Filtrar :
Norma o proyecto bajo la responsabilidad directa de 香港六合彩开奖/TC 184/SC 1 Secretar铆a Etapa ICS
Numerical control of machines 鈥 Axis and motion nomenclature
95.99
Industrial automation systems and integration 鈥 Numerical control of machines 鈥 Coordinate system and motion nomenclature
90.93
Numerical control of machines 鈥 Vocabulary
95.99
Industrial automation systems 鈥 Numerical control of machines 鈥 Vocabulary
90.93
Numerical control of machines 鈥 Symbols
90.93
Numerical control of machines 鈥 NC processor output 鈥 Logical structure (and major words)
95.99
Industrial automation systems 鈥 Numerical control of machines 鈥 NC processor output 鈥 File structure and language format
90.93
Industrial automation systems 鈥 Numerical control of machines 鈥 NC processor output 鈥 File structure and language format 鈥 Technical Corrigendum 1
95.99
Numerical control of machines 鈥 Specification of interface signals between the numerical control unit and the electrical equipment of an NC machine
95.99
Numerical control of machines 鈥 NC processor input 鈥 Basic part program reference language
90.93
Numerical control of machines 鈥 NC processor output 鈥 Minor elements of 2000- type records (Post-processor commands)
95.99
Industrial automation systems 鈥 Numerical control of machines 鈥 NC processor output 鈥 Post processor commands
90.93
Numerical control of machines 鈥 Operational command and data format
95.99
Numerical control of machines 鈥 Program format and definition of address words 鈥 Part 1: Data format for positioning, line motion and contouring control systems
95.99
Automation systems and integration 鈥 Numerical control of machines 鈥 Program format and definitions of address words 鈥 Part 1: Data format for positioning, line motion and contouring control systems
90.93
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 1: Overview and fundamental principles
90.93
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 10: General process data
95.99
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 10: General process data
90.92
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 10: General process data
10.99
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 11: Process data for milling
95.99
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 11: Process data for milling
90.92
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 11: Process data for milling
10.99
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 12: Process data for turning
90.92
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 12: Process data for turning
10.99
Automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 13: Process data for wire electrical discharge machining (wire-EDM)
90.60
Automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 14: Process data for sink electrical discharge machining (sink-EDM)
90.60
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 17: Process data for additive manufacturing
60.60
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 111: Tools for milling machines
90.92
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 111: Tools for milling machines
10.99
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 121: Tools for turning machines
90.60
Industrial automation systems and integration 鈥 Physical device control 鈥 Data model for computerized numerical controllers 鈥 Part 201: Machine tool data for cutting processes
90.93
Automation systems and integration 鈥 Interfaces for automated machine tending 鈥 Part 1: Overview and fundamental principles
60.60
Physical device control 鈥 Interfaces for automated machine tending 鈥 Part 2: Safety and control interface
60.60
Industrial automation systems and integration 鈥 Physical device control 鈥 Dimensional Measuring Interface Standard (DMIS)
95.99
Industrial automation systems and integration 鈥 Physical device control 鈥 Dimensional Measuring Interface Standard (DMIS)
90.93
Industrial automation systems and integration 鈥 Numerical control systems for machine tools 鈥 Part 1: Requirements for numerical control systems
60.60
Industrial automation systems and integration 鈥 Numerical control systems for machine tools 鈥 Part 2: Requirements for numerical control system integration
60.60
Industrial automation systems and integration 鈥 Distributed installation in industrial applications 鈥 Part 1: Sensors and actuators
90.20
Industrial automation systems and integration - Distributed installation in industrial applications 鈥 Part 2: Hybrid communication bus
90.20
Industrial automation systems and integration 鈥 Distributed installation in industrial applications 鈥 Part 3: Power distribution bus
95.99
Industrial automation systems and integration 鈥 Distributed installation in industrial applications 鈥 Part 3: Power distribution bus
90.60
General requirements for cyber-physically controlled smart machine tool systems (CPSMT) 鈥 Part 1: Overview and fundamental principles
60.60
General requirements for cyber-physically controlled smart machine tool systems (CPSMT) 鈥 Part 2: Reference architecture of CPSMT for subtractive manufacturing
60.60
General requirements for cyber-physically controlled smart machine tool systems (CPSMT) 鈥 Part 3: Reference architecture of CPSMT for additive manufacturing
60.60
Reference Model for Cyber-Physically Controlled Smart Machine Tool Systems (CPSMT) 鈥 Part 4: Part 4: Requirements and guidelines for implementing reference architecture of CPSMT for subtractive manufacturing
30.60
General requirements for cyber-physically controlled smart machine tool systems (CPSMT) 鈥 Part 5: Requirements and guidelines for implementing reference architecture of CPSMT for additive manufacturing (CPSAM)
20.00

No se ha encontrado ning煤n registro que coincida. Pruebe a cambiar los ajustes de filtro.