GE IC695HSC304 High-Speed Counter / Pulse Train Output Module for PACSystems RX3i Motion and Position Control
GE IC695HSC304 High-Speed Counter / Pulse Train Output Module for PACSystems RX3i Motion and Position Control
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Brand:GE Fanuc PLC Item No.:GE IC695HSC304 Product Origin:USA Product Dimensions:145×34×140 mm Product Weight:0.9 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
The GE IC695HSC304 High-Speed Counter / Pulse Train Output Module is a specialized motion interface designed for the PACSystems RX3i automation platform. Engineered for precision motion applications, this module combines high-speed counting and pulse output capabilities in a single unit, enabling accurate position feedback, encoder capture, and pulse-based motor control in real-time. Its rugged design and deterministic performance make it an ideal choice for advanced machine automation, motion sequencing, and high-accuracy process control.
Technical Specifications
Specification
Details
Module Type
High-Speed Counter / Pulse Train Output Module
Platform Compatibility
GE PACSystems RX3i
High-Speed Counter Inputs
4 differential channels (encoder / pulse capture)
Pulse Train Outputs
4 channels (step/direction or CW/CCW)
Maximum Input Frequency
Up to 1 MHz (depending on signal conditioning)
Maximum Output Frequency
Up to 500 kHz (conditions dependent)
Input Signal Types
Differential TTL/HTL or equivalent encoder inputs
Output Signal Types
TTL pulse train interfaces
Index / Direction Support
Yes (configurable per channel)
Isolation
Channel-to-backplane isolation
Mounting
Standard RX3i backplane slot
Configuration
Software-defined via PLC programming environment
Operating Temperature
0°C to +60°C
Storage Temperature
−40°C to +85°C
Power Consumption
Backplane supplied (standard rails)
Dimensions (L×W×H)
145×34×140 mm
Weight
Approx. 0.9 kg
The IC695HSC304 processes high-speed signals with precision timing, enabling advanced motion control strategies such as encoder feedback, stepper motor drive, and point-to-point positioning in industrial applications.
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Applications
The IC695HSC304 excels in motion and position control environments where precise timing and high-speed signal handling are critical:
Encoder feedback capture for position and speed measurement
Pulse train generation for stepper and servo motor control
Multi-axis motion sequencing in packaging and material handling
High-precision machine positioning systems
Synchronization of fast digital motion events
Its combination of high-speed counting and pulse output capability allows accurate, low-latency motion control without external hardware.
Advantages
Dual high-speed functions — combines encoder input and pulse output in one module.
High-frequency support — suitable for demanding motion and position tasks.
Flexible signal compatibility — supports standard differential encoder interfaces.
Software configurability — setup and tuning through PLC programming environment.
Compact and rugged — fits standard RX3i I/O racks with industrial reliability.
Enhanced motion integration — reduces need for external motion cards or subsystems.
The IC695HSC304 provides motion control engineers with a powerful tool for integrating high-speed feedback and drive signals directly into PACSystems control architectures.
Technical FAQs
1. What is the IC695HSC304 used for?
It provides high-speed counting and pulse train output for motion and position control.
2. How many encoder input channels does it have?
It has 4 high-speed differential counter channels.
3. How many pulse output channels are supported?
It provides 4 pulse train output channels.
4. What is the maximum input frequency?
Up to 1 MHz, depending on the signal type and conditioning.
5. What kind of output signals does it generate?
It generates TTL-level pulse train outputs.
6. Can it handle direction and index signals?
Yes — direction and index support is configurable per channel.
7. Does it require special wiring?
Differential encoder and pulse wiring are recommended for noise immunity.
8. What software is used to configure it?
Configuration is done via standard PACSystems programming tools.
9. In what types of systems is it commonly used?
Packaging machines, robotics, material handling systems, and motion control lines.
10. Does it integrate with other PACSystems modules?
Yes — it integrates seamlessly with RX3i CPUs, I/O modules, and communication interfaces.
