Compatibility:Universal Compatibility with various PLC models

Processing Speed:High-performance microcontroller

Memory Capacity:Extended memory for complex programming tasks

Power Consumption:Efficient power management for optimal performance

Connectivity:Supports multiple I/O interfaces including Ethernet, RS-232, and RS-485

Environmental Rating:IP65 rating for dust and water resistance

Temperature Range:-20°C to +55°C operational temperature

    The Honeywell 51401364-100 & 51401363-100 Daughter Board is engineered to optimize performance in industrial automation scenarios, featuring a compact yet robust design that ensures seamless integration into existing systems. With a wide operating temperature range, it is suitable for demanding environments, ensuring reliable operation under extreme conditions.

    This module boasts efficient power consumption, making it an eco-friendly choice for energy-conscious industries. It supports multiple communication interfaces including RS-485 and CAN, facilitating easy data exchange with other system components. The onboard memory capacity of 128 KB allows for extensive data storage and processing capabilities.

    With 16 I/O channels, this daughter board provides ample connectivity options, enabling precise control over actuators, sensors, and other peripherals. It is compatible with the latest PLC programming languages, allowing for flexible and powerful automation scripts to be written.

    Engineered with durability in mind, the Honeywell 51401364-100 & 51401363-100 Daughter Board withstands rigorous industrial demands, ensuring long-term reliability and maintenance-free operation. Its compatibility with a broad spectrum of industrial PLC systems makes it a versatile addition to any automation setup.

    Experience enhanced system efficiency and reliability with the Honeywell 51401364-100 & 51401363-100 Daughter Board. Designed to elevate the performance of industrial automation systems, it is the ideal solution for optimizing operations in a variety of industries.