Schneider ASBDNO201 Modicon TSX Compact Output Module

The ASBDNO201 provides reliable discrete output control for Modicon TSX Compact systems. This Schneider Electric module manages up to 16 output channels in demanding automation environments. We engineered this unit to deliver consistent performance in industrial control architectures.

Technical Specifications and Design Features

This output module weighs approximately 0.3 kilograms. Its compact dimensions measure 100 millimeters in height, 50 millimeters in width, and 120 millimeters in depth. The unit features a robust plastic housing with integrated heat dissipation channels.

Parameter	Specification
Manufacturer	Schneider Electric
Model	ASBDNO201
Category	Discrete Output Module
Number of Outputs	16 channels
Output Type	Transistor (sourcing)
Output Voltage	24V DC
Output Current	0.5A per channel
Total Current	4A maximum
Response Time	1 ms (on/off)
Protection	Short-circuit and overload
Dimensions (H x W x D)	100 mm x 50 mm x 120 mm
Weight	0.3 kg

Engineers will value the integrated protection circuitry within the ASBDNO201. Each output channel includes individual short-circuit protection with automatic reset. This design prevents cascading failures when a single output experiences a fault.

Furthermore, the interface layout prioritizes straightforward field wiring. The module uses a removable screw terminal block for easy installation and maintenance. This terminal block accepts wires from 0.2 to 1.5 mm². A green LED array provides immediate status feedback for every output channel.

Integration and Performance

You can seamlessly integrate this module into any Modicon TSX Compact backplane. The ASBDNO201 operates reliably within a temperature range of 0°C to 60°C. Its transistor outputs support high-speed switching applications such as solenoid control and indicator management. For reference, other Schneider modules like the TSX Compact series share this common backplane architecture.

The module consumes minimal power from the backplane bus. This low power draw leaves ample capacity for other system components. Consequently, you can maximize the number of modules within a single chassis configuration.