TSXCTY2A
The TSXCTY2A component from Schneider Electric is an auxiliary output module designed for TSX Micro PLCs. This unit supports up to two channels with a counting frequency of 40 kHz and operates under the EN/IEC 61131 standards.
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Technical specifications for TSXCTY2A
| Manufacturer | Schneider Electric |
|---|---|
| Series | TSX Micro PLCs |
| Part Number | TSXCTY2A |
| Electrical Circuit Type | Auxiliary output conforming to EN/IEC 61131 |
| Response Time | < 2.5 ms sensor voltage at loss of 24 V auxiliary input (preset, enable, read) |
| Channels | 2 |
| Counting Frequency | 40 kHz |
| Power Dissipation | 4.5 to 6 W |
| Cycle Time | 5 ms |
| Input Logic | Current sink auxiliary input (preset, enable, read) |
| Input Compatibility | 2/3-wire proximity sensors (PNP/NPN), incremental encoder (10-30 V totem pole, 5 V DC RS422) |
| Input Voltage | 24 V (18 mA for sensors, 7 mA for auxiliary input, 18 mA for encoder) |
| Voltage Limits | <= 5.5 V for encoder, 19-30 V for sensors and auxiliary input |
| Voltage State 1 | >= 11 V for sensors and auxiliary input, >= 2.4 V for encoder |
| Current State 1 | >= 3.7 mA for encoder, >= 6 mA for sensors and auxiliary input |
| Voltage State 0 | <= 1.2 V for encoder, <= 5 V for sensors and auxiliary input |
| Current State 0 | <= 1 mA for encoder, <= 2 mA for sensors and auxiliary input |
| Output Voltage | 24 V DC |
The Schneider Electric TSXCTY2A is an auxiliary output module intended for use with TSX Micro PLCs. It adheres to the EN/IEC 61131 standards, making it suitable for various industrial applications. This module operates on two channels and can handle a counting frequency of 40 kHz.
When the 24 V auxiliary power is interrupted, the response time is measured at under 2.5 ms, which impacts systems requiring prompt reactions. It features a cycle time of 5 ms, ensuring that it processes tasks efficiently.
The module's input logic functions as a current sink auxiliary input. It is compatible with both 2 and 3-wire proximity sensors, such as PNP/NPN types, as well as incremental encoders running at a voltage of 10-30 V totem pole or 5 V DC RS422.
Operating with a nominal input voltage of 24 V, current requirements include 18 mA for sensors, 7 mA for the auxiliary input, and 18 mA for the encoder. The input voltage limits are set at 19-30 V for sensors and auxiliary inputs, while the encoder operates at a limit of 5.5 V.
For voltage state detection, it establishes a voltage state of 1 at greater than or equal to 11 V for sensors and auxiliary input and a minimum of 2.4 V for the encoder. Current states of 3.7 mA for the encoder, and 6 mA for the sensors and auxiliary inputs, signify active conditions. In contrast, voltage states of zero are recognized at 1.2 V for encoders or 5 V for sensors, with respective current states below 1 mA and 2 mA.
This advanced module also provides an output voltage of 24 V DC to control connected devices effectively.