The Honeywell Base Module MLI-DN32H is a versatile 32-point digital I/O module designed for industrial automation systems, operating on AC 110-220V power supply while providing 16 channels of DC24V input and 16 channels of open collector sink output. This configuration enables efficient handling of both signal acquisition and control tasks within a single module. The Honeywell MLI-DN32H supports multiple scanning modes including repetitive, cyclic, interrupt, and constant scan, offering flexibility for various application requirements while maintaining fast execution speed of 83 nanoseconds per step for basic instructions.

The output section of the MasterLogic Programmable Logic Controller MLI-DN32H Honeywell features relay insulation and operates at rated load voltages of DC 12/24V with a wide operational range of DC 10.2-26.4V. The module delivers maximum load current of 0.5A per point for most channels, though points P20-23 are rated at 0.1A per point. These electrical characteristics ensure reliable performance in diverse industrial environments while maintaining minimal OFF leakage current of 0.1mA or less and maximum voltage drop of DC 0.4V during operation.

With a common method configuration of 4 points per COM and voltage tolerance of DC12/24V ±10% with ripple voltage ≤4 Vp-p, the Honeywell MLI-DN32H provides stable operation in electrically noisy conditions. Weighing 1.32 kg, the module supports expansion capabilities up to 384 points when combined with additional units, making it suitable for medium to large-scale automation projects. The MLI-DN32H BASE Honeywell MODULE combines compact design with comprehensive functionality, offering engineers a reliable solution for digital control applications.

Through its integrated input/output capabilities and robust electrical performance, the MLI-DN32H ML50 Compact Logic Controller serves as an efficient component in industrial control systems. This MLI-DN32H Power Supply DC24V Honeywell exemplifies Honeywell's commitment to manufacturing high-quality automation components that meet the demanding requirements of modern industrial applications, providing precise digital control for machinery, process automation, and other systems where reliable I/O operation is essential for maintaining productivity and operational efficiency.