Schneider Electric 140DRA84000 Quantum PLC Module
The Schneider Electric 140DRA84000 Quantum PLC Module is a high-performance digital output unit designed for industrial automation applications, featuring 16 digital NO contact outputs that can operate at 5-150Vdc or 20-250Vac, making it ideal for a wide range of control tasks.
Detailed content
Product Type:PLC Module
Model Number:140DRA84000
Schneider Type Designation:Quantum
Output Type:Digital
Number of Outputs:16
Contact Output Type:NO
Operating Voltage:5-150Vdc / 20-250Vac
Net Weight:0.41kg
Environmental Resistance:Conformal Coating
Display Type:LCD
Analog Inputs:N/A
Power Dissipation:N/A
Bus Current Requirement:N/A
The Schneider Electric Quantum 140DRA84000 Digital Output Module is a precision-engineered component that enhances system reliability in industrial automation environments. This high-capacity module is equipped with 16 digital NO contacts, providing robust control over diverse electrical processes.
Featuring a conformal coating for enhanced durability in challenging environments, this module ensures reliable operation even under extreme conditions. It is designed for seamless integration with Schneider Electric’s Modicon Quantum automation platform, facilitating easy setup and maintenance.
With its versatile voltage compatibility (5-150Vdc / 20-250Vac), the Quantum 140DRA84000 Digital Output Module can be tailored to meet the specific needs of various industrial applications, from manufacturing lines to process control systems.
Utilizing advanced technology, the module boasts a compact design that minimizes installation space, making it an ideal choice for modern, space-constrained industrial setups. Its lightweight construction (0.41kg) further facilitates ease of handling and installation.
To ensure optimal performance and longevity, the Quantum 140DRA84000 Digital Output Module undergoes rigorous quality testing and validation. This commitment to excellence guarantees that our customers receive a dependable solution that delivers superior results in their operational processes.