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The TSXASZ401 from Schneider Electric is an analog output module designed for use in the TSX Micro PLCs series. This module provides four channels for output, supports a response time of 400 microseconds, and functions with an output type of 0 to 10 V or +/- 10 V.
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| Manufacturer | Schneider Electric |
|---|---|
| Product Type | Analog Output Module |
| Product Line | TSX Micro PLCs |
| Part Number | TSXASZ401 |
| EAN | 3389110604535 |
| Weight | 1.00 lbs (0.45 kg) |
| Number of Channels | 4 |
| Response Time | 400 µs |
| Sustainable Offer Status | Not Green Premium product |
| Output Type | 0...10 V, +/- 10 V |
| Output Load | >= 2 Ohms |
| Compliance | RoHS |
| Analog/Digital Conversion | 11 bits (0...10 V), 11 bits (+/- 10 V) |
| Protection Type | Short-circuit protection |
| Temperature Drift | 0.096%/10 °C |
| Current Consumption | 90 mA |
| Isolation Voltage | 1000 V AC |
The Schneider Electric TSXASZ401 analog output module is designed for precision control in automation environments. This compact module, weighing in at 0.2 kg, offers four distinct channels for output configuration. With a response time of just 400 microseconds, it is well-suited for applications needing prompt signal processing.
The output capabilities of the TSXASZ401 include both 0 to 10 V and +/- 10 V options, catering to various control systems. The minimum output load requirement of 2 Ohms enhances its compatibility with a broad range of devices. This module adheres to RoHS standards, assuring compliance with environmental regulations.
In terms of signal clarity, the analog output conversion is provided with an 11-bit resolution, applicable to both output types. Protection against short circuits is integrated into the design, providing an added layer of safety during operation.
Temperature stability is assured with a drift of 0.096% for every 10 °C change. Current consumption is measured at 90 mA, keeping power usage efficient. Additionally, the module features an impressive isolation voltage of 1000 V AC, supporting its use in various demanding applications.