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GE XVME-230 Intelligent Counter Module

GE XVME-230 Intelligent Counter Module

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Brand:GE Fanuc PLC
Item No.:GE XVME-230
Product Origin:USA
Product Dimensions:163 × 38 × 58 mm
Product Weight:4 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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XVME-230-3XVME-230-1XVME-230-2XVME-230-4

The GE XVME-230 is a VMEbus-compatible intelligent counter module (originally by Xycom / Acromag, widely used in GE-integrated systems) designed for high-speed signal measurement and motion control applications. It combines onboard processing with multi-channel counting capability, enabling precise handling of pulse, frequency, and position signals in demanding industrial environments.

This module is especially valued in systems where real-time measurement and control must be executed independently from the host CPU, improving overall system efficiency and responsiveness.


Technical Specifications

ParameterDetails
ManufacturerGE (Xycom / Acromag integration)
ModelXVME-230
Bus TypeVMEbus-compatible
Module TypeIntelligent Counter / Motion Control Module
Processor10 MHz Motorola 68000
Counting Channels16 independent channels
Counting Circuits4 programmable circuits
Max Counting RateUp to 5 MHz
Input TypesCLOCK and GATE inputs (multi-channel)
FunctionsFrequency, period, pulse width, position
Control CapabilityStepper motor control, duty cycle output
Signal ProcessingOnboard intelligent I/O kernel
CommunicationVMEbus interface
Operating EnvironmentIndustrial-grade

The module offloads time-critical measurement tasks from the host processor, significantly improving system performance.


Physical Dimensions & Weight

ParameterValue
Dimensions (L × W × H)163 × 38 × 58 mm
Weight~1.2 – 4 kg

Typical shipping weight ranges around 1.2 kg (light configurations) up to higher values depending on configuration and packaging.


System Role & Functional Behavior

The XVME-230 operates as an intelligent measurement and motion interface module:

  • Performs high-speed pulse and frequency counting
  • Measures position, period, and duty cycle signals
  • Controls stepper motors with precision timing
  • Offloads computational tasks from host CPU
  • Enables simultaneous multi-channel measurement
  • Provides deterministic timing performance for real-time systems

It essentially acts as a dedicated co-processor for time-critical signal processing.


Recommended Related Models

  • XVME-232 Intelligent Counter Module
  • XVME-660 Single Board Computer
  • GE VME CPU boards (Motorola 68000-based systems)
  • GE Mark V / Mark VI interface modules
  • Industrial encoder and motion feedback modules

Popular GE / VME System Modules

  • GE DS200 series control boards
  • GE IS200 Mark VI modules
  • GE VersaMax distributed I/O
  • VMEbus CPU and communication boards
  • Industrial motion control interface modules


Applications

The GE XVME-230 is widely used in:

  • Motion control systems (stepper motors, encoders)
  • Turbine and generator speed monitoring
  • Industrial automation and process control
  • Flow measurement systems (turbine flowmeters)
  • Test & measurement platforms
  • Frequency and waveform analysis systems


Advantages

  • High-speed counting up to 5 MHz
  • 16 independent channels for parallel processing
  • Offloads processing from host CPU
  • Supports both measurement and control functions
  • Flexible programmable counting architecture
  • Proven reliability in industrial VME systems 


Technical FAQs

1. What is the main function of XVME-230?
It performs high-speed counting, measurement, and motion control functions.

2. How many channels does it support?
Up to 16 independent counting channels.

3. What is the maximum counting speed?
Up to 5 MHz.

4. What processor does it use?
A 10 MHz Motorola 68000 CPU.

5. What bus does it use?
It is VMEbus compatible.

6. What types of signals can it measure?
Frequency, pulse width, position, and period.

7. Can it control motors?
Yes, it supports stepper motor control.

8. What is its size?
163 × 38 × 58 mm.

9. What is its weight?
Typically around 1.2 kg (light configuration).

10. Why is it important in industrial systems?
Because it enables precise, real-time signal measurement and control without overloading the main processor.


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