Reliability, Availability, Maintainability and Safety (RAMS) Consulting Services
The Universal Embedded Safety Product Development
EN 50126/8/9 Safety Process Document Template Pack
Instant Process Control and Savings
Covers All Phases of the Safety Process
- Concept
- System Definition & Operational Context
- Risk Analysis & Evaluation
- Specifications of System Requirements
- Architecture & Apportionment of System Requirements
- Design & Implementation
- Manufacturing
- Integration
- System Validation
- System Acceptance
- Operation, Maintenance & Performance Monitoring
Includes Plans & Reports, Change Management and Regression Analysis
ROI Savings and Benefits:
The savings on any one of these items will offset the cost:
- Cost equivalent to one man-month of engineering time saved in the development process is at least 4x (4 man-months of effort), probably more.
- Standardization of Document Support Forms Control, Management, and Traceability of Content
- Assurance of Completion and Correctness
- Supports early discovery of design and process errors.
- Enhances efficiency of certification process immensely.
EN 50126/8/9 Template Pack
Templates | Phase |
|---|---|
2 | Concept |
12 | System Definition & Operational Context |
6 | Risk Analysis & Evaluation |
12 | Specifications of System Requirements |
13 | Architecture & Apportionment of SysREQs |
10 | Design & Implementation |
4 | Manufacturing |
7 | Integration |
7 | System Validation |
3 | System Acceptance |
3 | Operation, Maintenance, & Performance Monitoring |
79 Total Document Templates that include Guidance Summaries on FMEA, FMECA, FMEDA, FTA Analysis as well as SFF, PFD Calculations
Coding Standards:
- C/C++ Coding Standard
- FPGA/VHDL Coding Standard
- Includes SIM and Validation Process
At SIL4 Systems, we assist with the difficult, time consuming and costly tasks required to delivery safety critical products to the market. We have over 30 years of experience in designing and delivering demanding safety critical systems that acceptably manage risks and comply with more pervasive safety standards:
EN50126: Railway Applications– The specification of Reliability, Availability, Maintainability and Safety [RAMS].
EN50128: Railway Applications — Communications, Signaling and Processing Systems — Software for Control and Protection Systems.
EN50129: Railway Applications — Communications, Signaling and Processing Systems — Safety related Electronic Systems.
EN50159: Safety Related Communications for Rail Transit.
EC61508: Functional Safety of Electrical/Electronic/Programmable Electronic Safety related systems.
ISO26262: Road Vehicles-Functional Safety
IEC61601: Safety Requirements for Medical Electrical Systems
IEC13849: Safety of Machinery
IEC61511: Functional Safety– Safety Instrumented Systems for the process industry sector.
IEC60987: Nuclear Power Plants — Instrumentation & Control important to Safety. Hardware Design Requirements, computer based systems.
IEC6138: Nuclear Power Plants — Instrumentation & Control important to Safety. Software for Computer based systems [Cat B or C].
DO-254: Design Assurance Guidance for Airborne Electronic Hardware.
DO178B: Software Considerations in Airborne Systems and Equipment Certification.
MIL-STD-882: DOD Safety Standard
FRA 49 / CFR Parts 209, 234 and 236: Standards for Development and use of Processor Based Signal and Train Control Systems.
Our Electrical Engineering Consulting Services include solutions for all computer controlled embedded systems. If your needs are High Reliability and Availability instead of Fail-Safe, Mission Critical Design, we can help you Lead the Field.
For more information and details, please contact: Carl E. Conti