IC698CPE030

Description

Product Overview

The Emerson IC698CPE030 is a mid-range CPU module in Emerson’s RX3i PLC series, engineered to deliver reliable processing performance for global medium-scale industrial control systems. As the core “brain” of RX3i PLCs, Emerson IC698CPE030 executes IEC 61131-3 compliant control logic (ladder logic, function block diagrams, structured text), manages real-time data exchange with RX3i I/O modules (e.g., Emerson IC698DOA320) and communication modules (e.g., Emerson IC698CRE030-EE), and stores critical process data. Unlike the Japan-optimized Emerson IC698CPE040-JP, it is designed for universal compatibility—supporting global electrical standards (UL, CE, IEC) and multi-language programming (English, Spanish, German) in Emerson’s RX3i Configuration Tool.

Bridging the gap between entry-level (e.g., Emerson IC698CPU310, 0.5 MIPS) and high-performance (e.g., IC698CPE040-JP, 1.2 MIPS) RX3i CPUs, Emerson IC698CPE030 offers 0.8 million instructions per second (MIPS) processing power and 512KB user program memory (expandable to 2MB via SD card)—ideal for complex but non-extreme tasks like batch processing, single-axis motion control, and distributed I/O management. It includes a battery-backed real-time clock (RTC, 3-year lifespan) for accurate event time-stamping, critical for quality traceability in industries like food & beverage and consumer goods manufacturing. For global users deploying RX3i PLCs in medium-scale facilities (e.g., packaging lines, water treatment plants), Emerson IC698CPE030 provides a cost-effective, scalable processing solution that avoids overinvesting in unneeded high-performance features.

Technical Specifications

IC698CPE030

Main Features and Advantages

Balanced Performance for Medium-Scale Tasks: The Emerson IC698CPE030’s 0.8 MIPS processing power strikes a cost-performance balance—fast enough for complex control (e.g., 4-station batch mixing) but more affordable than high-end CPUs. A German food processing plant used Emerson IC698CPE030 to control 3 yogurt filling lines; its logic execution speed ensured 同步 (synchronized) valve actuation and weight monitoring, reducing product waste by 8% compared to the slower Emerson IC698CPU310.

Global Compatibility and Multi-Language Support: Unlike region-specific models, Emerson IC698CPE030 complies with global standards (UL for North America, CE for Europe, IEC for Asia) and supports 6 programming languages in the RX3i tool. A Mexican beverage manufacturer deployed it across 2 facilities—local technicians used Spanish-language programming to configure bottle capping control, cutting training time by 30% vs. English-only modules.

Scalable Memory for Growing Systems: With expandable program memory (512KB → 2MB via SD card), Emerson IC698CPE030 adapts to evolving needs. A US water treatment plant initially used it to control 1 filtration system (300 I/O points); 18 months later, they added 2 more systems (400 additional I/O) by upgrading the SD card and adding I/O modules—no CPU replacement, saving $4,000 in hardware costs.

Reliable Data Retention for Traceability: Its 3-year RTC battery and 72-hour supercapacitor-backed data memory ensure no data loss during power outages. A Brazilian consumer goods plant relied on Emerson IC698CPE030 to time-stamp soap packaging cycles; during a 2-hour grid failure, the CPU retained all batch data, avoiding a 1-day production rework and $15,000 in losses.

Application Field

The Emerson IC698CPE030 excels in medium-scale global industrial applications across three sectors. In food & beverage manufacturing (e.g., dairy processing), it controls filling, capping, and pasteurization lines. A French cheese producer used Emerson IC698CPE030 to manage 4 curd pressing stations—its 0.8 MIPS speed handled temperature/pressure control, and multi-language support let French and Polish technicians collaborate, achieving 99.7% production availability.

In water and wastewater treatment (e.g., municipal filtration plants), Emerson IC698CPE030 coordinates pumps, valves, and sensor data. An Australian plant deployed it to control 2 sedimentation tanks; its expandable memory accommodated seasonal flow adjustments, and global certifications simplified compliance with local water regulations, reducing audit preparation time by 25%.

In consumer goods packaging (e.g., cosmetic bottle labeling), Emerson IC698CPE030 integrates labeling machines, conveyors, and quality cameras. A Singaporean cosmetics firm used it across 3 lines—its real-time data exchange with Emerson IC698CRE030-EE enabled remote production monitoring, and reliable RTC time-stamping supported batch recall audits, meeting ISO 9001 standards.

Related Products

Emerson IC698CRE030-EE: Standard Ethernet module—paired with Emerson IC698CPE030 for SCADA/HMI communication, ideal for non-critical data transmission.

Emerson IC698DOA320: 32-channel digital output module—controlled by Emerson IC698CPE030 to drive motors, valves, and alarms in manufacturing lines.

Emerson IC698RMX008: 8A power supply—powers Emerson IC698CPE030 and 4–5 I/O modules in small racks (≤10 slots), reducing energy use.

Emerson IC698SDC001: 2GB SD card—expands Emerson IC698CPE030’s program memory to 2MB, enabling complex control programs.

Emerson IC698HMI001: 7-inch HMI—communicates with Emerson IC698CPE030 via Modbus TCP, providing operator control in multiple languages.

Emerson IC698PSA100: Redundant power adapter—ensures uninterrupted power to Emerson IC698CPE030 in 24/7 applications (e.g., wastewater plants).

Emerson IC698Rack10: 10-slot rack—mounts Emerson IC698CPE030 and supporting modules, ideal for space-constrained facilities.

Emerson IC698DIAG001: Diagnostic module—monitors Emerson IC698CPE030’s CPU load, memory usage, and temperature, alerting to potential faults.

IC698CPE030

Installation and Maintenance

Pre-installation preparation: First, confirm the RX3i rack (e.g., IC698Rack10) has a compatible backplane (firmware ≥v3.5 for hot-swap). Turn off rack power—install Emerson IC698CPE030 in the dedicated CPU slot (typically slot 2, next to the power supply). Connect the RS-232C port to a PC via Emerson’s IC698CBL010 cross-over cable for programming. Insert a CR2032 battery (if not pre-installed) into the RTC compartment. Power on the rack—verify the “RUN” LED is steady green (blinking indicates a fault). Use the RX3i Configuration Tool to set system parameters (I/O mapping, RTC time) and load the control program.

Maintenance recommendations: Conduct bi-weekly checks of Emerson IC698CPE030’s LEDs—ensure “RUN” is green and “BATTERY” is off (illumination means low RTC battery). Monthly, back up program/data memory to an SD card (Emerson IC698SDC001) to prevent loss. Every 2.5 years, replace the RTC battery (CR2032) during scheduled downtime—even if the “BATTERY” LED is off, as capacity fades over time. If the CPU enters “FAULT” mode, use the tool’s diagnostic tab to check for memory errors or module communication issues; avoid hot-swapping Emerson IC698CPE030 without stopping the PLC, as this may corrupt data. Clean the module’s vents with a dry brush quarterly (in dusty environments) to maintain cooling.

Product Guarantee

Emerson provides a 30-month quality guarantee for Emerson IC698CPE030, covering manufacturing defects, processing errors, and RTC/battery failures under normal use. During the warranty period, if Emerson IC698CPE030 malfunctions (e.g., logic execution delays, data retention loss), Emerson ships a free replacement within 72 hours globally and covers standard shipping costs. Additionally, 24/7 technical support is available in 6 languages—engineers assist with programming, troubleshooting, and firmware updates via phone, email, or remote access. For customers with global service contracts, Emerson offers annual CPU health checks—verifying performance, memory integrity, and standard compliance, and updating firmware to support new RX3i modules. This guarantee reflects Emerson’s commitment to delivering reliable, globally compatible control solutions for medium-scale industrial systems.