Key Technical Specifications
- Product Model: F35011
- Manufacturer: HIMA
- System Platform: HIMatrix F35 Compact Safety Controller
- Processor: 2 × independent 32-bit RISC CPUs (diverse code, continuous cross-monitoring)
- Memory: 2 MB Flash + 512 kB battery-free retained SRAM
- Minimum Cycle Time: 5 ms
- Communication: 2 × 100 Mbps safeethernet ports (integrated switch, ring/line topology)
- Service Ports: RS-485 + USB (front accessible)
- Local I/O: Up to 8 F3 slices directly attached
- Remote I/O: Up to 32 slices via safeethernet (max. 500 m fibre)
- Power Consumption: ≤ 8 W
- Operating Temperature: –25 °C to +70 °C
- Safety Integrity: SIL 3 single, SIL 4 capable in redundant pair
- Diagnostic Coverage: > 99 %
- Certifications: TÜV SIL3, ATEX Zone 2, IECEx, UL/CSA, DNV-GL
- MTBF: > 1,800,000 hours
- Dimensions: 22.5 × 99 × 114 mm (standard HIMatrix slice)
Technical Architecture & Functional Positioning
The F35011 is the current and final CPU revision for the F35 platform (introduced 2021). Key improvements over previous boards:
- 50 % faster execution → supports larger projects and shorter safety times
- Doubled Flash capacity → longer data logs, more complex HART routing tables
- Enhanced safeethernet stack → faster ring recovery (< 10 ms) and higher packet rates
- Full compatibility with latest SILworX versions (advanced diagnostics, OPC UA server, cyber-security features)
It is the only board approved for new F35 installations and the recommended upgrade for any legacy F35 requiring firmware V10 or higher.
Quality Standards & Testing Procedures
Every F35011 is validated on a TÜV-witnessed F35 test station.
Standardized Testing Protocol (SOP)
- 72 h burn-in at 65 °C with 400 simulated I/O points
- Full certified test project execution (2oo3 voting, timers, safeethernet ring break/reconnect)
- Forced internal processor discrepancy → safe state < 20 ms
- 48 h safeethernet stress test (zero packet loss)
- Complete automated proof-test via SILworX with logged diagnostic coverage
- Individual safety test certificate + firmware checksum report
Compatibility & Installation Maintenance Guide
Pre-Replacement Checklist
- Verify replacement board firmware ≥ existing version (etched on PCB)
- Download complete project + retained data via SILworX before power-off
- Note both safeethernet MAC addresses (label on board)
Installation Steps
- Power down F35 completely (CPU not hot-swappable)
- Replace board, ensure firm seating on internal connectors
- Power up → green RUN LED + correct firmware recognition in SILworX
- Reload project and execute full proof test before declaring operational
CACR-PR10BC3CS-Y10 Yaskawa Yasnac AC Servo Drive ServoP
One-day shipping available
CACR-SR10SB1BF Yaskawa Yasnac AC Servo Drive ServoPack
One-day shipping available
CACR-SR10SB1AFY100 Yaskawa Yasnac AC Servo Drive ServoP
One-day shipping available
CACR-SR10BY1SF-E Yaskawa Yasnac AC Servo Drive ServoPac
One-day shipping available
CACR-SR10SB1AF Yaskawa Yasnac AC Servo Drive ServoPack
One-day shipping available
CACR-SR10BY1SFY18 Yaskawa Yasnac AC Servo Drive ServoPa
One-day shipping available
CACR-SR10BC1ESY262 Yaskawa Yasnac AC Servo Drive ServoP
One-day shipping available
CACR-SR10SZ1SFY221 Yaskawa Yasnac AC Servo Drive ServoP
One-day shipping available
CACR-SR10SZ1SSY217 Yaskawa Yasnac AC Servo Drive ServoP
One-day shipping available
