Schneider TSXASZ401: 4-Channel Analog Output Module, Designed for Precision Control

Product Type:Module

Product ID:TSXASZ401

Automation Platform:Modicon TSX Micro

Component Type:Analog Output Module

Number of Channels:4

Output Type:0…10 V, ±10 V

Current Consumption:90 mA

Product Weight:0.44 lb (US) (0.2 kg)

Ambient Temperature Range:Up to +50°C

Control Panel:Yes

Drive Type:Variable Speed

Field Bus Communication:FC Protocol, Modbus RTU

Filter Included:Yes

Motor Control Features:Excellent reliability, integrated braking chopper, user-friendly interface

Standards Met:ISO 14001, RoHS, WEEE

IP Rating:IP20

Mounting Type:Panel Mount

    The Schneider TSXASZ401 4-channel analog output module is designed to enhance your industrial control systems with its compact yet powerful performance. This module is the heart of any system requiring precise analog signals, offering unmatched versatility for a broad spectrum of applications.

    Featuring four high-quality analog output channels capable of delivering signals ranging from 0 to 10V and +/-10V, it ensures accurate and reliable data transmission. Its low current consumption of 90mA and 5V DC power supply make it an energy-efficient choice for your automation needs.

    Withstanding temperatures up to +50°C, this module is built for harsh industrial environments, ensuring reliability under demanding conditions. Its compact size (239mm x 90mm x 194mm) and panel mount design make it easy to integrate into existing systems without compromising on space.

    Equipped with integrated braking choppers, the Schneider TSXASZ401 provides a safer operation by efficiently managing the power down when needed. The inclusion of a control panel adds to its user-friendliness, making it accessible for technicians and engineers alike.

    Certified to meet international standards including ISO 14001, RoHS, and WEEE, the module adheres to environmental protection norms and ensures compliance with global regulations. It supports FC protocol and Modbus RTU communication, enabling seamless integration with various control systems, further enhancing its compatibility and functionality.