Description
Note: Many products are not yet listed. Please contact us for more product information. Our supply channels are constantly expanding, and we currently have 20 stable shared supply channels. Please confirm the model, product, price, and all other necessary information with customer service before placing an order. We offer new, refurbished, and used products, and prices are adjusted according to the year of the item you require.
IC698CPE010 label
Key Technical Specifications
- Processor: Intel Celeron 300 MHz with floating‑point support
- Battery‑Backed RAM: 10 MB
- Non‑Volatile Flash Memory: 10 MB
- Boolean Execution Speed: ~0.195 ms per 1000 contacts/coils
- I/O Capacity: Up to 32 K discrete bits, 32 K analog words
- Communication Ports: 2 × 10/100 Mbps Ethernet; 1 × RS‑232 station‑manager; 1 × isolated RS‑232/RS‑485
- Backplane Interface: VME64
- Backplane Power Draw: 3.2 A @ +5 VDC
- Operating Temperature: 0 °C to +60 °C
- Battery Retention: Approx. 40‑day data hold without rack power
- Weight: 0.58 kg
- Supported Protocols: EGD, SRTP, Modbus TCP, Modbus RTU, SNP
IC698CPE010 sideview
Product Introduction (Anti‑Template)
With a scan time of sub‑millisecond boolean processing and dual‑port network hardware, the IC698CPE010‑GJ forms the processing heart of PACSystems RX7i racks. It accepts migrated Series 90‑70 I/O hardware while delivering modern Ethernet‑based data exchange for HMI and SCADA links.
Honestly, this drop‑in CPU removes most migration friction for sites upgrading old 90‑70 racks, no full chassis swap required. Front‑panel status LEDs give quick health checks without pulling programming software, —though customs clearance in the EU might add 2 days for legacy control‑system spare‑part shipments.
IC698CPE010 backsidde
QC, Procurement & Logistics SOP
- Inbound Verification: Cross‑check part suffix‑GJ marking, inspect OEM labels and board silkscreen etching; compare against original component identifiers to reject altered assemblies.
- Live Rig Testing: Install module inside valid RX7i VME64 test rack; run power‑on self‑test, download reference logic, validate both Ethernet and serial port traffic, confirm battery‑backed memory retention after simulated power loss.
- QA & Anti‑Static Packaging: Seal unit inside ESD‑shielded bag, fit shock‑absorbing foam around connector edges, attach physical tag noting battery age for receiving‑team review.
- Global Logistics & Export Compliance: Assign optimized HS code classification for legacy PLC CPU hardware. Use reinforced shock‑rated cartons suitable for air or sea transit; complete commodity and part‑number documentation before carrier hand‑off to reduce hold‑ups at customs databases.
Technical Pitfalls & Integration Warnings
- Firmware Rev Mismatch. A process facility fitted IC698CPE010‑GJ with older RX7i firmware revision R3.0. Dual‑port EGD communication would randomly stall under heavy tag throughput. Match CPU hardware suffix against target firmware release before loading project files.
- Backplane Slot Mis‑Assignment. A maintenance crew seated this CPU into a general VME I/O slot instead of the dedicated primary CPU slot. The unit powered up and lit LEDs, yet it never took system control and could not access rack I/O. Slot position is strictly defined for RX7i CPUs.
- Battery Degradation Risk. One plant installed the spare CPU without verifying backup battery condition. Short utility power dip erased RAM logic and forced full project reload. Even unused surplus units can have aged internal batteries.
- ESD destruction during unboxing. A technician handled exposed PCB edges in low‑humidity cabinet space without a grounded wrist strap. The CPU booted normally but would drop serial port connections under moderate thermal load. Static damage often produces intermittent, non‑obvious faults.
IC698CPE010 sideview
Frequently Asked Questions (FAQ)
Q: What global lead times should I budget for ordering IC698CPE010‑GJ spare CPU? A: New‑surplus stock dispatches within 1‑3 working days. Cross‑ocean transit ranges from 5‑14 days depending on carrier. Add extra buffer if your region applies special screening for legacy control hardware.
Q: Can I hot‑swap IC698CPE010‑GJ while the RX7i rack remains in run mode? A: Hot‑swap is not supported for this primary CPU. Live removal cuts off backplane control access, triggers fatal system faults and full I/O drop‑out. Place rack into offline state before CPU removal or installation.
Q: Does IC698CPE010‑GJ offer backward compatibility with Series 90‑70 I/O modules? A: It works with most Series 90‑70 I/O on VME64 RX7i backplane. Certain high‑density specialty modules require minimum CPU firmware revisions. Confirm I/O part numbers against firmware release notes before purchase.
Q: Which shipping setup gives best protection for this CPU sent to hot, humid field sites? A: Air freight is preferred. Add desiccant packets inside shipping carton. Long sea transit exposes internal battery and memory chips to humidity swings that shorten service life.
Q: What bench checks confirm full CPU functionality before field deployment? A: Load representative user logic, execute full I/O simulation, test both Ethernet ports and serial channels, and trigger a simulated power‑cycle to verify battery‑backed RAM preserves data. Do not rely solely on front‑panel LED indicators.
Q: Will customs databases flag this legacy GE CPU for extra inspection during international shipment? A: It falls under general industrial automation spare‑part classification. Complete, precise commodity descriptions and clear part‑number documentation lower inspection odds. Incomplete paperwork can extend clearance timelines.
Q: What happens if I run this CPU near or above its rated 60 °C operating ceiling? A: Internal over‑temperature system bits activate. Sustained over‑temperature triggers automatic fault‑stop. Scan times become erratic even before full shutdown, which can corrupt closed‑loop process outputs. Maintain cabinet airflow within published environmental limits.
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