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Yokogawa SDV144 Yokogawa Digital Input Module | New & Original Stock
Yokogawa SDV144-S53/B4S00 Digital Input Module Configured for contact signal acquisition in CENTUM and compatible Yokogawa DCS backplane environments, the Yokogawa SDV144-S53/B4S00 (SDV144 Digital Input Module) provides direct physical/electrical execution. The module supports 16 isolated digital input channels using no-voltage contact interfaces with 24 VDC field excitation and configurable external termination methods. Suffix Breakdown & Model Matrix Item Description SDV144 Base digital input module S53 Suffix configuration for terminal and mounting variation B4S00 Factory-defined option and connection configuration Hardware Specifications Parameter Specification Model SDV144-S53/B4S00 Brand Yokogawa Origin Japan Product Type Digital Input Module Input Channels 16 channels Input Signal No-voltage contact input Input Logic ON: 1 kOhm max, OFF: 100 kOhm min Rated Input Voltage 24 VDC +20 % / -10 % Input Current 6 mA +/-20 % External Power Supply 24 VDC +20 % / -10 % External Supply Capacity 200 mA Instantaneous Maximum Input Voltage 30.0 VDC Input Response Time 40 ms max Isolation Module isolation between field input and system Withstand Voltage 2 kVAC for 1 minute Current Consumption 290 mA max at 5 VDC, 140 mA max at 24 VDC External Connections Pressure clamp terminal, MIL cable, dedicated signal cable Operating Temp -20 degC to +70 degC Explosion Protection Optional Weight Approx. 0.36 kg Dimensions Not specified in supplied data Channel Isolation and DCS Signal Integrity The SDV144-S53/B4S00 implements module-level isolation between field-side digital contact circuits and the internal DCS processing bus. This isolation structure reduces propagation of transient field voltages into the control rack during inductive switching events and external grounding potential differences. The module accepts dry-contact input transitions using a 24 VDC excitation range and maintains deterministic response behavior within a 40 ms maximum transition interval. External termination compatibility includes pressure clamp terminals and MIL-based cable assemblies for cabinet-integrated signal marshalling architectures. Frequently Asked Questions Q: Does the SDV144-S53/B4S00 support energized wet-contact input signals?A: The supplied specification defines support for no-voltage contact inputs. External powered signal interfacing should be validated against the 24 VDC input rating and input current characteristics before commissioning. Q: Can the module be installed in redundant controller configurations?A: The specification indicates support for dual-redundant system implementation depending on configured system architecture and matching rack/controller hardware. Q: What field wiring practices are recommended for digital input stability?A: Shielded field wiring, isolated cable routing from high-current motor conductors, and single-point shield grounding are recommended to reduce transient coupling and contact chatter effects. Field Installation Guidelines Verify external field supply polarity before energizing the module. Maintain separation between digital input cabling and variable-frequency drive output conductors. Use grounded shield termination at one cabinet-side point only to avoid ground loop circulation. Confirm terminal tightening integrity after initial thermal cycling of the cabinet assembly. Do not exceed the specified 30.0 VDC instantaneous maximum input voltage during commissioning tests. When using MIL cable assemblies, verify connector key orientation before insertion into the backplane carrier.
$200.00 $100.00
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Yokogawa AAR181-S50 Yokogawa RTD Input Module | New & Original Stock
Yokogawa AAR181-S50 RTD Input Module Configured for RTD and low-level analog signal acquisition in CENTUM and related Yokogawa DCS architectures, the Yokogawa AAR181-S50 (AAR181 RTD Input Module) provides direct physical and electrical execution for isolated multi-channel temperature input processing. Suffix Breakdown & Model Matrix Parameter Specification Base Model AAR181 Full Model AAR181-S50 Module Type RTD Input Module Isolation Type Isolated Input Configuration Support Dual-redundant compatible Signal Categories RTD, thermocouple, mV input Hardware Specifications Parameter Specification Model AAR181-S50 Brand Yokogawa Origin Japan Module Type RTD Input Module Input Channels 12 channels Signal Compatibility RTD, thermocouple (TC), mV signals Isolation Channel isolation supported Redundancy Support Dual-redundant system compatible Terminal Connection Direct field terminal wiring Cable Interface Option KS cable interface adapter supported External Cable Option Customer-supplied MIL cable connection Installation Method I/O rack mounting Channel Isolation and Temperature Signal Processing The AAR181-S50 module processes resistance temperature detector and low-level analog temperature signals using isolated input circuitry intended for distributed process control environments. Channel-to-channel electrical isolation reduces common-mode interference propagation between field loops during mixed RTD and thermocouple deployments. For thermocouple integration, cold junction compensation handling is executed through associated system-level temperature reference processing within the Yokogawa control platform. Signal acquisition for mV and RTD loops is internally conditioned prior to conversion and backplane transmission. Frequently Asked Questions Q: Does the AAR181-S50 support redundant controller configurations?A: Yes. The module is specified for use in dual-redundant system architectures where redundant I/O processing paths are implemented at the DCS level. Q: Can RTD and thermocouple inputs be mixed on the same module?A: The module accepts RTD, thermocouple, and mV signal categories. Actual mixed-channel assignment behavior depends on the configured I/O definition within the host control system. Q: Are external interface cable options available for cabinet integration?A: Yes. The module supports direct terminal wiring, KS cable interface adapter connection, and customer-furnished MIL cable integration methods. Field Installation Guidelines Separate RTD and thermocouple signal wiring from high-voltage motor and inverter cabling to minimize induced noise coupling. Maintain shield grounding at a single designated panel grounding point to reduce circulating ground loop current. Verify RTD lead resistance consistency prior to field termination, particularly for long cable routing installations. Use twisted-pair instrumentation cable for low-level mV and thermocouple circuits. Confirm terminal polarity before energizing thermocouple input channels to prevent reverse temperature indication behavior. During redundant system installation, validate module seating and backplane connector engagement before applying field signal loads.
$200.00 $100.00
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Yokogawa AAT145-S50 Yokogawa TC/mV Input Module | New & Original Stock
Yokogawa AAT145-S50 S1 TC/mV Input Module Configured for thermocouple and millivolt signal acquisition in CENTUM VP process control networks, the Yokogawa AAT145-S50 S1 (AAT145-S50 TC/mV Input Module) provides direct physical and electrical execution across isolated 16-channel analog input interfaces. Suffix Breakdown & Model Matrix Code SegmentDefinition AAT145 TC/mV input module S Standard type 5 No explosion protection 0 Basic type S1 Ordering suffix revision Hardware Specifications ParameterSpecification Model AAT145-S50 S1 Brand Yokogawa Product Type TC/mV Input Module Channels 16-channel isolated input Supported Signals Thermocouple and mV input signals Isolation Channel-to-channel isolation System Platform CENTUM VP Ordering Information AAT145-S50 Origin Singapore Dimensions 3.2 cm x 10.7 cm x 13 cm Weight 0.3 kg HS Code 3595861133822 Operating Temp Not specified in supplied data Power Consumption Not specified in supplied data Channel Isolation and Cold Junction Compensation The module architecture applies isolated analog acquisition across all 16 input channels to reduce common-mode interference propagation between thermocouple circuits. For thermocouple measurement stability, cold junction compensation (CJC) is implemented at the module interface level within the CENTUM VP analog acquisition path. Shield termination and low-noise routing practices remain necessary to minimize induced millivolt deviation in long-field cable installations. Frequently Asked Questions Q: Does the AAT145-S50 S1 support mixed thermocouple and mV input operation on the same module? A: The supplied product information identifies the module as a TC/mV input type. Mixed signal deployment depends on the I/O channel configuration defined within the CENTUM VP engineering environment and installed terminal arrangement. Q: Are the 16 input channels electrically isolated from each other? A: Yes. The provided specification identifies the module as a 16-channel isolated input module with channel isolation intended to reduce inter-channel electrical interference. Q: What installation consideration is important for thermocouple wiring? A: Thermocouple extension cable type consistency, shield grounding at a single reference point, and separation from high-current power wiring are standard installation requirements to reduce measurement offset and induced noise. Field Installation Guidelines Before module insertion, verify slot assignment and I/O node compatibility within the CENTUM VP cabinet configuration. Use shielded instrumentation cable for all low-level millivolt and thermocouple circuits. Route signal wiring separately from AC power conductors, relay outputs, and variable-frequency drive cabling. During termination, maintain thermocouple polarity continuity from field junction to terminal interface. Avoid intermediate dissimilar-metal junctions outside compensated terminal locations. Ground cable shields at one control cabinet reference point only to reduce circulating ground current. Confirm module retention locking after installation and inspect terminal screw torque according to site electrical standards before energization.
$200.00 $100.00
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Yokogawa AAV141-S00 Yokogawa Analog Input Module | New Original Stock
Yokogawa AAV141-S00 Analog Input Module Configured for 4-20 mA analog signal acquisition in CENTUM VP process control networks, the Yokogawa AAV141-S00 (AAV141 Analog Input Module) provides direct physical and electrical execution across distributed I/O architectures. The module supports 16 non-isolated analog input channels for DC current loop interfacing and transfers process variables through the CENTUM VP control backplane. Suffix Breakdown & Model Matrix SegmentDescription AAV141 Analog Input Module -S00 Standard model suffix configuration Hardware Specifications ParameterSpecification Model AAV141-S00 Brand Yokogawa Product Type Analog Input Module Input Channels 16 channels Isolation Non-isolated Input Signal 4-20 mA DC Output Signal 4-20 mA DC System Compatibility CENTUM VP Mounting Method Rack-mounted I/O assembly Communication Interface DCS backplane interface Origin Japan 4-20 mA Loop Interface and Channel Architecture The AAV141-S00 processes standard 4-20 mA DC instrumentation signals through a shared non-isolated channel structure. Field transmitters connected to the module must maintain common reference potential compatibility because individual channel galvanic isolation is not implemented at the module level. Within CENTUM VP cabinets, shield termination and analog common routing directly influence loop stability and noise rejection. Twisted-pair instrumentation cable with single-point shield grounding is typically applied to minimize induced current fluctuations from adjacent power conductors or relay wiring. The module interfaces with Yokogawa DCS backplane communication assemblies for cyclic process data transfer between field I/O layers and controller nodes. Current loop continuity must remain within specified transmitter operating ranges to avoid under-range or over-range process indications. Frequently Asked Questions Q: Does the AAV141-S00 support channel-to-channel isolation? A: No. The module is specified as a non-isolated analog input module. Connected field devices should share compatible signal reference conditions. Q: Can 2-wire 4-20 mA transmitters be connected directly to the module? A: The module accepts standard 4-20 mA DC process signals. External loop power arrangement depends on the transmitter and cabinet power distribution design. Q: Are hot-swap replacement procedures supported during operation? A: Hot-swap capability is dependent on the specific CENTUM VP node configuration, I/O carrier arrangement, and controller redundancy architecture. Module replacement procedures should follow Yokogawa maintenance documentation and plant isolation practice. Field Installation Guidelines Route analog input wiring separately from AC power cables, contactor wiring, and motor feeder conductors. Use twisted-pair shielded instrumentation cable for all 4-20 mA field loops. Terminate cable shields at one designated grounding point to reduce circulating ground currents. Verify polarity before energizing current loops connected to field transmitters. Confirm cabinet grounding continuity prior to I/O commissioning. Avoid parallel routing with variable frequency drive output cables or high transient switching circuits. Inspect terminal torque values according to cabinet assembly procedures before startup.
$200.00 $100.00
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Yokogawa Yokogawa AAV144-S00 Analog Input Module Centum DCS
Description Product Overview The AAV144-S00 analog input module is a Yokogawa signal acquisition unit designed for distributed control system applications requiring stable and accurate analog data processing. The module is widely deployed in process automation environments where multiple field devices must be monitored continuously with high electrical isolation and fast response times. Supporting several industrial voltage input ranges, the module integrates directly into Yokogawa DCS architectures and provides dependable measurement performance for process instrumentation, monitoring systems, and plant control networks. Core Features 16 isolated analog input channels Compatible with Yokogawa distributed control systems Supports multiple voltage signal ranges High-speed signal refresh for real-time monitoring Electrical isolation for improved system protection Stable analog conversion with low temperature drift Compact lightweight module structure for cabinet integration Technical Specifications ParameterSpecification Model AAV144-S00 Manufacturer Yokogawa Product Type Analog Input Module System Platform Yokogawa Centum DCS Number of Input Channels 16 isolated channels Supported Input Ranges 1 to 5 V, -10 to +10 V Signal Configuration Selectable input configuration for channels 1 to 16 Maximum Allowable Input Voltage +/-30 V Isolation Strength 1500 VAC for 1 minute between input and system Input Resistance Power ON 1 Mohm Input Resistance Power OFF 200 kohm Typical Accuracy +/-4 mV Maximum Accuracy Error +/-20 mV Data Update Interval 10 ms Temperature Drift Typical +/-4 mV per 10 C Temperature Drift Maximum +/-20 mV per 10 C Power Consumption Max 500 mA at 5 VDC Module Weight Approx. 0.2 kg Mounting Type Rack-mounted DCS module Diagnostic Functions Internal module monitoring and signal diagnostics Application Areas The AAV144-S00 module is commonly used in industrial facilities that require continuous analog signal monitoring and integration with process control systems. Typical industries include: Petrochemical processing Power generation Water treatment facilities Pharmaceutical manufacturing Pulp and paper production Factory process automation Performance Characteristics This module is designed for environments where signal reliability and channel isolation are critical. The isolated channel architecture helps reduce electrical interference between field devices and the control system. Its 10 ms update cycle supports responsive process monitoring, making it suitable for dynamic applications involving rapid signal variation and continuous measurement tasks. FAQ What types of analog signals are supported by the AAV144-S00? The module accepts voltage input ranges including 1 to 5 V and -10 to +10 V. How many input channels are available? The module provides 16 isolated analog input channels for simultaneous signal acquisition. Is the module suitable for electrically noisy environments? Yes. The module includes 1500 VAC isolation between the input side and system circuits to improve operational reliability in industrial installations. Can the input configuration be customized? Yes. Input signal settings can be configured individually across channels 1 through 16 depending on application requirements.
$200.00 $100.00
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Yokogawa Yokogawa AAV144-S50 Analog Input Module for Centum VP
Description Product Overview The AAV144-S50 analog input module from Yokogawa is developed for reliable signal acquisition in distributed control and process automation environments. Designed for integration with the Centum VP control platform, this module supports stable monitoring of field instrumentation and process variables in continuous industrial operations. Engineered for high accuracy and electrical isolation, the module processes multiple analog signal formats commonly used in industrial plants. Its robust hardware architecture allows dependable operation in demanding environments such as petrochemical facilities, power generation plants, water treatment systems, and manufacturing lines. Key Features Supports multiple industrial analog input formats High precision signal conversion with stable long-term operation Electrical isolation between channels and system circuits Fast sampling response for real-time process monitoring Suitable for harsh industrial operating conditions Compatible with Yokogawa Centum VP distributed control systems DIN rail or rack-mounted system integration depending on cabinet configuration Technical Specifications ParameterSpecification Model AAV144-S50 Manufacturer Yokogawa Product Type Analog Input Module System Compatibility Centum VP DCS Supported Input Signals 4-20 mA, 0-10 V, Thermocouple, RTD Input Channels 16 channels typical Signal Resolution 16-bit Measurement Accuracy +/-0.1 percent full scale Sampling Speed Up to 1000 samples per second per channel Isolation Voltage 1500 VAC channel-to-system isolation Power Supply 24 VDC nominal Operating Temperature -20 C to +60 C Storage Temperature -40 C to +85 C Relative Humidity 5 to 95 percent RH non-condensing Mounting Method Rack installation Communication Interface Internal DCS backplane connection Diagnostic Functions Input status and module self-diagnostics Application Areas The AAV144-S50 module is suitable for industrial automation systems requiring continuous analog signal monitoring and accurate process data acquisition. Common applications include: Oil and gas processing systems Chemical production plants Thermal and renewable power facilities Water and wastewater treatment Pharmaceutical process control Factory automation and instrumentation systems Operational Advantages The module provides stable analog signal handling with high noise immunity and channel isolation. This helps reduce signal interference in complex control cabinets and improves measurement consistency across process loops. Its compatibility with thermocouples and RTD sensors also enables direct temperature monitoring without requiring additional signal converters in many installations. FAQ What control system is compatible with the AAV144-S50 module? The module is designed for Yokogawa Centum VP distributed control systems and related compatible DCS architectures. Does the module support temperature sensor inputs? Yes. The module supports thermocouple and RTD input signals in addition to standard current and voltage signals. Can the module operate in high-temperature industrial environments? Yes. The operating temperature range supports industrial installations from -20 C to +60 C. Is channel isolation included? Yes. The module provides 1500 VAC isolation between channels and the system to improve operational safety and signal reliability.Shopify Product Title.
$200.00 $100.00
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Yokogawa Yokogawa ATD5T-0032 Cable Interface Adapter | KS Point Connector
Product Description Overview The ATD5T-0032 cable interface adapter from YOKOGAWA is engineered to connect Yokogawa instruments with KS-compatible devices efficiently. This adapter provides a reliable bridge between sensors, actuators, and automation systems using the Kaye System (KS) cable standard. It is optimized for professional automation and data acquisition environments requiring precise signal transmission and multi-point device management. Key Features Multi-Point Connectivity: Supports up to 32 KS-compatible devices simultaneously, enabling scalable integration in complex systems. Signal Conversion: Converts communication signals between Yokogawa protocols and KS cable standards to ensure accurate data transfer. Data Acquisition: Facilitates real-time acquisition of sensor data and delivery of control commands to connected actuators. Seamless Integration: Fully compatible with Yokogawa automation systems for extended KS device support. Technical Specifications ParameterSpecification Model ATD5T-0032 Manufacturer YOKOGAWA Cable Interface KS Type Maximum Connections 32 simultaneous devices Communication Protocol Yokogawa standard / KS cable conversion Power Supply Per Yokogawa system requirements Operating Temperature 0 to 50 °C Mounting Rack or panel mount compatible Dimensions (Approx.) 150mm x 90mm x 50mm Weight (Approx.) 0.6 kg Applications Ideal for process monitoring, laboratory automation, and industrial control systems. Suitable for engineers integrating KS-based sensors and actuators into Yokogawa setups. FAQ Q: How many devices can this adapter support at once? A: It supports up to 32 KS-compatible devices simultaneously. Q: Is this adapter compatible with all Yokogawa systems? A: It is designed for seamless integration with most Yokogawa automation systems. Please consult the system documentation for full compatibility. Q: Can it convert signals between different communication standards? A: Yes, it translates between the Yokogawa system protocol and KS cable communication. Q: Are there similar models with higher capacity? A: Yokogawa offers alternative adapters for larger multi-point connections. Refer to the ATD series documentation for comparisons.
$200.00 $100.00
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Yokogawa Yokogawa ATD5T-0032 Interface Adapter | KS Point Connector
Product Description Overview The ATD5T-0032 cable interface adapter from YOKOGAWA is engineered to connect Yokogawa instruments with KS-compatible devices efficiently. This adapter provides a reliable bridge between sensors, actuators, and automation systems using the Kaye System (KS) cable standard. It is optimized for professional automation and data acquisition environments requiring precise signal transmission and multi-point device management. Key Features Multi-Point Connectivity: Supports up to 32 KS-compatible devices simultaneously, enabling scalable integration in complex systems. Signal Conversion: Converts communication signals between Yokogawa protocols and KS cable standards to ensure accurate data transfer. Data Acquisition: Facilitates real-time acquisition of sensor data and delivery of control commands to connected actuators. Seamless Integration: Fully compatible with Yokogawa automation systems for extended KS device support. Technical Specifications ParameterSpecification Model ATD5T-0032 Manufacturer YOKOGAWA Cable Interface KS Type Maximum Connections 32 simultaneous devices Communication Protocol Yokogawa standard / KS cable conversion Power Supply Per Yokogawa system requirements Operating Temperature 0 to 50 °C Mounting Rack or panel mount compatible Dimensions (Approx.) 150mm x 90mm x 50mm Weight (Approx.) 0.6 kg Applications Ideal for process monitoring, laboratory automation, and industrial control systems. Suitable for engineers integrating KS-based sensors and actuators into Yokogawa setups. FAQ Q: How many devices can this adapter support at once? A: It supports up to 32 KS-compatible devices simultaneously. Q: Is this adapter compatible with all Yokogawa systems? A: It is designed for seamless integration with most Yokogawa automation systems. Please consult the system documentation for full compatibility. Q: Can it convert signals between different communication standards? A: Yes, it translates between the Yokogawa system protocol and KS cable communication. Q: Are there similar models with higher capacity? A: Yokogawa offers alternative adapters for larger multi-point connections. Refer to the ATD series documentation for comparisons.
$200.00 $100.00
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Yokogawa Yokogawa ATD5S-00 Terminal Block | Pressure Clamp I/O Module
Product Description Overview The Yokogawa ATD5S-00 Pressure Clamp Terminal Block is engineered for seamless integration with CENTUM VP I/O modules. It provides a reliable electrical connection between field devices and I/O modules, ensuring signal integrity and operational safety. The terminal block incorporates a pressure clamp design with built-in surge absorption, extending the longevity of connected devices. Key Features Compatible with CENTUM VP I/O modules (FIO). Secure and stable field device connections using pressure clamp technology. Integrated surge absorber protects I/O modules against voltage spikes. Conforms to EMC standard EN61000-6-2 for surge immunity. Available connection options: Pressure Clamp Terminal, KS Cable Interface Adapter, MIL Connector Cover. Technical Specifications SpecificationDetails Model ATD5S-00 Connection Type Pressure Clamp Terminal Compatible I/O Modules CENTUM VP FIO Series Surge Protection Built-in surge absorber EMC Compliance EN61000-6-2 Terminal Options KS Cable Interface Adapter, MIL Connector Cover Operating Temperature Range 0 to 55 Celsius Storage Temperature Range -20 to 70 Celsius Material High-grade engineering plastics and metals Mounting DIN Rail or Panel Mount Applications Factory automation systems requiring robust field device connections. High-reliability signal and data transmission in process control networks. Industrial environments with surge-prone conditions. FAQ Q: Can the ATD5S-00 be used with modules other than CENTUM VP? A: This terminal block is optimized for CENTUM VP I/O modules, and while it may fit other modules, compatibility and surge protection are guaranteed only for CENTUM VP series. Q: What types of field device connections are supported? A: Supports standard pressure clamp connections, KS cable interface adapters, and MIL connector covers. Q: How does the surge absorber function? A: The built-in surge absorber mitigates voltage spikes from field wiring, preventing damage to I/O modules and extending system life. Similar Models Comparison ATD5S-01: Similar terminal block with extended temperature tolerance. ATD5S-02: Includes additional LED diagnostics for field connection status.
$200.00 $100.00
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Bently Nevada 3500/05-01-01-00-00 Bently Nevada System Rack Chassis
Bently Nevada 3500/05-01-01-00-00 System Rack The Bently Nevada 3500/05-01-01-00-00, also cataloged as the 3500/05 system rack, operates as a dedicated hardware chassis for mechanical protection module hosting within the 3500 Machinery Protection System. Configured for structured module accommodation and backplane distribution in the 3500 rack architecture, the Bently Nevada 3500/05-01-01-00-00 (3500/05 rack) provides direct electrical interconnection and physical mounting for monitoring, relay, and communication modules. Suffix Breakdown & Model Matrix 01 → Full-size 19-inch rack configuration 01 → Rear-access wiring architecture 00-00-00 → Standard mechanical and enclosure configuration Hardware Specifications ParameterSpecification Model 3500/05-01-01-00-00 Brand Bently Nevada Origin Not specified Weight 4.5 kg Dimensions Height ~266 mm; Width 483 mm; Depth 267–349 mm Operating Temp -20 deg C to +65 deg C Power Consumption Not specified (backplane distributed, module-dependent) Rack Type 19-inch EIA full-size chassis Slot Capacity 14 slots Mounting Panel mount / rack mount Wiring Access Rear-access Protection Class IP20 Eddy-Current Probe Scaling and Backplane Signal Integrity (TSI Architecture) The 3500/05 rack backplane maintains controlled distribution paths for vibration and position measurement chains used in eddy-current probe systems. Probe scaling alignment is preserved through module-to-backplane impedance consistency, ensuring stable conversion of gap voltage signals typically referenced against -10 VDC linear range targets. Signal routing is structured to reduce cross-talk between adjacent monitoring channels, maintaining separation between vibration, Keyphasor, and relay bus lines. Rotor dynamics data acquisition integrity depends on stable backplane reference grounding and deterministic slot addressing across installed 3500 modules. Frequently Asked Questions (FAQ) Q: Does the 3500/05-01-01-00-00 support hot-swapping of installed modules? A: Yes. The backplane architecture supports module hot-swap while maintaining rack-level power and communication continuity. Individual module replacement does not require full rack power removal. Q: How is backplane power distributed across the 14-slot architecture? A: Power is distributed through a centralized backplane rail system. Load is determined by installed modules, including monitor, relay, and communication cards. Redundant power supply configurations are supported via dedicated supply slots. Q: Can rear-access wiring be combined with panel mounting in the same configuration? A: No mixed configuration is defined within a single rack option code. The 01 wiring option specifies rear-access only, while mounting style is selected independently at cabinet integration level. Field Installation Guidelines Maintain minimum rear clearance for wiring harness routing under rear-access configuration Ensure chassis grounding to cabinet earth using low-impedance bonding strap Install power supply modules before inserting monitoring or communication cards Avoid routing high-voltage cabinet wiring parallel to backplane signal harness paths Verify slot alignment before inserting modules to prevent backplane connector damage Maintain ventilation spacing in accordance with cabinet thermal design limits
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/05-01-03-00-00-00 19-Inch System Rack Chassis
Product Description The Bently Nevada 3500/05-01-03-00-00-00 is a full-width 19-inch industrial rack chassis developed for the 3500 Machinery Protection System. It functions as the mechanical and electrical backbone for all system modules, providing structured housing, integrated power distribution, and internal communication routing across the platform. This chassis is designed to accommodate monitoring modules, relay cards, communication interfaces, Keyphasor modules, and power supply units within a unified rack architecture. It supports continuous-duty operation in industrial environments where system stability and modular scalability are required. The configuration code “01-03-00-00-00” defines a standard full-size rack design with factory default mechanical and backplane layout. Core System Functions Mechanical housing for complete 3500 module architecture Integrated backplane for power and signal distribution Centralized communication routing between modules Support for monitoring, relay, and communication cards Hot-swappable module insertion capability Compatible with redundant power supply configurations Flexible installation in industrial cabinet systems Designed for continuous machinery protection operation Technical Specifications ParameterSpecification Model 3500/05-01-03-00-00-00 Product Type 19-Inch System Rack Chassis System Series Bently Nevada 3500 Rack Standard 19-inch EIA industrial format Total Module Capacity 14 slots Backplane Function Power distribution + system communication bus Power Supply Support 3500/15 AC or DC modules Redundancy Support Available Hot-Swap Capability Supported Supported Modules Monitoring, relay, communication, Keyphasor Slot Architecture Dedicated slot for power supply module Dedicated slot for Rack Interface Module (RIM) 14 configurable module positions for system expansion Mixed module compatibility across all 3500 series components Mechanical Specifications ItemSpecification Width 483 mm (19-inch EIA standard) Height Approx. 266 mm Depth 267–349 mm (varies by mounting configuration) Weight 4.5 kg Material Industrial-grade aluminum alloy Mounting Types Panel mount / Rack mount / Bulkhead mount Electrical Architecture Internal backplane distributes regulated power to all installed modules Supports AC and DC power input via 3500/15 power supplies Dual redundant power supply compatibility Integrated system communication bus for inter-module data exchange Designed for continuous operational stability in protection systems Environmental Ratings ParameterValue Operating Temperature -20°C to +65°C Storage Temperature -52°C to +105°C Humidity 10–90% RH non-condensing Vibration Resistance 5–150 Hz, 2G Shock Resistance 15G, 11 ms Protection Class IP20 Compliance & Certifications EMC: EN 61000-6-2 / EN 61000-6-4 Safety: EN 61010-1 RoHS: 2011/65/EU Hazardous Area Approvals: ATEX / IECEx / CSA / NRTL (Zone 2 rated configurations) Marine Certifications: ABS / DNV-GL compliant designs Key Features Full-size 14-slot chassis architecture for system expansion Compatible with complete 3500 module portfolio Hot-swappable design for maintenance without shutdown Rugged industrial-grade construction Suitable for harsh environmental conditions Supports flexible wiring access (front or rear depending on mounting style) Designed for mission-critical machinery protection infrastructure Application Areas Gas and steam turbine protection systems Compressor station monitoring platforms Oil and gas production facilities Power generation control systems Pipeline pumping infrastructure Offshore and marine machinery protection systems Industrial rotating equipment monitoring networks FAQ How many modules can be installed in this rack? The chassis provides 14 standard module slots, in addition to dedicated positions for power and interface modules. Does it support redundant power configuration? Yes. The rack is designed to support single or dual redundant power supply arrangements. Can modules be replaced while the system is running? Yes. The system supports hot-swappable module replacement for maintenance without full shutdown.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/05-01-03-00-00-01 19-Inch System Rack Chassis
Product Description The Bently Nevada 3500/05-01-03-00-00-01 is a full-width 19-inch rack chassis engineered as the structural backbone of the 3500 Machinery Protection System. It provides the physical housing, electrical backplane distribution, and communication interconnection required for all monitoring, protection, and interface modules in the 3500 platform. This rack serves as the central mounting platform for power supplies, monitoring modules, relay modules, communication gateways, and system interface components. It is designed for continuous operation in industrial environments requiring high reliability, modular expansion, and hot-swappable maintenance capability. The configuration code “01-03-00-00-01” identifies a standard 19-inch chassis variant with factory-defined mechanical and backplane layout. Core System Functions Structural mounting platform for 3500 system modules Integrated backplane for power and data distribution Centralized communication bus architecture Support for monitoring, relay, and communication modules Hot-swappable module insertion and removal Compatibility with redundant power supply configurations Integration into industrial control cabinet systems Designed for continuous-duty machinery protection systems Technical Specifications ParameterSpecification Model 3500/05-01-03-00-00-01 Product Type 19-Inch System Rack Chassis System Platform Bently Nevada 3500 Series Rack Standard 19-inch EIA industrial chassis Slot Capacity 14 module slots Backplane Type Integrated system communication + power bus Mounting Options Panel mount / Rack mount / Bulkhead mount Power Supply Support 3500/15 AC or DC modules Redundant Power Support Supported Module Hot Swap Supported Slot Architecture Dedicated power supply slot(s) Rack Interface Module (RIM) slot 14 total module positions for system expansion Support for mixed module configuration (monitoring, relay, communication) Mechanical Specifications ItemSpecification Width 483 mm (19-inch standard) Height Approx. 266 mm Depth 267–349 mm (varies by mounting style) Weight 4.5 kg Construction Material Industrial-grade aluminum alloy Installation Orientation Horizontal rack cabinet mounting Electrical System Characteristics Backplane distributes regulated power to all installed modules Compatible with AC and DC power supply modules Supports dual-redundant power configuration Integrated system-level communication bus via backplane Continuous operation design for mission-critical monitoring systems Environmental Ratings ParameterValue Operating Temperature -20°C to +65°C Storage Temperature -52°C to +105°C Humidity 10–90% RH, non-condensing Vibration Resistance 5–150 Hz, 2G Shock Resistance 15G, 11 ms Protection Rating IP20 enclosure standard Installation & Integration Notes The 3500/05-01-03-00-00-01 rack is designed for installation in industrial control cabinets and can be configured for: Front-access wiring (bulkhead installations) Rear-access maintenance configurations Standard rack-mounted enclosure systems It provides full compatibility with the complete Bently Nevada 3500 module ecosystem. Application Areas Turbomachinery protection systems Oil and gas compressor monitoring systems Power generation control cabinets Pipeline pumping station installations Industrial rotating equipment monitoring Offshore and marine machinery protection systems SCADA-integrated monitoring infrastructures FAQ What is the main purpose of the 3500/05 rack system? It serves as the central chassis that mechanically supports and electrically connects all modules within the Bently Nevada 3500 machinery protection platform. How many modules can it hold? The rack provides 14 standard module slots, excluding dedicated positions for power supplies and the rack interface module. Does it support redundancy? Yes, the system supports redundant power supply configurations for increased reliability.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/92-02-01-00 Modbus RTU RS485 Gateway Module
Product Description The Bently Nevada 3500/92-02-01-00 is a serial communication interface module designed for the 3500 Machinery Protection System. It establishes a reliable data pathway between the 3500 monitoring rack and external control environments such as DCS, SCADA, PLC systems, and plant-level data historians. The module converts internal rack diagnostic and protection data into Modbus RTU format for transmission over RS-485 networks, enabling integration with widely deployed industrial serial communication infrastructures where Ethernet connectivity is not required or available. The configuration code “02-01-00” defines the hardware and firmware setup: 02: RS-485 Modbus serial interface 01: Low memory configuration 00: Standard firmware package without extended options The module installs into a standard 3500 rack architecture requiring one front slot and one rear I/O slot. Core Communication Functions Real-time Modbus RTU data communication over RS-485 Continuous acquisition of rack and channel-level measurements Transmission of alarm and diagnostic status to external systems Support for multi-drop serial network architectures Structured access to 3500 system registers Integration with PLC, DCS, and SCADA platforms Event and fault data reporting for condition monitoring systems Technical Specifications ParameterSpecification Model 3500/92-02-01-00 Product Type Modbus RTU Communication Gateway Module Communication Interface RS-485 (EIA-485 standard) Protocol Modbus RTU Memory Configuration Low memory architecture Transmission Mode Multi-drop serial communication Baud Rate Range 1,200 to 115,200 bps Data Format 8 data bits, configurable parity, 1 stop bit Maximum Cable Distance Up to 1,200 meters (dependent on baud rate) Power Consumption 7.0 W typical Power Supply 3500 rack backplane Data Handling Capabilities System Data Output Vibration and process measurement values Speed and dynamic machine parameters Rack, module, and channel status indicators Alarm states (Alert / Danger conditions) Configuration and setpoint data Diagnostic and event logs Supported Modbus Functions Read Holding Registers Read Input Registers Read Coil Status (limited support) Read Discrete Inputs Physical Specifications ItemSpecification Dimensions 241.3 × 24.4 × 241.8 mm Weight 0.79 kg Installation Requirement 1 front slot + 1 rear I/O slot Module Format Full-height rack-mounted design Environmental Ratings ParameterValue Operating Temperature -30°C to +65°C Storage Temperature -40°C to +85°C Relative Humidity Up to 95% non-condensing EMC Compliance EN 61000-6-2 / EN 61000-6-4 Safety Standard EN 61010-1 Key Features RS-485 based Modbus RTU communication interface Designed for long-distance industrial serial networks Low memory configuration optimized for standard data handling Stable integration with legacy control systems Multi-drop network capability for distributed architectures Full rack data accessibility through Modbus registers Hot-swappable module design for maintenance flexibility Industrial-grade electrical and environmental robustness Application Scenarios Turbomachinery monitoring and protection systems Oil and gas compressor station control networks Power generation equipment monitoring Pipeline and distribution system supervision PLC-based plant automation systems SCADA and DCS serial communication integration Industrial condition monitoring infrastructure FAQ What communication protocol does this module use? It operates using Modbus RTU over RS-485 serial communication. Is this module suitable for long-distance communication? Yes. RS-485 architecture supports communication distances up to approximately 1,200 meters depending on baud rate and installation conditions. What does the “low memory” configuration mean? It refers to a simplified firmware profile designed for standard register-based communication without extended memory mapping features.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/91-01-02-02 Dual Fiber EGD Gateway Module
Overview The Bently Nevada 3500/91-01-02-02 is a dual-port fiber Ethernet communication gateway designed for the 3500 Machinery Protection System. It provides deterministic Ethernet Global Data (EGD) connectivity between the 3500 monitoring rack and external control platforms including GE Mark VI/VIe turbine controllers, DCS, and SCADA systems. This module is engineered for high-integrity, real-time data transfer in redundant or dual-network architectures. It enables continuous transmission of machine protection data, including vibration measurements, process variables, alarm conditions, and system diagnostics, over industrial fiber-optic networks. The unit is installed in one front slot and one rear I/O slot within the 3500 rack assembly. Core Functions High-speed Ethernet Global Data (EGD) communication interface Dual independent fiber-optic network channels Real-time transmission of rack and channel data Continuous alarm and diagnostic reporting Support for redundant communication architectures Integration with GE Mark VI/VIe control systems Remote command and system control capability Hot-swappable rack module design Technical Specifications ParameterSpecification Model 3500/91-01-02-02 Product Type EGD Communication Gateway Module System Platform Bently Nevada 3500 Series Communication Protocol EGD v2.01 Transport Layer UDP/IP Ethernet Standard IEEE 802.3u Network Interface Dual 100BASE-FX fiber ports Connector Type MT-RJ Fiber Type Multimode fiber (typical installation) Communication Mode Redundant / dual-network support Power Consumption 7.4 W typical Power Source 3500 rack backplane Data Communication Capabilities Producer Data (Outbound from Rack) Vibration and dynamic channel values Speed and process variables Rack and module status information Alarm and setpoint data System health diagnostics Consumer Commands (Inbound Control Signals) Group Reset Alarm Inhibit functions Trip Multiply activation Special Alarm Inhibit control Physical Specifications ItemSpecification Dimensions 241.3 × 24.4 × 241.8 mm Weight 0.79 kg Installation Requirement 1 front slot + 1 rear I/O slot Module Format Full-height rack-mounted module Environmental Specifications ParameterValue Operating Temperature -30°C to +65°C Storage Temperature -40°C to +85°C Humidity Up to 95% non-condensing EMC Compliance EN 61000-6-2 / EN 61000-6-4 Safety Standard EN 61010-1 Key Features Dual fiber-optic Ethernet channels for redundancy 100BASE-FX multimode fiber communication support Deterministic real-time EGD data exchange High immunity to electromagnetic interference Designed for mission-critical turbine and compressor systems Seamless integration with GE control platforms Industrial-grade environmental robustness Hot-swappable maintenance design Application Areas Gas turbine control and monitoring systems Steam turbine protection architectures Compressor station monitoring systems Oil and gas production facilities Pipeline and pumping infrastructure Power generation plants Offshore and marine rotating equipment systems SCADA and distributed control integration FAQ What is the benefit of dual fiber ports in this module? The dual-port design supports redundant network paths or dual communication channels, improving system reliability and fault tolerance. Can this module operate in redundant Ethernet architectures? Yes. The 3500/91-01-02-02 is specifically suited for redundant or dual-network EGD configurations. What type of fiber is supported? The module typically operates with multimode fiber using 100BASE-FX standards and MT-RJ connectors.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/91-01-02-00 Fiber EGD Gateway Module
Overview The Bently Nevada 3500/91-01-02-00 is a fiber-optic Ethernet Global Data (EGD) communication gateway designed for integration within the 3500 Machinery Protection System. This module provides a high-reliability digital interface between the 3500 rack and external automation platforms such as GE Mark VI/VIe turbine control systems, DCS, and SCADA networks. This configuration is engineered for extended-distance communication using fiber-optic media, improving immunity to electromagnetic interference in harsh industrial environments. It enables continuous exchange of machinery protection data, alarm states, and system diagnostics in real time. The module occupies one front slot and one rear I/O slot within the 3500 rack architecture. Core Functions Real-time Ethernet Global Data (EGD) communication Fiber-optic industrial Ethernet data transmission Continuous monitoring of rack and module status Transfer of alarm, setpoint, and channel measurement data Integration with GE turbine control platforms Support for remote reset and alarm control commands High electromagnetic noise immunity for harsh environments Hot-swappable rack module design Technical Specifications ParameterSpecification Model 3500/91-01-02-00 Product Type EGD Communication Gateway Module System Platform Bently Nevada 3500 Series Communication Protocol Ethernet Global Data (EGD) v2.01 Transport Layer UDP/IP Ethernet Standard IEEE 802.3u Network Medium Fiber optic (100BASE-FX) Connector Type MT-RJ fiber interface Data Transmission Type Real-time producer/consumer model Power Consumption 7.4 W typical Power Source 3500 rack backplane Data Communication Structure Producer Data Channel measurement values Rack and module status signals Alarm and warning states System health diagnostics Configuration and setpoint data Consumer Commands Group Reset Alarm Inhibit functions Trip Multiply control Special Alarm Inhibit commands Physical Characteristics ItemSpecification Dimensions 241.3 × 24.4 × 241.8 mm Weight 0.79 kg Installation Requirement 1 front slot + 1 rear I/O slot Form Factor Full-height 3500 rack module Environmental Specifications ParameterValue Operating Temperature -30°C to +65°C Storage Temperature -40°C to +85°C Relative Humidity Up to 95% non-condensing EMC Compliance EN 61000-6-2 / EN 61000-6-4 Key Features Fiber-optic 100BASE-FX Ethernet communication interface Extended-distance transmission capability High immunity to electrical noise and interference Real-time EGD data exchange architecture Hot-swappable design for maintenance flexibility Compatible with GE Mark VI/VIe control systems Reliable industrial-grade communication performance Application Areas Gas turbine control and monitoring systems Steam turbine protection platforms Compressor station monitoring Offshore oil and gas machinery systems Pipeline pumping and transport systems Power generation plant integration Industrial SCADA and DCS communication networks FAQ What is the advantage of the fiber-optic version of the 3500/91? The fiber-optic interface provides improved signal integrity and allows long-distance communication with strong resistance to electromagnetic interference. Can this module work with GE Mark VIe systems? Yes. It is designed specifically for EGD communication environments commonly used in GE turbine control systems. Does the module support remote control commands? Yes. It supports consumer-side commands such as reset, trip multiply, and alarm inhibit functions.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/91-01-01-01 EGD Gateway Module
Overview The Bently Nevada 3500/91-01-01-01 is a dedicated Ethernet Global Data (EGD) gateway module developed for the 3500 Machinery Protection System. The module provides deterministic Ethernet communication between the 3500 monitoring rack and external automation platforms including GE Mark VI/Mark VIe turbine controllers, DCS systems, and industrial SCADA networks. This communication interface transfers machinery protection data, channel diagnostics, alarm conditions, and rack operating parameters across industrial Ethernet networks using EGD v2.01 over UDP/IP. The module is optimized for applications requiring low-latency data transmission and continuous controller synchronization in critical rotating equipment environments. The 3500/91-01-01-01 configuration includes a single RJ-45 10/100BASE-TX Ethernet interface and is designed for installation within standard 3500 rack architectures. Core Functions Ethernet Global Data (EGD) communication interface Real-time rack and channel data transfer High-speed Ethernet connectivity for controller integration Continuous monitoring status transmission Alarm and setpoint synchronization Producer and consumer EGD data support Direct integration with GE turbine control systems Rack-powered operation with hot-swappable capability Technical Specifications Parameter Specification Model Number 3500/91-01-01-01 Product Type EGD Communication Gateway Module Compatible Platform Bently Nevada 3500 Series Communication Protocol EGD Version 2.01 Network Transport UDP/IP Ethernet Standard IEEE 802.3 / IEEE 802.3u Ethernet Speed 10 Mbps / 100 Mbps Network Port Single RJ-45 10/100BASE-TX Typical Power Consumption 7.4 W Power Supply Source 3500 rack backplane Supported Data Types The gateway supports transmission of multiple operational and protection-related data structures, including: Floating-point process variables Rack status information Module diagnostics Channel operating conditions Alarm states Protection setpoints System health parameters EGD Data Exchange Functions Producer Functions Consumer Functions Channel measurements Group Reset Alarm information Alarm Inhibit Setpoint transmission Trip Multiply System diagnostics Special Alarm Inhibit Module status Remote control commands Mechanical Specifications Item Details Dimensions 241.3 × 24.4 × 241.8 mm Weight 0.79 kg Front Slot Requirement 1 full-height slot Rear I/O Requirement 1 dedicated rear slot Environmental Specifications Parameter Value Operating Temperature -30°C to +65°C Storage Temperature -40°C to +85°C Relative Humidity Up to 95% non-condensing Vibration Resistance Conforms to 3500 system requirements Front Panel Indicators Integrated LEDs provide immediate visual indication of module and communication status. Indicator Function OK Module operational status TX/RX Ethernet communication activity Industrial Applications The Bently Nevada 3500/91-01-01-01 module is commonly applied in industrial systems requiring fast Ethernet-based machinery monitoring integration, including: Steam and gas turbine protection Compressor monitoring systems Pipeline pumping stations Refinery process equipment Power generation facilities Offshore rotating machinery systems Industrial DCS and SCADA networks 3500/91-01-01-01 vs 3500/90 Communication Modules Feature 3500/91-01-01-01 3500/90 Primary Protocol EGD Modbus TCP/RTU Network Architecture Real-time Ethernet General-purpose communication Controller Integration GE Mark VI/VIe PLC/DCS platforms Ethernet Port Type Single RJ-45 Ethernet and serial options Data Exchange Model Producer/Consumer Polling-based FAQ What is the function of the 3500/91-01-01-01 module? The module enables high-speed Ethernet communication between the 3500 machinery protection rack and external automation systems using the EGD protocol. Which Ethernet interface is included in this version? This configuration includes a single RJ-45 10/100BASE-TX Ethernet port for copper network connections. Can the module communicate with GE turbine controllers? Yes. The module is specifically designed for integration with GE Mark VI and Mark VIe control systems using Ethernet Global Data communication. Does the module support hot replacement? Yes. The module supports hot-swappable installation within compatible 3500 rack configurations.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/91-01-01-00 EGD Gateway Module
Overview The Bently Nevada 3500/91-01-01-00 is an Ethernet Global Data (EGD) communication module engineered for the 3500 Machinery Protection System. It establishes a high-speed Ethernet interface between the 3500 rack and external industrial control platforms, enabling deterministic data transfer for turbine control, process automation, and machinery monitoring applications. Designed for integration with GE control environments and other EGD-compatible systems, the module exchanges rack measurements, alarm states, module diagnostics, and operational parameters using producer/consumer communication architecture over UDP/IP Ethernet networks. The gateway supports real-time industrial communication where fast data acquisition and low-latency transmission are critical for rotating equipment protection systems. Key Functions Real-time EGD data communication over Ethernet Rack-wide data acquisition from 3500 monitoring systems Producer/consumer data exchange architecture Integration with GE Mark VIe and compatible controllers Continuous transmission of dynamic and static machinery data Remote alarm handling and rack command support Dual-speed Ethernet network compatibility Industrial-grade environmental and EMC compliance Technical Specifications ParameterSpecification Model 3500/91-01-01-00 Product Type EGD Communication Gateway Module System Platform Bently Nevada 3500 Series Communication Protocol EGD v2.01 Ethernet Protocol UDP/IP Ethernet Standards IEEE 802.3, IEEE 802.3u Ethernet Speed 10 Mbps / 100 Mbps Network Interfaces 10BASE-T, 100BASE-TX, optional 100BASE-FX Power Consumption 7.4 W typical Rack Power Source Supplied by 3500 rack Module Installation Front module with rear I/O module Network Interfaces Interface TypeConnector Copper Ethernet RJ-45 Fiber Ethernet (optional) MT-RJ The optional fiber interface supports 100BASE-FX communication for installations requiring extended distance or enhanced electromagnetic noise immunity. Data Exchange Capabilities The module supports both producer and consumer communication functions within EGD-based control architectures. Producer Data Rack operational status Module health information Channel condition monitoring Floating-point process variables Alarm setpoints Dynamic machinery measurements Consumer Commands Group Reset Group Trip Multiply Group Alarm Inhibit Group Special Alarm Inhibit Physical Specifications ItemValue Dimensions 241.3 × 24.4 × 241.8 mm Weight 0.79 kg Front Slot Requirement 1 full-height slot Rear Slot Requirement 1 full-height I/O slot Environmental Specifications ParameterSpecification Operating Temperature -30°C to +65°C Storage Temperature -40°C to +85°C Relative Humidity 95% non-condensing EMC Compliance EN 61000-6-2 / EN 61000-6-4 Status Indicators Integrated front-panel LEDs provide rapid diagnostics and communication monitoring. IndicatorDescription OK Module operating status TX/RX Ethernet activity indication Compliance and Certifications StandardCompliance Electrical Safety EN 61010-1 EMC EN 61000 Series Marine Certifications ABS, DNV-GL Hazardous Area Support CSA, ATEX, IECEx compatible systems Typical Applications The Bently Nevada 3500/91-01-01-00 gateway module is commonly installed in critical machinery protection systems including: Gas turbine monitoring Steam turbine protection Pipeline compressor stations LNG processing facilities Refinery rotating equipment Offshore production systems Power generation plants High-speed compressor trains Comparison: 3500/91 vs 3500/90 Feature3500/913500/90 Primary Communication EGD Ethernet Modbus TCP / Serial Communication Architecture Producer/Consumer Polling-based Typical Integration GE Mark VIe PLC / DCS / SCADA Network Type Real-time Ethernet General industrial communication Response Performance High-speed deterministic Standard monitoring communication FAQ What is the main purpose of the 3500/91-01-01-00 module? The module provides high-speed Ethernet communication between a 3500 monitoring rack and external control systems using the EGD protocol. Does the module support fiber Ethernet connections? Yes. Certain configurations support optional 100BASE-FX fiber-optic communication through an MT-RJ interface. Which controllers are compatible with this gateway? The module is widely integrated with GE Mark VIe turbine controllers and other EGD-compatible automation platforms. Can the gateway receive external commands? Yes. The module supports consumer functions including reset commands and alarm inhibit controls.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/91 EGD Communication Gateway Module
Overview The Bently Nevada 3500/91 EGD Communication Gateway Module is an industrial communication interface designed for the 3500 Machinery Protection System. This module enables high-speed data exchange between the 3500 monitoring rack and external control platforms including distributed control systems (DCS), PLCs, SCADA platforms, and turbine control systems. Unlike standard Modbus-only communication modules, the 3500/91 supports Ethernet Global Data (EGD) communication for deterministic data transfer in controller-based environments such as GE Mark VIe systems. The module continuously acquires dynamic machinery measurements and rack status information, delivering real-time data access suitable for critical rotating equipment applications. The gateway is engineered for power generation, oil and gas, petrochemical, and heavy industrial facilities requiring reliable machinery protection integration over Ethernet networks. Key Features High-speed Ethernet Global Data (EGD) communication Real-time transmission of rack monitoring data Compatible with GE Mark VIe and EGD-enabled controllers Continuous access to vibration and protection measurements Supports rack-wide status and alarm reporting Designed for controller response applications Rack-powered module with single-slot installation Industrial-grade EMC and environmental performance Technical Specifications ParameterSpecification Product Model 3500/91 Product Type EGD Communication Gateway Module System Compatibility Bently Nevada 3500 Series Installation Type Rack-mounted Slot Requirement Single-slot module Power Consumption 7.4 W Power Source Supplied by 3500 rack Communication Method Ethernet Global Data (EGD) Ethernet Interface Industrial Ethernet Protocol Support EGD Data Exchange Type Real-time controller communication Monitored Data Transmission The module provides access to comprehensive rack information, including: Overall vibration values Radial vibration measurements Axial position data Speed and Keyphasor® signals Temperature channels Alarm and danger states Channel OK and module status Rack event information System diagnostic data Communication Performance FeatureDetails Network Function Deterministic Ethernet communication Controller Compatibility GE Mark VIe and EGD-capable systems Response Capability Suitable for fast-response control applications Data Access Rack-wide parameter acquisition Integration Method Ethernet-based industrial automation networks Physical Specifications ItemValue Dimensions (H × W × D) 241.3 mm × 24.4 mm × 241.8 mm Weight 0.79 kg Module Format Full-height rack module Environmental Specifications ParameterSpecification Operating Temperature -30°C to +65°C Storage Temperature -40°C to +85°C Humidity Up to 95% non-condensing EMC Compliance Industrial EMC compliant LED Status Indicators The front panel includes integrated diagnostic LEDs for operational monitoring: IndicatorFunction OK Module operating condition TX/RX Ethernet communication activity Bypass Indicates bypass operation status Application Industries The Bently Nevada 3500/91 communication gateway is commonly deployed in: Gas turbine control systems Steam turbine monitoring Compressor protection systems Power generation facilities LNG and petrochemical plants Offshore production platforms Critical rotating machinery systems 3500/91 vs 3500/90 Communication Module Feature3500/913500/90 Primary Communication EGD Ethernet Modbus TCP / Serial Network Type Deterministic controller network General industrial communication Typical Integration GE Mark VIe systems PLC/DCS/SCADA Communication Speed High-speed Ethernet Ethernet and serial Application Focus Turbine control integration General plant connectivity FAQ What is the primary function of the 3500/91 module? The module transfers real-time machinery protection and monitoring data from a 3500 rack to external Ethernet-based control systems using the EGD protocol. Does the 3500/91 support Modbus communication? The 3500/91 is primarily designed for Ethernet Global Data (EGD) communication. Modbus-based communication is typically handled by the 3500/90 gateway module. Which systems commonly use the 3500/91 gateway? The module is widely used with GE turbine control platforms such as Mark VIe systems and other EGD-compatible industrial controllers. Can the module transmit alarm and diagnostic information? Yes. The gateway communicates rack alarms, module diagnostics, event data, and operational status in addition to process measurements.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/90 125728-01 Communication Gateway Module
Product Description The Bently Nevada 3500/90 (P/N 125728-01) is a communication interface module developed for the 3500 Machinery Protection System. The module serves as the central data exchange interface between the 3500 rack and external automation platforms including DCS, PLC, SCADA, and condition monitoring systems. Installed directly within the 3500 rack, the communication gateway gathers operational information from all installed monitor modules and distributes the data through industrial communication protocols. Parameters such as vibration, shaft position, speed, temperature, alarm status, and event records can be transmitted digitally without requiring extensive point-to-point field wiring. The module supports both serial and Ethernet communication methods, making it suitable for integration into modern industrial control networks and remote monitoring architectures. Main Features Central communication interface for 3500 systems Real-time rack data acquisition and transmission Ethernet and serial communication support Compatible with Modbus RTU and Modbus TCP Alarm and event data reporting Supports system integration with PLC and DCS platforms Reduces conventional hardwired signal requirements LED diagnostics for communication and module status Technical Specifications Parameter Specification Product Type Communication Gateway Module Model 3500/90 Part Number 125728-01 System Compatibility Bently Nevada 3500 Series Installation Rack-mounted Country of Origin USA Power Source Supplied by 3500 rack Typical Power Consumption Approximately 5 W Communication Interfaces Interface Details Ethernet TCP/IP communication Serial Interfaces RS-232, RS-422, RS-485 Serial Baud Rate Up to 115.2 kbps Ethernet Speed Up to 100 Mbps Supported Protocols The 3500/90 125728-01 communication module supports several industrial communication standards: Modbus RTU Modbus TCP OPC interface support Bently Nevada proprietary communication protocols Protocol availability may vary depending on firmware revision and system configuration. Functional Capabilities Function Description Rack Data Collection Retrieves measurements from all installed modules Alarm Reporting Transfers alarm and shutdown information Event Logging Communicates event and status records Real-Time Monitoring Supports continuous machinery data transmission Network Integration Connects 3500 systems to plant control networks Keyphasor® Distribution Supports timing reference integration at system level Environmental Specifications Parameter Value Operating Temperature -30°C to +65°C Extended Operating Range Up to +70°C depending on revision Storage Temperature -40°C to +85°C Humidity Up to 95% non-condensing Physical Characteristics Item Specification Approximate Dimensions 160 × 160 × 120 mm Weight 0.8 kg Form Factor Rack-mounted communication module Typical Applications The Bently Nevada 3500/90 module is widely used in industrial machinery monitoring systems including: Steam turbine protection systems Gas turbine monitoring Compressors and pump trains Offshore and marine rotating equipment Oil and gas processing facilities Power generation plants Petrochemical machinery protection systems Integration Advantages The communication gateway simplifies integration between the 3500 rack and plant-wide automation systems by centralizing machinery data access through digital protocols. This architecture helps reduce installation complexity while improving access to vibration and protection data for operators and maintenance personnel. FAQ What is the purpose of the 3500/90 module? The module functions as the communication interface between the 3500 rack and external control or monitoring systems such as PLC, DCS, or SCADA platforms. Does the module support Ethernet communication? Yes. The unit supports Ethernet TCP/IP communication in addition to serial interfaces including RS-232, RS-422, and RS-485. Can the 3500/90 transmit alarm information? Yes. The module transfers alarm conditions, event data, machinery measurements, and status information from the entire 3500 rack.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/72M 140734-08 Position Monitor Module
Product Description The Bently Nevada 3500/72M (P/N 140734-08) is a four-channel position monitoring module designed for use within the 3500 Machinery Protection System. The module interfaces with proximity probe systems to perform continuous position and displacement measurement on rotating and reciprocating equipment. This monitor processes raw probe signals into calibrated engineering values including shaft axial position, rod position, thermal expansion, and dynamic displacement measurements. Integrated alarm logic enables continuous comparison against configured operating limits for machinery protection and condition assessment. The module is commonly applied in turbine, compressor, and thrust monitoring systems where accurate displacement monitoring and shutdown protection are required. Core Functions Continuous shaft position monitoring Rod position measurement for reciprocating compressors Dynamic displacement analysis Axial thrust monitoring Thermal growth and casing expansion detection Alarm processing with programmable thresholds Buffered signal output for external diagnostics Keyphasor® phase reference support Technical Specifications ParameterSpecification Product Type Position Monitor Module Model 3500/72M Part Number 140734-08 System Compatibility Bently Nevada 3500 Series Monitoring Channels 4 independent channels Supported Sensors Proximity probes and Proximitor® systems Compatible Probe Sizes 5 mm, 8 mm, 11 mm Input Signal Types DC gap voltage and dynamic displacement Typical Gap Voltage Range -10 VDC to -22 VDC Typical Displacement Range Up to 2 mm depending on probe type Input Impedance High impedance Measurement Accuracy ±0.5% of full scale Resolution Better than 0.1% of full scale Update Time Less than 100 ms Power Consumption Approximately 7 W Rack Format Single-slot 3500 module Country of Origin USA Measurement Capabilities Each channel can be configured for one or more of the following monitoring functions: Measurement FunctionDescription Shaft Position Continuous axial displacement monitoring Rod Position Position tracking for reciprocating machinery Dynamic Displacement AC vibration and movement analysis Thermal Expansion Machine casing or rotor growth measurement Phase Reference Keyphasor®-based timing reference Thrust Monitoring Bearing wear and axial movement supervision Output Specifications Output TypeSpecification Recorder Outputs 4–20 mA proportional outputs Maximum Load Resistance 600 Ω Recorder Resolution 0.366 μA Buffered Outputs One coaxial connector per channel Buffered Signal Raw transducer output Output Protection Short-circuit protected Alarm & Protection Functions The 3500/72M 140734-08 supports configurable machine protection features including: Alert and Danger alarm levels per channel Latching or non-latching alarm operation Relay interaction through the 3500/32M relay module Front-panel diagnostic LEDs: OK TX/RX Bypass Environmental Specifications ItemValue Operating Temperature -30°C to +65°C Weight 0.85 kg Installation Method Rack-mounted Environmental Application Industrial machinery protection systems Typical Applications The Bently Nevada 3500/72M module is widely used in: Steam turbines Gas turbines Centrifugal compressors Reciprocating compressors Thrust bearing monitoring systems Axial shaft displacement applications Thermal casing expansion monitoring FAQ What transducers are compatible with the 3500/72M? The module supports Bently Nevada proximity probe systems including probes, extension cables, and Proximitor® sensors in 5 mm, 8 mm, and 11 mm configurations. Can the module monitor both static and dynamic measurements? Yes. The monitor processes DC gap voltage for static position measurement and AC components for dynamic displacement analysis. Is shutdown protection supported? Yes. When integrated with a 3500/32M relay module, the system can initiate machinery shutdown logic based on configured alarm conditions.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/72M Recip Rod Position Monitor
Product Description The Bently Nevada 3500/72M is a four-channel reciprocating compressor monitoring module developed for integration within the 3500 Machinery Protection System. The monitor receives signals from proximity transducers, processes both dynamic and static rod position data, and continuously evaluates operating conditions against programmable protection thresholds. Engineered specifically for reciprocating compressor applications, the module supports machinery condition monitoring, rod drop analysis, and shutdown protection functions. Each channel can be configured independently to generate multiple measured variables, allowing flexible monitoring strategies for compressor cylinders, crossheads, and piston rod movement. Using 3500 Rack Configuration Software, users can define Alert and Danger alarm limits, activate relay outputs, and configure measurement logic according to machine operating requirements. Key Features Four independent monitoring channels Designed for reciprocating compressor protection systems Supports static and dynamic rod position measurements Continuous comparison against configurable alarm limits Compatible with Bently Nevada 3500 racks Buffered outputs for diagnostics and analysis equipment Front-panel communication and status indicators Supports relay activation through 3500 system modules Monitoring Capabilities The 3500/72M module can process and monitor several compressor-related parameters, including: Rod Position Rod Drop Hyper Compressor Position Dynamic Position Differential Expansion-Style Measurements Gap Voltage Monitoring Phase Reference Measurements Each channel may be configured for individual measurement functions depending on compressor design and sensor arrangement. Technical Specifications ParameterSpecification Product Type Recip Rod Position Monitor Model 3500/72M System Platform Bently Nevada 3500 Series Channels 4 independent channels Sensor Compatibility Proximity probes and position transducers Signal Type Static and dynamic position signals Transducer Power Supply -24 VDC Buffered Output Impedance 510 Ω Recorder Outputs 4–20 mA proportional outputs Maximum Recorder Load 600 Ω Output Update Rate Less than 100 ms Alarm Configuration Alert and Danger setpoints Alarm Modes Latching or non-latching Front Panel Indicators OK, TX/RX, Bypass Power Consumption Approximately 7 W Rack Compatibility 3500 Machinery Protection System Input Characteristics ItemSpecification Input Channels Four Supported Sensors Proximity probes, displacement transducers Input Signal Conditioning Dynamic and static position processing Signal Comparison Continuous against configured limits Configuration Method 3500 Rack Configuration Software Environmental & Physical Data ParameterValue Operating Temperature -30°C to +65°C Weight 0.85 kg Installation Type Rack-mounted module Country of Origin USA Application Areas The Bently Nevada 3500/72M monitor is commonly installed in: Reciprocating compressors Hyper compressor systems Petrochemical compressor trains Gas processing plants Refinery compression systems Heavy-duty industrial machinery protection systems System Integration When combined with other Bently Nevada 3500 modules, the 3500/72M can participate in: Compressor shutdown logic Alarm annunciation systems Condition monitoring platforms Distributed control systems (DCS) Predictive maintenance programs FAQ What is the primary function of the 3500/72M module? The module monitors reciprocating compressor rod position and related displacement measurements to help protect machinery from abnormal operating conditions. Can the module generate analog outputs for external systems? Yes. The unit provides proportional 4–20 mA recorder outputs for connection to PLC, DCS, and monitoring systems. Does the 3500/72M support alarm functions? Yes. Each channel supports programmable Alert and Danger setpoints with configurable relay interaction through the 3500 platform.
$200.00 $100.00
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Bently Nevada Bently Nevada 3500/70M 136449-09 Recip Velocity Monitor
Product Description The Bently Nevada 3500/70M (P/N 136449-09) is a dedicated reciprocating compressor monitoring module engineered for the 3500 Machinery Protection System. This 4-channel monitor acquires vibration data from seismic transducers and converts the signals into machinery condition parameters used for protection, diagnostics, and process monitoring. Designed for compressor applications, the module continuously evaluates vibration conditions against configurable Alert and Danger thresholds to support early fault detection and machine shutdown protection. It supports multiple monitoring modes for crankcase, frame, and crosshead vibration analysis in reciprocating machinery environments. The module integrates signal conditioning, alarm processing, buffered outputs, and recorder outputs within a single rack-based protection platform. Channel pairs can be configured independently for different measurement strategies depending on compressor operating requirements. Key Features Four-channel reciprocating compressor vibration monitor Compatible with Bently Nevada 3500 protection racks Supports seismic acceleration and velocity transducers Continuous machinery protection with configurable alarm logic Buffered outputs for external analysis equipment Recorder outputs for DCS and PLC integration Front-panel diagnostic LED indicators Designed for high-reliability industrial compressor systems Monitoring Functions Each channel pair can simultaneously perform one or two monitoring functions: Impulse Acceleration Acceleration 2 Reciprocating Velocity Low-Frequency Reciprocating Velocity Technical Specifications ParameterSpecification Product Type Recip Impulse Velocity Monitor Model 3500/70M Part Number 136449-09 System Compatibility Bently Nevada 3500 Series Input Channels 4 seismic transducer inputs Power Consumption 7.7 W nominal Acceleration Input Impedance 10 kΩ Velocity Input Impedance 1 MΩ Special Inhibit Input Contact closure, 5 VDC @ 390 μA Recorder Output Range +4 to +20 mA Recorder Load Resistance 600 Ω maximum Recorder Update Rate Less than 100 ms Recorder Resolution 0.3662 μA Recorder Accuracy ±0.05 mA typical Buffered Output One coaxial connector per channel Buffered Output Impedance 550 Ω typical Transducer Supply Voltage –22 VDC minimum Transducer Supply Current 40 mA maximum Short Circuit Protection Supported Communication Indicators OK, TX/RX, Bypass LEDs Sensitivity Ranges Measurement TypeSensitivity Impulse Acceleration 0.51–11.72 mV/(m/s²) Acceleration 2 0.51–11.72 mV/(m/s²) Recip Velocity 3.54–22.64 mV/(mm/s) Low-Frequency Recip Velocity 3.54–22.64 mV/(mm/s) Physical Specifications ItemValue Dimensions 2.6 cm × 25.6 cm × 24.4 cm Weight 0.85 kg Country of Origin USA Mounting Style 3500 Rack Installation Application Areas The Bently Nevada 3500/70M 136449-09 module is commonly installed in: Reciprocating compressors Petrochemical processing units Natural gas compression stations Refinery rotating equipment systems Heavy industrial vibration protection systems Compressor skid monitoring applications Operational Notes Some third-party industrial listings reference additional values such as 220 V operating voltage, 50 kHz frequency response, stainless steel construction, and extended temperature ranges. These specifications are not standard published parameters for the rack module itself and should be validated against official Bently Nevada documentation before project implementation. FAQ What machinery is the 3500/70M designed for? The module is optimized for reciprocating compressors and associated vibration monitoring applications within the Bently Nevada 3500 protection platform. Can the module provide analog outputs to external systems? Yes. The unit includes proportional 4–20 mA recorder outputs for connection to PLC, DCS, or plant monitoring systems. Does the module support real-time machinery protection? Yes. The monitor continuously compares vibration measurements against configured alarm setpoints and can initiate protection responses through the 3500 system.
$200.00 $100.00
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Yokogawa AAI143-S50/A4S00 Analog Input Module 16-Channel | Yokogawa
Product Description OverviewThe AAI143-S50/A4S00 from Yokogawa is a 16-channel analog input module designed for precise industrial signal acquisition. It supports 4 to 20 mA current input, ensuring high reliability and isolation for measurement systems. The module features a standard configuration with a basic design, and includes a pressure clamp terminal block for secure connections. Key Specifications Model: AAI143-S50/A4S00 Type: Analog Input Module Input Channels: 16 Input Signal: 4 to 20 mA current Isolation: Fully isolated channels Series: AAI143 Suffix Type: S = Standard Explosion Protection: 5 = Non-explosion proof Basic Type: 0 = Basic type Terminal: Pressure Clamp Terminal Block included (Model ATA4S-00) Power Supply: 24 VDC nominal Operating Temperature Range: -10 to 55 Celsius Dimensions: 120 mm x 100 mm x 60 mm (approximate) Weight: 0.8 kg ApplicationsThe AAI143-S50/A4S00 is ideal for industrial automation systems requiring high-accuracy analog signal acquisition. Common applications include process monitoring, hydraulic control systems, and distributed control systems (DCS). Similar Models Comparison AAI143-S40: Standard analog input without terminal block AAI143-S50: Includes standard terminal block for enhanced connection reliability FAQ Q: Can this module be used in hazardous environments?A: No, the AAI143-S50/A4S00 is a non-explosion proof model and should only be used in safe environments. Q: Is the module compatible with other Yokogawa series?A: Yes, it is fully compatible with the AAI series and integrates easily with Yokogawa DCS systems.
$200.00 $100.00
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Yokogawa Analog Output Module CENTUM VP CS 3000 FIO Yokogawa AAI543-H10
Product Description Product Overview The AAI543-H10 is a precision analog output module designed for Yokogawa CENTUM VP and CENTUM CS 3000 Distributed Control Systems. It converts digital control signals from the Field Control Station into reliable 4-20 mA analog outputs for field instruments including control valves, actuators, and positioners. This module supports advanced HART communication and features robust channel-to-channel isolation, ensuring stable operation in demanding industrial environments. Technical Features 16 Fully Isolated Channels for electrical protection and accurate signal transmission. HART Communication Support enabling concurrent digital and analog device data transfer on a single pair of wires. Dual-Redundancy Compatibility for seamless failover between primary and backup modules. High Load Capacity capable of driving resistive loads from 0 to 750 ohms. Rapid Data Update Rate of 10 milliseconds, supporting precise control applications. Circuit-Open Detection triggers when output current falls below 0.65 mA. Temperature Drift limited to 16 microamperes per 10 degrees Celsius change. Withstanding Voltage of 1500 V AC between outputs and system for one minute. Corrosion Resistance compliant with ISA Standard G3 for harsh environments. Compact Design weighing approximately 0.4 kg for efficient rack installation. Maximum Current Consumption: 230 mA at 5 V DC or 540 mA at 24 V DC. Redundant Operation When deployed in a dual-redundant configuration, the AAI543-H10 maintains continuous field output with a maximum drop below 4 mA of only 100 milliseconds during a switch-over event. Applications Ideal for precise process control in chemical, oil & gas, and power generation industries. Common use cases include: Controlling valve actuators and positioners Driving flow, pressure, and level transmitters Integrating HART-compatible field devices in control loops FAQ Q: Can this module operate at temperatures above 60 degrees Celsius?A: The standard AAI543-H10 operates from 0 to 60 degrees Celsius. For higher temperature applications, consult Yokogawa for specialized variants. Q: Is this module compatible with dual-redundant FCS configurations?A: Yes, it supports dual-redundant setups with minimal output disruption during switch-over. Q: What is the maximum output load resistance?A: The module can drive loads up to 750 ohms while maintaining full-scale accuracy. Technical Specifications Parameter Specification Module Type Analog Output Module Model AAI543-H10 Channels 16, fully isolated Output Signal 4 to 20 mA DC Load Resistance 0 to 750 Ohm Accuracy +/- 48 microampere Data Update Time 10 milliseconds Circuit-Open Detection Below 0.65 mA Temperature Drift +/- 16 microampere per 10 deg C Withstand Voltage 1500 V AC, 1 minute Power Consumption 230 mA at 5 V DC / 540 mA at 24 V DC Environmental Protection ISA Standard G3 Conformal Coating Weight 0.4 kg Redundant Switch-over Max output drop below 4 mA: 100 ms
$200.00 $100.00
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