Honeywell K2LCN-8 51401551-801 Node Processor Ready For Ship, China Honeywell K2LCN-8 51401551-801 Node Processor Ready For Ship Manufacturers, Suppliers, Factory

Overview

Brand Name:	Honeywell
Model Number:	K2LCN-8 51401551-801
Country of Origin:	USA
Packaging Details:	Original new Factory Sealed
Delivery Time:	in stock
Payment Terms:	T/T

Contact for quotation

Sales Manager:	Stella
Send an email:	[email protected]
Contact in Whatsapp:	+86 18159889985

Specifications

Item	Specification
Product Model	K2LCN-8 51401551-801
Type	LCN Node Processor
Processor	Motorola 68020 CPU
Memory Capacity	8 Megawords On-board Memory
Floating Point Unit	Not supported
System Compatibility	Honeywell LCN / AXM System
Node Interface	LCN Communication Interface
Backplane Support	AXM Five-slot chassis
Operating Function	Control & Data Processing
Installation Type	Rack-mounted module
Dimension	36.6x36.3x2cm
Weight	1kg
Operating Temperature	Industrial grade (-20°C to +70°C)
Storage Temperature	-40°C to +85°C
Protection	Industrial PCB design

Description

TheK2LCN-8 51401551-801is a high-performance LCN node processor designed for Honeywell AXM distributed control and industrial automation systems. It serves as the core computing module within LCN architectures, integrating processor logic, memory handling, and communication interface functions to ensure stable system-level control.

TheK2LCN-8 51401551-801is commonly used with supporting modules such asCLCN A/BorLCN I/O boards, forming a reliable node configuration for process control environments. Its architecture is based on a 68020 processor design with embedded system memory, enabling consistent data handling and network communication performance.

Engineered for industrial reliability, theK2LCN-8 51401551-801delivers stable operation in complex automation networks, supporting fault monitoring, system coordination, and scalable LCN-based control applications across demanding industrial environments.

Applications

Power plants: Used for generator set status monitoring and relay protection.
Substations: Enables bus differential control, line protection, and switchyard signal acquisition.
Chemical plants: Supports process automation and intrinsically safe signal monitoring.
Steel mills: Ensures reliable logic control in high temperature and EMI environments.
Machinery manufacturing: Used in automated production lines and robotic control systems.

Features

High-reliability LCN node processing architecture
68020 CPU-based industrial control performance
Stable integration with AXM chassis systems
Designed for continuous 24/7 industrial operation
Supports scalable distributed control networks

Functions

Executes LCN node-level control processing
Manages system communication and data exchange
Supports real-time monitoring and diagnostics
Coordinates with I/O and control modules
Ensures stable network-level automation performance

FAQ

Q1: What is the K2LCN-8 51401551-801 used for?
A1: It is used as a core LCN node processor for Honeywell AXM industrial control systems.

Q2: Does the K2LCN-8 support floating point operations?
A2: No, it is designed without floating point hardware support.

Q3: What system is it compatible with?
A3: It is compatible with Honeywell LCN-based control and data acquisition systems.

Q4: Can it be upgraded in the field?
A4: No, memory and hardware configuration upgrades require board replacement.

Q5: What type of chassis does it use?
A5: It is installed in a five-slot AXM chassis with LCN node configuration support.

Spares

Number	Describe
Self-Test Pass	On after board passes self-test. Normally ON.
TX	On when transmitting on LCN. Normally ON or flashing rapidly.
RST/PWR Fail	On during reset or power-on reset process. Normally OFF.
Self-Test Error	Indicates board self-test failure. Normally OFF.
Data Compare Error	Indicates internal data comparison fault. Normally OFF.
DTAK Time Out	Indicates Data Transfer Acknowledge failure. Normally OFF.
BGAK Time Out	Indicates Bus Grant Acknowledge failure. Normally OFF.
Data Parity Error	Indicates on-board data parity error. Normally OFF.
Bus Error	Indicates backplane bus parity error. Normally OFF.
EDAC Single-Bit Error	Indicates correctable single-bit RAM error. Normally OFF.
EDAC Multiple-Bit Error	Indicates uncorrectable multi-bit RAM error. Normally OFF.
LCN Transaction Error	Indicates LCN communication fault. Normally OFF.