 VDC nominal Maximum Output 1 A per channel at up to 60 VDC Local Bus Power 12 VDC, 150 mA Output Type Sourcing digital output Isolation Group‑to‑bus isolation per DeltaV standards Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Humidity 5–95% RH, non‑condensing Vibration 1 mm p‑p (2–13.2 Hz), 0.7 g (13.2–150 Hz) Shock 10 g, 11 ms Contaminant Resistance ISA‑S71.04 G3 Mechanical Data Parameter Specification Dimensions 4.1 × 12.5 × 10.5 cm Weight 0.18 kg Terminal Block Removable, supports 12–22 AWG Mounting DeltaV M‑series carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ3208X1‑BK1 (12P4699X052) module provides eight high‑reliability digital output channels for controlling field devices in distributed control systems. Each channel supports up to 1 A at 60 VDC, enabling direct actuation of solenoids, contactors, and other discrete loads without additional interface hardware. Its rugged design ensures stable operation in harsh industrial environments, including extreme temperatures, vibration, airborne contaminants, and mechanical shock. The module’s compact size allows efficient use of cabinet space, while its removable terminal block simplifies wiring and maintenance. Integrated diagnostics provide real‑time visibility into output status, wiring conditions, and module health, helping operators quickly identify abnormal conditions and maintain system uptime. The module connects directly to DeltaV M‑series carriers, ensuring seamless configuration and monitoring through DeltaV software. Application Scenarios Solenoid and relay actuation Discrete control in DCS architectures Equipment start/stop commands Alarm annunciation and indicator control High‑density digital output applications in refining, chemical, and power industries Harsh‑environment installations requiring wide temperature tolerance FAQ Q: Can this module drive inductive loads such as solenoids? A: Yes. It supports up to 1 A per channel and is suitable for solenoids and relays when proper suppression is used. Q: Does the module support redundant operation? A: Redundancy depends on the associated carrier and system configuration, but the module is compatible with DeltaV redundant architectures. Q: Are the outputs individually isolated? A: Isolation is provided at the group level according to DeltaV M‑series specifications.
$200.00 $100.00
-
EMERSON SOLA SFL24-24-100RED Power Supply Module
Overview The SFL24‑24‑100RED is a compact 100 W DIN‑rail mounted power supply designed for industrial control environments requiring stable 24 VDC output. As part of the SolaHD product family, this unit provides high‑efficiency power conversion and dependable operation across a wide range of global AC mains conditions. Its rugged construction and protective features make it suitable for continuous‑duty automation systems. Key Features 24 VDC regulated output for industrial control loads Universal 85–264 VAC input range (50/60 Hz) High efficiency up to 90% Conforms to CE (LVD/EMC) and UL 508 requirements Compact IP20 enclosure for DIN‑rail mounting Integrated protection against overload, short circuit, and overvoltage Compatible with SolaHD DC‑UPS modules for backup power applications Technical Specifications Electrical Characteristics Parameter Specification Output Power 100 W Output Voltage 24 VDC Output Regulation ±1% Input Voltage Range 85–264 VAC Input Frequency 50/60 Hz Efficiency Up to 90% Protection Features Overload, short‑circuit, overvoltage Environmental Ratings Parameter Specification Operating Temperature Manufacturer‑rated industrial range Humidity 5–95% RH, non‑condensing Enclosure Rating IP20 Certifications CE (LVD/EMC), UL 508 Mechanical Data Parameter Specification Dimensions 24.4 × 17.8 × 8.3 cm Weight 2.7 kg Mounting DIN‑rail Housing Color Red Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Product Status Active Functional Description The SFL24‑24‑100RED power supply delivers a stable 24 VDC output suitable for powering PLCs, sensors, relays, and other automation components. Its universal AC input range allows deployment in facilities worldwide without the need for manual voltage selection. With a high efficiency rating and low thermal dissipation, the unit supports dense control panel installations without derating. The power supply incorporates comprehensive protection mechanisms, ensuring safe operation under fault conditions. Its IP20 housing and tool‑free DIN‑rail mounting simplify installation and maintenance. When paired with SolaHD DC‑UPS modules, the unit can provide uninterrupted power during mains disturbances, enhancing system reliability. Designed for industrial automation, packaging lines, and material handling systems, the SFL24‑24‑100RED offers a dependable and cost‑effective power conversion solution for modern control architectures. Application Scenarios PLC and DCS control panels Sensor and instrumentation power distribution Packaging and material handling systems Manufacturing automation equipment Installations requiring compact, high‑efficiency DIN‑rail power supplies FAQ Q: Can this power supply operate on both 120 V and 230 V AC mains? A: Yes. Its universal 85–264 VAC input range supports global voltage standards. Q: Does the unit require derating at higher temperatures? A: The SolaHD design minimizes derating requirements, supporting stable output across typical industrial environments. Q: Is this model compatible with SolaHD DC‑UPS modules? A: Yes. It can be paired with SolaHD UPS units for backup power applications.
$200.00 $100.00
-
EMERSON EMERSON KJ3221X1-BK1 12P4704X032 SE4005S2B1 AO HART Output Module
Overview The KJ3221X1‑BK1 (12P4704X032) SE4005S2B1 is an 8‑channel analog output module designed for DeltaV M‑series systems, providing precise 4–20 mA current loop control with full HART communication capability. Engineered for high‑accuracy signal generation and stable performance, it supports a wide range of field actuators and smart devices used in advanced process automation. Key Features Eight analog output channels with HART communication Standard 4–20 mA output with configurable ranges Load resistance capability from 300 to 1100 Ω High‑accuracy output with low temperature drift Integrated diagnostics for early fault detection Seamless integration with DeltaV M‑series I/O carriers Suitable for demanding industrial environments Technical Specifications Electrical Characteristics Parameter Specification Output Channels 8 analog outputs Output Signal 4–20 mA DC Load Resistance 300–1100 Ω Resolution 15‑bit (including sign) Accuracy ±0.1% of span at 25°C Temperature Drift ±0.02% of span per °C HART Support Yes, full digital communication overlay Isolation Channel‑to‑bus isolation per DeltaV standards Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Humidity 5–95% RH, non‑condensing Contaminant Resistance ISA‑S71.04 G3 Shock 10 g, 11 ms Vibration Meets DeltaV M‑series vibration criteria Mechanical Data Parameter Specification Dimensions 4.2 × 12.5 × 10.4 cm Weight 0.2 kg Terminal Block Removable, supports 12–22 AWG Mounting DeltaV M‑series carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ3221X1‑BK1 (12P4704X032) SE4005S2B1 module provides eight high‑precision analog output channels for controlling valves, actuators, and other field devices requiring stable 4–20 mA signals. Its HART capability enables two‑way digital communication for configuration, diagnostics, and device monitoring without interrupting the analog output. With a 15‑bit resolution and ±0.1% span accuracy, the module ensures smooth and accurate signal generation, supporting tight process control and rapid response to system changes. Its low temperature drift across the full industrial temperature range enhances reliability in harsh operating environments. The module’s integrated diagnostics help detect wiring issues, device faults, and abnormal operating conditions early, reducing downtime and improving system stability. Its removable terminal block simplifies installation and maintenance, while full compatibility with DeltaV software ensures efficient configuration and monitoring. Application Scenarios Valve and actuator control in process industries HART‑enabled device communication and diagnostics Precision analog output for DCS‑based control loops Chemical, refining, and power generation facilities Harsh‑environment installations requiring stable output performance FAQ Q: Does this module support HART passthrough for device configuration? A: Yes. It supports full HART communication for device setup, diagnostics, and monitoring. Q: What is the maximum load resistance supported? A: The module supports loads between 300 and 1100 Ω, suitable for most field actuators. Q: Can this module be used in redundant DeltaV architectures? A: Yes. It is compatible with redundant carrier configurations when paired with the appropriate hardware.
$200.00 $100.00
-
EMERSON EMERSON KJ3201X1-BK1 12P4692X042 SE4001S2T1B1 Digital Input Module
Overview The KJ3201X1‑BK1 (12P4692X042) SE4001S2T1B1 Digital Input Module is an 8‑channel NAMUR‑rated input card designed for DeltaV SIS safety instrumented systems. Built for high‑integrity signal monitoring, it provides reliable detection of low‑energy field inputs used in safety‑critical applications. Its rugged construction, strict safety compliance, and stable electrical performance make it suitable for demanding process environments where signal accuracy and system protection are essential. Key Features Eight NAMUR‑compliant digital input channels Designed for DeltaV SIS safety instrumented systems Operates from 12 VDC local bus power (approx. 150 mA) Rotary keying system to prevent incorrect module insertion No calibration or user‑serviceable components Suitable for intrinsically safe and energy‑limited field circuits Robust mechanical and environmental durability Technical Specifications Electrical Characteristics Parameter Specification Input Channels 8 digital inputs Input Type NAMUR (EN 60947‑5‑6) Local Bus Power 12 VDC, approx. 150 mA Isolation Group‑to‑bus isolation per DeltaV SIS standards Field Circuit Requirements Non‑sparking, de‑energized before module removal Keying Rotary keying to ensure correct module‑to‑terminal block pairing Environmental Ratings Parameter Specification Operating Temperature Industrial‑rated range Humidity 5–95% RH, non‑condensing Contaminant Resistance ISA‑S71.04 G3 Shock 10 g, 11 ms Vibration Meets DeltaV SIS vibration criteria Mechanical Data Parameter Specification Dimensions 4.3 × 12.5 × 18.5 cm Weight 0.4 kg Terminal Block Removable, supports 12–22 AWG Mounting DeltaV SIS carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Product Status Active Functional Description The KJ3201X1‑BK1 (12P4692X042) SE4001S2T1B1 module is engineered for precise monitoring of NAMUR‑rated field devices such as proximity switches, safety sensors, and low‑energy signaling equipment. Its design ensures stable detection of state changes even in electrically noisy environments, making it suitable for safety‑critical loops in DeltaV SIS architectures. Strict safety procedures apply to this module: all field power must be disconnected before insertion or removal, and energy‑limited circuits must be verified through an I/O loop assessment. These requirements support compliance with intrinsic safety practices and help protect both personnel and equipment. The module contains no calibration points or serviceable components, reducing maintenance demands and ensuring consistent long‑term performance. Its rotary keying mechanism prevents accidental installation into incompatible terminal blocks, reinforcing system integrity. With its durable construction and adherence to rigorous industrial standards, the SE4001S2T1B1 module provides dependable digital input monitoring for safety‑instrumented functions across oil and gas, power generation, and complex manufacturing operations. Application Scenarios Safety‑instrumented systems (SIS) requiring NAMUR digital inputs Monitoring of proximity switches and low‑energy field sensors Intrinsically safe installations in hazardous areas High‑reliability digital input acquisition for emergency shutdown systems DeltaV SIS expansions or modernization projects FAQ Q: Is this module suitable for intrinsically safe field circuits? A: Yes. It is designed for NAMUR and energy‑limited applications, provided all installation requirements are followed. Q: Can the module be inserted while the system is powered? A: No. All field power must be disconnected before removal or insertion to maintain safety compliance. Q: Does the module require calibration? A: No. It contains no calibration points and requires no periodic adjustment.
$200.00 $100.00
-
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
-
EMERSON EMERSON VE3008 KJ2005X1-MQ2 13P0072X092 Digital Input Module
Overview The VE3008 KJ2005X1‑MQ2 (13P0072X092) Digital Input Module is a safety‑rated input component designed for DeltaV SIS process safety systems. Built for high‑integrity signal acquisition, it provides reliable monitoring of discrete field inputs in safety‑critical applications. Its rugged construction, hazardous‑area certifications, and stable electrical performance make it suitable for demanding industrial environments where system protection and operational continuity are essential. Key Features Digital input module for DeltaV SIS architectures Certified for hazardous‑area operation (ATEX, IECEx, FM) Supports Ex ec and Class I, Div. 2 installations Operates from 5 VDC local bus power at approximately 1.4 A Wide operating temperature range for harsh environments High resistance to shock, vibration, and airborne contaminants Designed for long‑term reliability in mission‑critical systems Technical Specifications Electrical Characteristics Parameter Specification Input Type Digital input module Local Bus Power 5 VDC, approx. 1.4 A Hazardous‑Area Approvals II 3G Ex ec IIC Gc, Class I Div. 2 Groups A–D Certifications ATEX, IECEx, FM Isolation Per DeltaV SIS safety standards Removal Under Power Not permitted in hazardous areas unless verified safe Environmental Ratings Parameter Specification Operating Temperature −40°C to +70°C Storage Temperature −40°C to +85°C Humidity 5–95% RH, non‑condensing Vibration Up to 0.7 g Shock 10 g, 11 ms Contaminant Resistance ISA‑S71.04 Class G3 Mechanical Data Parameter Specification Dimensions 4.1 × 15.9 × 10.8 cm Weight 0.3 kg Mounting DeltaV SIS carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The VE3008 KJ2005X1‑MQ2 (13P0072X092) module is engineered for high‑reliability digital input monitoring within DeltaV SIS safety systems. Designed to withstand extreme temperatures, mechanical stress, and corrosive airborne contaminants, it ensures stable operation in environments where safety‑instrumented functions must remain continuously available. Its hazardous‑area certifications allow deployment in facilities handling flammable gases or vapors. The module’s construction supports safe operation under Ex ec and Class I, Div. 2 conditions, making it suitable for refineries, chemical plants, and other high‑risk industrial sites. The module operates from 5 VDC local bus power and integrates seamlessly into existing DeltaV SIS installations. Although discontinued, it remains widely used in legacy systems due to its proven reliability and compatibility. Strict safety procedures apply: the module must not be inserted or removed while energized in hazardous areas unless conditions are verified safe. With its durable design and compliance with international safety standards, the VE3008 KJ2005X1‑MQ2 continues to serve as a dependable component in mission‑critical process safety applications. Application Scenarios Safety‑instrumented systems (SIS) requiring digital input monitoring Hazardous‑area installations with explosive gas atmospheres Emergency shutdown (ESD) and interlock systems High‑reliability DCS/SIS hybrid architectures Legacy DeltaV SIS system maintenance and expansion FAQ Q: Can this module be removed while the system is powered? A: Not in hazardous areas. Removal under power is only allowed after verifying safe conditions. Q: Is this module still supported in existing DeltaV SIS systems? A: Yes. Although discontinued, it remains widely deployed and supported in legacy installations. Q: What certifications does the module carry? A: It meets ATEX, IECEx, and FM requirements for hazardous‑area operation.
$200.00 $100.00
-
EMERSON EMERSON KJ1611X1-FD1 DeltaV Smart Switch
Overview The KJ1611X1‑FD1 DeltaV Smart Switch is an industrial‑grade Ethernet communication module designed to support high‑availability networking within Emerson DeltaV distributed control systems. Engineered for deterministic data handling and robust network segmentation, this smart switch enhances system reliability by providing managed Ethernet connectivity tailored for process automation environments. Its compact, rugged design ensures stable operation in control cabinets, while its intelligent switching capabilities help maintain secure, predictable communication across critical DCS networks. Key Features Managed Ethernet switch designed for DeltaV system integration Supports deterministic communication for process control networks Compact, DIN‑mountable industrial housing Enhanced network diagnostics and monitoring capabilities Designed for long‑term reliability in harsh industrial environments Seamless integration with DeltaV controllers and I/O subsystems Technical Specifications Electrical Characteristics Parameter Specification Module Type DeltaV Smart Switch Power Requirements Per DeltaV carrier specifications Communication Industrial Ethernet Network Functions Managed switching, diagnostics, segmentation Isolation Designed for DCS‑grade electrical protection Environmental Ratings Parameter Specification Operating Temperature Industrial‑rated range Humidity 5–95% RH, non‑condensing Contaminant Resistance ISA‑S71.04 G3 Shock 10 g, 11 ms Vibration Meets DeltaV environmental specifications Mechanical Data Parameter Specification Dimensions 12.1 × 5.2 × 16.6 cm Weight 0.34 kg Mounting DeltaV carrier base Country of Origin USA Logistics Parameter Specification Condition Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The KJ1611X1‑FD1 DeltaV Smart Switch provides managed Ethernet connectivity for DeltaV control networks, enabling deterministic communication between controllers, I/O subsystems, and operator workstations. Its design supports network segmentation, traffic prioritization, and enhanced diagnostics—key capabilities for maintaining stable and predictable control system performance. The module’s rugged enclosure and industrial‑grade components ensure reliable operation in environments exposed to temperature fluctuations, vibration, and airborne contaminants. Its compact footprint allows efficient use of cabinet space, while its integration with DeltaV engineering tools simplifies configuration and monitoring. Although discontinued, the KJ1611X1‑FD1 remains widely used in existing DeltaV installations due to its proven reliability and compatibility with legacy architectures. Application Scenarios DeltaV control network segmentation and traffic management Industrial Ethernet connectivity for DCS architectures High‑availability process automation networks Legacy DeltaV system maintenance and expansion Environments requiring robust, managed Ethernet switching FAQ Q: Is this switch compatible with all DeltaV system versions? A: It is designed for DeltaV systems that support Smart Switch integration; compatibility depends on system revision. Q: Does the module require configuration? A: Yes. Configuration is performed through DeltaV engineering tools to align with network design requirements. Q: Can this module be replaced while the system is powered? A: Replacement procedures follow DeltaV hardware guidelines; power‑down may be required depending on installation conditions.
$200.00 $100.00
-
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
-
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
-
Emerson Emerson | A6312‑8 | AMS 6500 Series | Dual‑Channel Speed & Key Monitor
Overview The A6312‑8 Dual‑Channel Speed and Key Monitor is a high‑integrity measurement module designed for Emerson’s AMS 6500 machinery protection platform. It provides precise monitoring of shaft rotational speed, phase reference, zero‑speed conditions, and direction of rotation—critical parameters for safeguarding high‑value rotating equipment. This module supports API 670‑compliant protection architectures and integrates seamlessly with other AMS 6500 monitoring cards to form a complete machinery protection system. Key Features Dual‑channel speed and phase (key) monitoring API 670‑compliant machinery protection functionality Supports redundant tachometer configuration with automatic switchover Monitors pulse quality, sensor gap voltage, and signal integrity Detects zero speed, reverse rotation, and phase angle Designed for turbines, compressors, and other high‑speed rotating assets Integrates with AMS 6500 for configuration, trending, and diagnostics Technical Specifications Electrical Characteristics Parameter Specification Model Number A6312‑8 Input Range 0 to ±27.3 VDC Output Capability Max. 6 W, 250 mA at 24 VDC Channels Dual‑channel speed and key monitoring Redundant Mode Supported; automatic switchover based on pulse comparison and gap voltage Sensor Types Displacement probes for speed and phase measurement Environmental Ratings Parameter Specification Operating Temperature Industrial‑rated range Humidity 5–95% RH, non‑condensing Vibration Suitable for high‑vibration rotating machinery environments Shock Industrial‑grade shock tolerance Mechanical Data Parameter Specification Dimensions 40.3 mm × 128.4 mm × 160.0 mm Weight 320 g Mounting AMS 6500 rack system Country of Origin USA Logistics Parameter Specification Condition 100% Brand New Availability In Stock MOQ 1 HS Code 8537101190 Functional Description The A6312‑8 module provides dual‑channel monitoring for both speed and key (phase) signals, enabling detailed assessment of shaft rotational behavior. Speed measurement is performed using a displacement probe aimed at a toothed wheel, gear, or keyway mounted on the shaft. This allows the system to detect zero‑speed conditions, reverse rotation, and real‑time speed changes for process control and protection. Phase (key) measurement uses a once‑per‑revolution target to establish a reference point for vibration analysis, rotor position tracking, and advanced diagnostics. This parameter is essential for identifying changes in machine dynamics, such as rotor instability or developing mechanical faults. In redundant mode, the module automatically switches between primary and backup tachometer sensors if signal degradation is detected. To maintain phase continuity, both sensors must be installed in the same axial plane. The A6312‑8 is a core component of API 670‑compliant protection systems and is widely used in steam turbines, gas turbines, hydro units, and large compressors. Its robust design ensures long‑term reliability in harsh industrial environments. Application Scenarios Speed and phase monitoring for high‑speed rotating machinery API 670‑compliant machinery protection systems Turbines, compressors, and hydro‑mechanical equipment Redundant tachometer installations requiring automatic failover Advanced diagnostics using AMS 6500 machinery health tools FAQ Q: Can the A6312‑8 operate in redundant tachometer mode? A: Yes. It supports automatic switchover based on pulse integrity and sensor gap voltage. Q: What type of sensors are required for phase measurement? A: A once‑per‑revolution displacement probe is required for accurate phase reference. Q: Is this module compatible with the AMS 6500 rack? A: Yes. It is designed specifically for AMS 6500 machinery protection systems.
$200.00 $100.00
-
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
-
Emerson Emerson A6120 Case Seismic Vibration Monitor
Overview The Emerson A6120 Case Seismic Vibration Monitor is a high-reliability, 1-slot module designed for critical rotating machinery in nuclear, steam, gas, and hydro turbine applications. As part of the CSI 6500 series, it integrates seamlessly with other modules to form a complete API 670 machinery protection system. Key Features Monitors case seismic vibration in mm/sec (in/sec) Compatible with electromechanical and piezoelectric sensors Drives alarms and relays based on vibration thresholds Supports predictive diagnostics via AMS Suite Integrates with Ovation® and DeltaV™ control systems Ideal for nuclear and turbo machinery applications Compact 1-slot design for CSI 6500 cabinets Part of PlantWeb® architecture for unified operations Backward-compatible with field-installed sensors Provides velocity output for bearing case vibration analysis Technical Specifications Specification Detail Manufacturer Emerson Model Number A6120 Series CSI 6500 Description Case Seismic Vibration Monitor Input Voltage -5 to +15 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 Compatibility Electromechanical & Piezoelectric
$200.00 $100.00
-
Emerson Emerson A6220 Shaft Eccentricity Vibration Monitor
Overview The Emerson A6220 Shaft Eccentricity Vibration Monitor is engineered for high-reliability protection of critical rotating assets. As part of the CSI 6500 series, this 1-slot module integrates seamlessly with AMS 6500 systems to meet API 670 standards for machinery protection. It precisely tracks shaft bowing and bent shaft conditions at speeds below 600 rpm, using non-contact displacement sensors mounted near the thrust bearing. Key Features Monitors shaft eccentricity on large sleeve bearing machines Detects shaft bowing and bent shaft conditions below 600 rpm Uses non-contact displacement sensors with eccentricity collar targets Drives alarms and relay outputs based on vibration thresholds Integrates with AMS 6500, Ovation®, and DeltaV™ systems Supports predictive diagnostics via AMS software Compact 1-slot design for CSI 6500 rack systems Ideal for steam, gas, and hydro turbo machinery Technical Specifications Specification Detail Manufacturer Emerson Model Number A6220 Series CSI 6500 Description Shaft Eccentricity Vibration Monitor Input Voltage -1 to 23 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 Non-contact displacement sensor
$200.00 $100.00
-
EMERSON EMERSON A6500-UM Universal Measurement Card
Overview The A6500‑UM Universal Measurement Card is a multi‑function monitoring module designed for Emerson’s AMS 6500 machinery protection and condition monitoring platform. Engineered to support a broad range of sensor types, it enables comprehensive measurement of vibration, temperature, and other critical machine health parameters. Its flexible configuration capabilities make it suitable for diverse rotating equipment across heavy‑duty industrial environments. Key Features Universal measurement module for AMS 6500 systems Supports multiple sensor types for vibration, temperature, and process parameters High‑resolution signal conditioning and filtering Designed for continuous monitoring of pumps, turbines, compressors, and other rotating assets Robust mechanical construction for harsh industrial environments Seamless integration with AMS software for configuration, trending, and diagnostics Technical Specifications Electrical & Measurement Characteristics Parameter Specification Model Number A6500‑UM Module Type Universal Measurement Card Supported Sensors Vibration probes, accelerometers, RTDs, thermocouples, and other compatible transducers Signal Conditioning High‑resolution filtering and processing Measurement Functions Vibration, temperature, process parameters (depending on sensor type) System Integration AMS 6500 machinery protection and monitoring 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 machinery environments Mechanical Data Parameter Specification Dimensions 9 × 18.5 × 26.1 cm Weight 0.48 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 A6500‑UM module provides a flexible measurement platform for the AMS 6500 system, enabling users to monitor a wide range of machine health indicators using a single card type. Its universal input design supports vibration sensors, temperature probes, and other industrial transducers, allowing operators to consolidate monitoring functions across different equipment types. Advanced signal conditioning ensures accurate, noise‑resistant measurements even in electrically and mechanically harsh environments. The module’s integration with AMS software enables engineers to configure channels, set alarm thresholds, and analyze trends, supporting predictive maintenance strategies and reducing unplanned downtime. Built for long‑term durability, the A6500‑UM withstands shock, vibration, and temperature extremes commonly encountered in heavy industries such as mining, refining, and power generation. Its versatility and reliability make it a core component in multi‑channel machinery protection architectures. Application Scenarios Multi‑parameter monitoring in AMS 6500 systems Vibration and temperature measurement for rotating machinery Condition monitoring in mining, refining, and power generation Mixed‑sensor environments requiring a universal input module Predictive maintenance and machinery protection programs FAQ Q: What types of sensors can the A6500‑UM accept? A: It supports vibration probes, accelerometers, RTDs, thermocouples, and other compatible industrial transducers. Q: Does the module integrate with AMS software? A: Yes. It supports full configuration, trending, and diagnostics through AMS tools. Q: Is this module suitable for high‑vibration environments? A: Yes. Its rugged design meets industrial shock and vibration requirements.
$200.00 $100.00
-
Emerson Emerson A6740 16-Channel Output Relay Module
Overview The Emerson A6740 16-Channel Output Relay Module delivers high-reliability signal processing for critical rotating machinery. Designed for seamless integration with the CSI 6500 and AMS 6500 systems, it supports API 670-compliant protection across turbines, compressors, and hydro machinery. Technical Specifications Specification Details Model A6740 Series CSI 6500 Manufacturer Emerson Channels 16 relay outputs Inputs 60 signal inputs @ 48 V Logic Capacity 30 logical expressions Output Power 6 W Dimensions 60 mm × 128.4 mm × 160.0 mm Weight 320 g Slot Requirement 2-slot, 3U module Rack Compatibility IMR6000 series, 12TE wide Key Benefits Compact 3U form factor saves cabinet space Hot-swappable for minimal downtime Graphical logic configuration simplifies setup Supports complex alarm logic with 60 inputs and 30 expressions Fully compatible with IMR6000 rack systems
$200.00 $100.00
-
Emerson Emerson A6140 Dual-channel Shaft Absolute Vibration Monitor
Overview The Emerson A6140 Dual-channel Shaft Absolute Vibration Monitor is engineered for high-reliability monitoring of critical rotating machinery. As part of the CSI 6500 series, this 1-slot module integrates with other AMS monitors to form a complete API 670-compliant protection system. It is ideal for steam turbines, gas compressors, hydro turbo machines, and sleeve-bearing equipment. Key Features Dual-channel monitoring of shaft absolute vibration Combines displacement and case-mounted sensors in one housing Measures shaft movement relative to free space Drives alarms and relays based on vibration thresholds Supports predictive diagnostics via AMS Suite Integrates with Ovation® and DeltaV™ control systems Ideal for sleeve-bearing machines with matched rotor/case mass Compact 1-slot design for CSI 6500 cabinets Part of PlantWeb® architecture for unified operations Enables early fault detection and machinery protection Technical Specifications Specification Detail Manufacturer Emerson Model Number A6140 Series CSI 6500 Description Dual-channel Shaft Absolute Vibration Monitor Input Voltage -1 to -23 VDC Output Voltage 5 to +15 VDC Dimensions 30.0 mm × 128.4 mm × 160.0 mm Weight 320 g Slot Configuration 1-slot Sensor Configuration Displacement + Case-mounted vibration
$200.00 $100.00
You have seen 720 out of 731 products