Extended Product Type:Discrete Output Module

Product ID:TSXDSY32T2K

Schneider Type Designation:Module

Modicon Premium Automation Platform:Yes

Product Type:Discrete Output

Discrete Output Number:32

Discrete Output Voltage:24 V DC

Conforming to EN/IEC 61131-2:Yes

Power Dissipation:(1.6 W + 0.1 W x No of Outputs)

Electrical Connection:2 Connectors HE-10

Current Consumption:140 mA @ 5 V DC

Product Weight:0.66 lb (US) (0.3 kg)

    Crafted for precision and durability, the Modicon TSXDSY32T2K PLC – DISCRETE OUTPUT MODULE PREM boasts an impressive 32 discrete output channels, each designed to handle demanding industrial tasks with ease. Its compatibility with the Modicon Premium Automation platform ensures seamless integration, optimizing system performance across various applications.

    Featuring a compact design that weighs just 0.3 kg, this module is lightweight yet robust, making it ideal for space-constrained environments without compromising on functionality. The HE-10 connectors provide reliable connections, ensuring data integrity and minimizing downtime.

    With a maximum current consumption of 140 mA at 5 V DC, this module efficiently manages power usage, contributing to overall energy savings and system longevity. Its conformance to EN/IEC 61131-2 standards ensures compliance with international safety and performance benchmarks.

    Engineered for industrial-grade reliability, the Modicon TSXDSY32T2K PLC – DISCRETE OUTPUT MODULE PREM is capable of handling high-demand scenarios with ease, delivering consistent performance day in and day out. Its discrete output voltage of 24 V DC provides flexibility in interfacing with various actuators and sensors, expanding its applicability across diverse industries.

    For those seeking advanced control solutions, the Modicon TSXDSY32T2K PLC – DISCRETE OUTPUT MODULE PREM offers unparalleled performance and reliability. Whether in manufacturing lines, process control environments, or complex automation setups, this module is the trusted choice for achieving optimal operational efficiency.