Power Dissipation:0.32 Watts per channel, 1.024 Watts for the entire module
Operating Voltage:12V to 24V DC for relay operation
Current Consumption:Max 20mA for relay activation
Relay Contacts:Silver alloy double break contacts, rated at 1A/24VDC
Isolation:Opto-isolated for enhanced safety and signal integrity
Temperature Range:-20°C to +60°C for robust operation under various conditions
Connection:Screw terminal block for easy installation and configuration
Dimensions:90mm x 110mm x 35mm (WxDxH), compact design for space-saving applications
Experience unparalleled reliability with Schneider‘s TSXDSZ32R5 modular relay, engineered to meet the demands of complex industrial automation environments. This robust 32-channel relay module boasts SPDT contacts rated at 50VA, ensuring high-performance switching for a multitude of applications.
Featuring an integrated terminal block, this module simplifies installation and maintenance, allowing for quick and easy configuration without the need for external accessories. Its compact design and panel-mount style make it a perfect fit for space-constrained systems, while its temperature rating of -20°C to 70°C ensures operational integrity across a wide range of environmental conditions.
With an operating current of 135mA at 5VDC and 160mA at 24VDC, the TSXDSZ32R5 delivers the power required for efficient control tasks, while its compliance with EN/IEC 61131-2 standards ensures compatibility with a broad spectrum of automation protocols and systems.
Designed with durability in mind, this relay module withstands the rigors of industrial use, backed by Schneider‘s commitment to quality and reliability. Whether you’re upgrading existing systems or integrating into new setups, the Schneider TSXDSZ32R5 modular relay offers a reliable solution for enhancing automation efficiency.
For detailed specifications, technical support, or customization options, contact our sales team today. We’re here to help you find the perfect fit for your industrial automation needs, ensuring optimal performance and system reliability.
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