The Schneider TSXDMZ64DTK TSX Micro Control System is a compact yet powerful automation solution designed for medium to large-scale industrial applications. It offers enhanced efficiency, flexibility, and reliability in managing complex control processes.
Product Type:Module
Product ID:TSXDMZ64DTK
Schneider Type Designation:Modicon TSX Micro automation platform
Component Type:Discrete solid state I/O
Base DC Discrete Input Number:32
HE-10 Connector Discrete Input Voltage:24 V DC
Positive Discrete Output Number:32
HE-10 Connector Discrete Output Voltage:24 V DC
Discrete Output Current:0.1 mA
Power Dissipation:3.5 W by module output, 0.15 W by channel output, 5 W input
Product Weight:.9 lb(US) (0.41 kg)
The Schneider TSXDMZ64DTK is a high-performance discrete I/O module designed specifically for the TSX Micro automation platform, offering unparalleled reliability and efficiency in industrial control systems.
With its extensive array of 32 discrete input channels and 32 discrete output channels, the TSXDMZ64DTK ensures precise signal processing and control over critical operations, making it an indispensable component for advanced automation applications.
Featuring a rugged HE-10 connector system, this module ensures secure and stable connections, minimizing downtime and maximizing system uptime. The use of robust 24V DC positive inputs and outputs ensures compatibility with a wide range of industrial devices.
Equipped with advanced technology for low power consumption, the TSXDMZ64DTK optimizes energy use without compromising performance. This feature is particularly beneficial in energy-sensitive environments, leading to cost savings and environmental sustainability.
Manufactured using premium materials, the TSXDMZ64DTK is built to withstand harsh industrial conditions, ensuring long-lasting durability and reliability throughout its operational life.
The Schneider TSXDMZ64DTK TSX Micro Control System is a compact yet powerful automation solution designed for medium to large-scale industrial applications. It offers enhanced efficiency, flexibility, and reliability in managing complex control processes.