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General Electric GE IC200ALG430 Analog Mixed I/O Module
Overview The IC200ALG430 from GE Fanuc Emerson VersaMax series is a compact analog mixed I/O module designed for 4–20 mA current loop signal acquisition and output control. It integrates both input and output functionality in a single-slot module, reducing rack space while maintaining high signal integrity. It is engineered for process automation systems where stable analog current transmission is required, such as flow, pressure, level measurement, and actuator positioning. Functional Design 4 differential analog input channels (4–20 mA) 2 single-ended analog output channels (4–20 mA) 12-bit analog-to-digital and digital-to-analog conversion Independent input/output signal processing architecture Channel isolation with crosstalk suppression (~30 dB) Performance Characteristics Input scan time: 0.4 ms maximum Output update time: 0.3 ms maximum Input filter response: 5 ms Resolution: 12-bit (4096 counts) Accuracy at 25°C: ±0.3% typical of full scale Maximum accuracy: ±0.5% full scale Electrical Specifications Input type: 4–20 mA differential current loops Output type: 4–20 mA sourcing outputs Backplane power consumption: 5 VDC, approx. 50 mA External output power: 18–30 VDC (loop dependent) Logic supply: 9.6–15 VDC (nominal 12 VDC) Load resistance: up to 1250 Ω Capacitive load: max 0.1 µF Inductive load: max 0.5 H Isolation: 250 VAC continuous / 1500 VAC for 1 minute Diagnostics and Indicators FLD PWR LED indicates field-side power status OK LED indicates module and system health Detects loss of user-side power Configurable output behavior on power loss: Hold last output value Default safe-state output Applications Process control loops Flow, pressure, and level measurement systems Valve and actuator control Pump and compressor monitoring Distributed analog I/O systems FAQ Q: Does it support voltage input signals?A: No, it only supports 4–20 mA current loop signals. Q: Are input and output channels isolated?A: Yes, the module provides electrical isolation between sections for improved signal stability. Q: Is external power required for outputs?A: Yes, outputs require an 18–30 VDC external loop power supply.
$200.00 $100.00
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General Electric GE IC200ALG326 VersaMax Analog Output Module
Product Description The IC200ALG326 is a compact analog output module from the GE Fanuc VersaMax platform, engineered to deliver stable current signals for industrial control applications. It provides eight single-ended output channels grouped under a common reference, designed for driving field devices such as control valves, variable speed drives, and actuators. This module operates in current-sourcing mode and supports both 4–20 mA and 0–20 mA output ranges, selectable via onboard jumper configuration. With a 13-bit resolution, it ensures consistent signal scaling suitable for most process control environments. Integrated diagnostics monitor both field and backplane power conditions, while configurable output fallback behavior allows the system to maintain stability during communication interruptions or power loss. The module can be replaced under power (hot insertion), though careful handling is recommended to avoid disturbances on the I/O rack. Key Features Eight analog current output channels in a single module Current-sourcing outputs with jumper-selectable ranges Supports 4–20 mA (default) and 0–20 mA output signals 13-bit resolution for reliable analog control Configurable output response on fault conditions LED indicators for field and backplane power status Integrated diagnostics for system monitoring Compatible with VersaMax PLC CPUs and NIUs Supports hot insertion for maintenance flexibility Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Series: VersaMax Product Type: Analog Output Module Model: IC200ALG326 Output Characteristics Number of Channels: 8 (single-ended, one group) Output Type: Current sourcing Output Ranges: 4–20 mA (default) 0–20 mA (jumper selectable) Resolution: 13-bit Update Time: ≤15 ms per module Scaling 0–20 mA Mode: 0 mA = 0 counts 20 mA = 32,000 counts 4–20 mA Mode: 4 mA = 0 counts 20 mA = 32,000 counts Electrical Specifications Field Power Supply: 18–30 VDC Backplane Current Consumption: 50 mA @ 5 VDC Field Current Consumption: Up to 185 mA at full load (all channels active) Inrush Current: up to 2 A No-load consumption: approx. 100 mA Isolation Field to logic isolation: 250 VAC continuous 1500 VAC for 1 minute Channel-to-channel isolation: Not provided (common reference) Diagnostics & Status Indication Field power presence detection (FLD PWR LED) Backplane power indication (OK LED) Detection of power loss conditions Output behavior configurable for: Communication failure Backplane power loss Selectable fallback modes: hold last value or predefined output Mechanical & Environmental Mounting: VersaMax baseplate Weight: 0.44 lbs Protection Rating: IP20 Designed for standard industrial environments Applications The IC200ALG326 is typically deployed in control systems requiring accurate analog output signals: Process control loops (flow, pressure, temperature) Valve and actuator positioning Variable frequency drive (VFD) control Chemical and petrochemical plants Power generation systems FAQ Q: Are the outputs isolated individually?A: No, all eight channels share a common reference and are not individually isolated. Q: Can the output range be changed without software?A: Yes, switching between 4–20 mA and 0–20 mA is done via a hardware jumper. Q: What happens if communication with the PLC is lost?A: The module can be configured to either hold the last output value or transition to a predefined safe state.
$200.00 $100.00
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General Electric GE IC200ALG265 VersaMax 15-Channel Analog Input Module
Product Description The IC200ALG265 is a high-density analog input module developed for the GE Fanuc VersaMax PLC series, offering 15 single-ended channels for voltage and optional current signal acquisition. It is optimized for applications requiring a large number of analog inputs within a compact footprint. Primarily configured for voltage measurement in the range of −10 V to +10 VDC, the module can also accommodate current signals (0–20 mA or 4–20 mA) through hardware jumper selection. All channels share a common return, simplifying wiring while maintaining stable measurement performance. The module incorporates internal diagnostics, overvoltage protection, and configurable fault handling. It is TÜV-certified for SIL2 applications, making it suitable for safety-related systems, including Global Modular Redundancy (GMR) architectures. No additional external power source is required for module operation. Key Features Fifteen analog input channels in a single module Default voltage input with optional current mode via jumper configuration High-resolution 15-bit analog-to-digital conversion Wide voltage input range from −10 V to +10 VDC Integrated overvoltage protection up to 30 VDC Built-in diagnostics for conversion errors and system faults SIL2 certification for safety-critical control systems LED status indication for module health Software-defined behavior during fault or power loss conditions Designed for direct integration into VersaMax I/O systems Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Automation Series: VersaMax Product Type: Analog Input Module Model: IC200ALG265 Input Configuration Channels: 15 (single-ended) Channel Grouping: One common group Input Modes: Voltage (default), Current (jumper selectable) Input Ranges Voltage: −10 V to +10 VDC Current: 0–20 mA 4–20 mA Performance Resolution: 15-bit Update Time: Approx. 7.5 ms per module Accuracy: Typical: ±0.3% Maximum: ±1% Input Impedance (Voltage Mode): ≥100 kΩ Diagnostics & Protection Overvoltage tolerance up to 30 VDC Internal A/D conversion monitoring with fault detection threshold (~±6%) OK LED deactivates after repeated internal errors Diagnostic reporting to PLC CPU or NIU Configurable response on fault: hold last value or predefined safe state Isolation & Safety Electrical Isolation: 250 VAC continuous 1500 VAC for 1 minute (field to ground) Safety Certification: SIL2 (TÜV approved) Suitable for redundant control architectures (e.g., GMR systems) Power Requirements Backplane Supply: 5 VDC Current Consumption: Typically 100 mA (may vary up to ~150 mA depending on configuration) External Power: Not required for module operation Mechanical & Environmental Data Mounting: VersaMax baseplate Channel Layout: 15 inputs, common return Operating Temperature: Industrial standard range (no derating required) Protection Rating: IP20 Applications The IC200ALG265 is designed for applications where a large number of analog signals must be monitored reliably: Process industries (chemical, oil & gas, pharmaceuticals) Power generation and energy distribution Safety instrumented systems (SIS) Water treatment and environmental monitoring Redundant and high-availability control systems FAQ Q: Can voltage and current inputs be used at the same time?A: No, the module must be configured globally for either voltage or current input using hardware jumpers. Q: Is the module suitable for safety-related applications?A: Yes, it is SIL2 certified and can be used in safety-critical systems such as GMR architectures. Q: Does the module require an external power supply?A: No, it operates directly from the VersaMax backplane. External power is only needed for connected field devices if required.
$200.00 $100.00
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General Electric GE IC200ALG262 VersaMax 8-Ch Differential Analog Input
Product Description The IC200ALG262 is a precision analog current input module designed for the GE Fanuc VersaMax PLC platform. It provides eight differential input channels optimized for current loop signals, ensuring stable and accurate measurement in electrically noisy industrial environments. By using differential signal acquisition, this module significantly improves immunity to electromagnetic interference compared to single-ended designs. It is particularly well suited for applications where signal integrity is critical, such as process industries and power systems. The module supports both 4–20 mA and 0–20 mA input ranges, selectable via hardware configuration. It integrates directly into VersaMax I/O stations and supports hot insertion, allowing replacement without powering down the system. Key Features Eight differential analog current input channels Designed for 0–20 mA and 4–20 mA signal loops High-resolution 15-bit conversion for precise measurement Excellent noise rejection through differential input architecture Open-circuit detection in 4–20 mA applications Hot-swappable design for maintenance without system interruption Built-in diagnostics for signal and module status monitoring LED indicators for operational and power conditions Rugged construction for industrial environments Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Automation Series: VersaMax Product Type: Analog Current Input Module Model: IC200ALG262 Input Configuration Number of Channels: 8 (differential) Channel Grouping: Single group Input Type: Current only Input Ranges 4–20 mA (default) 0–20 mA (jumper selectable) Performance Resolution: 15-bit 0.5 µA/count (4–20 mA) 0.625 µA/count (0–20 mA) Update Time: Up to 7.5 ms per module Accuracy: ±0.3% typical ±1% maximum (0–60°C) Electrical Characteristics Input Impedance: 100 Ω Common Mode Range: −10 V to +10 V Common Mode Rejection Ratio: 70 dB Diagnostics Open-wire detection (available in 4–20 mA mode) Over-range and under-range monitoring Internal power loss detection Fault reporting via CPU or NIU Isolation & Protection Isolation Voltage: 250 VAC continuous 1500 VAC for 1 minute Isolation Type: Field inputs to logic and ground Differential channel design enhances noise immunity No individual channel isolation (shared group architecture) Power Requirements Backplane Supply: 5 VDC Current Consumption: Up to 200 mA External Power: Not required for module operation Environmental Specifications Operating Temperature: 0°C to +60°C (standard rating) Storage Temperature: −40°C to +85°C Humidity: Up to 95% non-condensing Protection Rating: IP20 Mechanical Data Dimensions (W × H × D): 110 × 66.8 × 50 mm Mounting: VersaMax baseplate Weight: 0.5 kg Applications The IC200ALG262 is widely used in environments where accurate current loop measurement is required under challenging conditions: Process industries (pressure, flow, level transmitters) Power generation and distribution systems Oil & gas and petrochemical facilities Environmental and water treatment monitoring Industrial automation with high EMI exposure FAQ Q: What is the advantage of differential inputs compared to single-ended inputs?A: Differential inputs significantly reduce noise and interference, making them ideal for long cable runs and harsh industrial environments. Q: Can the module detect sensor faults?A: Yes, it supports open-wire detection in 4–20 mA mode along with over-range and under-range diagnostics. Q: Is it possible to replace the module while the system is running?A: Yes, the module supports hot-swapping when used in compatible VersaMax systems.
$200.00 $100.00
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General Electric GE IC200ALG260 VersaMax 8-Channel Analog Input Module
Product Description The IC200ALG260 is an 8-channel analog input module engineered for the GE Fanuc VersaMax PLC platform. It is intended for precise acquisition of field signals in industrial environments, supporting both voltage and current input types within a single module. All eight inputs are organized as a single group of single-ended channels. Signal type and range are configured באמצעות onboard jumpers, allowing selection between voltage and current operation as well as unipolar or bipolar voltage ranges. The module incorporates optical isolation between field signals and the control system to improve noise immunity and protect the backplane. Unlike some analog modules, the IC200ALG260 does not require an external field power supply for operation, simplifying system design. Built-in diagnostics and status LEDs provide clear indication of module health and signal conditions. Key Features Eight analog input channels in a single module group Supports both voltage and current signal measurement Jumper-based configuration for flexible setup 12-bit resolution for stable and repeatable measurements Optical isolation between field inputs and logic circuits Integrated diagnostics for fault and signal condition monitoring No external power supply required for module operation LED indicators for internal and backplane power status Compact design compatible with VersaMax I/O systems Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Automation Series: VersaMax Product Type: Analog Input Module Model: IC200ALG260 Input Configuration Number of Channels: 8 (single-ended) Channel Grouping: 1 group (no channel-to-channel isolation) Supported Modes: Voltage or Current (jumper selectable) Voltage Input Characteristics Input Ranges: ±10 V (default) 0–10 V (selectable) Input Impedance: Up to 126 kΩ Resolution: 12-bit (4096 counts) Accuracy: ±0.3% typical at 25°C ±0.5% max (0–60°C) ±1% max (full temperature range) Filter Response Time: 5 ms Current Input Characteristics Input Range: 4–20 mA Input Impedance: Up to 200 Ω Resolution: 12-bit Accuracy: Same as voltage mode Filter Response Time: 5 ms Performance Module Update Rate: 0.4 ms Electrical Requirements Backplane Supply: 5 VDC Current Consumption: 125–130 mA max External Field Power: Not required Diagnostics & Indicators LED Indicators: OK (backplane status) INT PWR (internal field power) Diagnostic Functions: Loss of internal power Over-range and under-range detection Open-wire detection (current mode) Configurable high/low alarm thresholds (via software) Fault Response: Configurable (hold last value or predefined state) Isolation & Protection Optical Isolation: 250 VAC continuous 1500 VAC for 1 minute Isolation Type: Field inputs to logic and ground Channel Isolation: Not provided (common group) Crosstalk Rejection: ≥ 30 dB Mechanical & Environmental Data Dimensions: 109 × 67 × 50 mm Weight: 0.56 lb Mounting: DIN rail Operating Temperature: −10°C to +55°C (no derating) Applications The IC200ALG260 is commonly used in systems where multiple analog signals must be monitored with good accuracy and reliability: Process measurement (pressure, temperature, flow, level) Power generation and energy distribution systems Water and wastewater treatment plants Industrial monitoring and data acquisition systems FAQ Q: Can voltage and current inputs be used simultaneously?A: The module operates in either voltage or current mode, selected via hardware jumpers. Mixed operation per channel is not supported. Q: Does this module provide channel-to-channel isolation?A: No, all inputs share a common group. However, isolation is provided between field inputs and the control system. Q: Is an external power supply required for sensors?A: The module itself does not require external power, but connected sensors may require their own supply depending on type.
$200.00 $100.00
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General Electric GE IC220ALG320 Analog Output Module
Product Description The IC220ALG320 is a single-channel analog output module from the GE Fanuc VersaPoint I/O family, intended for precise control of field devices in distributed automation systems. It converts digital control values into stable analog signals, supporting both voltage and current output modes. Designed for accuracy and responsiveness, the module features 16-bit digital-to-analog conversion and sub-millisecond update performance. It is suitable for driving actuators such as control valves, variable speed drives, and positioning devices where signal fidelity is critical. The module operates using a 2-wire connection method and interfaces with field wiring via the IC220TBK203 terminal base, which must be ordered separately. Integrated LED indicators provide immediate visual feedback on operating status and output activity. Key Features One analog output channel configurable for voltage or current High-resolution 16-bit D/A conversion for fine signal control Supported output ranges: 0–10 V, 0–20 mA, 4–20 mA Fast response time under 1 ms including signal conversion Compact housing optimized for high-density I/O installations LED indicators for bus communication and output voltage presence 2-wire connection system for simplified wiring Designed for use with external 24 VDC field supply Compatible with VersaPoint modular I/O architecture Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Automation Series: VersaPoint Product Type: Analog Output Module Model: IC220ALG320 Output Characteristics Number of Channels: 1 Signal Types: Voltage or Current (selectable, not simultaneous) Output Ranges: Voltage: 0–10 V Current: 0–20 mA, 4–20 mA Performance Resolution: 16-bit Conversion and Update Time: < 1 ms Load Requirements Voltage Output: Minimum load resistance ≥ 2 kΩ Current Output: Maximum load resistance ≤ 500 Ω Power Requirements Logic Supply (UL): Typical: 30 mA Maximum: 40 mA Analog Supply (UANA, 24 VDC): Typical: 50 mA Maximum: 65 mA Total Power Consumption: Approx. 1.4 W Environmental Conditions Operating Temperature: −25°C to +55°C Storage Temperature: −25°C to +85°C Humidity: 75% average, up to 85% non-condensing Protection Rating: IP20 Protection Class: Class 3 (IEC compliant) Mechanical Data Dimensions (W × H × D): 24.4 × 120 × 71.5 mm Mounting: DIN rail Connection Type: 2-wire Terminal Base: IC220TBK203 (required, sold separately) Installation Considerations Use shielded twisted-pair cables for analog signal wiring to reduce interference Connect cable shielding to functional earth (FE) for noise suppression In high-noise environments with cable lengths exceeding 10 meters, implement RC filtering between shield and earth Install analog modules with adequate spacing from heat-generating modules to maintain thermal stability Applications The IC220ALG320 is typically applied in systems requiring accurate analog signal generation: Valve positioning and flow control systems Variable frequency drive (VFD) control Process automation and chemical dosing HVAC and building automation systems Distributed I/O networks in manufacturing plants FAQ Q: Can voltage and current outputs be used at the same time?A: No, the module supports either voltage or current output per configuration, not both simultaneously. Q: What terminal base is required for installation?A: The module requires the IC220TBK203 terminal strip for field wiring. Q: Is the module suitable for long-distance signal transmission?A: Yes, but proper shielding and grounding practices should be followed to maintain signal integrity.
$200.00 $100.00
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General Electric GE IC200ETM001 VersaMax Expansion Transmitter Module
Product Description The IC200ETM001 Expansion Transmitter Module is designed for GE Fanuc VersaMax PLC systems to enable distributed I/O architectures. Installed alongside a CPU or Network Interface Unit (NIU), it transmits expansion bus signals to remote racks, allowing system scaling without compromising communication reliability. This module works in conjunction with Expansion Receiver Modules (ERM001 for isolated applications or ERM002 for non-isolated setups), forming a flexible topology suitable for both short-distance and long-distance installations. Its compact DIN-rail design and integrated diagnostics make it a practical solution for modular automation systems. Key Features Enables connection from a primary rack to up to seven remote expansion racks Supports a maximum of eight I/O or specialty modules per expansion rack Compatible with both isolated (ERM001) and non-isolated (ERM002) receivers High-speed expansion bus communication up to 1 Mbit/s under optimized conditions Extended communication distance up to 750 meters with isolated configuration Integrated 26-pin D-sub expansion interface for secure signal transmission Pass-through 16-pin serial port for firmware updates and maintenance access Status LEDs for real-time monitoring of power and communication activity DIN-rail mountable for streamlined panel installation Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Automation Series: VersaMax Product Type: Expansion Transmitter Module Model: IC200ETM001 Expansion Capacity Maximum Expansion Racks: 7 Modules per Rack: Up to 8 I/O or specialty modules Electrical Characteristics Supply Voltage: 5 VDC (via backplane) Current Consumption: 44 mA (maximum) Communication Interface Expansion Connector: 26-pin D-sub female Programming Port: 16-pin male serial pass-through Data Transmission Rate: Standard: 250 Kbit/s Maximum: 1 Mbit/s (short distance, isolated configuration) Cable Distance Limits With ERM002 (non-isolated): up to 15 meters With ERM001 (isolated): up to 750 meters Indicators PWR LED: Indicates module power status EXP TX LED: Indicates expansion bus activity Physical Data Mounting: DIN rail Weight: 0.31 lb Applications The IC200ETM001 is commonly deployed in systems requiring distributed I/O layouts, including: Material handling and conveyor systems Packaging and assembly machinery Water treatment and utilities control Energy and process automation environments Remote I/O installations across large facilities FAQ Q: What is the difference between ERM001 and ERM002 receivers?A: ERM001 provides electrical isolation and supports long-distance communication (up to 750 m), while ERM002 is non-isolated and limited to shorter distances (up to 15 m). Q: Can this module be used with any VersaMax CPU?A: Yes, it is compatible with VersaMax CPUs and NIUs that support expansion racks via the expansion bus interface. Q: Does the module require an external power supply?A: No, it is powered directly from the VersaMax backplane (5 VDC).
$200.00 $100.00
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General Electric GE IC220ALG220 VersaPoint Analog Input Module
Product Description The IC220ALG220 analog input module is part of the GE Fanuc VersaPoint distributed I/O family, engineered for accurate acquisition of industrial analog signals. It provides two independently configurable input channels capable of measuring both voltage and current, making it suitable for a wide range of field instrumentation. With 15-bit resolution and a fast update cycle, the module ensures precise signal conversion for control and monitoring tasks. It supports typical industrial transmitters, including 2-wire loop-powered and 3-wire active sensors. Each channel can be configured separately, allowing mixed signal types within the same module. The unit interfaces with field wiring through a dedicated terminal base, typically IC220TBK061 (in some system configurations, IC220TBK062 may also be referenced depending on wiring scheme), which must be ordered separately. Key Features Two single-ended analog input channels Configurable for voltage and current signals High-resolution 15-bit signal conversion Independent parameterization per channel Fast acquisition cycle ≤ 1.5 ms for both channels Compatible with 2-wire and 3-wire transmitters Diagnostic LEDs for module and channel status Compact modular design for VersaPoint I/O stations Requires external 24 VDC field power supply Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Automation Series: VersaPoint Product Type: Analog Input Module Model: IC220ALG220 Input Configuration Number of Channels: 2 (single-ended) Supported Signal Types: Voltage and Current Input Ranges Current: 0–20 mA 4–20 mA ±20 mA Voltage: 0–10 V ±10 V Performance Parameters Resolution: 15-bit (range-independent) Update Time: ≤ 1.5 ms (both channels) Input Resistance: Voltage Inputs: > 220 kΩ Current Inputs: Approx. 50 Ω Input Filter Cutoff Frequency: Approx. 40 Hz Power Requirements Logic Supply (UL): Approx. 45 mA Analog Supply (UANA): Approx. 12 mA Total Power Consumption: Approx. 0.63 W Field Supply Voltage: 24 VDC Environmental Conditions Operating Temperature: −25°C to +55°C Storage Temperature: −25°C to +85°C Relative Humidity: Up to 75% average (non-condensing) Protection Rating: IP20 Protection Class: Class 3 (IEC standards compliant) Mechanical Data Dimensions (W × H × D): 12.2 × 120 × 71.5 mm Mounting: DIN rail Wiring Method: 2-wire or 3-wire connection Weight: 0.15 lb Applications The IC220ALG220 is typically used in distributed control systems where precise analog signal measurement is required: Process control (flow, pressure, temperature transmitters) Water and wastewater treatment systems Energy management and monitoring Chemical and pharmaceutical processing Remote I/O stations in large-scale automation systems FAQ Q: Can voltage and current signals be used simultaneously on this module?A: Yes, each channel is independently configurable, allowing mixed signal types on the same module. Q: Does the module supply power to connected sensors?A: No, an external 24 VDC power supply is required for field devices. Q: Which terminal base should be used?A: The standard terminal base is IC220TBK061. Always verify compatibility based on your wiring configuration.
$200.00 $100.00
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General Electric GE IC200MDD842 VersaMax Mixed Discrete I/O Module
Product Description The IC200MDD842 is a high-density mixed discrete I/O module developed for GE Fanuc VersaMax control platforms. It integrates both input and output channels within a single housing, making it suitable for applications where panel space and wiring efficiency are critical. This module provides 16 digital input points and 16 digital output points operating at 24 VDC. It supports flexible input logic configurations, including both sourcing (positive logic) and sinking (negative logic), with negative logic functionality available in hardware revision B (IC200MDD842B) or later. Designed with system reliability in mind, the output section incorporates electronic short-circuit protection, overcurrent monitoring, and suppression diodes for inductive loads. Integrated diagnostics and per-channel LED indicators enable fast fault identification and simplified commissioning. Key Features Combined 32-point I/O design with 16 inputs and 16 outputs Supports both positive and negative input logic (revision-dependent) 24 VDC output channels rated at 0.5 A per point Built-in electronic protection against short circuits and overload conditions Integrated flyback diodes for inductive load protection Individual LED indicators for each I/O channel Fast switching performance suitable for time-critical control tasks Compact form factor optimized for VersaMax distributed I/O systems No isolation between channels, allowing cost-effective high-density integration Technical Specifications General Information Manufacturer: GE Fanuc / Emerson Automation Series: VersaMax Product Type: Mixed Discrete I/O Module Model: IC200MDD842 I/O Configuration Total Points: 32 Digital Inputs: 16 Digital Outputs: 16 Input Characteristics Rated Voltage: 24 VDC Logic Type: Positive (default), Negative (requires IC200MDD842B) Input Current: Approx. 10 mA per channel Response Time: ~0.5 ms Output Characteristics Output Voltage: 24 VDC Maximum Load Current: 0.5 A per point (up to 30 VDC) Protection Features: Electronic short-circuit protection (ESCP) Electronic overcurrent protection Integrated free-wheeling diodes Response Time: 0.5 ms I/O Grouping Group 1: 16 outputs Group 2: 8 inputs Group 3: 8 inputs Diagnostics & Indicators Channel Status: Individual LED per I/O point Fault Detection: Short circuit, overload, and general fault diagnostics Physical Characteristics Dimensions: 133.4 × 85.9 × 69.1 mm Weight: 0.14 kg Mounting: DIN rail compatible Applications The IC200MDD842 is well suited for control systems that require compact mixed I/O capability, including: Packaging and assembly machinery Conveyor and material handling systems Process skids and OEM equipment Distributed I/O architectures in manufacturing plants General-purpose machine control FAQ Q: Can this module support both sourcing and sinking inputs simultaneously?A: The module supports both logic types, but configuration depends on wiring and hardware revision. Negative logic requires revision B or later. Q: Are outputs protected against inductive loads such as solenoids?A: Yes, built-in free-wheeling diodes suppress voltage spikes from inductive loads. Q: Is channel-to-channel isolation available?A: No, this module does not provide isolation between individual channels.
$200.00 $100.00
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General Electric GE IC200UEX624 Digital Input Expansion Module
Overview The IC200UEX624 is a high-density digital input expansion module developed for the GE Fanuc Emerson VersaMax Micro control platform. It extends the discrete input capacity of a Micro PLC by adding 24 additional 24 VDC input channels, enabling more complex field signal acquisition without increasing controller size. Designed for integration into compact automation systems, this module connects directly to the base unit via a dedicated expansion interface, ensuring deterministic communication and consistent I/O performance. Core Technical Data Manufacturer: GE Fanuc / Emerson Series: VersaMax Micro Model: IC200UEX624 Module Type: Digital Input Expansion Total Inputs: 24 channels Mounting Options: DIN rail or panel Connection Method: Expansion ribbon interface Weight: 0.81 lb Input Specifications Rated Input Voltage: 24 VDC Operating Range: 0 to 30 VDC Typical Input Current: ~7 mA per channel Switching Thresholds: Logic ON: approximately 15 VDC Logic OFF: ≤5 VDC Input Type: Compatible with dry contacts and transistor outputs Field Wiring: Supports both sourcing and sinking configurations Electrical Design Features Isolation: Group-based isolation for input banks Optical isolation between field signals and internal logic Sensor Power: External 24 VDC supply required for field devices Noise Immunity: Designed for stable operation in electrically noisy environments Power Consumption: Optimized low-power input circuitry Operational Characteristics Functionality: Input-only module (no output channels) Data Update: Fast cyclic input scan aligned with PLC execution cycle Hot Replacement: Supported under system conditions Expansion Capacity: Up to 4 expansion modules per VersaMax Micro CPU Configuration: Automatic I/O mapping within Proficy Machine Edition Environmental Performance Operating Temperature: –40°C to +70°C Storage Temperature: –40°C to +85°C Relative Humidity: 5% to 95% non-condensing Mechanical Resistance: Designed to withstand industrial vibration and shock Applications Multi-sensor machine control systems Packaging and assembly equipment Conveyor and logistics systems HVAC and facility automation Distributed I/O expansion in compact PLC architectures Comparison Note Compared to lower-density modules such as 8-point expansion units, the IC200UEX624 significantly increases input capacity per module, reducing wiring complexity and the number of expansion slots required in larger systems. FAQ Q1: Does this module support analog input signals?A1: No, it is strictly designed for digital input signals only. Q2: Can it be used with all VersaMax Micro PLCs?A2: It is compatible with VersaMax Micro controllers that support expansion modules; compatibility should be verified per CPU model. Q3: Is built-in sensor power provided?A3: No, an external 24 VDC power supply is required for connected field devices.
$200.00 $100.00
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General Electric GE IC200UEI008 Digital Input Expansion Module
Overview The IC200UEI008 is a discrete input expansion unit within the GE Fanuc Emerson VersaMax Micro platform, designed to extend digital sensing capability in compact PLC systems. It adds 8 additional 24 VDC input channels to an existing controller, enabling system scalability without redesigning the core control architecture. This module is typically used in distributed or machine-level I/O extensions where additional field signals must be integrated while maintaining a small footprint and stable backplane communication. Key Technical Specifications Manufacturer: GE Fanuc / Emerson Series: VersaMax Micro Model: IC200UEI008 Product Type: Digital Input Expansion Module Input Channels: 8 points Mounting Method: DIN rail or panel installation Weight: 0.61 lb Electrical Characteristics Input Voltage: 24 VDC nominal Input Current: up to ~20 mA per channel (typical industrial sensor load range) Input Signal Thresholds: ON state: ~15 VDC minimum OFF state: ≤5 VDC Total Input Power Consumption: ~4 W Sensor Supply Capability: up to 200 mA auxiliary field power Input Type: Compatible with dry-contact and electronic switching devices Logic Configuration: Supports both sourcing and sinking input configurations (system dependent) Performance & Functional Design Interface: Direct backplane communication with VersaMax Micro CPU Signal Processing: Real-time discrete input scanning Hot-Swap Capability: Supported in compatible system configurations Expansion Limit: Up to 4 modules per PLC base unit Response Time: Optimized for standard industrial digital signal acquisition Isolation: Channel-to-backplane electrical isolation for noise immunity Environmental Ratings Operating Temperature: –40°C to +70°C Storage Temperature: –40°C to +85°C Humidity: 5%–95% non-condensing Designed for industrial environments with vibration and electrical noise resistance System Integration Notes The module connects through the VersaMax Micro backplane and does not require separate programming. Configuration is handled within the PLC logic environment, where additional input points are automatically mapped into the controller’s I/O table. Supplied or compatible connection cable: IC200CBL501 (system dependent configuration) Typical Applications Machine-level signal expansion Conveyor and material handling systems Packaging line input monitoring Pump station status monitoring Building subsystem signal collection Retrofit upgrades for legacy control systems FAQ Q1: Does the IC200UEI008 provide output channels?A1: No, it is strictly a digital input expansion module with no output functionality. Q2: Can it be hot-swapped during operation?A2: Yes, in supported VersaMax Micro configurations, it can be replaced without full system shutdown. Q3: How many expansion modules can be used per PLC system?A3: Up to four expansion modules depending on controller configuration.
$200.00 $100.00
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General Electric GE IC200UDR140 VersaMax Micro PLC Controller
Overview The IC200UDR140 from GE Fanuc Emerson is a VersaMax Micro series compact programmable logic controller designed for space-constrained control applications requiring integrated I/O and reliable relay switching. It combines CPU, power supply, and discrete I/O within a single housing, reducing cabinet wiring complexity and installation time. The unit is configured as a 40-point controller with onboard digital inputs and relay outputs, intended for direct machine-level control tasks where flexibility and deterministic execution are required. Key Technical Specifications Manufacturer: GE Fanuc Emerson Series: VersaMax Micro Model: IC200UDR140 Total I/O: 40 points Form Factor: Compact PLC with integrated base unit Mounting: DIN rail or panel mount Weight: 0.85 lb Input / Output Configuration Digital Inputs: 24 channels Type: 24 VDC sinking/sourcing (config-dependent) Response optimized for standard industrial sensors and switches Relay Outputs: 16 channels Contact Type: Form A (SPST-NO) Load Capability: Suitable for AC or DC switching loads within relay rating Designed for direct actuator, solenoid, and contactor control Power System Supply Voltage: 120/240 VAC integrated power module Internal regulation: Backplane distributed logic power Built-in protection against undervoltage and transient disturbances Processing & Memory Logic Execution Speed: ~1.0 µs per Boolean instruction (typical) User Logic Memory: 24K words Register Memory: 32K words Real-Time Clock: Integrated for time-based control and scheduling Retentive Memory: Supported via optional battery backup or retention configuration Communication Interfaces 1 × RS-232 serial programming/diagnostic port Optional expansion communications: RS-485 or Ethernet via compatible modules Programming Environment: Proficy Machine Edition (version 5.7 or later) Expansion Capability Supports up to 4 expansion modules Maximum system I/O: up to ~152 points (configuration dependent) Optional analog expansion modules supported for hybrid control applications Scalable architecture for mixed discrete and analog control systems Industrial Application Areas Compact machine automation systems Packaging and material handling equipment Pump and motor control panels Water and wastewater treatment subsystems Building automation control nodes Auxiliary industrial process control FAQ Q1: Can the IC200UDR140 handle analog signals directly?A1: It supports analog I/O through optional expansion modules rather than built-in full analog channels. Q2: Is this PLC suitable for high-speed control applications?A2: It supports high-speed counters up to several kHz depending on configuration, suitable for basic motion or counting tasks. Q3: What programming software is required?A3: GE Proficy Machine Edition v5.7 or newer is required for configuration and programming.
$200.00 $100.00
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General Electric GE IC200UDR120 Compact Micro PLC Controller
Overview The IC200UDR120 from GE Fanuc Emerson VersaMax Micro series is a compact programmable logic controller integrating processing, power regulation, and I/O within a single enclosure. It is designed for standalone machine control applications where space efficiency and reliable discrete control are required. The unit combines 12 digital inputs and 8 relay outputs with built-in AC power conversion, eliminating the need for external I/O racks or separate power modules. System Architecture Integrated CPU, power supply, and I/O in a single housing DIN-rail or panel mounting compatibility Designed for distributed or standalone machine-level automation Built-in diagnostics via LED indicators for all input and output channels Input / Output Configuration Digital Inputs 12-point DC inputs (24 VDC nominal) Supports sink/source (positive or negative logic configuration) Input filtering suitable for industrial noise environments Compatible with pushbuttons, proximity sensors, limit switches Relay Outputs 8 independent relay outputs (Form A contact type) Switching capability for AC or DC loads Output rating: up to 2 A per channel Electrical endurance: approximately 20 million mechanical cycles Inrush tolerance: high surge handling for inductive loads Electrical Characteristics Power supply: 100–240 VAC (wide-range input, 50/60 Hz) Internal conversion for logic and I/O power rails Input voltage tolerance: industrial-grade AC fluctuation handling Power holdup time: designed to maintain operation during short interruptions Performance Specifications High-speed counter support up to 100 kHz (for encoder or pulse applications) Typical scan time: approximately 1 ms class performance (application dependent) User memory: approximately 10–12 KB program capacity (system dependent) Battery-backed real-time clock and volatile memory retention Communication Interfaces RS-232 port for programming and HMI connectivity RS-485 multi-drop communication support (SNP/SNPX and Modbus RTU) Supports multi-node network configuration for distributed I/O systems Mechanical & Environmental Ratings Operating temperature range: 0°C to 60°C Storage temperature: -40°C to 85°C (typical industrial grade) Vibration and shock resistance suitable for machine-mounted environments Compact footprint for cabinet space optimization Industrial Applications Packaging machinery control systems Conveyor and material handling automation Small-scale process sequencing Auxiliary machine control modules Retrofit replacement for legacy relay logic systems Functional Notes The IC200UDR120 is optimized for applications requiring: Direct AC-powered PLC operation without external DC supply Relay-based load switching without intermediate contactors (within rated limits) Simple expansion-free automation architecture FAQ What type of outputs does this PLC use?It uses mechanical relay outputs, suitable for both AC and DC switching loads within rated limits. Can it handle high-speed signals?Yes, it supports high-speed counting up to 100 kHz for encoder or pulse inputs. Is external power supply required?No. It operates directly from a 100–240 VAC input with internal power conversion.
$200.00 $100.00
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General Electric GE IC200UDR040 VersaMax Micro PLC 40 Point Relay
Overview The IC200UDR040 from GE Fanuc is a compact 40-point programmable logic controller designed for discrete machine control applications requiring a mix of high-density digital inputs and electromechanical relay outputs. This unit integrates input processing, relay switching, high-speed counting capability, and onboard power distribution into a single controller body, making it suitable for standalone machine-level automation without external expansion hardware. System Configuration Total I/O capacity: 40 points Digital inputs: 24 × 24 VDC configurable logic inputs Digital outputs: 16 × relay (Form A / SPST, normally open) The controller supports mixed logic input configurations (sink/source wiring), enabling flexible field device integration. A subset of inputs is dedicated to high-speed event capture for counting applications. Power Supply Characteristics Supply voltage: 24 VDC nominal Operating range: 19.2–30 VDC Power consumption: approx. 5 W Input current draw: ~0.2 A typical Inrush current: up to 1 A at 30 VDC Hold-up time: ~10 ms at low voltage threshold Internal auxiliary power: +24 VDC sensor supply output: up to 435 mA Auxiliary +5 V pin (serial interface): up to 100 mA Digital Input Specifications (24 Channels) Input voltage range: 0–30 VDC Nominal input: 24 VDC Logic type: selectable positive or negative field wiring Input current: High-sensitivity channels: ~8 mA typical Standard channels: ~4.8 mA typical High-speed counter capability: Up to 4 × Type A counters Or 1 × Type A + 1 × Type B configuration Resolution: 16-bit or 32-bit counter modes Typical applications: encoder pulse tracking, fast switching sensors Input devices supported: Proximity switches Limit switches Pushbuttons Pulse generators Relay Output Specifications (16 Channels) Output type: electromechanical relay (Form A, SPST, normally open) Load rating: 2 A per channel Output power type: external AC or DC field supply required Switching characteristic: on/off only (no PWM or high-speed switching capability) Typical loads: Solenoid valves Motor contactor coils Signal lamps General-purpose resistive or inductive loads Relay isolation provides strong separation between field power and control logic circuits. Processing and Control Features Embedded high-speed counting engine with multi-mode configuration 16-bit and 32-bit register support for extended count ranges Internal +24 VDC distribution for limited field device powering Configurable logic handling for flexible input interpretation Memory and System Operation Flash memory: firmware and application storage Retentive RAM: capacitor-backed runtime data retention System architecture supports fast boot recovery and stable program retention under power interruption conditions Mechanical Specifications Weight: 1.43 lb Compact 40-point integrated controller housing DIN rail or panel mounting via terminal base system Hinged terminal cover for wiring protection and maintenance access Environmental Ratings Operating temperature: 0°C to 60°C Designed for enclosed industrial control enclosures Electrical isolation between field wiring and internal logic circuits Typical Applications Packaging machinery control systems Conveyor and material handling systems Machine automation with relay-based load switching HVAC and pump control panels OEM equipment requiring mixed I/O control FAQ Can relay outputs support PWM or fast switching?No. The outputs are mechanical relays and are intended for low-frequency switching only. Does this PLC support high-speed counting?Yes. It supports up to four high-speed counter configurations with 16-bit or 32-bit resolution. Is external power required for outputs?Yes. Relay outputs require an external AC or DC load supply.
$200.00 $100.00
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General Electric GE IC200UDD120 Micro PLC Controller
Overview The IC200UDD120 from GE Fanuc is a compact fixed I/O programmable controller designed for small machine control systems requiring integrated logic, communication, and high-speed discrete processing in a single unit. It combines digital input acquisition, transistor output switching, embedded communication ports, and onboard memory architecture optimized for deterministic control in space-constrained installations. Control Architecture and I/O Structure Total I/O capacity: 28 points Digital inputs: 16 × 24 VDC Digital outputs: 12 × 24 VDC transistor type The controller is designed as a self-contained unit with no need for external I/O expansion, making it suitable for compact standalone automation systems. Output channels are electronically protected, eliminating the requirement for external fusing under normal operating conditions. Power System Supply voltage range: 19.2–30 VDC Nominal operating voltage: 24 VDC Power consumption: ~5 W Input current draw: approx. 0.2 A typical Internal power distribution supports logic circuits, I/O scanning, and communication processing within the same supply domain. Digital Input Performance Input type: 24 VDC sinking/sourcing (configurable wiring) Input count: 16 channels High-speed counter capability: up to 10 kHz Counter resolution: 16-bit registers for precise event tracking Noise immunity designed for industrial signal environments Inputs support both standard discrete sensing and fast pulse capture for encoder-like signals or high-speed switching devices. Digital Output Performance Output type: DC transistor outputs (solid-state switching) Output voltage: 24 VDC nominal Total output points: 12 Protection: integrated electronic short-circuit and overload protection Load compatibility: Solenoids Indicator lamps Relay coils Small DC actuators and valves The design removes dependency on external protective fusing and improves response stability for repetitive switching cycles. Memory and Processing System Flash memory: firmware and application storage RAM: capacitor-backed runtime data retention Real-time clock: lithium battery supported (typical backup duration ~4 months depending on environment) The architecture ensures program retention and time-based control continuity during extended power interruptions. Communication Interfaces Port 1: RS-232 (SNP / SNPX slave communication) Port 2: RS-485 (SNP / SNPX master-slave, Modbus RTU master/slave support) Network capability: Supports up to 8 slave devices per communication network segment These interfaces allow integration with supervisory systems, HMIs, and distributed I/O nodes. Diagnostics and Operation Controls Run/Stop hardware switch for local control Memory protection switch for fault clearing and program safety Status LED indicators for I/O, power, and communication diagnostics Hinged protective cover for terminal access and wiring security Mechanical Specifications Weight: 0.93 lb Compact VersaMax Micro form factor DIN rail or panel-mounted via terminal base system Integrated removable terminal block design for simplified maintenance Environmental Performance Operating temperature: 0°C to 60°C Designed for enclosed industrial cabinet environments Electrical isolation and internal protection suitable for electrically noisy environments Typical Applications Compact OEM machine controllers Packaging machinery automation Conveyor and material handling systems HVAC subsystem logic control Small-scale process automation nodes FAQ Does this PLC support expansion modules?No. The IC200UDD120 is a fixed I/O Micro PLC designed as a standalone controller. Is Modbus communication supported?Yes. RS-485 port supports Modbus RTU master/slave functionality. Can it handle high-speed input signals?Yes. It supports up to 10 kHz high-speed counting on selected input channels.
$200.00 $100.00
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General Electric GE IC200UDD110 Micro PLC Controller
Overview The IC200UDD110 from Emerson (GE Fanuc VersaMax Micro series) is a compact programmable logic controller designed for small-scale machine and process automation. It combines digital input processing, transistor output control, communication interfaces, and onboard power conditioning in a single integrated unit. The controller is built for space-constrained installations requiring deterministic control, fast switching response, and flexible I/O handling without external expansion hardware. System Architecture and I/O Configuration Total I/O capacity: 28 points Digital inputs: 16 × 24 VDC (positive logic, grouped input structure) Digital outputs: 12 × 24 VDC transistor outputs Input grouping supports flexible wiring for mixed field device layouts, while output channels are divided into two electrically isolated groups with different load ratings for optimized actuator control. Power Supply Characteristics Nominal supply voltage: 24 VDC Operating range: 19.2 to 30 VDC Input power consumption: approx. 5 W Internal auxiliary output: 24 VDC, up to 200 mA (for input circuits and limited external devices) Inrush current: up to 1 A at maximum supply voltage Voltage tolerance: +10% / -15% typical operational stability range Digital Input Specifications Rated input level: 24 VDC Acceptable range: 0 to 30 VDC Input impedance: approx. 2.8 kΩ Typical input current: ~7.5 mA per channel Switching thresholds: ON ≥ 15 VDC OFF ≤ 5 VDC Response time: Standard mode: 0.5–20 ms High-speed counter mode: down to 100 µs Isolation: 1500 V RMS field-to-logic 500 V RMS between grouped channels Digital Output Specifications Outputs are transistor-based and designed for DC inductive and resistive loads. Output voltage range: 12–24 VDC Group structure: two isolated output banks Load capability: High-capacity channels: up to 1.0 A per point Standard channels: up to 0.5–0.75 A per point depending on group configuration Output leakage current: ≤ 100 µA (OFF state) Voltage drop (ON state): ≤ 0.3 V Switching speed: approx. 0.1 ms typical at 24 VDC / 0.2 A load Output protection: group-level current limitation and internal transistor protection Processing and Control Capabilities Program memory: ~9K words (retentive structure supported) Register memory: approx. 2048 words High-speed counters: up to 4 channels (Type A or mixed Type A/B configurations) PWM and pulse-train output support for motion-related control tasks Dual serial communication ports supporting SNPX / proprietary master-slave protocols Two onboard analog potentiometers for runtime parameter tuning Flash/RAM-based program execution with battery-backed retention Mechanical Specifications Dimensions: 152 × 76 × 76 mm Weight: 0.77 lbs Compact single-unit PLC design DIN-rail / panel mounting compatible via VersaMax Micro housing format Environmental Ratings Operating temperature: 0°C to 60°C Field-to-logic isolation: 1500 V RMS Designed for enclosed industrial control cabinets with moderate vibration resistance Typical Applications Compact machine automation systems Packaging equipment control Material handling conveyors HVAC subsystem control OEM embedded control panels requiring limited I/O footprint FAQ Does this PLC support expansion modules?The IC200UDD110 is designed as a compact standalone controller and does not support modular expansion in the same way as full VersaMax racks. Can it handle motion control tasks?It supports PWM and high-speed pulse outputs suitable for basic positioning and speed control applications, but it is not a full motion controller. Is programming memory retained after power loss?Yes. Program and register data are preserved using battery-backed RAM and flash storage architecture.
$200.00 $100.00
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General Electric GE IC200PWR101 VersaMax Power Supply Module
Overview The IC200PWR101 from Emerson (GE Fanuc VersaMax series) is a rack-mounted AC input power supply designed to provide regulated backplane power for VersaMax controllers and I/O architectures. It converts universal AC mains into stable low-voltage DC rails required by CPUs, network interface units, and distributed I/O modules within the VersaMax platform. The module can be deployed as a primary station power source or as an auxiliary booster supply when installed on a compatible VersaMax power supply booster carrier, supporting scalable system expansion in modular control cabinets. Electrical Characteristics Input voltage range: 85–132 VAC with jumper installed (nominal 120 VAC operation) 176–264 VAC without jumper (nominal 240 VAC operation) Input frequency: 47–63 Hz Input apparent power: approximately 27 VA Hold-up time: ~20 ms under rated load conditions Output rails: 5 VDC backplane supply 3.3 VDC logic supply Total output current capacity: up to 1.5 A combined 3.3 V rail limit: 0.25 A maximum 5 V rail available current is load-dependent: Available 5 V current = 1.5 A − 3.3 V load current Protection and Reliability Features Integrated short-circuit protection on output rails Overload and thermal protection behavior built into regulation stage Designed for continuous-duty industrial operation Stable output regulation for distributed backplane loads Mechanical Details Weight: 0.31 lb Backplane-mounted plug-in module format Front-access voltage selection jumper for input configuration Terminal interface designed for VersaMax rack integration Environmental and Safety Ratings Designed for harsh industrial environments Hazardous location classification: Class I, Division 2, Groups A, B, C, D Temperature code: T4A Maximum ambient operating temperature: 60°C Installation requires power isolation prior to wiring or replacement System Role and Application Primary power source for small to mid-size VersaMax racks Auxiliary/booster supply for expanded I/O stations Supports CPU, NIU, and standard VersaMax I/O modules Commonly used in compact machine control systems, process skids, and distributed automation nodes FAQ Can this module operate on both 120 VAC and 240 VAC systems?Yes. Input configuration is selectable via internal jumper, allowing operation in both voltage ranges. Can it be used as a redundant power supply?It can function as a supplemental (booster) supply when installed on a compatible carrier, but it is not a full redundant hot-swap PSU by itself.
$200.00 $100.00
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General Electric GE IC200PWR002 VersaMax Expanded 3.3V Power Supply Module
Product Description The IC200PWR002 is a VersaMax-series DC power module designed by GE Fanuc / Emerson to support extended low-voltage backplane requirements in modular PLC architectures. It converts a 24 VDC field supply into regulated logic voltages, with enhanced 3.3 VDC capacity for modern controller and communication modules requiring higher digital processing power. This unit can function either as a primary rack power source or as an auxiliary supply when integrated into a booster carrier configuration. Operational Characteristics Provides regulated backplane power for CPU, NIU, and distributed I/O modules Enhanced 3.3 VDC rail capacity for higher-load logic subsystems Supports dual installation modes: direct mount or booster carrier integration Designed for scalable VersaMax rack expansion Maintains continuous power stability across segmented backplane architectures Electrical Performance Input Voltage Range: 18–30 VDC Nominal Input: 24 VDC industrial supply Input Power Consumption: approx. 11 W Inrush Current: 20 A at 24 VDC 25 A at 30 VDC Holdup Time: ~10 ms Output Characteristics 5 VDC regulated backplane rail 3.3 VDC extended logic rail Total Output Current: up to 1.5 A 3.3 VDC Rail Capacity: up to 1.0 A maximum 5 VDC Rail: remaining current after 3.3 VDC load allocation Isolation: non-isolated output architecture Protection & Electrical Safeguards Short-circuit protection on output rails Overload current limiting and shutdown behavior Reverse polarity input protection Designed for continuous industrial duty operation Mechanical Construction Weight: 0.26 lb Mounting Method: DIN rail or direct attachment to VersaMax CPU/NIU/carrier Terminal Type: screw-clamp field wiring interface Housing Design: ventilated industrial enclosure with labeling for diagnostics Compact plug-in structure optimized for rack density Environmental & Safety Ratings Maximum Ambient Temperature: 60°C Hazard Classification: Class I, Division 2, Groups A–D (when properly installed) Temperature Code: T4A Installation Requirement: power must be isolated before servicing Suitable for enclosed control cabinet environments Engineering Notes Expanded 3.3 V rail supports newer-generation VersaMax modules with higher digital logic demand Load balancing between 5 V and 3.3 V outputs is required to maintain rated capacity In booster carrier configurations, the unit functions as a distributed power node within segmented racks Fully compatible with VersaMax CPU and NIU backplane systems Application Scenarios High-density PLC rack power distribution Modernized VersaMax systems with increased 3.3 V logic demand Expansion of existing I/O architectures Retrofit of legacy systems requiring upgraded logic power support FAQ What is the difference between IC200PWR001 and IC200PWR002?The IC200PWR002 provides expanded 3.3 VDC output capacity, supporting newer modules with higher logic power requirements. Can this unit be used as a standalone power supply?Yes, it can operate as the primary power source for a VersaMax station. Does it require a booster carrier?No, but it can be installed on a booster carrier when used as a supplemental supply in extended systems.
$200.00 $100.00
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General Electric GE IC200PWR001 VersaMax Power Supply Module
Overview The IC200PWR001 is a VersaMax-series DC power module developed by GE Fanuc / Emerson for supplying internal backplane voltages in modular PLC systems. It converts a 24 VDC industrial input into regulated logic rails required by CPUs, network interface units, and distributed I/O assemblies. The unit may operate as a primary station power source or as an auxiliary supply when integrated through a booster carrier in expanded rack architectures. Functional Characteristics Provides regulated backplane power for VersaMax controllers and I/O modules Supports dual-output architecture for logic rails (5 VDC and 3.3 VDC) Can be deployed as main rack power or secondary expansion supply Designed for direct mounting on CPU, NIU, or compatible carrier base Includes internal protection logic for abnormal electrical conditions Electrical Performance Input Voltage Range: 18–30 VDC (24 VDC nominal system supply) Input Power Consumption: approximately 11 W Inrush Current: 20 A at 24 VDC 25 A at 30 VDC Holdup Time: ~10 ms Output Stage 5 VDC regulated backplane rail 3.3 VDC logic rail Total Output Current: up to 1.5 A combined 3.3 VDC Output Limit: 0.25 A maximum 5 VDC Output: remaining current capacity after 3.3 VDC load allocation Protection & Reliability Functions Short-circuit protection on both output rails Overload shutdown with automatic recovery behavior Reverse polarity protection on input terminals Designed for continuous industrial duty cycles Mechanical Construction Housing Width: ~49 mm Height: ~133.4 mm Depth: ~39 mm (excluding carrier interface) Mounting: snap-fit installation on VersaMax CPU, NIU, or power carrier Weight: 0.24 lb Design: compact modular plug-in architecture for rack integration Environmental & Safety Ratings Operating Temperature: up to 60°C ambient (T4A classification in hazardous setups) Hazardous Location Approval: Class I, Division 2, Groups A–D (when installed per certification rules) Requires power isolation during installation or replacement Suitable for cabinet-mounted industrial environments Engineering Notes Output capacity must be balanced across 5 V and 3.3 V rails to avoid derating In multi-module racks, load distribution planning is required for stable backplane performance When used with booster carriers, acts as a distributed power node for segmented systems Compatible with standard VersaMax CPU and NIU backplane architecture Application Areas PLC backplane power generation in modular control systems Distributed I/O rack powering in machine automation Retrofit upgrades of legacy VersaMax installations Systems requiring compact dual-voltage logic power supply FAQ What is the main role of the IC200PWR001?It generates regulated 5 VDC and 3.3 VDC power for VersaMax backplane operation. Can it be used as the only power supply in a rack?Yes, it can serve as the primary supply in a single VersaMax station. Does it support hazardous environments?Yes, it is rated for Class I Division 2 when installed according to Emerson guidelines.
$200.00 $100.00
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General Electric GE IC200PWB001D VersaMax Power Booster Carrier Module
Overview The IC200PWB001D from GE Fanuc VersaMax series is a dedicated power expansion carrier designed to support additional power supply integration in modular PLC I/O systems. It is installed within a VersaMax rack to segment and extend backplane power distribution when system load exceeds the primary supply capacity. This module does not directly control I/O but functions as an infrastructure component to ensure stable voltage delivery across expanded configurations. System Function Provides a mounting and connection point for an auxiliary VersaMax power supply Segments backplane power so downstream modules receive isolated and stable supply Transfers power to all I/O modules positioned to the right until another power source is encountered Supports scalable rack design in distributed control systems Ensures controlled power injection in high-density I/O assemblies Electrical Specifications Input Voltage: 24 VDC external supply Backplane Output: 5 VDC logic power distribution (system dependent) Maximum Current Capacity: up to 10 A (revision D configuration) Power Dissipation: approx. 2.5 W Isolation Strength: 1500 VAC galvanic isolation between input and backplane Backplane Compatibility: GE Fanuc VersaMax PLC architecture Mechanical Details Mounting: 35 mm DIN rail installation Installation Orientation: horizontal rack mounting inside control cabinet Terminal Type: spring-clamp connectors, approx. 10-point interface Terminal Torque: 1.1–1.4 Nm Weight: 0.31 lb Housing: industrial-grade corrosion-resistant enclosure Protection Rating: IP20, cabinet use only Environmental Conditions Operating Temperature: −20°C to +70°C Storage Temperature: −40°C to +85°C Humidity: 5–95% non-condensing Designed for vibration-resistant industrial control environments Diagnostics & Indicators PWR LED: indicates presence and health of booster power input OK LED: confirms system-level communication and proper backplane operation Engineering Considerations Must be installed on grounded DIN rail to maintain EMC compliance Power segmentation planning is required to avoid overload of a single backplane section Typically used in extended VersaMax racks with multiple I/O clusters Works in combination with GE Fanuc VersaMax CPUs and NIU modules Application Scenarios Extended PLC I/O rack expansion Distributed process control cabinets High channel-count automation systems Retrofit upgrades requiring additional backplane power capacity FAQ What role does this module play in a PLC system?It acts as a power distribution and segmentation carrier rather than a control or I/O module. Does it increase system I/O points?No, it only enables expansion by supplying additional power capacity. Is it required in all VersaMax systems?No, it is only used when system power demand exceeds a single supply capacity.
$200.00 $100.00
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General Electric GE IC200MDL750 VersaMax I/O Output Module
Overview The IC200MDL750 is a high-density discrete output module designed for the GE Fanuc / Emerson VersaMax I/O system. It provides 32-channel sourcing (positive logic) DC outputs for distributed control applications requiring reliable switching of field devices such as solenoids, relays, indicators, and similar DC loads. The module installs on VersaMax I/O carrier bases and communicates through the backplane while using an external field power supply for load energization. Functional Architecture The output structure is divided into two independent banks of 16 channels, allowing structured field wiring and load separation. Key functional characteristics: 32 sourcing DC output channels Positive logic high-side switching configuration Two isolated 16-point output groups Individual LED status indicators per channel OK and Field Power diagnostic LEDs Backplane-powered control logic with external field supply Electrical Performance Specifications Output Voltage Range: 10.2 to 30 VDC (12/24 VDC nominal systems) Output Current: 0.5 A per channel (resistive load) Inrush Current Capability: up to 2 A for 100 ms per point Backplane Current Consumption: approximately 90 mA at 5 VDC Switching Speed: Turn ON: 0.2 ms Turn OFF: 1.0 ms Output Type: DC sourcing (positive logic only) These parameters support fast-response discrete control in compact I/O architectures. Isolation and Protection Field-to-backplane isolation: 250 VAC continuous Dielectric withstand: 1500 VAC for 1 minute Group isolation between two 16-channel banks No point-to-point isolation Inductive loads should be externally suppressed using flyback diodes, RC snubbers, or equivalent protection methods to ensure long-term reliability. Wiring and System Integration Two field power groups with 16 outputs each Shared DC+ and DC− terminals per group External 12/24 VDC field power required Designed for VersaMax DIN-rail carrier systems (IC200CHS series) Environmental and Mechanical Data Operating Temperature: 0 to 60°C Mounting: DIN-rail via VersaMax I/O carrier base Hazardous Area Rating: Class I, Division 2 (when installed per control drawings) Weight: 0.29 lb Diagnostics 32 individual channel LEDs for output status OK LED indicating module health FLD PWR LED indicating field power availability These diagnostics support fast commissioning and fault identification in the field. Application Scenarios Solenoid valve control in process systems Relay and contactor interposing Industrial panel indicator control Machine-level discrete output expansion Distributed control system I/O architectures FAQ What type of loads can this module drive?It supports DC resistive and inductive loads such as solenoids, relays, and indicator lamps. Does it require external power?Yes, a 12/24 VDC external field power supply is required for operation. Is it suitable for hazardous environments?It is rated for Class I, Division 2 installations when applied according to Emerson installation guidelines.
$200.00 $100.00
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General Electric GE IC200MDL741 16-Point 120VAC Output Module VersaMax
Product Description The IC200MDL741 by GE Fanuc (Emerson) is a 16-channel 120 VAC discrete output module engineered for reliable AC load control in VersaMax PLC systems. Utilizing triac-based solid-state outputs, this module delivers long operational life, fast switching, and enhanced reliability compared to mechanical relay solutions. Each channel is equipped with a dedicated LED for immediate status monitoring, while the OK and Field Power (FLD PWR) LEDs provide system health diagnostics. Group-to-backplane isolation ensures robust noise immunity and protects the PLC logic from field-side disturbances. The module is compatible with all VersaMax I/O carriers and can be mounted on DIN rails or panels for flexible installation. Electrical Specifications Number of outputs: 16 Output type: Triac-based AC switching (solid-state) Nominal voltage: 120 VAC Operating frequency: 47–63 Hz Maximum load current per point: 0.5 A Isolation: Group-to-backplane for electrical protection Backplane current consumption: 75 mA at 5 VDC Protection: Short-circuit, overcurrent, and free-wheeling diodes Mechanical & Environmental Specifications Module dimensions: ~30 × 80 × 60 mm Weight: 0.22 lbs Mounting: VersaMax I/O carrier (DIN-rail or panel) Operating temperature: 0 °C to 60 °C Storage temperature: –40 °C to +70 °C Relative humidity: 5%–95% non-condensing Indicators & Diagnostics One LED per output channel for ON/OFF status OK LED for module health FLD PWR LED for field power availability Key Features 16 solid-state 120 VAC output points Triac-based design ensures fast switching and long lifespan Individual output LEDs for quick diagnostics Group-to-backplane isolation for electrical safety Ideal for AC solenoids, contactors, lamps, and general-purpose AC loads Compact VersaMax form factor for dense installations Applications Control of AC-powered relays, solenoids, lamps, and small actuators Industrial machinery and automation Utility and building system AC control Retrofit and expansion for existing VersaMax PLC setups FAQ Q: Can this module drive inductive loads?A: Yes, but use external snubbers or suppression circuits to protect the triac outputs. Q: Does the module require external power for logic operation?A: No, all logic power is supplied via the VersaMax backplane; field power is only needed for load operation. Q: What type of isolation does this module provide?A: Group-to-backplane isolation protects PLC logic from noise and voltage spikes on the output channels.
$200.00 $100.00
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General Electric GE IC200MDL730 Discrete DC Output Module
Product Description The IC200MDL730 from GE Fanuc (Emerson) is an 8-channel 24 VDC discrete output module, designed for reliable control of field devices in industrial automation systems. It supports positive‑logic (sourcing) outputs, allowing the module to supply current directly to loads such as relays, solenoids, indicator lamps, and small actuators. Each output point is protected against short circuits and overcurrent conditions, ensuring both module and field wiring safety. Integrated LEDs for every channel, plus OK and Field Power (FLD PWR) indicators, provide fast diagnostics and operational status monitoring. The module mounts on any VersaMax I/O carrier and supports both DIN‑rail and panel installation, offering flexible deployment in compact control cabinets. Output Channel Configuration Total outputs: 8 points, single group Output type: Positive‑logic, sourcing Load current capacity: 2.0 A per output Nominal output voltage: 24 VDC (range 17.5–30 VDC) Maximum switching frequency: 10 Hz Protection & Reliability Short-circuit protection on each output Overcurrent protection Fault indication via amber LED Detected faults reported to VersaMax CPU These features ensure safe operation and quick fault identification in demanding industrial environments. Power & Electrical Requirements Backplane supply: 5 VDC Backplane current draw: 50 mA max External field power: 18–30 VDC nominal The module operates entirely from the VersaMax backplane for logic power, while driving external loads from a dedicated 24 VDC field supply. Indicators & Diagnostics One LED per output channel for status monitoring OK LED for module health FLD PWR LED for field power availability Amber fault LED for overcurrent or short circuit These visual indicators simplify troubleshooting and maintenance. Mechanical & Environmental Specifications Dimensions: 110 × 66.8 × 50 mm Weight: 0.38 kg Mounting: VersaMax I/O carriers (DIN-rail or panel) Operating temperature: 0°C to 60°C Storage temperature: –40°C to +70°C Relative humidity: 5%–95% non-condensing Key Features 8 discrete sourcing outputs at 24 VDC High load handling: 2 A per point Built-in short-circuit and overcurrent protection Individual point LEDs, plus OK and FLD PWR indicators Fast response: ~0.5 ms Compact VersaMax form factor Applications Control of relays, solenoids, and lamps Small actuator and motor control Machine automation requiring reliable digital outputs Retrofit or expansion of existing VersaMax systems FAQ Q: Can this module drive inductive loads?A: Yes, but external protection (flyback diodes or snubbers) is recommended for inductive devices. Q: Does the module require external power for logic operation?A: No. Logic power is supplied via the VersaMax backplane; external 24 VDC is only needed for the outputs. Q: What happens if a short circuit occurs?A: The affected output is protected by the built-in overcurrent circuit, and an amber fault LED is illuminated.
$200.00 $100.00
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General Electric GE IC200MDL243 VersaMax 16-Point AC Input Module
Product Description The IC200MDL243 is a 120 VAC discrete input module from GE Fanuc (Emerson), developed for the VersaMax I/O platform. It is intended for interfacing AC field signals with PLC systems, offering per-channel isolation to ensure stable signal acquisition in electrically noisy environments. Each input channel is independently isolated and includes its own return path, which minimizes cross-channel interference and improves signal integrity. The module is suitable for applications involving AC-powered devices such as pushbuttons, limit switches, and relay contacts. Input Channel Configuration Total input points: 16 Input type: AC discrete, positive logic Input wiring: Individual return per channel Signal type: 120 VAC field inputs This design allows accurate monitoring of independent AC signals without shared commons, reducing the risk of wiring-related faults. Electrical Characteristics Nominal input voltage: 120 VAC Operating voltage range: 0 to 132 VAC (47–63 Hz) ON state: Voltage range: 70 to 132 VAC Minimum current: 5 mA OFF state: Voltage range: 0 to 20 VAC Maximum current: 2.5 mA Input impedance: ~8.6 kΩ at 60 Hz ~10.3 kΩ at 50 Hz These parameters ensure compatibility with standard industrial AC control circuits. Response Performance Turn-on delay: up to 1 AC cycle Turn-off delay: up to 2 AC cycles The response timing is optimized for typical AC switching applications, balancing noise immunity and signal responsiveness. Isolation Specifications Channel-to-channel isolation: 250 VAC continuous 1500 VAC for 1 minute Field-to-logic isolation: 250 VAC continuous 1500 VAC dielectric withstand Full isolation across all input points enhances reliability in high-interference environments. Power Requirements Backplane supply: 5 VDC Current consumption: up to 100 mA External power supply: not required The module operates entirely from the VersaMax backplane, simplifying installation. Diagnostics and Indicators 16 individual status LEDs (one per input) 1 module OK LED for backplane power indication These indicators provide immediate visibility into input states and module health. Mechanical Details Dimensions: 110 × 66.8 × 50 mm Weight: 0.63 lb Mounting: installs on VersaMax carrier bases (IC200CHS series) Environmental Ratings Operating temperature: 0°C to +60°C Humidity: suitable for non-condensing industrial environments Hazardous locations: Class I, Division 2, Groups A–D compliant (per manufacturer documentation) Key Functional Features 16 independent AC input channels Full electrical isolation per input Designed for 120 VAC field signals No external power required Fast response aligned with AC cycle timing Integrated LED diagnostics Application Scenarios Monitoring AC control panels Industrial machinery with AC sensors Motor control centers (MCC) Process systems using AC discrete signaling Retrofit of legacy AC-based control systems FAQ Q: Does each input require a separate common terminal?A: Yes. Each channel has its own return path, which improves isolation and reduces wiring interference. Q: Can this module be used with DC signals?A: No. It is specifically designed for AC input signals and should not be used with DC inputs. Q: Is external power needed for operation?A: No. The module is powered directly from the VersaMax backplane.
$200.00 $100.00
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