Schneider AS-B882-032 24 VDC Diagnostic Output Module

The Schneider AS-B882-032 is a high-performance diagnostic output module designed for industrial automation. Part of Schneider Electric’s 800 Series, this 24 VDC output module offers reliable and precise control for various applications. With 32 output points grouped into four sets, the module ensures efficient performance and minimal operational downtime. It is ideal for use in environments where accurate and reliable output control is essential.

Key Features of the Schneider AS-B882-032

True High Operation Mode: The AS-B882-032 operates in true high mode, providing stable and accurate output signals.
Efficient Output Configuration: This module features 32 output points divided into 4 groups, each with 8 outputs, offering flexible and efficient control.
Minimal Voltage Drop: While in the ON state, the voltage drop remains minimal, not exceeding 0.5 Vdc at a current of 1 A.
Leakage Current Control: It limits leakage current to a maximum of 1.0 mA at 28.0 Vdc when the outputs are in the OFF state.
Robust Current Handling: Each output can handle up to 1.0 A, while the total current per group can reach 6.0 A.

Technical Specifications

Feature	Specification
Model Number	AS-B882-032
Manufacturer	Schneider Electric
Product Line	800 Series
Module Type	24 VDC Diagnostic Output Module
Operation Mode	True High
Number of Output Points	32
Operating Voltage Range	19.2 VDC to 28 VDC
Groups of Outputs	4
Outputs per Group	8
Voltage Drop in ON State	Max. 0.5 VDC at 1 A
Leakage Current in OFF State	Max. 1.0 mA at 28.0 VDC
Minimum Load Current	100 mA
Maximum Current per Output	1.0 A
Maximum Current per Group	6.0 A
Surge Current Capacity	7.5 A peak for 0.5 ms (up to 10 pulses/s)
Response Time	1 ms (OFF to ON and ON to OFF transitions)
Load Characteristics	Inductance: up to 1 H, Capacitance: up to 1000 f
Thermal Limit	140°C or higher
Weight	0.91 kg (2.00 lbs)

Advantages of the Schneider AS-B882-032

The Schneider AS-B882-032 provides reliable performance for demanding automation tasks. With its true high operation mode, it ensures accurate signal outputs, which is crucial for industrial processes. The minimal voltage drop and controlled leakage current further enhance the module’s efficiency, reducing power loss and ensuring stable operation.

Its robust current handling capabilities allow it to manage up to 1.0 A per output and 6.0 A per group, making it suitable for high-power applications. Additionally, the module’s quick response time (1 ms) ensures that transitions between OFF and ON states occur without delay, ensuring smooth system performance.