Allen Bradley 1756-OB32DC Digital Output Module

Allen Bradley 1756-OB32DC Digital Output Module

    The Allen Bradley 1756-OB32DC Digital Output Module provides reliable performance for controlling various outputs in industrial automation applications. It supports up to 32 digital outputs, ensuring efficient and accurate signal transmission in demanding environments.

Manufacturer:Allen Bradley

Model:1756-OB32DC

Module Type:Digital Output Module

Number of Channels:32

Voltage Rating:24 VDC

Current Rating per Channel:0.5 A

Protection Features:Short Circuit Detection

Operating Temperature Range:-25°C to 60°C

Certifications:CE, UL, CSA

    Designed for industrial applications requiring robust and reliable signal transmission, the Allen Bradley 1756-OB32DC module ensures precise control over multiple digital outputs. Its compatibility with Allen Bradley’s ControlLogix platform makes it an integral component for modern automation systems.

    This digital output module boasts a voltage rating of 24 V DC and can handle up to 0.5 A per channel, providing ample power for a wide range of devices and machinery. With 32 channels available, it offers extensive connectivity options for complex automation setups.

    Built to withstand harsh industrial conditions, the module features an environmental protection rating of NEMA 4X/IP67, making it suitable for use in areas prone to dust, water, or other contaminants. It operates efficiently within a temperature range of -25°C to +60°C, ensuring consistent performance even under extreme conditions.

    Installation is straightforward thanks to its terminal block connection type, which simplifies wiring and maintenance tasks. Moreover, the module comes with a range of safety certifications including CE, UL, and cULus, guaranteeing compliance with international safety standards.

    For system integrators and engineers working on high-performance industrial control projects, the Allen Bradley 1756-OB32DC Digital Output Module represents a dependable choice for achieving optimal control over output signals. Its reliability and precision make it an invaluable asset for any automation setup.