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PIP ELSMC13 - LOW-VOLTAGE MOTOR CONTROL CENTERS Organization: PIP
Date: 2013-04-01
Description: Purpose This Practice provides the requirements for low-voltage motor control centers.
PIP ELSMC12 - LOW-VOLTAGE FUSED SWITCH MOTOR CONTROL CENTERS Organization: PIP
Date: 2000-03-01
Description: PurposeThis Practice provides the requirements for design, fabrication, testing, and handling of low-voltage motor control centers using fused switches that will be installed in chemical plants and petroleum facilities.
PIP ELSMC11 - MEDIUM-VOLTAGE MOTOR CONTROL CENTER SPECIFICATION Organization: PIP
Date: 2012-04-01
Description: Purpose This Practice provides requirements for medium-voltage motor control centers.
CSA C22.2 NO 253 - MEDIUM-VOLTAGE AC CONTACTORS, CONTROLLERS, AND CONTROL CENTRES - SECOND EDITION Organization: CSA
Date: 2016-01-01
Description: Scope and object This standard is applicable to ac contactors applied at voltages in the range of 1 501V to 15kV, and metal-enclosed contactor-based controllers, control centers, and other control assemblies and associated equipment applied at voltages in the range of 751V to 15kV, designed for operation at frequencies of 50 or 60 Hz on three-phase systems.
UL 347 - UL STANDARD FOR SAFETY MEDIUM-VOLTAGE AC CONTACTORS, CONTROLLERS, AND CONTROL CENTERS - SIXTH EDITION Organization: UL
Date: 2016-01-29
Description: Scope and object This standard is applicable to ac contactors applied at voltages in the range of 1 501V to 15kV, and metal-enclosed contactor-based controllers, control centers, and other control assemblies and associated equipment applied at voltages in the range of 751V to 15kV, designed for operation at frequencies of 50 or 60 Hz on three-phase systems.
SAE/TP - 2007-01-3874 - AUTOMATIC CONTROL IMPLEMENTATION AND UPGRADED ELECTRICAL SYSTEM DESIGN FOR THE OCULUS 2.0 SENSOR PLATFORM Organization: SAE/TP
Date: 2007-09-17
Description: The electronics used to run Oculus must be robust, have a backup solution, and meet stringent military electromagnetic compliance specifications. Various sensors and control schemes were considered during the design process to allow for robust and expandable operation.
IEEE 1683 - GUIDE FOR MOTOR CONTROL CENTERS RATED UP TO AND INCLUDING 600 V AC OR 1000 V DC WITH RECOMMENDATIONS INTENDED TO HELP REDUCE ELECTRICAL HAZARDS Organization: IEEE
Date: 2014-05-16
Description: In addition, this guide provides recommendations for electrical system design to help improve safety of the motor control system. The recommendations in this guide should be used in conjunction with safety requirements and procedures as stipulated by appropriate workplace safety standards, site practices and procedures, and manufacturers' instructions.
NASA-STD-5001 - STRUCTURAL DESIGN AND TEST FACTORS OF SAFETY FOR SPACEFLIGHT HARDWARE Organization: NASA
Date: 2016-10-05
Description: ., fracture control) that are consistent with the established risk levels for mission success and flight crew safety Specifically excluded from this NASA Technical Standard are requirements for design loads determination and fracture control. Also excluded are the design and test factors for engines, rotating hardware, solid propellant, insulation, ground support equipment, and facilities.
SAE J1574-2 - MEASUREMENT OF VEHICLE AND SUSPENSION PARAMETERS FOR DIRECTIONAL CONTROL STUDIES - RATIONALE Organization: SAE
Date: 2012-10-01
Description: The limitations associated with types of simulations addressed also stem primarily from the limitations of existing practice, which has generally focused on the simulation of fixed control directional control properties in the linear range. While simulation of free control vehicle responses is not uncommon in the automotive industry, its inclusion in SAE J1574-1 would require the measurement of steering system component masses and inertias.
ASTM E2942 - STANDARD GUIDE FOR SECURITY OF TANK FARM INSTALLATIONS FOR COMPLIANCE WITH SPILL PREVENTION, CONTROL AND COUNTERMEASURE PLAN (SPCC) REGULATIONS Organization: ASTM
Date: 2015-10-15
Description: It is not intended for use with retail fueling and other motor fueling facilities, refineries, chemical plants, docks, oil production facilities, or electric power generation, transmission, distribution and service center facilities. Fencing, lighting or other security measures designed to prevent unauthorized access to the bulk storage facility may be components of Best Management Practices (BMPs) that the facility uses to prevent releases of petroleum to storm water discharges.
PIP ELSPS01 - ELECTRICAL REQUIREMENTS FOR PACKAGED EQUIPMENT Organization: PIP
Date: 2011-09-01
Description: This Practice does not include medium-voltage motor controllers, DC motors and controllers, substations, and power control centers.PurposeThis Practice provides requirements for the design and fabrication of all electrical devices and electrical systems furnished as components of a unitized skid-mounted package of equipment.
NASA-LLIS-0879 - LESSONS LEARNED – ELECTRICAL EQUIPMENT PROTECTION FROM LIQUID INTRUSION Organization: NASA
Date: 2000-04-24
Description: Facilities that contain electrical and electronic equipment (e.g., motor control centers, power supplies, programmable logic controllers, etc.) should be designed with adequate protection from overhead oil or water sources.
NAVY - UFGS-33 75 00.00 40 - SWITCHGEAR AND PROTECTION DEVICES Organization: NAVY
Date: 2014-11-01
Description: For primary-unit substations, use Section 26 11 16 SECONDARY UNIT SUBSTATIONS; for motor control centers, use Section 26 24 19.00 40 MOTOR CONTROL CENTERS; for power panelboards, use Section 26 24 16.00 40 PANELBOARDS.
NASA-16445S - SWITCHGEAR ASSEMBLIES Organization: NASA
Date: 2005-12-01
Description: For primary-unit substations, use Section 16365 PRIMARY UNIT SUBSTATION; for secondary-unit substations, use Section 16366S SECONDARY UNIT SUBSTATION; for motor-control centers, use Section 16345S MOTOR CONTROL; for power panelboards, use Section 16446S PANELBOARDS.
ANS 59.52 - LUBRICATING OIL SYSTEMS FOR SAFETY-RELATED EMERGENCY DIESEL GENERATORS Organization: ANS
Date: 1998-01-01
Description: This standard also includes the lubricating oil system instrumentation and control functional requirements. It excludes motors, motor control centers, switchgear, cables, and other electrical equipment used in the operation of the lubricating oil system, except to define interface requirements.
ANS 59.51 - FUEL OIL SYSTEMS FOR SAFETY-RELATED EMERGENCY DIESEL GENERATORS Organization: ANS
Date: 1997-01-01
Description: It also includes the instrumentation and control functional requirements. The standard excludes motors, motor control centers, switchgear, cables, and other electrical equipment used in the operation of the fuel oil system, except to define interface requirements.
NASA-LLIS-0518 - LESSONS LEARNED – SUCCESSFUL PROTOTYPE REEL MECHANISM FOR USE IN THE GATEWAY TETHER EXPERIMENT Organization: NASA
Date: 1994-08-03
Description: A paper, "Ground-based Implementation and Verification of Control Laws for Tethered Satellites", by David A. Gwaltney (NASA Langley Research Center) and Michael E.
SAE/TP - 2011-01-2522 - A FUEL CELL BASED PROPULSION SYSTEM FOR GENERAL AVIATION AIRCRAFT: THE ENFICA-FC EXPERIENCE Organization: SAE/TP
Date: 2011-10-18
Description: Different studies were undertaken in recent years on fuel cells in aeronautics. Boeing Research & Technology Centre (Madrid) successfully flew its converted Super Dimona in 2008 relying on a fuel cell based system.
NBN - EN 957-1 - STATIONARY TRAINING EQUIPMENT - PART 1: GENERAL SAFETY REQUIREMENTS AND TEST METHODS Organization: NBN
Date: 2005-09-30
Description: This includes equip-ment for use in training areas of organizations such as sport associations, educational establishments, hotels, sport halls, clubs, rehabilitation centres and studios (classes S and I) where access and control is specifically regulated by the owner (person who has the legal responsibility), equipment for domestic use (class H) and other types of equipment including motor driven equipment as defined in 3.1.
NBN - EN 957-1 - APPAREILS D'ENTRAÎNEMENT FIXES - PARTIE 1 : EXIGENCES GÉNÉRALES DE SÉCURITÉ ET MÉTHODES D'ESSAI Organization: NBN
Date: 2005-09-30
Description: This includes equip-ment for use in training areas of organizations such as sport associations, educational establishments, hotels, sport halls, clubs, rehabilitation centres and studios (classes S and I) where access and control is specifically regulated by the owner (person who has the legal responsibility), equipment for domestic use (class H) and other types of equipment including motor driven equipment as defined in 3.1.

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