Motor drives and inverters control speed and torque in industrial motors. They improve efficiency, reduce energy costs, and keep production stable. We supply ABB, Siemens, Allen-Bradley, and other trusted brands with global availability.
Motor Drives & Inverters
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ABB ABB IMHSS05 Hydraulic Servo Module INFI 90 Symphony Unit
Product Description The IMHSS05 is a dual-function control module used within ABB Symphony Plus, Harmony Rack, and INFI 90 distributed control platforms. It is engineered to manage electro-hydraulic actuation loops and, in certain system configurations, support high-speed serial communication interfaces. In hydraulic control applications, the module operates as a precision interface between the control system and servo-driven actuators, ensuring accurate positioning of turbine valves and hydraulic systems under dynamic load conditions. It is widely implemented in power generation units, steam turbine governors, and industrial fluid control systems requiring fast and stable closed-loop response. System Role & Functional Design Electro-hydraulic servo valve control for closed-loop positioning systems Supports feedback integration from LVDT, RVDT, and 4–20 mA sensors Converts control commands into high-precision hydraulic actuator signals Optional use as serial communication interface (RS-232 / RS-422 / RS-485 depending on configuration) Compatible with ABB INFI 90, Net 90, and Symphony Plus architectures Designed for redundant and safety-critical turbine control loops Electrical Characteristics Logic supply: +5 V DC (approx. 4.7 VA typical consumption) Field supply: +24 V DC (approx. 13.7 VA typical consumption) Backplane-powered module integration within Harmony/INFI rack systems Low-noise signal design optimized for control stability Control & Feedback Processing Accepts hydraulic position feedback via LVDT / RVDT transducers Supports analog feedback signals including 4–20 mA loops Generates servo-level output signals for hydraulic valve actuation High-speed response architecture suitable for turbine transient control Designed for deterministic closed-loop performance in critical systems Environmental & Mechanical Specifications Operating temperature: 0°C to +60°C Storage temperature: –40°C to +85°C Humidity tolerance: 5–95% RH non-condensing Industrial-grade EMI resistance and vibration durability Standard Harmony Rack module format Application Areas Steam turbine control and valve positioning systems Hydro turbine governor and hydraulic regulation loops Industrial electro-hydraulic actuation systems Process control environments requiring fast feedback response Legacy ABB INFI 90 modernization and system integration projects FAQ Is IMHSS05 only a hydraulic control module?Primarily yes, but certain system configurations also enable it to function as a serial communication interface module. Can it be used in redundant systems?Yes, it supports redundant configurations for turbine protection and high-reliability control architectures. What feedback devices are supported?It supports LVDT, RVDT, and standard 4–20 mA analog position feedback devices.
$200.00 $100.00
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EMERSON Emerson CON021 | 916-160 EPRO | High-Precision Eddy Current Converter
Product Description Overview The CON021 | 916-160 is an advanced eddy current signal converter engineered for high-speed turbomachinery monitoring. It accurately converts shaft displacement, radial position, eccentricity, and key speed signals into standardized analog outputs. Optimized for Emerson MMS6000 and IMR6000 monitoring systems, this module supports hot-swappable installation, ensuring continuous operation of critical rotating equipment without downtime. Key Technical Features Precision Signal Conversion Measures shaft displacement, radial motion, eccentricity, and speed signals with high fidelity. Supports multiple compatible sensors including PR6422, PR6423, PR6424, PR6425 (with extended range), PR6426, and PR6453. Wide Frequency Response Operates from DC up to 20 kHz (-3 dB), capturing both static and dynamic machinery behavior. Rapid response time with rise time below 15 μs ensures accurate real-time monitoring. Reliable Industrial Operation Input voltage ranges: -23 V to -32 V (output -4 V to -20 V) and -21 V to -32 V (output -2 V to -18 V). Configurable analog output for integration into monitoring systems. Operating temperature from -30°C to +100°C (-22°F to +212°F) for demanding industrial environments. Shock and vibration tolerance: 5 g at 60 Hz, 25°C. Rugged Design Housing made from LMgSi 0.5 F22 aluminum alloy. Protection class: IP20. Compact and lightweight at 120 g, rack-based mounting compatible with MMS6000/IMR6000. Hot-swappable with self-locking LEMO connectors or screw terminal connections. Technical Specifications Table Feature Specification Function Shaft displacement, radial position, eccentricity, speed/key signal conversion Compatible Sensors PR6422, PR6423, PR6424, PR6425 (extended range), PR6426, PR6453 Frequency Range 0–20,000 Hz (-3 dB) Rise Time <15 μs Input Voltage -23 V to -32 V (output -4 V to -20 V), -21 V to -32 V (output -2 V to -18 V) Output Signal Configurable analog voltage Operating Temperature -30°C to +100°C (-22°F to +212°F) Shock & Vibration 5 g @ 60 Hz @ 25°C Protection Class IP20 Housing Material LMgSi 0.5 F22 Aluminum Alloy Weight 120 g Mounting Rack-based, MMS6000/IMR6000 compatible, hot-swappable Connections Self-locking LEMO plug or screw terminals Applications Continuous shaft monitoring on steam turbines, compressors, and generators. Integration with Emerson MMS6000 or IMR6000 systems for real-time vibration and displacement tracking. Hot-swappable modules ensure no interruption during maintenance or upgrades. FAQ Q: Which sensors are compatible with the CON021 | 916-160?A: The module works with PR6422, PR6423, PR6424, PR6425 (requires extended range), PR6426, and PR6453 series sensors. Q: What is the frequency range of this converter?A: It covers DC to 20 kHz (-3 dB), suitable for both static displacement and high-speed vibration measurements. Q: Can it operate in high-shock environments?A: Yes, it tolerates 5 g shock at 60 Hz and is designed for industrial-grade machinery conditions. Q: Is hot-swapping supported?A: Yes, the CON021 | 916-160 supports hot-swappable installation in rack-mounted Emerson monitoring systems.
$200.00 $100.00
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EMERSON Emerson CON021 | 914-100 Signal Converter PR6423/010-010-CN Sensor
Product Description Overview The CON021 | 914-100 signal converter paired with the PR6423/010-010-CN eddy current sensor provides high-precision, non-contact measurement of shaft displacement and vibration. This combination is engineered for critical rotating machinery such as steam turbines, large motors, and generators. Utilizing electromagnetic induction, the system converts subtle variations in gap distance into a linear analog voltage output, delivering reliable data for machine monitoring and protection systems. Core Technical Features High Sensitivity and Accuracy Detects sub-micron displacement and vibration variations. Essential for early fault detection in high-speed machinery. Non-Contact Measurement The eddy current probe measures shaft motion without mechanical contact. Prevents sensor wear and eliminates interference with machine operation. Exceptional Linearity The converter maintains a consistent voltage response across the full measurement range (typically 2.0 mm). Standard output range is -2V to -18V, ensuring precise correlation between physical displacement and electrical signal. Industrial Reliability Operating temperature: Probe head withstands high temperatures near bearings. Pressure-resistant design suitable for lubricated and pressurized environments. Materials resist oil, hydraulic fluids, and common industrial chemicals. Versatile Monitoring Supports both static measurements (axial shaft position) and dynamic measurements (radial vibration, eccentricity). Compatible with machine monitoring and control systems for real-time condition assessment. Technical Specifications Table Feature Specification Measurement Principle Eddy Current / Non-Contact Measurement Range 2.0 mm nominal Output Signal Analog Voltage (-8 V/mm typical sensitivity) Probe Diameter 8.0 mm Target Material Conductive metals (calibrated for 42CrMo4) Protection Rating IP66/IP68 for probe head Operating Temperature Probe: -35°C to +150°C, Converter: -20°C to +80°C Frequency Response DC to 10 kHz typical Applications Radial vibration, axial thrust, shaft eccentricity Application Note This system is widely integrated into machine monitoring systems (MMS) such as Emerson AMS 6500 and MMS6000. It provides accurate real-time data to trigger alarms or protective actions if vibration or displacement exceeds operational limits, safeguarding high-value rotating equipment. FAQ Q: Can this sensor system detect both vibration and shaft displacement?A: Yes, the PR6423/010-010-CN probe captures dynamic radial vibration and static axial displacement simultaneously. Q: What is the typical measurement range?A: The nominal measurement range is 2.0 mm, calibrated for conductive steel shafts. Q: Is the system suitable for high-temperature environments?A: The probe can operate up to +150°C, making it suitable for turbine and motor bearings. Q: Are there alternative models for different mounting or cable lengths?A: Emerson’s PR642x series offers multiple configurations to accommodate various cable lengths, connector types, and regional certifications.
$200.00 $100.00
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EMERSON Emerson CON021 | 913-040 Signal Converter PR6424/000-000 Sensor
Product Description Overview The CON021 | 913-040 is a high-performance signal converter designed to interface with the PR6424/000-000 eddy current displacement sensor. This assembly provides precise, non-contact measurement of radial and axial motion in high-speed rotating machinery, including turbines, compressors, and industrial pumps. Operating on eddy current principles, the system detects minute changes in shaft position and converts these signals into standardized analog voltage outputs suitable for machine monitoring systems or distributed control systems. The PR6424/000-000 sensor is engineered for extreme industrial environments, offering robust resistance to temperature fluctuations, pressure, and exposure to oils or chemicals. Together, the converter and probe provide a reliable, high-resolution measurement solution for vibration and displacement monitoring. Key Technical Features High Accuracy and Linearity Detects sub-micron displacements with linear output across the calibrated range. Linearity error typically < ±1% of full scale. Non-Contact Operation Measures shaft vibration and position without physical contact, reducing wear and maintenance. Ideal for continuous operation in high-speed machinery. Environmental Robustness Operating temperature: Probe -35°C to +150°C, Converter -20°C to +80°C Resistant to industrial lubricants, coolants, and chemical exposure. Probe tip designed for high-pressure industrial environments. Dynamic and Static Measurement Capability Captures both static displacement (axial thrust) and dynamic vibration (radial motion). Wide frequency response supports high-speed rotating equipment monitoring. Standardized Industrial Output Analog voltage output proportional to gap (e.g., 0 to -20V or -2V to -18V). Compatible with Emerson MMS, DCS, and other control systems. Technical Specifications Table Feature Specification Sensor Type Eddy Current / Non-Contact Measurement Range 4.0 mm (typical for PR6424) Output Signal Analog Voltage, proportional to gap Linearity < ±1% full scale Frequency Response 0–10 kHz typical Operating Temperature Probe: -35°C to +150°C, Converter: -20°C to +80°C Mechanical Protection IP65–IP67 (sensor tip depending on mounting) Application Radial vibration, axial thrust, shaft eccentricity Applications Monitoring turbine and compressor shafts in power plants. Detecting pump shaft misalignment and imbalance. Predictive maintenance of high-speed rotating equipment. Integration into machine condition monitoring and control systems. FAQ Q: Can the sensor measure both vibration and displacement simultaneously?A: Yes, the PR6424 probe captures dynamic radial vibrations and static axial displacement concurrently. Q: What environments can the sensor withstand?A: The probe is engineered for high temperature, oil, and chemical exposure, suitable for harsh industrial machinery housings. Q: What type of output does the converter provide?A: The CON021 outputs a standardized analog voltage proportional to shaft displacement, compatible with MMS or DCS systems. Q: Are there alternative models for higher temperature ranges?A: Emerson offers variants in the PR64xx series designed for extreme heat or pressure conditions.
$200.00 $100.00
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EMERSON Emerson EPRO CON021/913-040 + PR6423/015-000-CN Eddy Current Converter
Product Description OverviewThe CON021/913-040 + PR6423/015-000-CN assembly by Emerson EPRO provides a fully integrated solution for non-contact monitoring of shaft dynamics in high-speed rotating machinery. Combining an advanced eddy current proximity sensor with a dedicated signal conversion module, this system ensures reliable, precise, and stable measurements suitable for both protection systems and condition monitoring platforms. It is engineered for use in power generation, petrochemical, and process industries. Key Features Non-contact shaft vibration measurement High-speed response for dynamic monitoring Reliable operation in demanding industrial environments Compatible with protection relays and monitoring software Technical Specifications Model Combination Model: CON021/913-040 + PR6423/015-000-CN Manufacturer: Emerson EPRO Product Type: Eddy Current Converter with Proximity Sensor Measurement Performance Frequency range: 0–20 kHz (-3 dB) Signal rise time: <15 μs High linearity over full measurement range Sensor Details Probe type: Eddy Current Proximity Sensor Model: PR6423/015-000-CN Tip diameter: 8 mm Measurement principle: Non-contact eddy current Electrical Parameters Supply voltage: 23–32 VDC Output signal ranges: 4–20 mA 2–18 VDC Environmental Specifications Operating temperature: -30°C to +100°C Shock and vibration resistance: 5 g at 60 Hz Protection rating: IP20 (converter module) Applications High-speed turbine monitoring Industrial generator shaft vibration detection Process plant rotating equipment condition monitoring Integration with protective relays and SCADA systems FAQ Q: Can this sensor system be used in explosive environments?A: No, the standard assembly is rated IP20 and not intrinsically safe. Emerson offers optional certified versions for hazardous locations. Q: How does it compare to other models in the PR64 series?A: Compared to PR6421/PR6422 variants, PR6423/015-000-CN provides a faster response time and higher bandwidth, making it suitable for high-speed shaft applications.
$200.00 $100.00
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EMERSON Emerson A6312/08 Dual-Channel Eddy Current Speed Sensor AMS 6500
Product Description Overview The A6312/08 from Emerson is a high-precision, dual-channel eddy current speed sensor engineered for machinery protection and monitoring. Part of the AMS 6500 / Philips IS6000 system family, it enables accurate, non-contact measurement of shaft speed, phase reference, and rotation direction for turbines, compressors, pumps, and other rotating machinery. Its dual-channel design provides redundancy or multi-shaft monitoring, ensuring continuous protection in critical applications. Key Features and Capabilities Detects rotational speeds from near zero up to high-speed turbine operation. Converts shaft motion into precise electrical signals compatible with the AMS 6500 system. Provides phase reference pulses (Keyphaser) for vibration monitoring and analysis. Dual independent channels allow simultaneous monitoring or fail-safe redundancy. Non-contact operation minimizes wear, extends service life, and reduces maintenance. Intrinsically safe operation possible in hazardous areas when paired with certified barriers. Complies with API 670 standards for machinery protection systems. Technical Specifications Feature Specification Model / Part Number A6312/08 Sensor Type Dual-Channel Eddy Current / Proximity Sensor Output Signal Voltage proportional to target distance; Pulse output for speed Measuring Range Standard: 2.0 mm or 4.0 mm Input Voltage -24 VDC (AMS 6500 Standard) Operating Temperature Sensor Head: -35°C to +150°C Housing Material Stainless Steel (Corrosion-Resistant) Connection Options Integrated Cable or Plug-In Connector (Variant Dependent) Target Material Ferromagnetic Steel (Standard) Safety Compliance ATEX / IECEx Ready with Proper Barriers Standards API 670 Machinery Protection Compliant Applications Overspeed Detection, Phase Reference, Rotation Direction Monitoring Applications Overspeed Protection: Immediate turbine shutdown on exceeding speed limits. Phase Reference: Provides “once-per-revolution” pulses for condition monitoring systems. Rotation Direction: Dual sensors can determine forward or reverse rotation. Vibration Analysis: Compatible with Keyphaser-based vibration monitoring for critical rotating equipment. FAQ Q: Can the A6312/08 operate in extreme temperatures?A: Yes, the sensor head is rated for -35°C to +150°C. Q: How is zero-speed detection achieved?A: The eddy current principle allows reliable sensing at near-zero RPM for precise startup and shutdown monitoring. Q: What maintenance is required?A: Non-contact measurement eliminates mechanical wear, requiring only periodic inspection of the sensor gap and cabling integrity. Q: Can it be used with other AMS 6500 modules?A: Yes, it integrates seamlessly with the AMS 6500 system and Philips IS6000 family protection cards.
$200.00 $100.00
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EMERSON Emerson 9100-00049-03 Unidrive SP Resolver Interface Module
Product Description Overview The 9100-00049-03 from Emerson is a high-performance resolver interface module designed for integration with Unidrive SP, Commander SK, and Digitax ST drives. It serves as a dedicated signal evaluation and protection module, enabling precise position and speed feedback from resolver-equipped motors. Its robust design ensures reliable operation in demanding industrial environments where temperature, vibration, or electrical noise could compromise standard encoder systems. Key Features and Functions Provides high-resolution digital feedback from standard 2-phase resolvers (Sine/Cosine). Converts analog resolver signals into precise digital data for closed-loop vector control. Equipped with advanced diagnostics including excitation fault detection and loss-of-signal monitoring. Plug-and-play installation into compatible Emerson drive option slots. Ensures stable operation under high-speed and variable load conditions. Technical Specifications Feature Specification Module Type Signal Evaluation & Protection Module Model / Part Number 9100-00049-03 Compatible Platforms Unidrive SP, Commander SK, Digitax ST (via SM Adapter) Supported Feedback Devices Standard 2-phase Resolvers, PR6422, PR6423, PR6424, PR6426 (via CoN-series drivers) Input Signal Analog Voltage from Resolver or CoN-Series Drivers Excitation Voltage 6V RMS Transformation Ratio 0.25 or 0.5 (Selectable) Max Tracking Rate ~500 Hz Resolution Up to 14-bit per revolution Max Motor Speed Up to 40,000 RPM (depending on resolver poles) Measurement Capabilities Radial Shaft Vibration, Axial Displacement, Shaft Position / Gap Measurement Operating Temperature 0°C to 50°C Installation Plug-in Rack Format Applications Ideal for industrial motors requiring high-precision feedback, including robotics, CNC machines, packaging systems, and any servo-driven automation. The module ensures smooth low-speed operation, tight torque control, and reliable fault protection in harsh environments.
$200.00 $100.00
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EMERSON Emerson DST1401 Servo Drive Digitax ST High-Performance Module
Product Description Overview The Emerson DST1401 is a compact, high-performance servo drive from the Digitax ST series, engineered for precise motion control in industrial machinery. Designed for centralized control systems, it delivers rapid dynamic response and high peak torque, enabling reliable operation in demanding applications. Its slim, zero-space design allows side-by-side mounting, reducing electrical cabinet footprint without compromising performance. Key Features Advanced Motor Control High-speed dynamic response for precise acceleration and deceleration 300% short-term overload capability to handle peak torque demands Supports multiple feedback systems: Incremental, SinCos, Hiperface, EnDat, and SSI Flexible Communication & Integration Compatible with centralized control architectures via analog or digital interfaces Two modular option slots for fieldbus connectivity (EtherCAT, PROFINET, CANopen) or extra I/O Simulated encoder output supports CAM profiles, electronic gearing, and digital lock applications Ease of Setup & Maintenance SmartCard parameter storage simplifies commissioning and replacement of multiple drives Autotune function automatically measures machine dynamics and optimizes control loops Pluggable screw terminals for quick and reliable wiring Safety & Durability Integrated Safe Torque Off (STO) certified to SIL3/PLe for safe operation Robust mechanical design for high vibration and electrical noise immunity Technical Specifications Feature Specification Series Digitax ST (Base Model) Input Voltage 380–480 VAC, 3-Phase Rated Current 1.5 A Peak Current 4.5 A (300% Overload) Frame Size Frame 1 Control Modes Position, Speed, Torque Operating Temperature 0°C to 50°C (derating up to 70°C) Dimensions 62 × 322 × 226 mm Feedback Compatibility Incremental, SinCos, Hiperface, EnDat, SSI Safety Feature Safe Torque Off (STO) SIL3/PLe Applications Ideal for machine tools, packaging equipment, robotics, and conveyor systems requiring precise positioning and high-torque bursts. Works in both centralized and decentralized control configurations. FAQ Q: Can this drive operate standalone without a motion controller?A: The DST1401 is designed as a slave drive. For standalone positioning, consider the DST1401D or EZMotion variants. Q: What fieldbus options are available?A: Two option slots support EtherCAT, PROFINET, and CANopen, enabling flexible network integration. Q: How does the drive handle high ambient temperatures?A: Operates up to 50°C continuously; derating allows up to 70°C with reduced performance.
$200.00 $100.00
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General Electric GE Fanuc IC200ACC415 VersaMax RS-232 RS-485 Converter Module
Product Overview The IC200ACC415 from GE Fanuc is a dedicated communication interface module designed to bridge RS-232 serial devices with RS-485 multidrop networks. It is commonly used in VersaMax Nano and Micro PLC installations where extended communication distance and multi-device networking are required. This converter enables stable signal translation between point-to-point RS-232 links and differential RS-485 bus structures, improving system flexibility in distributed control environments. Functional Description The module performs protocol-level electrical conversion without requiring configuration software. It supports transparent data transmission, allowing PLCs and field devices to communicate over extended cable distances while maintaining signal integrity in electrically noisy environments. RS-485 output supports multi-drop topology, enabling multiple devices to share a single communication line. Technical Specifications Parameter Specification Model IC200ACC415 Function RS-232 to RS-485 signal conversion Supported Systems VersaMax Nano and Micro PLC platforms Communication Type Asynchronous serial data transfer Network Type RS-485 multi-drop bus support Indicator LED status for TX/RX activity Cable Requirement IC200CBL500 or equivalent interface cable Power Supply Powered via connected PLC interface Physical Weight 0.05 lb Mounting Inline accessory installation Environmental Rating Industrial-grade rugged design Design Characteristics The converter is built as a compact inline accessory, minimizing installation space within control cabinets. Its reinforced electrical design ensures stable operation under industrial noise conditions, including motor drives and switching power systems. System Integration The unit is fully compatible with VersaMax Nano and Micro PLC systems. It requires no additional configuration and operates transparently within existing serial communication structures. Installation is completed through direct connection using supported communication cables. Typical Applications This module is typically deployed in: Multi-PLC communication networks Distributed I/O architectures Conveyor and material handling systems Packaging line synchronization networks Process monitoring systems requiring long-distance serial communication Frequently Asked Questions Q1: Does the module require external configuration?No. It operates as a plug-and-play hardware converter without software setup. Q2: Can it support multiple devices on one RS-485 line?Yes. It enables RS-485 multi-drop communication for multiple nodes. Q3: Is it compatible with all VersaMax PLCs?It is designed for VersaMax Nano and Micro series systems. Q4: What cable is required for installation?The IC200CBL500 cable or equivalent is recommended for proper connection.
$200.00 $100.00
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General Electric GE Fanuc IC693APU302 Series 90‑30 2-Axis Motion Positioning Module
Product Description The IC693APU302 is a high-performance 2-axis Axis Positioning Module (APM) for the GE Fanuc Series 90‑30 PLC platform. It integrates intelligent servo control with PLC logic execution, enabling precise, synchronized motion for applications requiring multi-axis coordination. The module operates in Standard Mode for full motion control with PLC logic or Follower Mode for electronic gearing in master/slave configurations. Designed for direct communication with servo drives and machine hardware, the IC693APU302 offloads motion control tasks from the CPU, improving system performance and responsiveness. Its flexible programming, high-resolution feedback, and configurable I/O make it suitable for packaging, labeling, pick-and-place, and CNC-style motion control. Key Features Supports 2 independent motion axes with high-resolution control Standard Mode for full motion control + PLC logic Follower Mode for synchronized electronic gearing Servo loop update rate: 2 milliseconds High-resolution positioning: ±8,388,607 user units Velocity and acceleration ranges up to 8,388,607 and 134,217,727 user units/sec² Non-volatile memory stores up to 10 motion programs, including “Program Zero” Front panel 24-pin high-density connectors for axes; additional communication port Supports A-Quad-B encoder feedback up to 175 kHz LED indicators: EN1, EN2, STAT, OK, CFG Technical Specifications Motion Control Axes: 2 independent Operating Modes: Standard, Follower Servo Loop Update: 2 ms Block Processing Time: < 5 ms Position Resolution: ±8,388,607 user units Velocity Range: 1–8,388,607 user units/sec Acceleration Range: 1–134,217,727 user units/sec² Programming & Configuration Software: Logicmaster 90‑30, VersaPro Instruction Set: High-level motion commands Motion Programs: Up to 10 stored in non-volatile memory Connectivity & I/O Axis Connectors: 2 × 24-pin high-density Communication Port: 9- or 25-pin depending on revision Compatible Cables: IC693CBL311, IC693CBL319, IC693CBL317, IC693CBL320 Terminal Block: Weidmuller RD25 910648 or equivalent Analog Outputs: ±10 V velocity command Analog Inputs: 12-bit signed feedback Digital Inputs: Home switch, overtravel limits, 8 user-defined inputs Digital Outputs: 4 user-defined outputs CPU & System Compatibility Supported CPUs: Embedded (311, 313, 323), Modular (331+) Max Modules: 3 APM per embedded CPU, 8 per modular CPU (max 3 per baseplate) Installation: Any Series 90‑30 CPU, expansion, or remote baseplate Physical & Electrical Dimensions: 64 × 127 × 102 mm Weight: 0.57 lbs Slot Width: Single-slot Current Draw: 800 mA @ 5 VDC Environmental Operating Temperature: Industrial range Feedback Support: Encoder A-Quad-B up to 175 kHz Applications Multi-axis servo control High-speed packaging and labeling machinery Pick-and-place systems Electronic gearing and synchronized motion CNC-style precision positioning FAQ Q: How many axes can the IC693APU302 control simultaneously?A: The module supports 2 independent motion axes. Q: What modes of operation are available?A: Standard Mode for full motion control with PLC logic and Follower Mode for electronic gearing. Q: Which CPUs are compatible with this module?A: Embedded CPUs 311, 313, 323, and modular CPUs 331 and higher. Q: Can it handle high-resolution motion?A: Yes, with ±8,388,607 user units of positional resolution and high-speed servo loop updates.
$200.00 $100.00
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General Electric GE Fanuc IC693CBL303 Series 90‑30 Programmer & Converter Cable
Product Description The IC693CBL303 is a dedicated programming and converter cable for the GE Fanuc Series 90‑30 PLC family. It serves as the primary interface between the IC693PRG300 Hand-Held Programmer (HHP) and the PLC’s 15‑pin serial port, providing reliable communication, power delivery, and automatic detection of the programmer. This cable also facilitates connection between the PLC’s RS‑422/RS‑485 ports and the IC690ACC900 RS‑232 converter, allowing flexible field programming, monitoring, and maintenance. Built with industrial-grade shielding and connectors, it ensures consistent signal integrity in harsh environments. Key Features Directly connects IC693PRG300 HHP to Series 90‑30 PLCs Supplies power to the HHP via internal conductors Automatically signals the PLC that a programmer is attached Supports connection to IC690ACC900 RS‑232 converter EMI/RFI-shielded construction for industrial environments Plug-and-play with standard 15‑pin D-sub connectors Ideal for field programming, diagnostics, and maintenance Technical Specifications Cable Construction Cable Type: Belden 9508 shielded cable Conductor Size: 24 AWG (0.22 mm²), stranded copper Shielding: EMI/RFI protection Connectors Connector Type: Canon DA15S (15‑pin male D‑Sub) Connector Hood: AMP 207470‑1 Hardware Kit: AMP 207871‑1 (includes screws and clips) Electrical & Power Voltage Rating: Up to 30 VDC Current Capacity: 1 A per conductor Power to HHP: Yes (via cable) Physical & Mechanical Cable Length: 6 ft (2 m) Weight: 0.96 lbs Color: Gray Country of Origin: USA Environmental Ratings Operating Temperature: 0°C to 60°C Humidity: 5–95% non-condensing Applications Field programming of Series 90‑30 PLCs HHP-to-PLC communication Connecting PLC RS‑422/RS‑485 ports to RS‑232 converters Industrial automation maintenance and diagnostics FAQ Q: Does this cable supply power to the Hand-Held Programmer?A: Yes, the IC693CBL303 provides power to the IC693PRG300 HHP through its internal conductors. Q: Can it connect the PLC to an RS‑232 converter?A: Yes, it supports RS‑422/RS‑485 to RS‑232 conversion with the IC690ACC900. Q: Is it suitable for harsh industrial environments?A: Yes, it uses EMI/RFI-shielded construction and robust D-sub connectors for reliable field use.
$200.00 $100.00
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General Electric GE Fanuc IC693APU305 Series 90‑30 High-Speed I/O Processor Module
Product Description The IC693APU305 is a high-performance I/O processor module designed for GE Fanuc Series 90‑30 PLCs, providing independent, fast I/O processing for demanding industrial applications. With a dedicated processor onboard, this module offloads high-speed input/output operations from the main CPU, delivering deterministic timing for pulse counting, motion control, event capture, and synchronized processes. This module enables rapid response control without waiting for the CPU scan cycle, making it ideal for packaging, labeling, material handling, and high-frequency monitoring tasks. Key Features Dedicated I/O processor for independent input/output logic execution High-speed digital input and output processing with microsecond-level refresh 32-bit total counts register for pulse and event tracking Configurable outputs with fuse protection and positive logic signaling Six green LEDs for module, output, and configuration status Optically and galvanically isolated I/O for noise and surge immunity Compact design compatible with any Series 90‑30 baseplate slot Compatible with Logicmaster 90‑30, VersaPro, and HHP programming Technical Specifications Electrical & Input/Output Digital Inputs: 12 channels Input Voltage: 5 VDC TTL or 10–30 VDC industrial signals Input Type: Positive logic, high-speed pulse compatible Input Frequency: 50–60 Hz (AC-type signals) Digital Outputs: 8 channels Output Current: 4 outputs @ 1 A, 4 outputs @ 0.5 A (configurable) Output Type: Positive logic, fuse-protected Power Supply: 5 VDC via PLC backplane Performance & Processing Update Speed: 500 microseconds Total Counts Register: 32-bit Pulse Length & Interval Measurement: Millisecond resolution Data Registers: 4 pass-through registers CPU Communication: 32 discrete inputs (%I), 32 discrete outputs (%Q), 15 analog input words (%AI), 6 analog output words (%AQ) Mechanical & Environmental Dimensions: 64 × 127 × 102 mm (alternate: 10.25 × 8.2 × 8 cm) Weight: 0.8 lbs Operating Temperature: 0–60 °C (32–140 °F) Humidity: Up to 95% non-condensing Isolation: Optical and galvanic protection Indicators Six LED indicators for module status, output status, and configuration confirmation Typical Applications High-speed motion control Pulse counting and frequency measurement Event capture and process synchronization Packaging, labeling, and marking systems Bulk material handling and processing FAQ Q: Can the IC693APU305 handle independent logic without CPU intervention?A: Yes, it has an onboard processor that executes user-defined logic directly on the module. Q: What input voltage types are supported?A: Supports 5 V TTL and 10–30 V industrial signals, both positive logic. Q: Is the module protected against electrical noise?A: Yes, I/O channels are optically and galvanically isolated. Q: How is the module configured?A: Using Logicmaster 90‑30, VersaPro, or a Hand-Held Programmer; no DIP switches needed.
$200.00 $100.00
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General Electric GE Fanuc IC690ACC901 RS‑422/RS‑485 to RS‑232 Mini Converter Kit
Product Description The IC690ACC901 is a compact mini converter designed to connect GE Fanuc Series 90 PLCs to RS‑232 devices, including PCs, HMIs, barcode scanners, and serial printers. It converts RS‑422 (SNP) half-duplex signals from the PLC to RS‑232 full-duplex communication, enabling seamless programming, diagnostics, and data exchange. The kit includes a mini converter, a 2-meter serial extension cable, and a 9‑pin to 25‑pin adapter plug for legacy PCs. It plugs directly into the PLC’s 15‑pin SNP port, providing a 9‑pin RS‑232 interface with LED indicators for transmit and receive activity. Key Features Converts RS‑422/RS‑485 (SNP) signals from PLC to RS‑232 for PCs or serial devices Direct plug-in to 15‑pin PLC SNP port Supports multidrop communication with up to 8 devices TX/RX LEDs for communication status Compact design, lightweight, and easy to install Compatible with GE programming software: Logicmaster 90, VersaPro, and Proficy Machine Edition Includes 2-meter serial extension cable and DB9-to-DB25 adapter Technical Specifications Electrical & Interface RS‑232 Port Pinout Pin 2: Send Data (Output) Pin 3: Receive Data (Input) Pin 5: Ground Pin 7: Clear to Send (Input) Pin 8: Request to Send (Output) RS‑422 (SNP) Port Pinout SHLD: Shield 5: +5 VDC Input 6: CTS(A) Input 7: GND 8: RTS(B) Output 9: Receive Termination Output 10: Send Data(A) Output 11: Send Data(B) Output 12: Receive Data(A) Input 13: Receive Data(B) Input 14: CTS(B) Input 15: RTS(A) Output Physical Specifications Dimensions: 3.5 × 13 × 13.5 cm Weight: 0.3 kg Country of Origin: USA Applications GE Fanuc Series 90‑30, 90‑70, 90‑20 PLC programming Connecting PLCs to HMIs, barcode scanners, serial printers SCADA and remote I/O system communication PC-based monitoring and configuration FAQ Q: Can this converter support multiple PLCs on a single line?A: Yes, it supports multidrop communication for up to 8 devices. Q: Does it need external power?A: Most versions draw power directly from the RS‑232 serial interface. Q: Which GE software is compatible?A: Logicmaster 90, VersaPro, and Proficy Machine Edition. Q: Are all necessary cables included?A: Yes, the kit includes a 2-meter extension cable and DB9-to-DB25 adapter.
$200.00 $100.00
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General Electric GE Fanuc IC693CPU352 Series 90‑30 CPU Module for High-Speed PLC
Product Description The IC693CPU352 is a single-slot CPU module for the GE Fanuc Series 90‑30 PLC platform, designed for medium-to-large automation systems requiring high-speed logic, floating-point calculations, and extensive I/O support. Utilizing an Intel 80386EX processor at 25 MHz, this module offers fast scan rates, flexible memory configuration, and multiple serial communication options. Its compact single-slot design maximizes available rack space for I/O or expansion modules. Key Features Single-slot CPU module, supports up to 8 baseplates (1 CPU + 7 expansion/remote) 80386EX processor at 25 MHz for high-speed execution Hardware floating-point math co-processor for intensive calculations Three built-in serial ports supporting SNP/SNP‑X, RTU master/slave, and general serial I/O Configurable memory up to 240 KB user program memory (firmware ≥9.0) Extensive diagnostics with battery-backed clock and Flash memory High-capacity I/O: 2,048 discrete inputs/outputs, up to 32,640 analog points Technical Specifications Processor & Performance Processor: Intel 80386EX Clock Speed: 25 MHz Typical Scan Rate: 0.22 ms per 1K Boolean logic Floating-Point Math: Hardware-based Memory User Program Memory: Up to 240 KB Register Memory (%R): 128–32,640 words Internal Coils (%M): 4,096 bits Temporary Coils (%T): 256 bits Global Memory (%G): 1,280 bits System Status (%S): 128 bits I/O Capacity Discrete Inputs (%I): 2,048 points Discrete Outputs (%Q): 2,048 points Analog Inputs (%AI): Up to 32,640 words Analog Outputs (%AQ): Up to 32,640 words Timers/Counters: >2,000 Communication Ports Power Supply Port: SNP/SNP‑X slave Port 1 (RS‑232): SNP/SNP‑X master/slave, RTU slave, Serial I/O Port 2 (RS‑485): Same as Port 1; supports multidrop networks Optional modules for Ethernet, Profibus, FIP, GBC, and GCM+ Power & Environmental Backplane Current: 890 mA @ +5 VDC Operating Temperature: 0–60 °C (32–140 °F) Weight: 0.71 lb Typical Applications Medium to large-scale industrial automation systems High-speed logic operations with floating-point processing requirements Multi-rack distributed I/O systems Environments requiring robust serial and optional Ethernet communication FAQ Q: How many baseplates can IC693CPU352 support?A: It supports up to 8 baseplates—1 CPU plus 7 expansion or remote I/O baseplates. Q: Does it support floating-point calculations?A: Yes, it has a hardware-based floating-point math co-processor for intensive computations. Q: What types of serial communications are available?A: Three built-in ports support SNP/SNP-X, RTU master/slave, and general serial communications. Q: Can memory be expanded?A: Yes, user memory is configurable up to 240 KB, with flexible register and coil assignments.
$200.00 $100.00
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General Electric GE Fanuc IC695HSC304 RX3i 4-Channel High-Speed Counter
Product Description The IC695HSC304 is a dedicated high-speed counting module for the GE Fanuc / Emerson PACSystems RX3i platform, developed for precise pulse acquisition and motion-related measurements. Unlike standard I/O modules, it processes high-frequency signals locally, eliminating dependence on PLC scan time and ensuring accurate real-time performance. With support for multiple counting modes and high-frequency inputs, the module is suitable for encoder feedback, flow measurement, and fast event tracking. Integrated outputs and interrupt capabilities allow it to directly control field devices based on counting conditions. Technical Specifications General Information Model: IC695HSC304 Manufacturer: GE Fanuc / Emerson Series: PACSystems RX3i Product Type: High-Speed Counter Module Compatibility: RX3i Universal Backplane Weight: 0.74lbs Counter & I/O Configuration Counters: up to 4 independent counters High-speed inputs: 8 configurable channels High-speed outputs: 7 channels Counter modes supported: A, B, C, D, E, Z, and user-defined Quadrature (A/B) encoder support included Performance Characteristics Maximum count frequency: Up to 1.5 MHz (standard modes) Up to 750 kHz (Type C / custom modes) Internal sampling: 40 MHz (enhanced noise rejection) Response time: ≤ 2 µs Counting range: 32-bit signed integer −2,147,483,648 to +2,147,483,647 Electrical Specifications Input voltage options: 5 VDC range (approx. 4.7–5.5 VDC) 12–24 VDC range (approx. 10–26.4 VDC) Input type: positive logic high-speed signals Output voltage range: 4.7–40 VDC Output protection: electronic short-circuit protection (ESCP) Peak channel current: up to 1.5 A Peak module output current: up to 10.5 A Functional Capabilities Hardware-based pulse processing independent of CPU scan Programmable limit switch (PLS) functionality Configurable input filtering Event-driven interrupts for precise control actions Integrated high-speed output control Diagnostics & Maintenance Module fault monitoring and reporting Terminal block presence detection Firmware upgrade via onboard flash memory Supports hot insertion and removal (RIUP) Power Requirements 3.3 VDC backplane: approx. 457 mA 5 VDC backplane: approx. 64 mA Mechanical & Installation Dimensions: 34 × 145 × 140 mm Mounting: RX3i Universal Backplane Key Features Four independent high-speed counter channels Handles input frequencies up to 1.5 MHz Integrated high-speed inputs and outputs Quadrature encoder and multi-mode counting support Real-time processing without CPU dependency Programmable limit switch functionality Built-in diagnostics and interrupt handling Applications The module is widely used in high-speed automation tasks such as turbine flow measurement, conveyor tracking, packaging machinery, encoder-based positioning, and other motion-related systems requiring fast and accurate pulse counting. FAQ Q: Does the module rely on the PLC scan cycle for counting?A: No, counting is handled by dedicated hardware, ensuring accurate high-speed performance independent of CPU scan time. Q: Can it interface with encoders?A: Yes, it supports quadrature (A/B) encoder inputs for position and speed tracking. Q: What is the maximum input frequency supported?A: Up to 1.5 MHz in standard counting modes. Q: Are outputs protected against faults?A: Yes, outputs include electronic short-circuit protection for safe operation.
$200.00 $100.00
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General Electric GE Fanuc IC695CPE305 PACSystems RX3i High-Speed CPU Module
Product Description The IC695CPE305 is a high-performance CPU module designed for the PACSystems RX3i PLC series. It delivers fast processing, substantial memory capacity, and integrated communication capabilities, making it ideal for complex control applications and large-scale automation systems. Built for reliability in demanding industrial environments, this CPU supports multiple racks and remote I/O configurations. It features a single-slot design compatible with RX3i backplanes, enabling seamless integration with Ethernet, RS-232, and RS-485 networks. Programmers can leverage ladder logic, Structured Text, or C via Proficy Machine Edition software to develop and manage control strategies efficiently. Technical Specifications Feature Specification Model IC695CPE305 Manufacturer GE Fanuc / Emerson Series PACSystems RX3i Module Type CPU Module Processor 1.1 GHz microprocessor Memory 5 MB SRAM / 10 MB Flash / 64 MB RAM (expanded) I/O Capacity Supports thousands of points across multiple racks Communication Ports Built-in Ethernet 10/100 Mbps, RS-232, RS-485 Supported Protocols SRTP, Modbus TCP/IP, EGD, Modbus RTU Slave, SNP Programming Support Ladder Logic, Structured Text, C Expansion Multiple racks, remote I/O supported Number of Slots Single-slot CPU Local Racks Supported Up to 8 Floating Point Supported Power Requirements +5V 1A, +3.3V 1A, +24V 0.5A Operating Temperature 0°C to +60°C Dimensions Standard RX3i rack size Weight 0.45 kg Key Features & Benefits High-Speed Processing: 1.1 GHz CPU enables rapid execution of complex logic and data manipulation.Large Memory Support: SRAM and Flash memory provide storage for extensive user programs and configurations.Integrated Networking: Ethernet and serial ports facilitate SCADA, HMI, and peer-to-peer communication.Multi-Protocol Compatibility: SRTP, Modbus TCP/IP, EGD, and serial protocols ensure flexible integration with other devices.Scalable System Design: Supports multiple local racks and remote I/O modules for expansive automation projects. Applications Central processing for PACSystems RX3i PLC networks Large-scale process control systems Machine automation requiring high-speed computation Data-intensive industrial applications FAQ Q: What programming languages are supported?A: Ladder Logic, Structured Text, and C programming via Proficy Machine Edition. Q: How many local racks can IC695CPE305 support?A: Up to 8 local RX3i racks. Q: Does it support floating point operations?A: Yes, floating point math is fully supported. Q: Which communication protocols are compatible?A: SRTP, Modbus TCP/IP, Ethernet Global Data (EGD), Modbus RTU, and SNP.
$200.00 $100.00
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General Electric GE Fanuc IC693DSM324 Dual-Axis Motion Control Module
Product Description The IC693DSM324 is a dual-axis motion control module designed for GE Fanuc Series 90-30 PLC systems. Engineered for precise control of stepper motors and servo drives, this module delivers reliable positioning, speed regulation, and acceleration management for complex motion applications. With support for two independent motion axes, the IC693DSM324 provides closed-loop control using encoder feedback, ensuring high accuracy in automated machinery. Pulse and direction outputs allow direct interfacing with standard motor drivers, while flexible integration accommodates a wide range of servo and stepper motors. This module features robust design and industrial-grade components, ensuring dependable operation under demanding environmental conditions. Its single-slot form factor fits standard Series 90-30 racks, simplifying system expansion or replacement. Technical Specifications Feature Specification Model IC693DSM324 Manufacturer GE Fanuc / Emerson Series Series 90-30 PLC Module Type Motion Control Module (DSM) Motion Axes 2 independent axes Supported Motors Stepper and servo drives Control Functions Position, velocity, acceleration, deceleration, homing Feedback Encoder input for closed-loop operation Output Signals Pulse and direction outputs Compatible CPUs CPU 350, 352, 360, 363, 364, 374 Max Modules per System 20 (Series 90-30), 32 (PACSystems RX3i) Backplane Voltage 5 VDC Power Consumption 860 mA without encoder supply; 500 mA encoder supply Slot Requirement Single-slot module Mounting Main rack or expansion/remote baseplate LEDs Status, OK, Config, FSSB, Axis 1–4 indicators Communication Ports 24 VDC I/O: 36-pin D-shell, 5 VDC I/O: 36-pin D-shell, RJ45 FSSB port Operating Temperature 0°C to +60°C Storage Temperature -40°C to +85°C Weight 0.62 lbs Key Features & Benefits Dual-Axis Control: Simultaneously manages two motors for coordinated motion.High Precision: Encoder-based feedback ensures accurate position and velocity control.Flexible Integration: Supports a wide range of stepper and servo motors.Expandable Architecture: Multiple DSM324 modules can be installed per system for larger applications.Industrial Reliability: Designed for continuous operation under typical factory conditions. Applications Robotics and automated assembly lines CNC machinery and tool positioning Packaging and material handling equipment Motion-intensive process control systems FAQ Q: Can IC693DSM324 control more than two axes?A: Each module supports two axes. For additional axes, multiple modules can be installed per system. Q: Is it compatible with PACSystems RX3i PLCs?A: Yes, up to five DSM324i modules can be installed per RX3i main rack, with additional modules supported in expansion racks. Q: What types of motors can it control?A: Both stepper motors and servo drives are supported with pulse and direction output signals. Q: What is the maximum module capacity per Series 90-30 PLC system?A: Up to 20 DSM324 modules can be installed per system.
$200.00 $100.00
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General Electric GE Fanuc IC695CPK330 CPU Module PACSystems RX3i High-Speed
Product Description The IC695CPK330 is a high-performance CPU module designed for the PACSystems RX3i PLC platform, delivering advanced processing power and extensive memory for complex automation tasks. With a 300 MHz processor and 64 MB RAM plus 64 MB non-volatile flash memory, this CPU supports large-scale programs and fast execution of intricate control logic. Equipped with dual Ethernet interfaces, serial ports (RS-232/RS-485), and USB-A connectivity, the module facilitates seamless communication with SCADA systems, HMIs, peer PLCs, and other industrial devices. It supports multiple protocols, including SRTP, Modbus TCP/IP, EGD, OPC-UA, and PROFINET, ensuring flexible integration within diverse plant networks. The IC695CPK330 supports multi-rack configurations and remote I/O expansion, making it suitable for mission-critical operations. Rugged design and energy-pack compatibility ensure reliable operation under demanding industrial conditions. Technical Specifications Feature Specification Model IC695CPK330 Manufacturer GE Fanuc / Emerson PLC Series PACSystems RX3i Module Type CPU Module Processor 300 MHz microprocessor User Memory 64 MB RAM, 64 MB non-volatile flash I/O Capacity Supports thousands of I/O points across multiple racks Ethernet 2 ports, 10/100/1000 Mbps, built-in switch Serial Ports RS-232 / RS-485 Protocols Supported SRTP, Modbus TCP/IP, EGD, OPC-UA, PROFINET USB Interface 1 USB-A 2.0 Memory Card 1 high-speed CFast Expansion Multi-rack and remote I/O supported Redundancy Supported Operating Temperature 0°C to +60°C Slot Requirement Single-slot CPU module Dimensions Standard RX3i rack size Weight 4.89 lbs Key Features & Benefits High-Performance CPU: 300 MHz processor handles complex control sequences efficiently.Large Memory: 64 MB RAM and flash enable extensive program storage and fast data handling.Integrated Networking: Dual Ethernet ports with multi-protocol support for seamless plant connectivity.Scalable System Architecture: Supports multi-rack configurations and remote I/O expansion.Industrial Reliability: Rugged and energy-pack compatible design ensures continuous operation. Applications Large-scale PLC automation projects Process control systems requiring fast logic execution SCADA and HMI integration with multi-protocol support Critical operations with redundancy and multi-rack expansion FAQ Q: Does the IC695CPK330 support network redundancy?A: Yes, dual Ethernet ports support redundancy and high-availability networks. Q: Which programming environments are compatible?A: Proficy Machine Edition supports ladder logic, structured text, and C programming. Q: Can it interface with multiple SCADA and PLC systems simultaneously?A: Yes, it supports SRTP, Modbus TCP/IP, EGD, OPC-UA, and PROFINET protocols. Q: What type of memory card does it use?A: The module uses one high-speed CFast card for program and data storage.
$200.00 $100.00
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General Electric GE Fanuc IC693APU301 High Speed Counter Motion Module
Product Description The IC693APU301 is a specialized motion and high-speed counting module for the GE Fanuc Series 90-30 PLC platform. It integrates auxiliary processing capability to handle time-critical pulse inputs and positioning tasks independently from the main CPU. This module is designed for applications requiring precise motion control or fast event counting, such as encoder feedback processing and single-axis positioning. With dedicated hardware for high-frequency signal handling, it significantly improves system responsiveness compared to standard digital input modules. Technical Specifications Parameter Description Model IC693APU301 Manufacturer GE Fanuc / Emerson Series 90-30 PLC Module Type High-Speed Counter / Axis Positioning Module Functional Category Auxiliary Processing Unit (APU) Controlled Axes 1 axis Input Type High-speed pulse inputs (encoder/proximity) Max Input Frequency Up to 1 MHz (typical for counter mode) Control Modes Positioning, follower mode Counter Functions Up/Down counting, quadrature decoding, frequency/period measurement Servo Update Rate 1 ms loop update Outputs Programmable compare/control outputs Communication Backplane interface to PLC CPU Connectors 24-pin high-density, 25-pin D-sub LED Indicators EN1, EN2, STST, OK, CFG Slot Requirement Single slot Compatible CPUs CPU311, CPU313, CPU323, CPU331 and higher Max Modules per System Up to 3 (lower CPUs), up to 8 (higher CPUs) Operating Temperature 0°C to +60°C Mounting Series 90-30 rack Weight 1.0 lb Operational Features The IC693APU301 offloads high-speed counting and motion tasks from the PLC processor, ensuring accurate signal capture even at high pulse rates. It supports quadrature encoder inputs for position tracking and allows closed-loop control through rapid servo updates. Its configurable operating modes enable flexible deployment, from simple counting applications to single-axis motion control. Hardware-based processing ensures deterministic performance, which is essential in precision automation systems. Application Examples Typical implementations include: Encoder-based position tracking in packaging or assembly machines Flow measurement using pulse-output flow meters Conveyor synchronization and speed monitoring Single-axis positioning systems with servo or stepper drives High-speed event counting in production lines FAQ Q: Is this module only for counting applications?A: No, it also supports single-axis positioning and motion-related control functions. Q: Can it process quadrature encoder signals?A: Yes, it supports quadrature decoding for accurate position and direction tracking. Q: How many modules can be installed in one system?A: Depending on the CPU model, up to 3 or 8 modules can be used. Q: Does it replace a motion controller?A: It provides basic single-axis control but is not intended to replace advanced multi-axis motion controllers.
$200.00 $100.00
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General Electric GE Fanuc IC695HSC308 | PACSystems RX3i High-Speed Counter Module
Product Overview The IC695HSC308 is an 8-channel high-speed counter (HSC) module for the PACSystems RX3i series. It is engineered to handle fast counting, encoder monitoring, and motion control tasks with precision. The module supports a variety of counter types and measurement modes, providing flexible control over real-time industrial processes. Built-in diagnostics and optical isolation ensure reliable operation in demanding automation environments. Technical Specifications Feature Specification Model IC695HSC308 Series PACSystems RX3i Module Type High-Speed Counter (HSC) Channels 8 independent high-speed counters Counter Types Type A, B, C, D, E, Z, and user-defined Inputs 16 configurable inputs (single-ended/differential) Input Voltage 5 VDC nominal (4.7–5.5 VDC); 12–24 VDC nominal (10–26.4 VDC) Maximum Count Rate 1.5 MHz per channel Outputs 14 configurable ESC/P outputs, 1.5 A max per channel, 10.5 A module max Output Voltage Range 4.7–40 VDC Input Frequency Up to 1 MHz per channel Counting Modes Up/Down, Quadrature, Frequency, Period Measurement Output Delay Off-to-On: 125 μs @ 1.5 A; On-to-Off: 85 μs @ 1.5 A Data Interface Direct CPU access via RX3i backplane Isolation Optical isolation between field inputs and backplane Diagnostics Module fault reporting, input interrupts, and status LEDs Hot Swap Supported Oscillator Accuracy ±100 PPM across operating temperature, ±5 PPM/year drift Power Requirements 561 mA @ 3.3 VDC; 94 mA @ 5 VDC Dimensions 17 × 15 × 5 cm Weight 0.40 kg Key Features High-Speed Performance: Counts and measures encoder signals up to 1.5 MHz per channel. Flexible Modes: Supports quadrature, up/down, frequency, period, and user-defined counter types. Programmable Outputs: Compare outputs can trigger events at specific counts for motion or process control. Robust Isolation: Protects system electronics from noise and surges on field inputs. Integrated Diagnostics: Provides error reporting, status monitoring, and input interrupt support. Seamless RX3i Integration: Communicates directly with CPU and other I/O modules for synchronized control. Applications Motion Control: Monitoring rotary encoders in robotics, CNC machinery, and conveyors. Process Automation: Measuring frequency, period, and position of signals in chemical or manufacturing systems. Packaging Systems: Triggering outputs for labeling, cutting, filling, or indexing based on position. Utilities & Flow Monitoring: Speed and flow measurement for turbines, meters, and water management. Material Handling: Accurate event counting and position feedback for conveyors and automated warehouses. FAQ Q: What is the maximum input frequency the IC695HSC308 can handle?A: Each channel supports up to 1 MHz input frequency. Q: How many channels and outputs does the module support?A: It has 8 high-speed counter channels, 16 inputs, and 14 configurable outputs. Q: Can this module be hot-swapped?A: Yes, hot insertion and extraction are fully supported. Q: What isolation features are included?A: Optical isolation protects the CPU and backplane from field signal noise and surges.
$200.00 $100.00
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General Electric GE IC693APU300 High-Speed Counter Module
Overview The IC693APU300 is a high-speed counter module for the Series 90‑30 PLC family. It provides independent, accurate pulse counting for applications involving encoders, flow meters, proximity switches, and other pulse-generating devices. By operating independently of the CPU scan, it ensures precise real-time counting for motion control, material handling, and process monitoring. Technical Specifications Model/Part Number: IC693APU300 Brand: GE Fanuc (Emerson Automation) Series: Series 90‑30 PLC Module Type: High-Speed Counter (HSC) Input Channels: 2 independent counters (12 signal inputs) Counter Modes: Up, Down, Bi-directional, Quadrature, Frequency measurement Maximum Input Frequency: 80 kHz (depending on mode) Input Voltage: 5–24 VDC (TTL and industrial sensors compatible) Counter Capacity: 32-bit (up to 4,294,967,295 counts) Outputs: 4 programmable discrete outputs (compare/threshold functions) Output Ratings: 10–30 VDC @ 500 mA max; CMOS load drive capable Input Isolation: Optically isolated for noise immunity Backplane Current Draw: ~250–500 mA @ 5 VDC Indicators: LEDs for input channel and output status Programming Tools: Configurable via Proficy Machine Edition or Logicmaster 90 Environmental Specs: Operating Temperature: 0–60 °C Storage Temperature: –40–85 °C Humidity: 5–95% non-condensing Isolation Rating: 250 VAC (field-to-backplane) Weight: 0.88 lbs Key Features Independent high-speed counting, unaffected by CPU scan cycles Flexible counting modes suitable for motion control, flow measurement, and velocity detection Programmable outputs for threshold-triggered actions Optically isolated inputs to minimize electrical noise interference Front panel LEDs provide instant visual status feedback CMOS load drive capability for flexible output control Applications Turbine and flow meter measurement and totalizing Velocity and position monitoring for motors and conveyors Material handling and robotics counting Motion and process control in industrial systems FAQ Q: What is the maximum counting frequency?A: Up to 80 kHz, depending on the selected counter mode. Q: How many input channels are supported?A: 12 source inputs across 2 independent counter channels. Q: Can the outputs drive external devices directly?A: Yes, 4 discrete outputs can drive loads up to 500 mA or CMOS-compatible devices. Q: Is this module still in production?A: The IC693APU300 is discontinued/obsolete but remains widely supported in existing Series 90‑30 systems.
$200.00 $100.00
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Honeywell Honeywell 51202304-100 Drive Controller Module
Product Overview The Honeywell 51202304‑100 is a high-performance drive controller module engineered for Honeywell TDC 3000 and Experion PKS distributed control systems. It manages motor drives and actuators with precision, delivering reliable control over speed, torque, and movement. Built for continuous industrial operation, it integrates seamlessly with Honeywell DCS platforms and withstands harsh automation environments. Technical Specifications Feature Specification Function Motor and actuator drive control and regulation Signal Support Analog I/O and digital control signals Dimensions 102.2 × 12.4 × 12.6 mm Weight 0.2 kg Construction Rugged, industrial-grade for harsh conditions Operating Environment Continuous industrial automation Certifications CE, UL, CSA, TUV Compatibility Honeywell TDC 3000, Experion PKS DCS Key Features Precise Motor Control Provides accurate regulation of motor speed, torque, and actuator response for optimized process performance. Seamless System Integration Designed to work directly with Honeywell TDC 3000 and Experion PKS systems, ensuring stable communication and control. Compact Design Small form factor allows for easy installation in crowded control cabinets and drive racks. Reliability Engineered for continuous operation in demanding industrial environments without degradation. Certified Safety Compliant with international safety standards (CE, UL, CSA, TUV) for industrial control systems. Applications Control of motors and actuators in chemical, petrochemical, and manufacturing plants Integration into Honeywell TDC 3000 and Experion PKS distributed control systems Replacement or upgrade of existing drive controller modules in industrial automation networks FAQ Which systems is 51202304‑100 compatible with? It works with Honeywell TDC 3000 and Experion PKS DCS systems only. Not compatible with third-party PLCs. Can it handle both analog and digital signals? Yes, the module supports analog inputs/outputs and digital control signals for flexible automation integration. Is professional installation required? While installation is straightforward for trained personnel, ensure correct integration with the Honeywell DCS for safe operation. What is the expected operating environment? Designed for continuous use in industrial automation environments with stable performance under electrical and thermal stress.
$200.00 $100.00
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Honeywell Honeywell DC-SDRX01 Fiber Optic Converter / Extender Board
Product Overview Honeywell DC‑SDRX01 is a fiber optic converter and extender board engineered for Honeywell Series C Distributed Control Systems (DCS). It enables secure, high-speed data transfer between controllers and I/O modules over fiber optic networks, providing robust immunity to electromagnetic interference and supporting long-distance communication up to 10 km. This module is built for industrial reliability and seamless integration into complex automation networks. Technical Specifications Feature Specification Operating Voltage 12 VDC Power Consumption Maximum 3 W Data Rate Up to 1 Gbps Maximum Transmission Distance 10 km (fiber optic link) Communication Medium Fiber optic (single-mode or multi-mode, depending on configuration) Protocol Compatibility IEEE 802.3 Ethernet standards Connectors SMA connectors for optical fibers Isolation Optical isolation for enhanced noise immunity Environmental Temperature –40 °C to +85 °C Mounting Options DIN rail or panel mount Redundancy Support Yes, supports fault-tolerant configurations Enclosure Industrial-grade housing Key Features High Reliability Engineered to withstand industrial environments, the DC‑SDRX01 provides strong immunity to EMI and stable fiber-optic signal transmission. Long-Distance Communication Supports fiber optic links up to 10 km, enabling reliable connectivity across large plants or distributed facilities. Secure Data Transmission Optical isolation ensures data integrity and safety between controllers and field I/O modules. Flexible Integration Compatible with Honeywell Series C DCS controllers and IOTA I/O modules, allowing straightforward system expansion. Diagnostics and Monitoring LED indicators provide clear status feedback for quick troubleshooting and system validation. Applications Linking controllers and I/O modules in Honeywell Series C DCS networks Extending communication distances in large industrial plants Protecting signals from electromagnetic interference in harsh environments Fault-tolerant network configurations for critical process control FAQ Can DC‑SDRX01 work with other PLC or DCS systems? It is specifically designed for Honeywell Series C DCS and is not compatible with other platforms without adaptation. What fiber types are supported? Both single-mode and multi-mode fiber are supported; choose according to system configuration and transmission distance. How far can the module transmit data? The module supports fiber optic communication up to 10 km. Does it offer redundancy? Yes, it supports fault-tolerant configurations to ensure continuous operation in critical networks.
$200.00 $100.00
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Honeywell Honeywell 620-0636 High-Speed Processor Module
Overview The Honeywell 620-0636 is an industrial-grade processor module engineered for Honeywell IPC 620 series and TDC 2000/TDC 3000 control systems. It delivers real-time logic processing, manages analog and digital I/O, and ensures deterministic performance in complex process control applications. Key Features High-Speed Processing: Executes complex control algorithms in real time for critical industrial processes Modular Design: Rack-mounted with backplane interface for easy installation and service Integrated Diagnostics: LED indicators and self-test routines enable fast troubleshooting Non-Volatile Memory: Retains configuration and operational data during power loss Robust Reliability: Proven durability in petrochemical, chemical, power, and manufacturing environments Seamless System Integration: Compatible with Honeywell analog/digital I/O modules for complete automation solutions Technical Specifications Specification Details Model Honeywell 620-0636 Type High-Speed Processor Module (Industrial CPU) Manufacturer Honeywell Part Number 620-0636 Compatible Systems Honeywell IPC 620 series, TDC 2000, TDC 3000 Processor Type Embedded industrial CPU Memory Non-volatile (battery-backed SRAM or EEPROM) I/O Support Analog and digital I/O via backplane bus Diagnostics Built-in fault detection, LED status indicators Dimensions 119.38 × 68.58 × 30.48 mm Weight 3.1 lb Applications Distributed Control Systems (DCS) for industrial process automation High-speed control in petrochemical, power generation, and manufacturing plants Integration with Honeywell analog and digital I/O modules Real-time monitoring and fault-tolerant control applications FAQ Q: What control systems is this module compatible with?A: Works with Honeywell IPC 620 series, TDC 2000, and TDC 3000 systems. Q: Does it support analog and digital I/O?A: Yes, the module handles both analog and digital signals through the backplane. Q: How does it maintain configuration during power loss?A: Non-volatile memory retains settings using battery-backed SRAM or EEPROM. Q: Is it suitable for harsh industrial environments?A: Yes, designed for petrochemical, power generation, and manufacturing applications.
$200.00 $100.00
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