Schneider Electric TSXAEY800 Modicon Premium Analog Input Module Configured for high-level signal acquisition in the Modicon Premium Automation platform, the...
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Description
Schneider Electric TSXAEY800 Modicon Premium Analog Input Module
Configured for high-level signal acquisition in the Modicon Premium Automation platform, the Schneider Electric TSXAEY800 (base model: TSXAEY800) provides direct physical/electrical execution of analog data conversion tasks.
The module interfaces with the Modicon Premium backplane via the XBP bus. It requires specific firmware compatibility checks when integrated with Unity Pro software versions prior to V3.1. Channel density scaling is fixed; no jumper configuration is required for range selection, which is executed via software parameters. The module does not support hot-swapping; power must be removed from the rack before insertion or removal.
Frequently Asked Questions
Q: What is the maximum overcurrent tolerance for the module's internal protection?
A: The module features overcurrent protection rated at -30...30 mA at state 1 with an input impedance of 250 kOhm. Exceeding this limit may damage the input circuitry.
Q: Is channel-to-channel isolation present on the TSXAEY800?
A: No. This module has no common mode isolation between channels. External isolation barriers must be used if galvanic isolation is required between field devices.
Q: What are the input voltage limits to prevent damage?
A: Permanent damage can occur if input voltage exceeds -15...15 V at state 0 or -30...30 V at state 1 (250 Ohm load). Ensure field wiring does not exceed these limits.
Field Installation Guidelines
Install the module on a standard 35 mm DIN rail or directly into the TSX Rack backplane. Ensure proper torque application on terminal screws (typically 0.5 Nm). Shielded twisted pair cables are mandatory for analog signal runs. Ground the shield drain wire at a single point to the chassis ground (PE) to prevent ground loops. Maintain separation between high-voltage power wiring and low-level analog signal wiring (minimum 10 cm spacing) to avoid electromagnetic interference.