Honeywell 51304441-275 MC-TDID52 high-performance digital input module

Description

The Honeywell 51304441-275 MC-TDID52 functions as a high – performance digital input module within the industrial automation stack, acting as a bridge between field – level digital devices and the main control system. It is designed to accept multiple digital input signals from sensors, switches, and other field instruments, process them to filter out noise and interference, and then transmit the clean, accurate data to the control system’s backplane. This module seamlessly integrates with Honeywell’s TDC 3000 and PlantScape control platforms, leveraging the system’s backplane architecture to ensure fast and reliable data transfer. One of its key features is its ability to handle high – speed digital inputs, making it suitable for applications where rapid response to changing field conditions is essential. The Honeywell 51304441-275 MC-TDID52 also incorporates advanced signal conditioning technology, which helps to eliminate electrical noise and ensure consistent signal quality, even in environments with significant electromagnetic interference.

51304441-275 MC-TDID52

Redundancy is a critical consideration in mission – critical industrial systems, and the Honeywell 51304441-275 MC-TDID52 is compatible with redundant backplane configurations, providing an extra layer of protection against system failures. In the event of a primary module issue, the redundant setup allows for a smooth transition, ensuring uninterrupted operation. The module is equipped with comprehensive diagnostic capabilities that continuously monitor its own performance and the status of incoming signals. These diagnostics provide real – time alerts through the control system interface, enabling engineers to quickly identify and resolve any issues before they impact the overall process. Its design is optimized for easy installation and integration into existing control systems, reducing the complexity of system upgrades and expansions.

51304441-275 MC-TDID52

Technical specifications:
Model Number 51304441-275 MC-TDID52
Brand Honeywell
Type Digital Input Module
Input Voltage 24V DC
Operating Temp Range 0°C to 60°C
Mounting Style Backplane – Mounted
Dimensions 160mm x 100mm x 80mm
Weight 450g
Interface/Bus TDC 3000 Backplane
Compliance CE, UL, RoHS
Supported Protocols Compatible with TDC 3000 system protocols
Typical Power Draw 5W

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51304441-275 MC-TDID52

Main features and advantages:

Choosing the Honeywell 51304441-275 MC-TDID52 offers numerous tangible benefits in real – world industrial applications. Its robust design ensures long – term reliability, even in harsh industrial environments, reducing the need for frequent replacements and lowering maintenance costs. The module’s high – speed signal processing capabilities enable it to handle rapid digital input changes, ensuring that the control system receives timely and accurate data for quick decision – making. This responsiveness is crucial in applications where split – second adjustments can prevent costly downtime or product defects. Additionally, the advanced noise filtering technology integrated into the Honeywell 51304441-275 MC-TDID52 ensures that the control system receives clean signals, minimizing the risk of false alarms and erroneous control actions. Engineers will appreciate the module’s seamless integration with Honeywell’s control platforms, which simplifies system design and reduces engineering time during installation and configuration.

51304441-275 MC-TDID52

Application areas:

The Honeywell 51304441-275 MC-TDID52 is widely used in a variety of industrial sectors where reliable digital input processing is essential. In the chemical processing industry, it is employed to monitor the status of valves, pumps, and other equipment, providing critical data to the control system for maintaining optimal process conditions and ensuring safety. In power generation facilities, the module plays a key role in monitoring the operation of turbines, generators, and auxiliary systems, helping to ensure continuous power production and prevent unplanned outages. In manufacturing plants, it is used to track the status of conveyor belts, robotic arms, and other production equipment, enabling precise control of the manufacturing process and maximizing productivity. The module’s ability to perform reliably in these demanding environments, where high levels of electrical noise and temperature fluctuations are common, makes it a trusted component in critical industrial systems.

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