AUTOMATION DIRECT D2-CTRINT Pulse Combination Module

AUTOMATION DIRECT D2-CTRINT Pulse Combination Module

Product Overview

The AUTOMATION DIRECT D2-CTRINT is a pulse combination module designed for DirectLOGIC DL205 series PLCs. It provides high-speed counting, pulse output, and external interrupt functions, making it suitable for industrial automation applications requiring positioning control, speed monitoring, and event triggering 34.

Key Features & Technical Specifications

1. Functional Capabilities

• High-Speed Counting:

  • Supports addition counting (up to 5 kHz) and addition/subtraction counting (D2-230 CPU excluded) .

  • Multi-stage preset values for complex counting sequences .

• Pulse Output (D2-230 CPU excluded):

  • 5 kHz max frequency for positioning control .

  • Supports speed control, interrupt positioning, and emergency stop functions .

• External Interrupt & Pulse Capture:

  • Interrupt input for real-time event response .

  • Pulse capture with 0.1 ms resolution .

2. Electrical & Interface Specs

• Input Channels:

  • 4 high-speed inputs (sink/source, single-ended encoder compatible) .

  • Voltage range: 12–24V DC .

• Output Channels:

  • 2 high-speed outputs (sink-type, single-ended) .

• Communication:

  • Integrates with DL205 PLCs via backplane connection .

3. Environmental & Mechanical Specs

• Operating Temperature: -25°C to +60°C .

• Protection Rating: IP20 (dust-resistant) .

• Mounting: Installs in DL205 PLC base unit (slot-dependent) .

4. Certifications & Compliance

• CE, UL, ATEX (Zone 2) .

Applications

1. Positioning Control:

   • Stepper/servo motor control in CNC machines .

2. Speed Monitoring:

   • Encoder feedback for conveyor systems .

3. Event Triggering:

   • High-speed counting in packaging or assembly lines .

Installation & Usage Notes

1. Compatibility:

   • Requires DL205 CPU (e.g., D2-240, D2-250, D2-260) .

2. Wiring:

   • Use shielded cables for noise immunity .

3. Programming:

   • Configure via DirectSOFT software (special registers for function selection) .