Schneider 140DDI35300 Discrete Input Module, Modicon Quantum
The Schneider 140DDI35300 is a discrete input module designed for the Modicon Quantum automation platform, offering precise and reliable detection capabilities for low-voltage DC applications. Ideal for use in industrial environments where accurate and stable signal acquisition is critical.
Manufacturer:Schneider Electric
Model:140DDI35300
Module Type:Discrete Input Module
Channels:32
Input Voltage:24 V DC
Voltage Limits:19.2…30 V
Impedance:2500 Ohm
Maximum Leakage Current:200 mA at Us = 5.5 V and Uin = 4 V
Absolute Maximum Input:30 V continuous, 56 V during 1.3 ms decaying pulse
Certifications:CE, UL, RoHS Compliant
The SCHNEIDER 140DDI35300 Discrete Input Module is an essential component of any modern industrial control system. With its 32 channels, this module can accurately monitor and report on up to 32 different digital inputs simultaneously. Designed for use with the Modicon Quantum series, this module offers high reliability and robust performance even in challenging industrial environments.
Built with durability in mind, this module can handle a wide range of input voltages from 19.2V to 30V DC, ensuring compatibility with a variety of sensors and devices. Its input impedance of 2500 Ohms ensures minimal impact on connected circuits, providing clean, reliable data.
In terms of safety, the module has a maximum leakage current rating of 200 mA at specific conditions, which helps prevent unintended operations or damage to connected systems. Furthermore, it can withstand absolute maximum input levels up to 30V continuously and 56V for short durations, ensuring reliable operation under unexpected conditions.
Ease of installation and maintenance are key features of this module. Its compact design allows for easy integration into existing systems without requiring significant space or additional infrastructure. Comprehensive documentation and user-friendly interfaces make setup and troubleshooting straightforward tasks.

![]()










There are no reviews yet.