The PLC MODULE MLI-DR64H Honeywell is a high-density 64-point digital I/O module that combines 32 DC inputs with 32 relay outputs in a single compact unit, designed for complex industrial automation systems. This versatile module provides comprehensive control and monitoring capabilities while optimizing cabinet space through its integrated design. The MLI-DR64H Honeywell MODULE features relay insulation and supports rated load parameters of DC24V 2A for resistive loads or AC220V 2A with unity power factor, making it suitable for diverse industrial applications requiring reliable switching operations.

The electrical performance of the Base Modules MLI-DR64H Honeywell includes impressive specifications, handling maximum load voltages of AC250V or DC125V with 2A current capacity per point. The module maintains minimal OFF leakage current of 0.1mA at AC220V/60Hz and supports a maximum switching frequency of 3,600 operations per hour. These characteristics ensure dependable performance in demanding industrial environments while providing precise control over connected equipment and processes.

Weighing 1.32 kg, the MLI-DR64H BASE MODULE Honeywell employs a flexible common method configuration with points P20-2F using 4 points per COM and points P30-3F using 8 points per COM. The module supports minimum load requirements as low as DC5V/1mA while maintaining 5A capacity per common terminal. This design allows the Honeywell MLI-DR64H to accommodate various field devices and load types while ensuring electrical isolation and system protection.

Through its combination of high point density and reliable performance, the Relay Digital Output Module MLI-DR64H Honeywell provides an efficient solution for space-constrained control panels requiring extensive I/O capabilities. This module exemplifies Honeywell's commitment to manufacturing robust industrial control components that meet the demanding requirements of modern automation systems, offering engineers a dependable solution for machine control, process automation, and other applications where high-density digital I/O control is essential for operational efficiency and system reliability.