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General| Number of Inputs | 32 |
|---|---|
| Number of occupied stations | 1 |
| Transmission rate | 10 Mbps |
| Number of connectable modules | 64 |
| Input Voltage | 24 VDC |
| Isolation | Photocoupler |
| Mounting | DIN rail |
| Type | Input Module |
| Connection Type | Terminal block |
| Humidity | 5 to 95 %RH (non-condensing) |
Precautions for safe operation and system design to prevent accidents.
Precautions for safe and proper installation of the module.
Precautions for safe and correct wiring of the module.
Precautions for safe startup and maintenance of the module.
Highlights the key features and capabilities of the high-speed counter module.
Illustrates the typical system setup using the high-speed counter module.
Details the master modules compatible with the high-speed counter module.
Lists environmental and physical specifications for the counter module.
Details performance specs for the AJ65BT-D62 module.
Lists and describes the various functions of the high-speed counter module.
Describes input/output interfaces for the AJ65BT-D62 module.
Outlines the steps for pre-operation setup of the high-speed counter module.
Provides handling instructions for unpacking and installing the module.
Identifies module parts and explains their settings and functions.
Provides wiring instructions for connecting modules in a system.
Explains 1-phase pulse input modes and counting timing.
Explains 2-phase pulse input modes and their counting settings.
Explains how the coincidence output function compares values and issues signals.
Introduces the preset function for rewriting counter present values.
Describes how to execute the preset function using a sequence program.
Explains the ring counter function for repetitive counting.
Details the operational steps of the ring counter function.
Guides on selecting one of four counter functions via command or terminal.
Explains how the count disable function stops counting when enabled.
Describes the latch counter function for storing present value on signal input.
Provides a step-by-step guide for creating the counter module program.
Provides programming examples for QCPU (Q mode) usage.
Programming examples using dedicated commands for ACPU/QCPU (A Mode).
Troubleshooting steps for incorrect count values in the module.
Guides on diagnosing errors using the module's LED indicators.
Flowchart for troubleshooting communication errors between modules.
Provides information on error handling and external output control.
Shows the physical dimensions and outline of the high-speed counter module.
Details the warranty period and the scope of coverage for product failures.
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