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Schneider Electric Modicon TSX AS-BDAP-216N

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AS-BDAP-216N

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The Modicon TSX AS-BDAP-216N module from Schneider Electric is utilized for discrete output applications. It operates at an output voltage of 24 VDC and is configured with an input system comprising 2 x 8 transistors, ensuring reliability for control processes.

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Technical specifications for AS-BDAP-216N

ManufacturerSchneider Electric
Product LineModicon TSX
Part NumberAS-BDAP-216N
Weight1.00 lbs (0.45 kg)
Module CategoryDiscrete VDC/VAC Output
Input Configuration2 x 8 transistors
Output Voltage24 VDC, true high
Electrical IsolationChannels isolated from I/O bus and groups
Maximum Cycle Time1 ms
Switching Current at 24 VDC0.5 mA
Switching Current at 230 VACNot applicable
External Power Supply Voltage24 VDC
I/O Bus Current Draw50 mA
Conformal CoatingNot included
Typical Power Dissipation1 W
Maximum Switching Voltage60 VDC
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The AS-BDAP-216N from Schneider Electric is engineered for discrete VDC/VAC output tasks within the Modicon TSX series. This unit is characterized by a configuration allowing for 2 x 8 transistor inputs, facilitating versatile signaling in various control applications. Operating at a nominal output voltage of 24 VDC, it offers a true high output, making it suitable for demanding operational standards.

This module ensures electrical isolation, as each channel is kept separate from the I/O bus and the distinct groups, enhancing system integrity and performance. The efficiency of the AS-BDAP-216N is further highlighted by its maximum cycle time of only 1 millisecond, allowing rapid responses in real-time applications.

It is important to note that the switching current at 24 VDC is rated at 0.5 mA, while voltage switching at 230 VAC is not applicable. An external power supply rated at 24 VDC is required for functionality, with the module drawing 50 mA from the I/O bus. The module’s typical power dissipation is around 1 W, ensuring it remains energy efficient during operation. It can handle a maximum switching voltage of up to 60 VDC, extending its range of applications within compatible systems.