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GE Fanuc Series Six Memory Module IC600LX624/IC600FP608K/IC600LX624L In stock

GE Fanuc Series Six Memory Module IC600LX624/IC600FP608K/IC600LX624L In stock

Product Name:Memory Module

Brand Name: GE

Model Number:IC600LX624/IC600FP608K/IC600LX624L

Country of Origin:USA

Warranty: 12 Months

Whatsapp：+86 18159889985

Email：[email protected]

Overview
Contact for quotation
Specifications
Description
Applications
Features
Functions
FAQ
Recommended Products

Overview

Brand Name:	General Electric
Model Number:	IC600LX624/IC600FP608K/IC600LX624L
Country of Origin:	USA
Packaging Details:	Original new Factory Sealed
Delivery Time:	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

Parameter	Technical Details / Value
Component Classification	Integrated Industrial Memory Module & Custom Protective Faceplate Component
Hardware Family	GE Fanuc Series Six / Series Six Plus Industrial Automation Platforms
Core Design Variant	IC600LX624 (Standard) / IC600LX624L (Long-Life Board Architecture)
Structural Attachment	IC600FP608K (Dedicated Structural Faceplate Unit)
User Memory Capability	16,000 (16K) Logic Execution Words
Internal Variable Storage	8,000 (8K) Register Allocation Words
Data Retention Safeguard	Onboard CMOS RAM with lithium manganese dioxide battery support
Operational Thermal Range	0°C to 60°C (32°F to 140°F) ambient workspace conditions
Safe Storage Environment	-20°C to 70°C (-4°F to 158°F) non-powered state
Operational Humidity	5% to 95% relative humidity (strictly non-condensing)
Dimensions	27.8x20.7x2cm
Weight	0.52+0.12kg

Description

The IC600LX624 functions as a high-density, centralized data architecture designed for legacy programmable logic networks. By housing system routines in one card, the IC600LX624L combines execution logic, registry allocations, and system memory variables into a single chassis slot. Secured by the matching IC600FP608K structural front plate, this system optimizes old assembly lines against continuous hardware vibration. Implementing the IC600LX624 prevents variable dropouts during power failures, while the IC600LX624L incorporates modern layout enhancements to extend backend service lifetimes. Protected by an IC600FP608K barrier, this setup delivers low-latency processing speeds in legacy systems.

Applications

Combined Program Management: Merges code routines and process registers into one hardware address.
Legacy Control Consolidation: Upgrades multi-board memory layouts in early Series Six control configurations.
Process Variable Preservation: Secures critical tracking parameters across long-term chemical or manufacturing cycles.
Heavy Factory Protection: Uses custom front guards to shield memory nodes inside dense plant environments.

Features

Unified Memory Core: Holds 16K logic elements and 8K active storage registers on a single circuit board.
Non-Volatile RAM Protection: Incorporates long-life lithium battery cells to prevent program wiping.
Rugged Front Shell: Utilizes a dedicated mounting plate to increase slot rigidity and eliminate debris entry.
Diagnostic Reporting Array: Built-in indicators notify field personnel of battery dropouts and memory parity status.

Functions

Volumetric Code Execution: Stores and serves extensive ladder logic sequences directly to the central processor.
Power-Loss Recovery Routing: Activates CMOS battery bridges immediately when primary system voltage falls.
Parity Error Mitigation: Monitors data buses continuously to identify and isolate transmission faults.
Physical Interface Stabilization: Provides an exact mechanical ground and connector alignment inside the PLC frame.

FAQ

Q1: How do the IC600LX624 and IC600LX624L memory modules differ technically?
A1: Both deliver the exact same 16K logic and 8K register layout, but the "L" version denotes a later manufacturing generation with minor component updates.

Q2: What role does the IC600FP608K play alongside these industrial memory cards?
A2: It serves as the matching physical front plate, providing structural mounting points and protecting the open circuit layout from environmental dust.

Q3: How can plant technicians verify if the internal memory battery requires replacement?
A3: The faceplate features a low-battery indicator light that triggers automatically before voltage drops below safe data-retention thresholds.

Q4: Can this consolidated memory card operate safely inside a standard Series Six Plus rack?
A4: Yes, it drops directly into standard slots, though it does not support advanced parity check communications unique to newer Plus processors.

Q5: What layout precaution is critical when maintaining this specific memory component?
Q5: The underside of the board must never touch bare metal objects, as this can cause short-circuit grounding that wipes stored logic routines.

Inguiry Now: [email protected]