Honeywell 00484200 DC Digital Input Card

Product Description

The Honeywell 00484200 is a versatile interface solution for industrial control systems, designed to support both PLC-to-DCS communication and digital input monitoring. Depending on the system configuration, it is available as a shielded multi-core cable for reliable data transfer or as a DC digital input card for signal acquisition in Honeywell Analytics systems.

Engineered for demanding industrial environments, the 00484200 ensures robust connectivity, precise signal monitoring, and long-term operational reliability.

Technical Specifications

Key Features

• Provides EMI-resistant signal transmission between Honeywell PLCs and DCS systems

• Accurate monitoring of digital input signals such as sensors, alarms, and switches

• Industrial-grade durability for harsh operating environments

• Compact and modular design allows easy integration with Honeywell controllers

• Supports multiple communication standards (RS-232, RS-485, Ethernet)

Applications

• Process automation: seamless PLC-to-DCS communication

• Safety and alarm monitoring systems

• Power generation control systems

• Industrial plants requiring robust digital input signal acquisition

FAQ

Q: Can this component be used with non-Honeywell PLCs?
A: While optimized for Honeywell systems, the cable variant supports standard RS-232, RS-485, and Ethernet interfaces and may integrate with compatible third-party controllers.

Q: What is the maximum number of input signals the card can handle?
A: The 00484200 DC digital input card supports multiple discrete input channels, with individual input monitoring up to 35 VDC and 20 mA.

Q: Is the cable shielded against electromagnetic interference?
A: Yes, the multi-core cable version is fully shielded to resist EMI in industrial environments.

Q: Are there similar Honeywell models for comparison?
A: Comparable options include the Honeywell 00484199 DC input card and 00484201 communication cable, which vary in voltage range, signal channels, and supported interfaces.