ALL PRODUCTS

GE Fanuc Series Six I/O control module IC600CB527/IC600CB527L Ready For Ship

GE Fanuc Series Six I/O control module IC600CB527/IC600CB527L Ready For Ship

Product Name:I/O control module

Brand Name: GE

Model Number:IC600CB527/IC600CB527L

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:	IC600CB526/IC600FP501K/IC600CB526R
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
Product Component	I/O Control Module
Hardware Series	GE Fanuc Series Six / Series Six Plus
Model Classification	IC600CB527 / IC600CB527L
Operating Voltage	5V DC (Sourced internally via CPU backplane)
Current Draw	1.0 Ampere nominal
Internal Diagnostics	LED indicators: DPU, ENABLED, CHAIN OK, PARITY
Circuit Board Dimensions	8.15 x 11.0 inches (208 x 280 mm)
Operating Temperature	0°C to 60°C (32°F to 140°F)
Net Hardware Weight	Approximately 0.79 lbs (0.36 kg)

Description

The IC600CB527 functions as a highly specialized input/output control architecture purpose-built for the legacy General Electric Series Six platform. By managing high-density communication pipelines, the IC600CB527L facilitates reliable data transfers between remote expansion racks and central processing systems like the Model 60 or Model 6000. Equipped with structural updates, the IC600CB527 delivers robust electrical isolation and low-latency command routing in demanding processing plants. For modern factories seeking to sustain original configurations, the IC600CB527L minimizes operational latency while maximizing industrial network uptime.

Applications

Legacy PLC Infrastructure Maintenance: Direct replacement for aging Series Six automated lines.

Centralized Machinery Control: Manages complex field signals across legacy assembly networks.

Distributed Network Expansion: Coordinates data streams between CPU chassis and distant I/O receivers.

Harsh Environments: Suitable for heavy manufacturing, including automotive production and water treatment facilities.

Features

Visual Diagnostics: Front-facing LED arrays for immediate status monitoring.
Direct Integration: Engineered for immediate backplane insertion into Series Six racks.
Passive Power Architecture: Draws 5V DC directly from the host CPU rack without external supplies.
High Thermal Tolerance: Operates reliably in standard factory environments up to 60°C.

Functions

I/O Signal Arbitration: Manages data transmission sequences to prevent field signal decay.
Real-Time Parity Auditing: Monitors communication integrity via continuous hardware parity checks.
Bus Diagnostics: Drives Automated Data Processor Unit (DPU) link status validations.
Logic Line Interface: Translates field device data into structured packets for the CPU.

FAQ

Q1: What is the main distinction between the IC600CB527 and the IC600CB527L?
A1: Both units share identical technical architecture and electrical footprints, but the "L" suffix typically indicates a later hardware revision or updated circuit board design.

Q2: What do the front panel LED indicators monitor?
A2: The LEDs display operational statuses including DPU connectivity, module enablement, I/O chain continuity, and internal parity health for rapid diagnostics.

Q3: Is this control module hot-swappable during system operation?
A3: No, the entire PLC backplane power must be completely shut off prior to module insertion or extraction to prevent circuit damage.

Q4: Which central processors are compatible with this equipment?
A4: It integrates with the standard Series Six ecosystem, specifically supporting Series Six Plus, Model 60, and Model 6000 configurations.

Q5: Does the hardware require any independent external power wiring?
A5: No, the module automatically draws all its operational logic voltage directly through the standard backplane connection.

Inguiry Now: [email protected]