The Honeywell Digital I/O Module MLE-TP32A is a 32-channel transistor output module designed for the MasterLogic-50 PLC system, featuring source-type open collector outputs with a rated operating voltage of DC12/24V. This Open Collector Output Module MLE-TP32A provides thirty-two independent channels capable of handling load voltages from DC10.2V to 26.4V, making it suitable for controlling various industrial devices including solenoids, relays, and indicators. The Honeywell MLE-TP32A offers a maximum load current of 0.2A per point and 2A per common terminal, ensuring reliable operation in diverse automation applications.

With exceptionally fast response times of 1ms or less for both ON and OFF transitions, the Honeywell Digital Output Module MLE-TP32A delivers precise control for time-critical industrial processes. The module maintains minimal off-state leakage current below 0.1mA and features low voltage drop during operation, contributing to energy efficiency and stable performance. Its 32-points-per-common configuration simplifies wiring while maintaining excellent insulation resistance of 10MΩ or more, ensuring electrical safety and noise immunity.

The MLE-TP32A Output Module Honeywell operates with an internal current consumption of 120mA and requires an external power supply of DC12/24V ±10% with ripple voltage not exceeding 4Vp-p. Weighing only 100g, this compact module combines high channel density with lightweight design, making it ideal for space-constrained control cabinets. The unit's robust construction and reliable performance characteristics make it suitable for demanding industrial environments.

Designed for manufacturing automation, material handling, and process control applications, the MLE-TP32A OUTPUT MODULE Honeywell provides cost-effective and space-efficient solution for high-density output requirements. Its combination of fast switching speeds, flexible voltage range, and compact form factor makes this module an excellent choice for modern industrial control systems where reliability and performance are essential.