Configured for high-speed data transmission in Honeywell industrial control systems, the Honeywell 51204120-400 (51204120-400 Fieldbus Communication Cable) provides direct physical/electrical execution.
Suffix Breakdown & Model Matrix
Model: 51204120-400
Base Model: 51204120
Function Variant: -400 standard configuration featuring a 10-meter pre-assembled cable assembly for Fieldbus networks
Hardware Specifications
Parameter
Specification
Model
51204120-400
Brand
Honeywell
Category
Industrial Networking and Cables
Product Type
Fieldbus Communication Cables
Origin
USA
Weight
Standard industrial cable weight
Dimensions
10 meters length
Operating Temp
Standard industrial cabinet/field range
Power Consumption
Passive physical media component
Core Performance
Shielded industrial-grade low-loss data transmission
Channel-to-Channel Isolation and FOUNDATION Fieldbus Connectivity
Engineered to interconnect field devices, controllers, and I/O modules across distributed control architectures, the 51204120-400 supports FOUNDATION Fieldbus and Profibus PA connectivity protocols. The cable features an EMI-resistant shielded construction designed to minimize electromagnetic interference and suppress common-mode noise during high-speed data exchanges. Integrated channel-to-channel isolation compatibility is maintained across connected nodes to prevent ground loop propagation in harsh industrial environments.
Frequently Asked Questions
Q: What is the standard length of the 51204120-400 communication cable?
A: The cable has a fixed length of 10 meters with factory-configured connectors.
Q: What network protocols is this cable optimized for?
A: It is engineered for Fieldbus communication networks within Honeywell distributed control system platforms.
Field Installation Guidelines
Route the 51204120-400 cable away from high-voltage power conduits and variable frequency drive outputs to mitigate electromagnetic interference. Ensure that the shielding layer is correctly terminated at the designated grounding bar according to standard industrial wiring practices. Observe the minimum bend radius constraints during physical routing to prevent internal conductor stress and maintain reliable signal integrity.
