SIEMENS AG A1A10000623.00M Power control module
- Product Code: A1A10000623.00M
- Availability: In Stock
SIEMENS AG
TECHNICAL SPECIFICATION & ENGINEERING STANDARD
DOCUMENT ID: A1A10000623.00M
RELEASE STATUS: OFFICIAL | VERSION: 1.0 | EFFECTIVE DATE: CURRENT | GLOBAL APPLICABLE
1. DOCUMENT PURPOSE & DEFINED SCOPE
This technical specification document (ID: A1A10000623.00M) establishes the mandatory engineering, performance, design, safety and quality requirements for Siemens power control modules, drive systems and integrated electrical automation assemblies. All specifications are binding for Siemens engineering divisions, certified suppliers, project execution teams and authorized partners worldwide. Full compliance is required for all design, manufacturing, assembly, testing and field deployment activities related to the referenced product portfolio. This document supersedes all prior draft specifications and informal technical guidelines for the applicable product range.
2. APPLICABILITY & ORGANIZATIONAL RESPONSIBILITIES
2.1 Scope of Application
Applicable to all Siemens medium-voltage power control units, frequency converter drive assemblies, power distribution modules, electrical control cabinets and associated firmware/software components. Valid for global industrial applications including power generation, oil & gas, metallurgical processing, water treatment and heavy manufacturing automation systems.
2.2 Stakeholder Accountabilities
Siemens Global Engineering shall ensure full design compliance. Siemens Quality Assurance shall conduct validation audits across all product lifecycle phases. Certified component suppliers shall adhere to all material and manufacturing specifications. End-user technical teams shall implement equipment per the installation and operational guidelines defined in this document.
3. NORMATIVE REFERENCES & REGULATORY COMPLIANCE
All Siemens equipment covered by Doc ID A1A10000623.00M shall comply with the latest revised editions of the following international standards, directives and internal engineering specifications:
• IEC 61800 Adjustable speed electrical power drive systems
• IEC 60664 Insulation coordination for equipment within low-voltage systems
• IEC 60076 Power transformers - Full compliance series
• ISO 14001 Environmental management systems
• EN 50178 Electronic equipment for use in power installations
• UL 840 Standard for Electrical Insulating Materials
• Siemens Internal Standard (SIS) - Power Module Engineering Suite
• RoHS 3 (2015/863/EU) - Restriction of Hazardous Substances Directive
• CE Certification - EU Low Voltage & EMC Directives Compliance
4. MANDATORY TECHNICAL & FUNCTIONAL REQUIREMENTS
4.1 Power Module Hardware Specifications
✓ Operating temperature range: -25°C to +70°C continuous operation, 5-95% non-condensing relative humidity
✓ Voltage input tolerance: 380-480V AC (3-phase), 50/60Hz with surge protection compliant to IEC 61000-4-5
✓ Short circuit protection class Type 2, overvoltage & overcurrent protection integrated as standard
✓ MTBF (Mean Time Between Failures) ≥ 150,000 hours at 25°C ambient temperature, no single point failure design
✓ All electrical connections are corrosion-resistant copper alloy, rated for min. 500 mating cycles with IP20/IP54 enclosure rating options
4.2 Software & Operational Performance
✓ Firmware control algorithms provide deterministic response time ≤ 2ms for all safety-critical power regulation functions
✓ All operational parameters stored in dual non-volatile memory with automatic backup and recovery capability
✓ Communication protocols: PROFINET IO, MODBUS TCP/IP, PROFIBUS DP with error correction & redundant data transmission
✓ Remote firmware upgrade and parameter configuration supported without power interruption or operational downtime
4.3 Safety & Reliability Mandates
✓ Safety integrity level SIL 2 / PL d per IEC 61508 and ISO 13849 for all power control safety functions
✓ Emergency stop circuit hardwired with independent power supply, active fault detection and visual alarm indication
✓ Thermal overload protection with automatic shutdown, real-time temperature monitoring for all power semiconductor components
✓ Comprehensive event logging for all fault conditions, safety events and operational anomalies with time-stamped records
4.4 Interface & Integration Requirements
✓ HMI local control panel with backlit LCD display, sunlight-readable with min. 800 cd/m² brightness and tactile push-button controls
✓ Error codes standardized per Siemens global guidelines, with clear actionable corrective instructions for field technicians
✓ Plug-and-play integration with all Siemens PLC and drive systems, no custom wiring required for standard configurations
5. PRODUCT VALIDATION & ACCEPTANCE CRITERIA
All Siemens power control modules and drive assemblies shall complete full environmental stress screening (ESS), electrical performance testing, safety compliance verification and reliability endurance testing prior to release. All test data shall be formally documented and archived for regulatory audit purposes. Acceptance criteria include 100% adherence to all specifications in Doc ID A1A10000623.00M, zero critical non-conformances, successful third-party certification and field validation with customer acceptance sign-off. All identified non-conformances shall be classified by severity and resolved with corrective action plans approved by Siemens QA prior to product shipment and installation.
6. DOCUMENT REVISION & CHANGE MANAGEMENT
All revisions, amendments or technical modifications to Doc ID A1A10000623.00M must be formally submitted, reviewed and approved by the Siemens Global Power Systems Engineering Committee and Quality Assurance Division. All change requests shall include technical justification, impact assessment and compliance verification against international standards. Approved revisions will be assigned a new version number, dated and distributed to all relevant stakeholders. Historical document versions are retained for audit purposes in accordance with Siemens document retention policies. No informal deviations from this specification are permitted without written formal approval from Siemens authorized engineering management.
OFFICIAL APPROVAL & AUTHORIZATION
Prepared By:
Siemens Power Systems R&D
Date: _______________
Technical Review:
Siemens Senior Design Engineer
Date: _______________
QA Compliance Audit:
Siemens Global Quality Assurance
Date: _______________
Final Authorization:
Siemens Power Systems Director
Date: _______________
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