The Honeywell Power Supply Module MLC-DN64H/DC is a high-performance digital output module designed for industrial automation systems, providing reliable control for demanding applications. This robust module features 32-point 24V DC sinking outputs with a maximum load current of 0.5A per point, ensuring precise operation of various industrial devices. The Honeywell MLC-DN64H/DC DC24V PWR Supply incorporates photo-coupler insulation for enhanced electrical isolation and protection against voltage spikes, making it suitable for harsh industrial environments where electrical noise and interference are common concerns.

Engineered for efficient operation, the MLC-DN64H/DC I/O MODULE Honeywell supports multiple scanning modes including repetitive, cyclic, interrupt, and constant scan, allowing for flexible integration into complex control systems. With a fast execution speed of 83 nanoseconds per step for basic instructions, the module delivers responsive performance for time-critical applications. The unit's programming compatibility includes ladder diagram and instruction list languages, supporting 28 basic and 687 applied instructions for comprehensive control capabilities.

The electrical specifications of the TR Digital Output Module Honeywell MLC-DN64H/Dinclude a wide load voltage range of 10.2 to 26.4V DC and minimal OFF leakage current of 0.1mA or less. The module features Zenier diode surge protection and maintains a maximum voltage drop of 0.4V or less during operation, ensuring stable performance and protection for connected devices. These characteristics make the Honeywell MLC-DN64H/DC particularly suitable for applications requiring precise digital output control and reliable operation under varying electrical conditions.

Weighing 1.4 kg and designed for 100-240V AC power supply operation, the MLC-DN64H/DC PLC Power Supply Honeywell Module combines rugged construction with advanced functionality. This module represents Honeywell's commitment to manufacturing industrial control components that meet the rigorous demands of modern automation systems, providing engineers with a dependable solution for digital output requirements in process control, manufacturing automation, and other industrial applications where reliability and precision are essential for operational success.