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The FANUC AID32F1 is a digital input module designed for high-density applications. It features 32 input points organized into groups of 8, facilitating seamless connectivity. The module supports both sinking and sourcing current, offering flexibility in integration.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Digital Input Module |
| Product Line | Other |
| Part Number | AID32F1 |
| Number of Inputs | 32 input points per module |
| Grouping Structure | 8 input points per common group |
| Current Type | Supports both sinking and sourcing current |
| Rated Input Voltage | 24V DC (+10%, -20%) |
| Input Current | Approximately 7.5mA per point |
| Minimum ON State | Requires at least 15V DC and 4.5mA to turn ON |
| Maximum OFF State | Must be below 6V DC and 2mA to remain OFF |
| Switching Speed (OFF to ON) | Maximum 2ms response time |
| Switching Speed (ON to OFF) | Maximum 2ms response time |
| Response Behavior | Input-to-output delay depends on system scanning time |
| Status Indication | No built-in input status display |
The FANUC model AID32F1 serves as a digital input module featuring a total of 32 input points per unit. These inputs are organized in sets of 8, enabling an efficient architecture for control systems. This module accommodates both sinking and sourcing current types, expanding its usability in various configurations.
It operates on a rated input voltage of 24V DC, with an allowable variation of +10% and -20%. Current consumption per input point is approximately 7.5 mA, ensuring effective functionality. To turn an input ON, a minimum of 15V DC and 4.5 mA must be supplied, while to keep an input OFF, voltage must remain below 6V DC with a maximum current of 2 mA.
The AID32F1 demonstrates responsiveness with a switching speed of up to 2 milliseconds, occurring both when transitioning from OFF to ON and ON to OFF. However, it's noteworthy that the delay from input activity to output response is influenced by the system's scanning time. One limitation of this module is the absence of a built-in status indicator, presenting challenges in real-time monitoring of input states.