Product Overview
Technical Summary
| Parameter | Value |
|---|---|
| Counter channels | 1 |
| 5 V counter input | RS 422; up to 500 kHz |
| 24 V counter input | Up to 200 kHz |
| Digital inputs | 3: gate start, gate stop, and counter setting |
| Digital outputs | 2; electronically clocked short-circuit protection |
| Rated supply voltage | 24 V DC |
| Encoder supply | 5.2 V ±2 %, up to 300 mA; 1L+ (-3 V), up to 400 mA |
| Temperature | -25…+60 °C; conformal coating |
Applications
- Encoder signal counting: Counts signals from 5 V and 24 V incremental encoders through the counter input.
- Counter gate control: Uses digital inputs for gate start, gate stop, and setting the counter.
Key Features
- Counter channel: 1 counter input with 32 bit or ±31 bit resolution.
- Encoder connection: Connects symmetrical and asymmetrical incremental encoders, 24 V initiators, and 24 V directional elements.
- Counting frequency: Up to 500 kHz for the 5 V RS 422 counter input and up to 200 kHz for the 24 V counter input.
- Digital inputs and outputs: 3 digital inputs for gate start, gate stop, and counter setting; 2 digital outputs with electronically clocked short-circuit protection.
- Supply and encoder output: Rated supply value: 24 V DC. Encoder supply provides 5.2 V ±2 % with output current up to 300 mA, or 1L+ (-3 V) with output current up to 400 mA.
- Conformal coating and temperature: SIPLUS module with conformal coating for -25…+60 °C.
Frequently Asked Questions
1. How many counter channels does 6AG1350-1AH03-2AY0 have?
It has 1 counter input with 32 bit or ±31 bit resolution.
2. Which encoder signals can this module connect?
It connects symmetrical and asymmetrical incremental encoders, 24 V initiators, and 24 V directional elements.
3. What counting frequency does the module support?
The 5 V RS 422 counter input supports up to 500 kHz, while the 24 V counter input supports up to 200 kHz.
4. What digital inputs and outputs are provided?
It has 3 digital inputs for gate start, gate stop, and counter setting, plus 2 digital outputs with electronically clocked short-circuit protection.
