Explore a full range of industrial automation products from major brands like ABB, Bently, Honeywell, GE, and more. IndustriaX Limited helps manufacturers source rare and hard-to-find components worldwide with fast delivery to minimize downtime.
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General Electric GE IC200CHS003 PLC I/O Carrier Base
Product Description The IC200CHS003 is a connector-based I/O carrier designed for the GE VersaMax platform, providing both mechanical support and electrical interfacing for I/O modules. It acts as the mounting base where discrete or analog modules are installed, enabling streamlined wiring and reliable signal distribution within the control system. This carrier incorporates a 36-pin connector interface, allowing quick integration with pre-assembled cables or interface modules. Compared to traditional terminal-based wiring, this approach reduces installation time and minimizes wiring errors. The unit supports vertical module installation and is suitable for both DIN rail and panel mounting configurations. Engineered for industrial environments, the IC200CHS003 combines compact dimensions with robust construction, making it suitable for distributed I/O architectures and high-density control panels. Key Features 36-pin connector interface for simplified field wiring Supports direct connection via prefabricated cables Compatible with most VersaMax I/O modules Vertical mounting orientation for efficient panel layout DIN rail and panel mounting flexibility Reduces commissioning time and wiring complexity Technical Specifications Mechanical Characteristics Product Type: Connector-style I/O carrier Connector: 36-pin interface Mounting Options: DIN rail or panel mount Installation Orientation: Vertical Dimensions: 110 × 70 × 140 mm Weight: 0.11 kg Electrical Ratings Maximum Operating Voltage: up to 264 VAC Transient Voltage Tolerance: up to 300 VAC Current per I/O Channel: 2 A Current per Common (Power/Ground): 8 A Environmental Conditions Protection Class: IP20 (indoor use) Operating Temperature: 0 °C to +60 °C Storage Temperature: –40 °C to +85 °C Compatibility Supports standard VersaMax I/O modules (digital and analog) Not recommended for high-isolation modules such as: IC200MDL144 IC200MDL244 IC200MDD850 Can be integrated with interposing terminal carriers (IC200CHS011/012/014/015) using IC200CBL1xxx cable assemblies Applications The IC200CHS003 carrier is commonly used in: Distributed I/O systems in manufacturing lines Control panels requiring modular expansion Process automation systems with centralized wiring Machine automation where fast installation is required FAQ Q: What is the advantage of a connector-style carrier?A: The IC200CHS003 reduces wiring effort by using a multi-pin connector, improving installation efficiency and reducing potential wiring errors. Q: Can it be used with all VersaMax modules?A: It supports most modules, but high-isolation AC modules are not recommended due to electrical limitations. Q: Does this carrier include terminal blocks?A: No. It is designed to work with external cables or interposing terminal modules. Q: Is it suitable for outdoor installation?A: No. With an IP20 rating, it is intended for installation inside control cabinets.
$200.00 $100.00
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General Electric GE IC200UEX626 PLC Analog Expansion Module
Product Description The IC200UEX626 is a compact analog expansion unit developed for the VersaMax Micro PLC platform, enabling additional analog signal handling in space-limited or distributed control systems. It integrates four analog input channels and two analog output channels within a single module, allowing accurate acquisition and control of process variables such as voltage or current signals. Designed for flexible deployment, this module can be installed remotely up to 2 meters from the base controller, making it suitable for panel layouts where direct mounting is not practical. Communication is handled via an RS-485 interface, ensuring reliable data exchange between the expansion module and the Micro PLC. With low power consumption and a rugged mechanical design, the IC200UEX626 is well-suited for continuous operation in demanding industrial environments. Key Features Combined analog input and output expansion in a single module Supports remote installation up to 2 meters from controller RS-485 communication for stable data transfer DIN-rail mounting for standard control cabinets Compact footprint for space-constrained applications Designed for VersaMax Micro and compatible Nano systems Technical Specifications I/O Configuration Total Channels: 6 Analog Inputs: 4 channels Analog Outputs: 2 channels Electrical Parameters Supply Voltage: 24 VDC Operating Range: 19.2 to 30 VDC Power Consumption: approx. 3 W Sensor Supply Current: up to 200 mA (field devices) Communication Interface Interface Type: RS-485 serial communication Function: Expansion module data exchange with Micro PLC Installation & Mounting Mounting Method: DIN rail Max दूरी from Controller: 2 meters Configuration: Modular expansion architecture Environmental Conditions Operating Temperature: –20 °C to +70 °C Storage Temperature: –40 °C to +85 °C (typical for this class) Humidity: 5% to 95% non-condensing Mechanical Data Dimensions: 143.3 × 78.8 × 61.3 mm Weight: 0.22 kg Applications The IC200UEX626 module is typically applied in: Process signal monitoring (temperature, pressure, flow) Analog control loops in small PLC systems Distributed I/O layouts in compact control panels Utility systems and building automation OEM machinery requiring scalable analog expansion FAQ Q: What type of signals can the analog inputs handle?A: The IC200UEX626 typically supports standard industrial analog signals such as 0–10 V or 4–20 mA, depending on configuration and system setup. Q: Can this module operate independently of the PLC?A: No. It functions strictly as an expansion module and must be connected to a VersaMax Micro controller. Q: How far can the module be installed from the PLC?A: Installation distance is limited to 2 meters to maintain communication integrity. Q: Is additional communication hardware required?A: No additional modules are required, as RS-485 communication is integrated.
$200.00 $100.00
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General Electric GE IC200CBL600 PLC Rack Expansion Cable
Product Description The IC200CBL600 rack expansion cable is designed for dependable interconnection within GE VersaMax PLC architectures. It enables stable communication between a main rack and an expansion rack, or between controllers and distributed I/O modules, ensuring consistent signal transmission in electrically noisy industrial environments. This cable features a shielded dual-conductor design combined with factory-installed connectors, minimizing installation time and reducing the risk of wiring errors. Its flexible PVC outer jacket provides mechanical protection and long-term durability in typical automation settings. The cable is optimized for short-distance, high-integrity data transfer where signal stability is critical. Key Features Shielded construction for improved EMI immunity Pre-terminated connectors for quick deployment Flexible and robust PVC outer jacket Designed for short-range, high-reliability communication Supports modular rack expansion in VersaMax systems Technical Specifications General Characteristics Cable Length: 1 meter Conductor Type: 2-core (dual conductor) Wire Size: 24 AWG Cable Type: Shielded communication / expansion cable Configuration: Single-ended Jacket Material: Industrial-grade PVC Jacket Color: Black Electrical Performance Signal Type: Low-voltage digital communication (typically 24 VDC systems) Insulation Resistance: ≥ 100 MΩ Shielding: Yes (for noise suppression and signal integrity) Environmental Ratings Operating Temperature: Standard: 0 °C to +60 °C Extended: –10 °C to +60 °C Storage Temperature: –40 °C to +85 °C Relative Humidity: 5% to 95% (non-condensing) Shock Resistance: 15 G Mechanical Data Weight: 0.2 kg Construction: Flexible, industrial-duty cable Compatibility Designed for GE VersaMax PLC systems Supports connection of one expansion receiver module Suitable for controller-to-I/O and rack-to-rack communication Applications The IC200CBL600 cable is typically used in: PLC rack expansion configurations Controller to remote I/O communication links Manufacturing automation systems Building management systems (BMS) Energy monitoring and control systems FAQ Q: What is the maximum distance supported by this cable?A: The IC200CBL600 is intended for short-distance connections (1 meter). Longer distances require different expansion cable models. Q: Is shielding necessary in this application?A: Yes. The integrated shielding significantly reduces electromagnetic interference, especially in environments with motors or variable frequency drives. Q: Does the cable require additional termination?A: No. It comes with factory-installed connectors, enabling direct plug-and-play installation. Q: Can this cable connect multiple expansion modules?A: No. It is designed to connect a single expansion receiver module per cable.
$200.00 $100.00
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General Electric GE IC200MDL330 PLC Discrete Output Module
Product Description The IC200MDL330 from GE’s VersaMax I/O family is a high-reliability AC discrete output module engineered for industrial control systems requiring isolated switching and dependable field interfacing. Designed to handle 120 VAC loads, this module provides 16 independently isolated output channels, enabling safe and efficient control of actuators, relays, contactors, and signaling devices. Each output is electrically isolated and incorporates integrated suppression components to enhance durability in inductive load environments. The module operates with an external AC supply for load switching, while drawing minimal current from the PLC backplane. Status diagnostics are simplified through dedicated LED indicators per channel and a module health indicator. Key Features 16 individually isolated AC output channels Compatible with 120 VAC control circuits Integrated MOV and snubber protection for transient suppression Fast switching response within half AC cycle Low backplane power consumption LED diagnostics for each output and module status Suitable for hazardous locations (Class I, Division 2) Technical Specifications Electrical Parameters Output Channels: 16 (isolated) Rated Voltage: 85–132 VAC (nominal 120 VAC, 47–63 Hz) Output Current: Maximum: 0.5 A per channel Minimum load: 10 mA Inrush Current: up to 5 A (20 ms) Voltage Drop: ≤ 2.0 V (typical under load) Leakage Current: < 2 mA at 132 VAC Switching Time: < ½ AC cycle Isolation Ratings User to Logic / Ground: 250 VAC continuous, 1500 VAC (1 min) Channel-to-Channel: 250 VAC continuous, 1500 VAC (1 min) Group Isolation: 250 VAC continuous, 1500 VAC (1 min) Power Requirements Backplane Consumption: 140 mA at 5 VDC External Load Supply: 85–132 VAC required Diagnostics & Indicators 16 × Green LEDs (logic-side indication per output) 1 × Green OK LED (module power status) Mechanical & Environmental Dimensions: 110 × 66.8 × 50 mm Weight: 0.35 kg Operating Temperature: 0 °C to +60 °C Mounting: VersaMax carrier, DIN rail compatible Compliance: Class I, Division 2 hazardous locations Applications The IC200MDL330 module is commonly deployed in: Motor starter and contactor control systems Industrial HVAC and building automation Conveyor and material handling systems Process automation requiring AC output switching Indicator lamps and alarm systems FAQ Q: Does the module supply power to the load?A: No. The IC200MDL330 requires an external 85–132 VAC source to drive field loads. Q: Are the outputs relay-based or solid-state?A: The module uses solid-state AC switching devices with integrated protection components. Q: Can it be used with inductive loads?A: Yes. Built-in MOV and snubber circuits provide protection against voltage spikes from inductive loads. Q: Is channel isolation independent?A: Yes. Each of the 16 outputs is individually isolated for improved system safety and noise immunity.
$200.00 $100.00
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General Electric GE IC200PNS002 PROFINET Scanner Module
Product Description The IC200PNS002 PROFINET Scanner Module from GE’s VersaMax platform enables seamless integration of distributed I/O stations into PROFINET networks. Acting as a PROFINET IO-Device, the module continuously exchanges real-time data with an IO-Controller while managing local I/O modules and maintaining deterministic communication performance. Designed for fiber-optic industrial networks, this unit supports high-speed data transmission, ring redundancy, and advanced diagnostics. It is particularly suited for applications requiring reliable communication in electrically noisy or long-distance environments. Key Features Functions as a PROFINET IO-Device (Conformance Class A) Integrated fiber-optic interface for EMI-resistant communication Supports Media Redundancy Protocol (MRP) for ring topology resilience Configurable I/O update intervals for deterministic control Built-in diagnostics, alarms, and fault handling Redundant power capability for improved system uptime Automatic scanning and management of local VersaMax I/O modules Technical Specifications General Product Type: PROFINET Scanner Module Series: VersaMax Model: IC200PNS002 Manufacturer: GE Country of Origin: United States Network & Communication PROFINET Standard: Version 2.2, Class A IO-Device Physical Ports: 2 × 100 Mbps SC Duplex Multi-Mode Fiber (MMF) Supported Network Topologies: Line, Star, Ring (MRP Client) IP Addressing: CIDR-compatible (subnetting supported) MAC Address Allocation: 3 (dual external + internal interface) Update Cycle Time: Adjustable from 1 ms to 512 ms Performance Full node scan of installed I/O modules Cyclic input data transmission to IO-Controller Output data reception and execution from controller Communication watchdog and fail-safe I/O fallback behavior Integrated alarm and diagnostic messaging Electrical Supply Voltage: 5 VDC via backplane Current Consumption: Approx. 1.10 A Power Redundancy: Supported (hot-swap for inactive supply) Physical Weight: 0.48 kg Service Port: Micro-USB (firmware updates only) Environmental Operating Temperature: Standard: 0°C to +60°C Extended (variant dependent): −40°C to +70°C Hazardous Area Certification: Class I, Division 2 ATEX II 3G (for IC200PNS002-AA) I/O Capacity Maximum Modules per Station: 8 Process Data Size: Input: up to 1440 bytes Output: up to 1440 bytes Application Areas This module is widely used in distributed automation systems where fiber-optic networking and deterministic communication are required, including: Discrete and process manufacturing lines Power generation and distribution systems Water and wastewater treatment plants Transportation and infrastructure control systems FAQ Q: What is the primary role of this module in a PROFINET network?A: It operates as an IO-Device, exchanging cyclic I/O data with a PROFINET IO-Controller while managing local VersaMax I/O modules. Q: Does the module support network redundancy?A: Yes, it supports MRP (Media Redundancy Protocol) in client mode, enabling ring topology redundancy. Q: Can it be used in harsh or hazardous environments?A: The IC200PNS002-AA variant is certified for Class I Division 2 and ATEX Zone 2 environments, making it suitable for hazardous locations. Q: Is copper Ethernet supported?A: No, this model is equipped with fiber-optic SC ports only, designed for high-noise or long-distance installations.
$200.00 $100.00
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General Electric GE IC200MDD844 Mixed Discrete Input Output Module
Product Overview The IC200MDD844 is a compact mixed-signal discrete I/O module developed for the GE VersaMax platform, integrating digital inputs and relay-style DC outputs within a single hardware unit. It is engineered to simplify system architecture by combining sensing and actuation functions, minimizing rack space and reducing field wiring complexity. This module provides 32 total I/O points, split evenly between 16 DC inputs and 16 DC sourcing outputs. It is suitable for machine control systems where both input acquisition and output switching are required in a single distributed I/O node. Hardware revision C and later versions introduce enhanced compatibility, including support for negative-logic inputs and 12 V output configurations. Core System Data Model: IC200MDD844 Series: GE Fanuc / Emerson VersaMax I/O Module Type: Mixed Discrete Input / Output Module Total Capacity: 32 points Inputs: 16 × 24 VDC digital inputs Outputs: 16 × DC sourcing outputs Input Grouping: 2 groups of 8 channels Output Grouping: 1 group of 16 channels Backplane Power: 5 VDC via VersaMax rack (70 mA max) Digital Input Characteristics Nominal Voltage: 24 VDC Operating Range: 0–30 VDC ON Threshold: 15–30 VDC OFF Threshold: 0–5 VDC Input Current: 2.0–5.5 mA Input Impedance: ≤10 kΩ Response Time: 0.5 ms (standard) 1.5 ms / 7.5 ms with filtering enabled Logic Type: Positive logic (negative logic supported on revision C+) Digital Output Characteristics Output Type: DC sourcing outputs Output Voltage Range: 10.2–30 VDC Continuous Current: 0.5 A per channel (at rated voltage) Minimum Load: 10 mA Protection: Overload indication via LED per channel Switching Capability: Suitable for solenoids, indicators, and small actuators Output Architecture: One group of 16 channels Electrical & Power System Backplane Consumption: 5 VDC @ up to 70 mA External Field Power: 10.2–30 VDC (typical 12/24 VDC systems) Power Architecture: Field-side and logic-side separated supply domains Energy Efficiency: Low backplane load design optimized for distributed I/O racks Isolation & Protection Optical isolation between field wiring and logic circuits Industrial-grade noise immunity design Channel-level LED diagnostics for real-time status visibility Designed for high electrical noise environments in machine automation systems Environmental Specifications Operating Temperature: 0 °C to 60 °C Storage Temperature: −40 °C to 85 °C Relative Humidity: 5%–95% non-condensing Installation Environment: Control cabinet (IP20 protection level) Vibration Resistance: Suitable for industrial machine mounting conditions Mechanical Data Dimensions: 110 × 66.8 × 50 mm Weight: 0.17 kg Mounting Type: VersaMax carrier / DIN rail system Typical Applications Compact machine control systems OEM equipment automation Packaging and material handling systems Distributed input/output expansion nodes Small to medium process control panels FAQ Q1: Can this module handle both AC and DC outputs?No, the outputs are DC sourcing type only. Q2: Is external power required for operation?Yes, a 10.2–30 VDC field power supply is required in addition to backplane power. Q3: Can input logic be changed?Yes, negative logic support is available on hardware revision C or later.
$200.00 $100.00
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General Electric GE IC200ALG263 Analog Voltage Input Module
Product Overview The IC200ALG263 is a high-resolution analog voltage input module engineered for the GE VersaMax I/O platform. It is designed for precise acquisition of multiple voltage signals in compact control systems where channel density and measurement accuracy are critical. The module provides 15 single-ended input channels capable of measuring bipolar voltage signals up to ±10 VDC. It is optimized for direct integration with sensors, instrumentation devices, and process signal transmitters used in industrial monitoring and control environments. All operating power is supplied through the VersaMax backplane, eliminating the need for external module power wiring and simplifying system integration. Core System Data Model: IC200ALG263 Series: GE Fanuc / Emerson VersaMax I/O Module Type: Analog Voltage Input Module Total Channels: 15 single-ended inputs Input Grouping: Single 15-channel bank Installation: VersaMax I/O backplane carrier Power Supply: Backplane powered (no external supply required) Analog Input Specifications Signal Type: DC voltage Input Range: −10 V to +10 V DC Input Impedance: ≥100 kΩ Resolution: 15-bit high-resolution conversion Effective Step Size: ~0.3125 mV (bipolar operation) Update Time: 7.5 ms per scan cycle Measurement Performance High channel density for multi-point voltage acquisition Fast conversion suitable for dynamic signal monitoring Stable measurement across full industrial temperature range Designed for low drift and high repeatability in continuous operation Electrical Characteristics Backplane Power Only (no field-side supply required) Low internal power consumption via PLC rack interface Integrated A/D conversion electronics with synchronized sampling Built-in diagnostics for module health monitoring Diagnostics & Indicators OK status LED for module health Automatic self-test at power-up Continuous runtime diagnostics for signal integrity and module communication Isolation & Architecture Single group architecture (no channel-to-channel isolation) No group-to-group isolation Designed for systems where inputs share a common reference potential Recommended for electrically stable sensor environments Environmental Specifications Operating Temperature: 0 °C to 60 °C Storage Temperature: −40 °C to 85 °C Relative Humidity: 5%–95% non-condensing Installation Environment: Enclosed industrial control cabinet (IP20) Mechanical Data Dimensions: 110 × 66.8 × 50 mm Weight: 0.45 kg Mounting Type: DIN rail / VersaMax I/O base Typical Applications Multi-channel voltage signal monitoring Industrial sensor data acquisition systems Process instrumentation and measurement loops Utility monitoring and SCADA systems OEM machine signal integration FAQ Q1: Does this module support current input signals?No. The IC200ALG263 is designed specifically for voltage inputs only (±10 VDC). Q2: Does it require external power?No external supply is required; it is powered directly from the VersaMax backplane. Q3: Is channel isolation available?No, all channels share a common reference design.
$200.00 $100.00
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General Electric GE IC200MDD845 Mixed Discrete I/O Module
Product Overview The IC200MDD845 is a hybrid discrete I/O module designed for the GE VersaMax platform, integrating both input acquisition and relay output switching within a single compact unit. It is engineered to reduce rack space usage and simplify field wiring while maintaining flexible control capability for mixed signal applications. This module combines 16 channels of 24 VDC digital inputs with 8 Form A relay outputs. Each output is independently isolated, enabling reliable switching of AC and DC loads in diverse industrial environments. Depending on hardware revision (C or later), the input section can support both positive and negative logic configurations, improving compatibility with a wide range of field devices. Core System Data Model: IC200MDD845 Series: GE Fanuc / Emerson VersaMax I/O Module Type: Mixed Discrete Input / Relay Output Module Total I/O Capacity: 24 points Input Channels: 16 × 24 VDC digital inputs Output Channels: 8 × Form A relay outputs Installation: VersaMax backplane mounting Power Source: Supplied via PLC backplane Digital Input Specifications Nominal Voltage: 24 VDC Operating Range: 18–30 VDC Input Current: 2.0–5.5 mA Logic Type: Positive logic (negative logic supported on revised hardware) Input Filtering: Industrial noise suppression design Status Indication: Individual LED per channel Relay Output Specifications Output Type: Form A (normally open) relay contacts Switching Voltage: 5–265 VAC 5–125 VDC Load Capacity: Up to 2 A resistive (AC/DC depending on voltage level) Isolation: Each output channel individually isolated Mechanical Life: Industrial-grade relay endurance rated for extended switching cycles Protection: Arc suppression recommended for inductive loads Electrical & System Characteristics Backplane Current Consumption: up to 270 mA max Internal Logic Interface: High-speed VersaMax backplane communication Response Behavior: Fast relay actuation suitable for real-time control applications Diagnostics: Module OK LED + per-channel status LEDs Isolation & Safety Channel-to-channel isolation on relay outputs Industrial isolation between field and logic circuitry Designed for harsh electrical noise environments typical of factory automation systems Environmental Specifications Operating Temperature: 0 °C to 60 °C Storage Temperature: −40 °C to 85 °C Humidity: 5%–95% non-condensing Vibration Resistance: Industrial cabinet installation compliant Protection Level: IP20 (installed in enclosure) Mechanical Data Dimensions: 110 × 66.8 × 50 mm Weight: 0.6 lbs Mounting: DIN rail / VersaMax carrier base Typical Applications Machine automation control panels OEM equipment control integration Pump and motor control systems HVAC and building automation subsystems Distributed mixed-signal I/O expansion FAQ Q1: Can this module switch both AC and DC loads?Yes, the relay outputs are rated for both AC and DC switching within specified limits. Q2: Does it require external power?No. Power is supplied through the VersaMax backplane. Q3: Can input logic be changed?Positive logic is default; negative logic is supported on hardware revision C or later.
$200.00 $100.00
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General Electric GE IC200ALG328 VersaMax 12CH Analog Output Module
General Overview The IC200ALG328 is a high-density analog current output module within the GE VersaMax I/O family, designed to deliver precise signal control for industrial process systems. It converts digital control signals from the PLC backplane into stable analog current outputs for field devices requiring proportional control. This module is commonly deployed in control loops where accurate current regulation is required for actuators, valves, and process instrumentation. Output Architecture & Channel Configuration The module provides: 12 × single-ended current output channels One shared output group architecture Each channel supports configurable output ranges: 4–20 mA (default configuration) 0–20 mA (jumper selectable) Performance characteristics: 13-bit digital-to-analog conversion resolution Fine output granularity for precise process modulation Channel update cycle optimized for real-time control response Electrical Performance & Load Capability Output capability per channel: Maximum output current: approximately 20.38 mA (including overrange capability) Load resistance range: up to 800 Ω Capacitive load tolerance: up to 0.1 µF Inductive load tolerance: up to 0.5 H System timing: Module update rate: ≤15 ms Signal integrity: Channel-to-channel isolation performance: ≥70 dB crosstalk rejection Power Supply & Consumption Field-side power requirements: External supply voltage: 18–30 VDC Inrush current: up to 2 A (short duration) Full-load current consumption: approximately 270 mA (all channels active) Backplane power: +5 V DC, typical consumption ~50 mA The separation between logic and field power improves electrical stability and protects control electronics from load-side disturbances. Isolation & System Protection Logic-to-field isolation: 250 VAC continuous Dielectric strength: 1500 VAC for 1 minute Diagnostic functions: Field power loss detection Module status monitoring via backplane communication LED-based operational status indication Indicators & Diagnostics FLD PWR LED: indicates external field power presence OK LED: confirms backplane communication and module readiness These indicators support fast commissioning and fault isolation during maintenance. Mechanical Design & Installation Compact DIN-rail mounted module for VersaMax backplane systems Plug-in terminal structure for simplified wiring and maintenance Weight: 0.31 kg Standard industrial enclosure designed for cabinet installation Dimensions: 110 × 66.8 × 50 mm Environmental Specifications Operating temperature: 0 °C to +60 °C Storage temperature: -40 °C to +85 °C Humidity: 5%–95% non-condensing Certified for hazardous environments: Class I, Division 2 Zone 2 (Ex nA IIC) Application Areas Process valve positioning systems Flow and pressure control loops Chemical dosing systems Industrial actuator control Continuous process automation systems FAQ Q1: Does the module support both 4–20 mA and 0–20 mA outputs?Yes, output range is selectable via hardware configuration. Q2: Is external power required?Yes, the module requires an 18–30 VDC external field power supply. Q3: Can it drive inductive loads directly?Yes, within specified limits (up to 0.5 H inductance). Q4: What resolution does the module provide?It uses a 13-bit DAC providing high-precision analog current control.
$200.00 $100.00
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General Electric GE IC200UEX636 Analog I/O Expansion Module
Overview The IC200UEX636 is an analog signal expansion unit within the GE VersaMax Micro platform, designed to extend controller capability with additional analog measurement and control channels. It integrates seamlessly into existing VersaMax architectures and is intended for systems requiring mixed voltage and current signal handling in compact control environments. The module provides both analog input acquisition and analog output generation in a single housing, reducing cabinet space and simplifying system wiring for OEM machinery and process automation installations. I/O Configuration & Signal Capability This module provides a total of 6 analog channels: 4 × analog inputs 2 × analog outputs Supported signal types: Inputs: 0–10 V DC (up to 10.23 V max) ±10 V DC (±10.23 V max) 0–20 mA 4–20 mA Outputs: 0–10 V DC 0–20 mA 4–20 mA Resolution: 12-bit conversion for both input and output channels Stable signal acquisition suitable for closed-loop control applications Power Supply & Electrical Design Operating supply: 100–240 VAC (50/60 Hz) Input voltage range: 85–264 VAC Power consumption: approximately 15 VA Inrush current: up to 4 A (short duration at 264 VAC) Hold-up time: ~200 ms at low line voltage conditions Auxiliary supply: 24 VDC sensor power output available Maximum load: 200 mA for field devices Performance & Functional Behavior High-resolution analog conversion (12-bit ADC/DAC) Supports mixed signal environments (voltage + current) Designed for stable signal integrity in electrically noisy industrial environments Optimized update timing for process control loops and sensor feedback systems Typical use functions: Continuous process monitoring Proportional actuator control Sensor signal conditioning Closed-loop automation feedback Mechanical Design & Installation Compact DIN-rail or panel mounting format Plug-in removable terminal blocks for simplified wiring Expansion connection via ribbon cable (IC200CBL501 or equivalent) Maximum expansion distance: up to 2 meters from CPU base Physical characteristics: Weight: 0.9 kg Rugged enclosure suitable for cabinet-mounted industrial environments Environmental Specifications Operating temperature: –20 °C to +60 °C Storage temperature: –40 °C to +85 °C Humidity range: 5%–95% non-condensing Designed for industrial control cabinet installation with vibration resistance Application Areas Process automation systems OEM machinery control panels HVAC control systems Water treatment and pumping stations General-purpose analog signal acquisition and actuation FAQ Q1: Can the module handle both voltage and current signals simultaneously?Yes, each channel is configurable for voltage or current depending on system setup. Q2: Does it require an external power supply?No, it operates from 100–240 VAC and provides internal sensor power. Q3: Is it compatible with all VersaMax Micro CPUs?It is designed for full integration with GE VersaMax Micro and compatible expansion architectures. Q4: What is the resolution of the analog channels?Both input and output channels use 12-bit resolution for accurate signal processing.
$200.00 $100.00
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General Electric GE IC200UDR164 Micro PLC Controller
General Overview The IC200UDR164 is a compact programmable controller within the GE VersaMax Micro family, engineered for space-efficient automation systems requiring mixed discrete control and flexible communication. It combines digital input handling, relay output switching, and integrated AC power conversion in a single hardware platform, reducing cabinet complexity and wiring overhead. Designed for OEM machinery, process skids, packaging lines, and utility control panels, this controller supports scalable expansion while maintaining deterministic scan performance. I/O Architecture & Control Capacity The controller integrates a total of 64 onboard control points: 40 × 24 VDC digital inputs (positive/negative logic compatible) 24 × relay outputs (SPST, normally open contacts) Relay outputs support direct switching of AC or DC loads, including solenoids, indicators, and motor starter interfaces. Input channels are optimized for fast signal acquisition with typical response in millisecond range. Expansion capability: Supports up to 4 VersaMax expansion modules Maximum system capacity up to 176 physical I/O points Power System & Electrical Design Integrated power input: 100–240 VAC auto-ranging supply Frequency range: 50–60 Hz Internal low-voltage regulation for backplane and logic circuits Typical input consumption: optimized for low thermal load in cabinet installations Relay output ratings: Up to 2 A per channel Suitable for resistive and inductive industrial loads Processing Performance & Memory User logic memory: 24K words Register memory: 32K words High-speed counter capability: up to 8 channels configurable Optimized scan cycle for real-time discrete control applications Supports memory expansion modules for program backup and transfer Communication Interfaces Standard and optional communication architecture: Port 1: RS-232 (RJ-45 interface) Optional Port 2: RS-485 / Ethernet 10/100 / USB (configuration dependent) Supported protocols: Modbus RTU (Master/Slave) SNP / SNP-X Modbus TCP (optional Ethernet configuration) SRTP communication (Ethernet-enabled variants) Designed for integration into distributed control networks and hybrid serial/Ethernet environments. Environmental & Mechanical Ratings Operating temperature: –40 °C to +70 °C Storage temperature: –40 °C to +85 °C Relative humidity: 5%–95% non-condensing Mounting: DIN rail or panel installation Protection class: IP20 (cabinet-mounted use only) Shock resistance: industrial-grade vibration tolerance for panel environments Physical Specifications Weight: 0.91 kg Compact modular enclosure optimized for control cabinet density Tool-free DIN rail mounting system Functional Highlights Integrated AC power supply eliminates external PSU requirement High-density 64-point control in a compact footprint Relay outputs suitable for direct field load switching Expandable architecture for system scaling Dual communication flexibility for legacy and modern networks Application Areas OEM machine automation systems Packaging and material handling equipment Water and utility control panels Distributed I/O control nodes Compact standalone industrial controllers FAQ Q1: Can the IC200UDR164 operate without external power supply?Yes. It includes an integrated 100–240 VAC power supply module. Q2: How many expansion modules are supported?Up to four VersaMax expansion units can be connected. Q3: Are outputs suitable for motor or solenoid control?Yes, relay outputs support inductive and resistive loads up to 2 A. Q4: Does it support Ethernet communication?Yes, Ethernet is available via optional communication modules depending on configuration.
$200.00 $100.00
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General Electric GE IC200CBL001 PLC Programming Cable
Product Description The IC200CBL001 is a dedicated serial communication cable used within the GE Vernova automation ecosystem. It is engineered for PLC programming, system commissioning, diagnostics, and firmware transfer between industrial controllers and engineering workstations. This assembly provides a stable RS-232 / RS-485 communication link through a shielded industrial-grade cable structure, ensuring reliable signal integrity in electrically noisy environments. It is commonly used by automation engineers during setup, maintenance, and troubleshooting of VersaMax and related GE control platforms. System Function Overview Enables PLC programming and configuration from a PC or workstation Supports serial communication for diagnostics and control access Provides firmware upload and system recovery capability Designed for industrial environments with high EMI conditions Pre-terminated plug-and-play cable assembly for fast deployment Technical Specifications General Information Model: IC200CBL001 Product Type: CPU Programming & Communication Cable Compatible Platforms: VersaMax, PACSystems, VersaView, GE Fanuc systems Communication Standards: RS-232 / RS-485 serial interface Connector Configuration: DB9 male to DB9 female Typical Use: PLC programming, configuration, diagnostics, firmware updates Weight: 0.31 kg Electrical & Communication Performance Signal Type: Digital serial transmission Data Protocol Support: Industrial serial communication (system dependent) Power Requirement: No external power required Operation Mode: Device-powered communication link EMI Protection: Fully shielded cable design for noise reduction Transmission Stability: Optimized for long-term industrial use Mechanical Construction Cable Jacket Material: Industrial-grade PVC or TPE Conductor Material: High-purity copper core Shielding: Full electromagnetic interference shielding Color: Standard black industrial finish Assembly Type: Pre-terminated factory cable Environmental Ratings Operating Temperature: –20 °C to +60 °C Application Environment: Industrial control panels and factory floors Resistance: Designed for vibration, dust, and EMI exposure Storage Conditions: Industrial standard PLC accessory storage range Functional Characteristics Direct PC-to-PLC communication for engineering tasks Supports real-time debugging and system monitoring Stable data transfer for configuration and maintenance Plug-and-play connection without external configuration hardware Suitable for commissioning and service environments Application Areas PLC programming and system setup Industrial controller diagnostics Firmware upload and system recovery Factory automation commissioning Maintenance of GE control platforms FAQ Q: Does IC200CBL001 require external power?A: No, it operates entirely through the connected PLC and PC communication ports. Q: Can it be used for firmware updates?A: Yes, it supports firmware loading and system-level maintenance tasks. Q: Is the cable shielded?A: Yes, it includes industrial-grade shielding to reduce EMI interference. Q: What systems are compatible?A: It supports VersaMax, PACSystems, and VersaView platforms.
$200.00 $100.00
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General Electric GE IC200MDL240 AC Discrete Input Module
Product Description The IC200MDL240 is a 120 VAC digital input module developed for the GE Vernova VersaMax distributed I/O platform. It is designed to acquire AC field signals from switches, relays, and sensing devices, converting them into processed input data for PLC systems. This module operates as a dual-group input interface with internal optical isolation and backplane-powered operation. It is commonly installed in modular control systems where reliable AC signal acquisition and point-level diagnostics are required. Functional Overview 16-channel AC digital signal acquisition module Two electrically isolated input groups (8 channels per group) Positive logic (sourcing input configuration) Backplane-powered operation with no external supply required Point-level diagnostics via LED indicators Designed for rack-based VersaMax I/O architecture Technical Specifications General Information Model: IC200MDL240 Product Type: 120 VAC Discrete Input Module Series: VersaMax I/O Input Channels: 16 points total Grouping: 2 × 8 input channels Logic Type: Positive logic (sourcing inputs) Installation Platform: VersaMax I/O carrier (DIN rail or panel mounted) Weight: 0.17 kg Electrical Characteristics Nominal Input Voltage: 120 VAC Operating Range: 0–132 VAC Frequency Range: 47–63 Hz Input Current: approx. 7 mA at 120 VAC ON-State Voltage Range: 70–132 VAC OFF-State Voltage Range: 0–40 VAC Response Time: ON delay: ≤ 1 cycle OFF delay: ≤ 2 cycles Backplane Current Consumption: up to 110 mA Isolation & Protection Channel Group Isolation: 1500 VAC (1 minute withstand) Continuous Isolation Rating: 250 VAC Logic-to-ground isolation: reinforced industrial-grade separation Hazardous Location Suitability: Class I, Division 2 rated environments Indicators & Diagnostics 16 individual LED indicators (one per input channel) 1 OK LED for backplane power status Real-time input state monitoring at module level Mechanical Design Dimensions: 110 × 66.8 × 50 mm Housing: compact modular I/O enclosure Mounting: VersaMax carrier system (DIN rail compatible) Environmental Ratings Operating Temperature: –40 °C to +70 °C Storage Temperature: industrial extended range (typical PLC grade) Humidity: 5%–95% non-condensing Protection Class: IP20 (cabinet installation required) Vibration Resistance: 0.2 g RMS Shock Resistance: 5 g peak Application Areas Factory automation input signal acquisition Process plant control systems Utility and energy monitoring stations Pump, fan, and motor control panels Distributed PLC I/O architectures FAQ Q: Does IC200MDL240 require external power supply?A: No, it is powered directly from the VersaMax backplane. Q: Are the input channels isolated?A: Yes, the module provides group-to-group isolation up to 1500 VAC. Q: What type of devices can be connected?A: 120 VAC field devices such as switches, relays, and AC sensors. Q: How is module status monitored?A: Each channel has an LED indicator plus a dedicated OK status LED.
$200.00 $100.00
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General Electric GE IC200UDR005 VersaMax Micro PLC 28 Point Controller
Product Description The IC200UDR005 micro PLC is part of the GE Vernova VersaMax Micro series, designed for compact machine control and distributed automation tasks. It integrates discrete inputs, relay outputs, and onboard power signaling into a single controller platform, making it suitable for OEM equipment, small process systems, and standalone control panels. This controller combines processing logic, communication interfaces, and expandable I/O capacity in a compact DIN-rail housing. It supports both local and remote expansion, enabling scalable system design while maintaining a small footprint. System Architecture Overview Compact PLC with integrated I/O and CPU Supports distributed expansion architecture Built-in serial communication interfaces Relay-based output design for direct load switching Designed for cabinet-mounted control applications Technical Specifications General Information Model: IC200UDR005 Product Type: Micro PLC Controller Series: VersaMax Micro Total I/O Capacity: 28 points onboard Input Channels: 16 × 24 VDC digital inputs Output Channels: 11 relay outputs + 1 × 24 VDC transistor output Expansion Support: up to 4 discrete + 4 analog modules (max system ~140 I/O) Mounting Method: DIN rail installation Approx. Weight: 0.79 kg (variant dependent) Power System Supply Voltage: 100–240 VAC (wide-range input) Internal Power Consumption: ~8 W typical Sensor Supply Output: 24 VDC, up to 200 mA Input Isolation: Industrial-grade internal isolation design Processing & Memory User Program Memory: 9K logic words Register Memory: 2K words Real-Time Clock: Integrated hardware RTC Analog Adjustment: 2 onboard potentiometers for tuning High-Speed Counters: Multiple Type A and Type B counter channels Supports fast pulse capture for motion/position tasks Communication Interfaces Port 1: RJ-45 / RS-232 interface Port 2: DB-15 / RS-485 interface Supported Protocols: Modbus RTU (Master/Slave, 2-wire & 4-wire) SNP / SNP-X communication Serial read/write operations Network Function: Multi-device serial integration Environmental Conditions Operating Temperature: 0 °C to 50 °C Storage Temperature: –40 °C to 85 °C Humidity Range: 5%–95% non-condensing Protection Class: IP20 (panel/cabinet installation required) Certifications: UL, CSA, CE compliance Physical Characteristics Dimensions: 90 × 76 × 150 mm Enclosure: Compact modular PLC housing Installation: DIN rail mounted inside control cabinet Functional Highlights Integrated relay outputs for direct actuator control Expandable up to 4 I/O racks for scalable system design Dual communication ports for flexible network integration Built-in RTC for time-based control logic Onboard tuning potentiometers for field adjustments High-speed counters for pulse and motion feedback Application Areas OEM machinery control systems Small manufacturing automation lines Packaging and material handling equipment Pump and fan control systems Building and utility control panels FAQ Q: Can IC200UDR005 be expanded?A: Yes, it supports up to 4 discrete and 4 analog expansion modules depending on system configuration. Q: Does it support Modbus communication?A: Yes, Modbus RTU is supported in both master and slave modes. Q: Are relay outputs suitable for direct load control?A: Yes, each relay supports up to 2 A switching for direct device control. Q: Is the PLC suitable for harsh environments?A: It is designed for cabinet installation with industrial-grade electrical isolation and environmental protection.
$200.00 $100.00
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General Electric GE IC200EBI001 Ethernet Network Interface Unit
Product Description The IC200EBI001 Ethernet Interface Unit is part of the GE Vernova VersaMax PLC ecosystem, designed to manage distributed I/O communication through industrial Ethernet networks. It operates as a networked I/O controller, enabling remote expansion racks to function as a unified control system over standard 10/100Base-T infrastructure. This module is commonly deployed in modular automation architectures where deterministic Ethernet communication, flexible I/O scaling, and system diagnostics are required. It supports multiple industrial communication standards and integrates directly into VersaMax backplane systems for compact rack-based installation. Core System Functions Ethernet-based control of VersaMax I/O stations Remote and distributed I/O architecture support Real-time industrial communication over 10/100 Mbps networks Integrated diagnostics and module health monitoring Firmware update capability via network connection Automatic I/O module recognition at startup Technical Specifications General Information Model: IC200EBI001 Product Type: Ethernet Network Interface Unit (ENIU) PLC Platform: VersaMax Series Function: Remote I/O controller and Ethernet communication gateway Mounting Method: DIN rail or panel installation within VersaMax rack Weight: 0.14 kg Network Communication Ethernet Interface: 1 × RJ-45 port Transmission Speed: 10/100 Mbps auto-negotiation Cabling: CAT5 or higher, twisted pair Maximum Cable Distance: 100 m per segment Supported Protocols: Modbus TCP Ethernet Global Data (EGD) Class 0 / Class 1 messaging DeviceNet (system dependent configuration) Duplex Mode: Full / Half duplex supported Web/FTP access for configuration and firmware updates I/O Capacity & Data Handling Maximum Modules Supported: up to 64 modules (configuration dependent) Data Exchange Capacity: 512 bytes input data 512 bytes output data 128 bytes diagnostic/fault data Expansion Capability: multi-rack distributed I/O architecture Hot module insertion supported (firmware dependent) Power & Backplane Requirements Power Source: Supplied via VersaMax backplane 5V Current Consumption: approx. 175 mA 3.3V Consumption (advanced variants): up to 425 mA No external field power required for ENIU operation Environmental Conditions Operating Temperature: 0 °C to 40 °C (standard unit) Storage Temperature: 0 °C to 50 °C Relative Humidity: up to 80% non-condensing Maximum Operating Altitude: 1000 m above sea level Compliance: CE, UL, cUL industrial certifications Functional Highlights Automatic configuration of connected I/O modules Continuous system diagnostics with LED status indicators (PWR, OK, FAULT, LAN, STAT) Remote firmware upgrade via FTP Stable Ethernet communication for distributed control systems Designed for continuous operation in industrial environments Application Areas Distributed I/O systems in manufacturing lines Water and wastewater treatment control networks Energy generation and distribution monitoring Process automation in continuous production facilities Modular PLC-based control architectures FAQ Q: Does IC200EBI001 support Modbus TCP?A: Yes, it supports Modbus TCP in compatible system configurations. Q: How many I/O modules can be connected?A: Up to 64 modules depending on rack and system configuration. Q: Can firmware be updated remotely?A: Yes, updates are supported via FTP over Ethernet. Q: Is this module hot-swappable?A: I/O modules can be hot-inserted depending on firmware version and system setup.
$200.00 $100.00
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General Electric GE IC200ALG331 Analog Output Module
Overview The IC200ALG331 is a high-resolution VersaMax analog output module developed by GE Fanuc Emerson, intended for precision control of field devices requiring stable analog command signals. It provides four fully isolated output channels capable of generating both voltage and current signals for process regulation and actuator control. The module is typically used as an interface between PLC control logic and final control elements such as valves, drives, and dampers. Output Architecture Each channel is independently isolated and software configurable, allowing flexible deployment in mixed signal environments. 4 individually isolated analog output channels Selectable output modes per channel: ±10 VDC voltage output 4–20 mA current output (internally 1–20 mA operating range) 16-bit digital-to-analog conversion Fully software configurable (no physical jumpers required) Channel isolation designed to eliminate ground loop interference Performance Characteristics Output update cycle: up to 7 ms Resolution: 16-bit (high precision setpoint control) Accuracy: ±0.1% of full scale at 25°C Stable low-noise analog generation for precision process loops Electrical Specifications Voltage output range: ±10 VDC Current output range: 4–20 mA (1–20 mA internal scaling) DAC resolution: Voltage: approx. 381 µV per step Current: approx. 381 nA per step External field power supply: 18–30 VDC (including ripple) Backplane consumption: 10 mA at 5 VDC 115 mA at 3.3 VDC Maximum load current: dependent on field device configuration Isolation and Protection Channel-to-channel isolation: 250 VAC continuous Logic-to-field isolation: 250 VAC continuous Input-to-ground isolation: 1500 VAC for 60 seconds Protection features: Open wire detection Overrange/underrange monitoring High/low limit alarms Field power loss detection Non-volatile memory fault reporting Diagnostics and Indicators FLD PWR LED: field power status OK LED: module health and operational status Built-in diagnostic feedback for real-time fault detection and system monitoring Configuration Behavior Output fault response options: Hold last output state Force defined default output value Configuration stored in non-volatile memory for recovery after power loss Mechanical Design Single-slot VersaMax module form factor Compact plug-in installation within standard carrier systems Weight: 0.31 kg Designed for high-density control cabinet integration Environmental Ratings Operating temperature: -40°C to +70°C (system dependent integration range) Designed for electrically noisy industrial environments High immunity to ground loop and electromagnetic interference due to full isolation design Applications Process control loop modulation Valve and actuator positioning systems VFD speed reference control HVAC and building automation analog outputs Precision signal generation for instrumentation systems FAQ Q1: Can each channel output voltage and current simultaneously?No, each channel is independently configurable for either voltage or current mode, not both at the same time. Q2: Does the module require external field power?Yes, a 18–30 VDC external supply is required for proper analog output operation. Q3: Are all channels fully isolated?Yes, each of the four channels is individually isolated for maximum signal integrity.
$200.00 $100.00
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General Electric GE IC200PWB001 Power Supply Booster Carrier Module
Overview The IC200PWB001 is a passive expansion carrier designed within the GE Fanuc Emerson VersaMax architecture to support additional system power supplies in large I/O configurations. It does not perform any electrical conversion; instead, it extends the existing backplane power distribution path to downstream modules. This carrier is used when the primary CPU or NIU power supply cannot meet the current demand of expanded I/O racks, enabling segmented power distribution across long or high-density VersaMax stations. System Function The module serves as a mechanical and electrical extension point for supplementary power integration. Provides mounting location for VersaMax power supplies Extends backplane power rails (5 V, logic ground, and field power distribution) Divides power zones within large I/O stations Ensures downstream modules receive regulated backplane power Requires shared external supply reference with CPU/NIU power source Power is distributed from the installed booster supply to all modules positioned to its right until another power segmentation point is reached. Mechanical Design DIN rail mounting system (35 mm standard EN 50022) Optional panel installation for vibration-prone environments Compact modular form factor for dense cabinet layouts Integrated alignment and locking structure for power supply attachment Indicator window access for installed power supply LEDs Approximate weight: 0.14 kg (0.31 lb) Electrical Characteristics Type: Passive power distribution carrier (no active electronics) Function: Backplane power extension only Supported voltage rails: 5 V logic supply ±12 V internal rails (system dependent) 24 V field/relay power distribution Isolation rating: up to 1500 VAC (system dependent via PSU interface) No internal power consumption except negligible mechanical leakage Compatible Power Supplies Supports installation of multiple VersaMax power supply models, including: IC200PWR102 IC200PWR201 IC200PWR202 Other compatible AC/DC VersaMax PSU variants Installation and Wiring The IC200PWB001 snaps onto a grounded DIN rail and mechanically interlocks with adjacent modules. It provides internal bus continuity for power distribution while maintaining electrical segmentation between power zones. External wiring requirements: Shared primary supply between CPU/NIU and booster PSU Proper grounding of DIN rail required for EMC compliance Tool-assisted torque tightening recommended for terminal connections (when applicable PSU installed) Environmental Ratings Operating temperature: -20°C to 60°C Storage temperature: -40°C to 85°C Designed for enclosed control cabinet installation Suitable for industrial environments with controlled ventilation System Application Expansion of large VersaMax I/O racks Power segmentation in distributed control panels High-density modular PLC installations Retrofit upgrades of existing VersaMax stations Systems requiring multiple power domains within a single rack FAQ Q1: Does this module generate or regulate power?No, it is a passive carrier used only for power distribution and mounting. Q2: Can multiple booster carriers be used in one system?Yes, multiple carriers can be installed to segment power zones across a large I/O station. Q3: Is external wiring required for operation?Yes, the booster power supply must share a common external supply with the main system PSU.
$200.00 $100.00
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General Electric GE IC200MDL940 Relay Output Module
Overview The IC200MDL940 is a VersaMax discrete output module engineered by GE Fanuc Emerson, designed for electromechanical switching of field devices in compact PLC systems. It provides sixteen independently isolated relay outputs suitable for both AC and DC load control. This module is commonly implemented in applications requiring robust on/off control of external devices such as solenoids, indicator lamps, motor starters, and contactors. Output Architecture Each channel operates as an individual Form A normally open relay contact, allowing flexible load switching without shared channel dependencies. 16 independent relay output channels Form A (normally open) contact configuration Individual channel isolation Group-to-group electrical separation Silver-alloy contact material for improved wear resistance Electrical Output Ratings Output voltage range: 0 to 125 VDC 0 to 265 VAC (47–63 Hz) Nominal supported voltages: 5 VDC / 24 VDC / 125 VDC 120 VAC / 240 VAC Maximum resistive load: 2 A per point (AC or low-voltage DC) 0.2 A for higher DC voltage range (31–125 VDC) Minimum load requirement: 10 mA Output voltage drop: ≤ 0.3 V Switching rate: up to 20 operations per minute Performance Characteristics Typical relay response time: 10 ms ON / 10 ms OFF Designed for moderate-speed discrete switching applications Optimized for long mechanical life under resistive loading conditions Isolation and Protection Channel-to-channel isolation: 250 VAC continuous Group isolation: 250 VAC continuous Logic-to-frame isolation: 1500 VAC for 60 seconds Designed for reduced cross-channel interference in high-density racks External suppression (snubbers or fuses) recommended for inductive loads Power Requirements Backplane consumption: up to 490 mA at 5 VDC Powered directly through VersaMax backplane architecture No external field power required for relay actuation Mechanical Construction Compact single-slot VersaMax module form factor Dimensions: 110 mm × 66.8 mm × 50 mm Weight: 1.12 lbs Designed for DIN rail-mounted VersaMax rack systems Plug-in installation with secure backplane engagement Environmental Specifications Operating temperature: 0°C to 60°C Suitable for enclosed control cabinet installations Designed for electrically noisy industrial environments when properly grounded Applications Solenoid and valve actuation systems Motor starter and contactor control Alarm and indicator signaling systems General-purpose discrete output switching Machine-level electromechanical control circuits FAQ Q1: Can this module switch inductive loads directly?Yes, but external suppression devices are recommended for relay protection and extended contact life. Q2: Are all outputs electrically independent?Yes, each channel is individually isolated with additional group isolation. Q3: Is it suitable for AC and DC loads simultaneously?Yes, each relay channel supports both AC and DC within rated limits.
$200.00 $100.00
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General Electric GE IC200DBI001 DeviceNet Slave Network Interface Unit
Overview The IC200DBI001 is a VersaMax Network Interface Unit designed by GE Fanuc Emerson to connect modular VersaMax I/O stations to a DeviceNet field network. It functions as a slave interface, translating rack-based I/O data into DeviceNet-compatible communication for a host controller. This unit supports distributed control architectures where remote I/O expansion is required over a DeviceNet backbone, ensuring deterministic data exchange between field devices and the master controller. System Functionality The module serves as the communication bridge between VersaMax I/O racks and DeviceNet networks. Operates as a DeviceNet slave node Supports up to 8 I/O modules per station Maps process data directly to network I/O image Handles cyclic polling and change-of-state communication Provides onboard configuration retention during short power interruptions Network Communication Protocol: DeviceNet (Group 2 Server) Data rates: 125 kbps, 250 kbps, 500 kbps selectable Network topology: trunk/drop multi-drop structure Maximum node capacity: up to 64 devices on network Bus length: 500 m at 125 kbps 250 m at 250 kbps 100 m at 500 kbps I/O Capacity and Data Handling Maximum station I/O modules: 8 Input data capacity: 128 bytes Output data capacity: 128 bytes Total process data: 256 bytes per station Data exchange managed via cyclic and event-driven communication modes Electrical Characteristics Power supply: 24 VDC ±10% Typical power consumption: ~150 mA (≈3.6 W) Reverse polarity protection included Integrated energy storage capacitor: 330 µF Short-term hold-up capability: approximately 10 ms Interface and Indicators 5-pin open-style DeviceNet connector LED status indicators: Power (PWR) Module status (OK / FAULT) Network status (NET) Module activity (MOD) Force mode indicator These indicators provide real-time diagnostics for network and module health. Mechanical and Installation Designed for VersaMax I/O carrier mounting system Compatible with standard IC200CHS series carriers Compact modular form factor for DIN rail cabinet integration Suitable for dense rack configurations in distributed I/O systems Weight: 0.64 lbs Environmental Ratings Operating temperature: 0°C to 60°C (some variants support -20°C start-up range) Storage temperature: -40°C to 85°C Certifications: CE, cULus Designed for enclosed control cabinet environments with controlled airflow Applications Remote I/O expansion over DeviceNet networks Machine-level distributed control systems Multi-node sensor and actuator integration Packaging and material handling systems Legacy DeviceNet infrastructure modernization FAQ Q1: How many I/O modules can be connected to one unit?Up to 8 VersaMax I/O modules per station. Q2: Does it support multi-speed DeviceNet communication?Yes, it supports 125, 250, and 500 kbps selectable baud rates. Q3: Can it maintain data during brief power loss?Yes, an onboard capacitor provides short-term hold-up to preserve communication stability.
$200.00 $100.00
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General Electric GE IC200CPU005 PLC CPU Processor Module
Overview The IC200CPU005 is a VersaMax-series programmable controller CPU developed by GE Fanuc Emerson, designed for compact automation systems requiring scalable control logic and modular expansion capability. It functions as the central processing unit of a VersaMax rack, coordinating I/O modules, executing control logic, and managing serial communications for field devices. The unit is suitable for standalone machines as well as distributed control applications with moderate I/O requirements. Core System Capabilities Supports up to 64 VersaMax I/O modules Maximum system capacity: 2048 discrete and analog I/O points Local I/O handling: up to 256 points directly Integrated real-time clock with battery-backed retention Program storage using non-volatile flash memory Processing Performance Boolean execution speed: approx. 0.8 ms per 1K logic instructions Floating-point arithmetic supported for advanced calculations Deterministic scan behavior suitable for time-critical control tasks Optimized for small to mid-size machine control cycles Memory Architecture User memory: 64 KB configurable space Logic program area %R registers %AI / %AQ data tables Battery-backed RAM for data retention and system variables Flash memory for permanent program storage Supercapacitor backup maintains volatile memory temporarily (approx. 1 hour without battery power) Battery life expectancy: up to ~5 years (typical) Communication Interfaces The CPU integrates two independent serial communication channels: RS-232 port for programming, diagnostics, and firmware updates RS-485 port for field communication and device networking Supported protocols include: SNP / SNP-X for GE system communication Modbus RTU master functionality (firmware dependent) Firmware upgrades are supported via RS-232 interface only. I/O Expansion Capacity Maximum I/O modules: 64 Total system I/O capacity: up to 2048 points Expansion flexibility suitable for distributed rack configurations Compatible with full VersaMax I/O family modules Electrical and Power Characteristics Backplane current draw: ~35 mA at 5 VDC (base operation) Up to ~135 mA at 5 VDC with serial accessories attached Designed for low-power backplane operation in modular racks Mechanical and Installation DIN rail mounting: 35 mm standard (EN 50022) Installation requires grounded, unpainted conductive rail Integrated Run/Stop hardware switch for local control Compact CPU form factor designed for single-slot installation Weight: 0.4 lbs Environmental Ratings Operating temperature: 0°C to 60°C Designed for enclosed control cabinet environments Stable operation under industrial vibration and electrical noise conditions when properly grounded Applications Compact machine automation systems Standalone process control units Conveyor and packaging machines Pump and HVAC control systems Small distributed I/O architectures FAQ Q1: Can this CPU handle analog and digital expansion together?Yes, it supports mixed I/O configurations across all compatible VersaMax modules. Q2: Is Modbus supported natively?Modbus RTU support is available depending on firmware version. Q3: Can the system run without a battery?Yes, but program and data retention will be limited without battery or capacitive backup.
$200.00 $100.00
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General Electric GE IC200CMM020 Modbus RTU Master Communication Module
Overview The IC200CMM020 is a VersaMax serial communication interface module developed by GE Fanuc Emerson, designed to extend system connectivity by enabling Modbus RTU master functionality within a VersaMax I/O station. It allows a single VersaMax rack to communicate directly with external Modbus slave devices such as variable frequency drives, instrumentation panels, barcode scanners, and third-party controllers. Communication is routed through a Genius LAN structure, allowing integration with both Genius-based and PROFINET-capable NIU systems. Communication Architecture This module operates as a Modbus RTU master node and manages serial polling and command execution for connected field devices. Supports Modbus RTU master mode operation Communication through Genius LAN backplane Compatible with Genius NIU and PROFINET NIU systems Supports up to 2 serial modules per NIU station Data exchange handled via COMMREQ instructions from controller logic Serial Interface Specifications Communication standard: RS-485 (2-wire or 4-wire selectable) Physical connector: 15-pin D-sub interface Supported baud rates: 1200, 2400, 4800, 9600, 19200 bps Duplex modes: half-duplex and full-duplex operation RS-232 compatibility: available via external adapter (IC690ACC901) Device Capacity and Protocol Support Modbus RTU slave addressing: 1 to 247 devices per network Maximum serial modules per NIU station: 2 Supports cyclic polling and command-based communication Suitable for mixed vendor Modbus device integration Electrical Characteristics 5 VDC backplane current consumption: approx. 460 mA 3.3 VDC consumption: approx. 5 mA Auxiliary 5 V output available for external serial devices (100–200 mA depending on load) Designed for low-voltage logic-level communication stability Functional Operation The module executes Modbus communication tasks through controller-issued COMMREQ instructions, supporting: Master port initialization Read/write register operations Force and preset commands Diagnostic query handling This structure enables deterministic control of third-party Modbus RTU devices within a VersaMax system architecture. Mechanical and Installation Details Requires IC200CHS006 communication carrier for mounting Compatible with any slot position in VersaMax I/O rack Supports daisy-chained RS-485 field wiring for network expansion Compact module footprint designed for dense cabinet layouts Weight: 0.18 lbs Environmental Ratings Operating temperature range: 0°C to 40°C Certifications: CE, cULus Designed for controlled industrial cabinet environments Applications Integration of Modbus RTU field devices into VersaMax systems Drive and motor control communication interfaces Third-party instrumentation data acquisition Multi-vendor device networking Machine-level serial communication expansion FAQ Q1: Does this module operate as a Modbus slave?No, it functions exclusively as a Modbus RTU master device. Q2: How many devices can it control?Up to 247 Modbus RTU slave devices per serial channel. Q3: What carrier is required for installation?It requires the IC200CHS006 communication carrier for proper mounting and backplane connection.
$200.00 $100.00
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General Electric GE IC200CHS025 I/O Carrier Module
Overview The IC200CHS025 is a compact VersaMax carrier unit engineered by GE Fanuc Emerson for direct mounting of a single I/O module within a distributed control rack. It integrates field wiring termination, backplane interface routing, and mechanical module retention into a single vertical-format carrier. Designed for space-constrained control panels, this model uses spring-clamp terminal technology to simplify wiring installation while maintaining reliable electrical contact and vibration resistance. Mechanical Structure and Installation This carrier is optimized for high-density cabinet layouts and supports both DIN rail and panel mounting configurations. DIN rail mounting: 35 mm standard (EN 50022) Optional direct panel mounting for high-vibration environments Vertical module orientation for compact rack arrangement Integrated keying system to prevent incorrect module placement Secure latch mechanism for stable module retention Carrier-to-carrier interconnect support for backplane continuity Wiring Interface Design The IC200CHS025 uses spring-loaded IEC terminal technology to reduce installation time and eliminate the need for specialized tools. 36 spring-clamp terminals total Supports up to 32 signal I/O connections Includes 4 dedicated common/power terminals Compatible with single or dual conductor wiring Wire compatibility: Single wire: AWG 14–22 Dual wire: AWG 18 This design improves wiring density while reducing maintenance errors in field installations. Electrical Ratings Maximum operating voltage: 264 VAC Transient voltage withstand: up to 300 VAC I/O capacity: up to 32 points per carrier (module dependent) Power distribution: supplied through mounted VersaMax I/O module Designed for low-resistance signal continuity across backplane interface System Integration The carrier functions as a structural and electrical interface for VersaMax I/O modules, ensuring stable communication with the system backplane while maintaining correct module alignment and grounding continuity. It is compatible with a wide range of VersaMax digital and analog I/O modules used in modular control architectures. Environmental Specifications Operating temperature range: -40°C to +60°C Vertical spacing requirement: 2 inches Horizontal spacing requirement: 1 inch DIN rail grounding required for EMC compliance Conductive, corrosion-resistant rail surface recommended Physical Characteristics Length: 163.5 mm Width: 66.8 mm Depth: 70 mm Weight: 0.68 lbs Applications Compact PLC I/O expansion systems High-density control cabinet wiring layouts Machine-level modular automation systems Retrofit installation of VersaMax I/O platforms Vibration-sensitive industrial control panels FAQ Q1: What type of wiring system does this carrier use?It uses 36 spring-loaded IEC terminals for tool-free wire insertion. Q2: Can it be installed without DIN rail mounting?Yes, it supports optional panel mounting for environments with higher vibration. Q3: How many I/O points does it support?It supports up to 32 I/O channels plus 4 common/power connections depending on module configuration.
$200.00 $100.00
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General Electric GE IC200CHS006 Communications Carrier Module
Overview The IC200CHS006 is a VersaMax system communications carrier designed by GE Fanuc Emerson to serve as the physical and electrical foundation for VersaMax communication interface modules. It is specifically engineered to host IC200BEM series communication units and provide stable backplane integration within distributed control architectures. The module enables reliable fieldbus connectivity and ensures proper signal exchange between network modules and the VersaMax backplane while maintaining mechanical stability and electrical grounding integrity. System Function This carrier acts as a dedicated base for communication modules, ensuring structured mounting and system-level connectivity. Hosts VersaMax communication modules (IC200BEM series) Provides backplane data and 5 V logic power interface Enables high-speed data exchange between network modules and CPU system Supports fieldbus architectures including PROFIBUS-DP, DeviceNet, and AS-Interface (module dependent) Electrical Characteristics Backplane supply voltage: 5 VDC Current consumption: approx. 5 mA I/O data handling capacity: up to 244 bytes depending on installed communication module Designed for low-power logic interface operation Stable signal routing for network communication modules Communication Capability Depending on the installed IC200BEM module, supported network performance ranges include: Low-speed communication: 9.6 Kbaud High-speed communication: up to 12 Mbaud Variable data throughput depending on fieldbus protocol implementation Mechanical Construction DIN rail mounting (35 mm standard EN 50022) Optional panel mounting via integrated latch points Compact carrier design optimized for dense cabinet layouts Secure module locking structure for vibration resistance Weight: 0.46 lbs Environmental Ratings Operating temperature range: 0°C to 60°C Storage temperature range: -40°C to 85°C Relative humidity tolerance: 10% to 95% non-condensing Maximum installation altitude: 1000 m without performance derating Installation and Grounding The IC200CHS006 is designed to snap directly onto a grounded DIN rail, providing EMC protection through conductive mounting. Proper grounding reduces electrical noise and ensures stable communication performance in electrically noisy environments. Module installation is tool-free, with secure latch retention for quick replacement and maintenance. Applications Fieldbus communication infrastructure in modular PLC systems Distributed I/O networking architectures Machine-level network communication nodes Compact control cabinet communication expansion Multi-protocol industrial networking systems FAQ Q1: Which modules are compatible with this carrier?It is designed for VersaMax IC200BEM communication modules. Q2: Does it provide power to communication modules?Yes, it supplies 5 V backplane power and data interface support. Q3: Can it be mounted without a DIN rail?Yes, it supports optional panel mounting using integrated latch points.
$200.00 $100.00
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General Electric GE IC200CH003 I/O Carrier Module
Overview The IC200CHS003 is a VersaMax-series connector-style I/O carrier developed by GE Fanuc Emerson. It functions as the physical and electrical interface between VersaMax I/O modules and the system backplane while also providing field wiring termination through a high-density connector layout. This carrier is intended for single-module mounting applications where compact DIN-rail installation and structured wiring organization are required. It supports vertical module orientation and is designed for rapid replacement and simplified maintenance in modular control assemblies. Electrical and Interface Design The carrier integrates backplane communication pathways with external field wiring through a 36-pin connector interface. It supports both signal distribution and power/common routing for attached I/O modules. 36-pin field wiring connector interface Supports up to 32 I/O signal points Provides 4 dedicated common/power terminals Backplane pass-through for module communication Designed for crimp-contact wiring or pre-assembled cable harnesses Mechanical Construction DIN rail mounting compatible (35 mm standard EN 50022) Snap-lock installation with conductive rail grounding support Vertical module orientation for optimized rack density Integrated latch mechanism for secure module retention Compact single-slot footprint Electrical Ratings Current capacity per I/O point: up to 2 A Common and power line capacity: up to 8 A Maximum transient voltage tolerance: 300 VAC Designed for low-resistance backplane connectivity Optimized for short-run field wiring architectures Wiring and Installation Method Field wiring is terminated directly into the 36-pin connector using crimp contacts or pre-wired cable assemblies. The latch system allows quick insertion and removal of harnesses without disturbing adjacent modules. Interposing terminal blocks may be used when additional isolation or field breakout is required. Environmental and Handling Notes Designed for conductive DIN rail grounding to improve EMC performance Connector surfaces should not be handled during operation Thermal rise at connector interface may occur under high load conditions Suitable for compact cabinet installations with limited wiring space System Compatibility The IC200CHS003 is compatible with most VersaMax I/O modules. However, it is not intended for use with high-isolation or specialty modules requiring enhanced separation (such as certain high-density analog or isolated digital variants). Applications Compact distributed I/O wiring systems Machine-level control cabinets Modular PLC expansion racks Pre-wired control panel assemblies Retrofit automation cabinet upgrades FAQ Q1: How many I/O points can be wired through this carrier?It supports up to 32 signal points plus 4 common/power connections. Q2: Can it be used with all VersaMax modules?It is compatible with most modules, but not recommended for high-isolation types requiring special separation. Q3: What installation method is used?It mounts directly on a standard 35 mm DIN rail with snap-lock retention.
$200.00 $100.00
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