KSC-STD-0010A, DESIGN OF ENVIRONMENTAL CONTROL SYSTEMS GROUND COOLENT SYSTEMS, COOLANT SERVICING SYSTEMS, AND GSE, STANDARD FOR.

KSC-STD-132C, POTTING AND MOLDING ELECTRICAL CABLE ASSEMBLY TERMINATIONS, STANDARD FOR (12 JUN 1997)., The purpose of this document is to establish a standard process for potting and molding electrical cable assembly terminations using epoxy-resin potting compositions and elastomeric dielectric compounds. This standard describes the materials and methods to be used in potting and molding electrical cable assembly terminations with epoxy-resin potting compositions and elastomeric dielectric compounds and describes the facilities and equipment required to perform the potting and molding processes. the standard dimensional requirements for potting and molding specific types of cable assemblies are specified in appendix A.

KSC-STD-141A, LOAD TEST IDENTIFICATION AND DATA MARKING STANDARD FOR (1 NOV 1989)., This standard establishes requirements for load test identification, identification data, and the method for affixing load test data to lifting devices or other ground support equipment. This standard is applicable to all lifting hardware or equipment at the John F. Kennedy Space Center, NASA

KSC-STD-152-1C, GRAPHIC SYMBOLS FOR DRAWINGS, PART 1, FACILITIES, STANDARD FOR (15 MAY 1992)., This standard establishes the requirements applicable to the graphic symbols to be used on conventional and nonconventional facilities drawings prepared by or for the John F. Kennedy Space Center (KSC), NASA. This standard applies to those symbols used on civil, architectural, structural, mechanical, and electrical drawings used to construct or modify facilities and other drawings required for operation, maintenance, or other use of the facilities.

KSC-STD-152-2C, GRAPHIC SYMBOLS FOR DRAWINGS, PART 2, GROUND SUPPORT EQUIPMENT, STANDARD FOR (15 MAY 1992)., This standard establishes the requirements applicable to the graphic symbols used on ground support equipment (GSE) drawings prepared by or for the John F. Kennedy Space Center (KSC), NASA. This standard applies to those symbols used on structural, mechanical, electrical, and electronic drawings used to fabricate, install, or modify GSE and on other operations and maintenance documentation (OMD) drawings required for operation, maintenance, or other use of GSE.

KSC-STD-164B, ENVIRONMENTAL TEST METHODS FOR GROUND SUPPORT EQUIPMENT STANDARD FOR (6 JUL 1992)., This standard establishes test methods for determining the capability of ground support equipment (GSE) and other facility hardware to function when exposed to the natural and induced environments peculiar to the prelaunch and launch conditions at KSC. The test methods contained herein specify conditions obtainable in the laboratory that will give test results similar to actual service conditions. This standard provides guidelines for the preparation of detailed test procedures and for the preparation of the environmental test portions of design specifications. This standard provides the environmental test methods that are applicable for qualification of components in accordance with KSC-STD-G-0003.

KSC-STD-6D, CARDHOLDER ATTACHMENTS AND ROOM NUMBERS, STANDARD FOR (30 MAY 1995)., This standard establishes uniform design requirements for the identification of rooms and other work areas within buildings and other facilities that are located at the John F. Kennedy Space Center, NASA. This standard is applicable to all new buildings and facilities at KSC.

KSC-STD-E-0001B, DESIGN OF ELECTRICAL CONTROL AND MONITOR SYSTEMS, EQUIPMENT (GSE), AND PANELS, STANDARD FOR (28 APR 1995)., This standard establishes the minimum design requirements for electrical control and monitor systems, equipment (GSE), and panels which support processing systems both automated (i.e., LPS and TCMS) and manual control systems. This standard does not apply to the design requirements of institutional type systems and equipment.

KSC-SPEC-E-002, SPECIFICATION FOR MODULAR ENCLOSURES (CABINETS, CONSOLES) AND ACCESSORIES, RADIO FREQUENCY INTERFERENCE SHIELDED, ELECTRICAL/ELECTRONIC SYSTEMS DIVISION (15 MAR 1967)., This specification establishes teh requirements for radio frequency interference (RFI) shielded modular enclosures (cabinets, consoles) and accessories as listed herein.

KSC-STD-E-0002D, HAZARDPROOFING OF ELECTRICALLY ENERGIZED EQUIPMENT, STANDARD FOR (11 JUN 2007)., This standard sets forth requirements for hazardproofing electrical installations and equipment located in hazardous (classified) and other locations designated as hazardous by the authority having jurisdiction (AHJ) at Kennedy Space Center (KSC) to prevent ignition of flammable liquids or hazardous fluids, gases, or vapors. This document defines the minimum requirement that KSC ground systems and equipment must meet. This document does not: define how to design systems and equipment; or encompass hazardproofing requirements associated with lightning protection, grounding, operational safety, toxicity, or chemical reactions. This standard does not apply to locations made hazardous because of the presence of high explosives (such as blasting agents or munitions) or pyrophoric (igniting spontaneously in air) materials.

KSC-STD-E-0004A, PNEUMATIC AND HYDRAULIC MECHANICAL COMPONENTS, ELECTRICAL DESIGN STANDARD FOR. This standard establishes the requirements applicable to the electrical design of pneumatic and hydraulic mechanical components at the John F. Kennedy Space Flight Center (KSC), NASA. This standard applies to those components located in non-conventional facilities and ground support equipment (GSE) where the natural or induced environment is severe and component reliability is essential.

KSC-STD-E-0009B, CABLE NUMBERING, OUTSIDE PLANT COMMUNICATION SYSTEM, STANDARD FOR (21 SEPT 1993)., This standard establishes the approved method for numbering all cables within the outside plant portion of the fixed wire communications system at the John F. Kennedy Space center (KSC). This standard is intended to accomplish the following: a. Standardize and direct cable numbering procedures for outside plant cabling at KSC; b. provide systematic numbering of all audio cable main distribution fraim (MDF), wideband terminal (WBT), and fiber-optic terminal (FOT) cables and end locations.

KSC-STD-E-0010A, SOLDERING OF ELECTRICAL CONNECTIONS (HAND OR MACHINE), STANDARD FOR (19 AUG 1994)., This standard establishes the requirements for soldering of electrical connections on ground support equipment (GSE) that does not directly interface with flight hardware, or where the requirements of NHB 5300.4 (3A-2) are not appropriate to design or project needs. It is not the intent of this standard to give detailed instructions as to procedure.

KSC-STD-E-0011G, ELECTRICAL POWER RECEPTACLES AND PLUGS, STANDARD FOR (7 JUN 2000)., This standard is to be used by the John F. Kennedy Space Center (KSC) design and maintenance organizations for internal operations and as a technical document to specify requirements in KSC design contracts. This standard (1) identifies those electrical power receptacles that shall be used when designing new or modifying existing facilities and identifies receptacles that shall be used for installation on portable ground support equipment, (2) establishes a standard for symbols to be used in drawings, and (3) provides pertinent data for each receptacle. Receptacles included are the 60-hertz (Hz), 400-Hz, and direct current (DC) applications in hazardous and nonhazardous areas. The term "receptacle" in this sense shall be understood to include plugs, which are also identified by this standard.

KSC-STD-E-0012E, FACILITY GROUNDING AND LIGHTNING PROTECTION, STANDARD FOR (1 AUG 2001)., This standard establishes the minimum design requirements for grounding and lightning protection systems for NASA facilities at the John F. Kennedy Space Center (KSC) and for Cape Canaveral Air Force Station (CCAFS). This standard replaces and changes the title of KSC-STE-E-0012C, Bonding adn Grounding, and replaces KSC-STD-E-0013D, Facility Lightning protection Design. It is not the intent of this document to require that all existing facilities at KSC be modified to meet the requirements contained herein. It is intended that existing facilities be considered on an individual basis and modifications be made only when a significant improvement in the level of protection can be achieved.

KSC-STD-E-0014B, WIRE AND CABLE APPLICATIONS, STANDARD FOR (17 SEPT 1996)., This standard provides information applicable to the selection and applications of the standard 60-hertz alternating current(ac) power wires and cables that shall be used at the John F. Kennedy Space Center (KSC), NASA. These wires and cables shall be used for all new installations and replacement of existing wires and cables in order to minimize spare requirements and to utilize wires and cables which have proved reliable. Wires and cables have been categorized in general groups according to intended use, electrical characteristics, and wire and cable mechanical characteristics. This standard does not present complete construction data; however, specific KSC specification numbers for complete requirements are given herein. Should additional wire and cable construction data be needed other than that given herein, the user should consult the applicable referenced specification. When specifying wires and cables, the designer shall designate applicable specifications listed herein.

KSC-STD-E-0015B, MARKING OF GROUND SUPPORT EQUIPMENT, STANDARD FOR (24 JUL 1992), This standard establishes the requirements and methods for marking ground support equipment (GSE) used at the John F. Kennedy Space Center (KSC), NASA.

KSC-STD-E-0017C, ELECTRICAL POWER CABLE, INSTALLATION OF, SPECIFICATION FOR. This specification establishes the requirements for installation and testing of 60-Hertz alternating current (AC) power cables by support contractors at the Kennedy Space Center (KSC). Open-wire and building-wire construction are not within the scope of this document.

KSC-STD-E-0021, KSC TELECOMMUNICATION PREMISES DISTRIBUTION SYSTEMS, DESIGN OF, STANDARD FOR (31 OCT 2002)., This standard provides design guidance to premises distribution designers and facility contractors in the design, bid/proposal cycle and implementation phases of a Premises Distribution System (PDS). Typically, the PDS will operate in a multiproduct, multivendor environment at the Kennedy Space Center (KSC) and provide an infrastructure for the entire communication network. Designs for future facilities and modifications to existing facilities will require a specific and structured design approach. This approach will contribute to systems being more easily designed and maintained, provide open-ended growth, simplify parts sparing, and reduce the time required to support moves and changes within a facility. Every facility PDS design is unique. There are, however, many similarities between the subsystems with the designer follows the suggestions in this standard. The purpose of this standard is to standardize the overall approach of hte design and implementation of Premises Distribution Systems at KSC. This approach will yield benefits in the areas of maintenance, spare parts provisioning, moves, and changes and will provide a better bid and proposal process. This standard also provides direction to the designer and installer to enable a structured approach to be used.

KSC-STD-E-0022B, AC POWER CABLE, 5,000-VOLT, 60-HERTZ, PROCUREMENT OF, SPECIFICATION FOR. This specification provides data for the procurement of single-conductor 5,000 volt, 60-Hertz, alternating current (AC) power cable with ethylene propylene rubber (EPR) insulation, concentric neutral and overall jacket for replacement of existing circuits only. New 5-kilovolt (kV) circuits should use 15,000 cable per KSC-SPEC-E-0023.

KSC-STD-E-0031A, CABLES, ELECTRICAL, GENERAL SPECIFICATION FOR. This specification establishes the general characteristic, construction, material, marking, inspection, test, and packaging requirements for flexible, multi-conductor neoprene-jacketed electrical cables. These cables shall be used at KSC for interconnecting various interior and exterior ground support equipment (GSE) network systems where voltages do not exceed 600 Volts root mean square (RMS).

KSC-STD-E0004A, PNEUMATIC AND HYDRAULIC MECHANICAL COMPONENTS, ELECTRICAL DESIGN, STANDARD FOR (30 MAY 1990)., This standard establishes the requirements applicable to the electrical design of pneumatic and hydraulic mechanical components at the John F. Kennedy Space Center (KSC), NASA). This standard applies to those components located in nonconventional facilities and ground support equipment (GSE) where the natural or induced environment is severe and component reliability is essential.

KSC-STD-E0014B, WIRE AND CABLE APPLICATIONS, STANDARD FOR. This standard provides information applicable to the selection and applications of the standard 60-Hertz alternating current (AC) power wires and cable that shall be used at KSC, NASA.

KSC-STD-F-0004E, FIRE PROTECTION DESIGN, STANDARD FOR (24 OCT 2003)., This document provides additional fire protection design standards to be used in conjunction with NASA-STD-8719.11, Safety Standard for Fire Protection, for the design or modification of facilities and systems under teh design jurisdiction of the John F. Kennedy Space Center (KSC), NASA

KSC-STD-G0003B, QUALIFICATION OF LAUNCH SUPPORT AND FACILITY COMPONENTS STANDARD FOR (18 DEC 1988)., This standard establishes the methods for accomplishing qualification of those components located in nonconventional space-program-oriented facilities and equipment. This standard also provides the criteria and rationale to be used in determining which components require qualification. Under no circumstances shall any part of this document be construed as an attempt to establish a qualified products list (QPL). The basic purpose of a formal component qualification program is to verify that components meet the design specification requirements necessary to ensure operational suitability in their anticipated environments for their full-use cycle. The purpose of this standard is to ensure that critical single failure point components and other components that have significant failure impact are qualified.

KSC-STD-P-0001B, PREPARATION OF EQUIPMENT OR SYSTEM PROCUREMENT/PERFORMANCE SPECIFICATIONS, STANDARD FOR (27 APR 1992)., This standard establishes the format and contents of system or equipment procurement/performance specification drawings prepared by or for the John F. Kennedy Space Center (KSC). This standard applies to the preparation of new equipment procurement/performance specifications for which KSC has responsibility. An equipment procurement/performance specification will be prepared when industry, Federal, military, or NASA specifications for the item to be acquired do not exist or when existing industry, military, Federal, or NASA specifications do not adequately define, control, or document the equipment.

KSC-STD-P-0002A, PREPARATION OF COMPONENT PROCUREMENT/PERFORMANCE SPECIFICATIONS STANDARD FOR (20 OCT 1988)., This standard establishes the guidelines and procedures for the preparation of component procurement/performance specifications. This standard applies to the preparation of new component procurement/performance specifications for which KSC has responsibility. A component procurement/performance specification will be prepared when industry, Federal, Military, or NASA specifications for the item to be purchased to not exist or when existing industry, Military, Federal, or NASA specifications do not adequately define, control, or document the component.

KSC-STD-P-0006, QUICK RELEASE PINS AND PIN TETHERS, STANDARD FOR (20 MAR 1995)., This standard covers the usage and installation of quick release pins and pin tethers on ground support equipment (GSE) and facilities at the John F. Kennedy Space Center (KSC) or areas under KSC responsibility. This standard identifies types of pins, materials approved for use, and installation methods to provide designers, engineers, and technicians with standard practices to ensure the proper use of pins. This standard applies to facilities and GSE where hazards to flight hardware or personnel exist. Hazardous areas include the vicinity of flight hardware, launch environments, and at heights where a falling object might cause injury to personnel or damage to flight hardware. Work authorization documents prepared for technicians to install or replace quick release pins shall cite this standard and provide applicable sections.

KSC-STD-P-0007, KSC NETBIOS NAMING FOR NETWORKS CENTER DOMAIN, WORKGROUP, WORKSTATION, AND USER REGISTRATION, STANDARD FOR (1 OCT 1996)., This standard conforms to enhances the John F. Kennedy Space Center (KSC) implementation of the criteria for NASA Windows New Technology (NT) Agency Domain Strategy Document, George C. Marshall Space Flight Center (MSFC), NAS8-60000 Revision 2, dated June 10, 1996.

KSC-STD-SF-0004B, SAFETY STANDARD FOR GROUND PIPING SYSTEMS COLOR CODING AND IDENTIFICATION (1 SEPT 1982)., This standard establishes a common color code for visual warnings to accompany the written identification of materials covered in piping systems. The use of this standard will promote greater safety and will lessen the chances of error, confusion, or inaction in times of emergency by providing a uniform color code to quickly warn personnel of outstanding hazards inherent in the materials involved. However, this standard does not define the manner or conditions under which these materials may be used safely.

KSC-STD-Z-0004F, STRUCTURAL DESIGN, STANDARD FOR (6 NOV 2002)., This standard establishes applicable definitions and general design requirements for structural design at the John F. Kennedy Space Center (KSC). This standard is applicable to the framing of both conventional and nonconventional structures, ground support equipment (GSE), and temporary structures and enclosures.

KSC-STD-Z-0005B, DESIGN OF PNEUMATIC GROUND-SUPPORT EQUIPMENT, STANDARD FOR (21 SEPT 1977)., This standard establishes the minimum engineering and technical limitations for materials, processes, methods, engineering practices, and designs to be applied to designed pneumatic ground-support equipment (GSE) intended for installation and use at KSC. Where the minimum requirements of this standard do not meet the minimum requirements of Level II Program documents, the latter shall take precedence. This standard does not apply to Portable and Mobile equipment covered by DOT-49 CFR regulations or life support equipment regulated by NIOSH, OSHA or KSC-STD-Z-0008.

KSC-STD-Z-0006B, DESIGN OF HYPERGOLIC PROPELLANTS GROUND SUPPORT EQUIPMENT, STANDARD FOR (25 OCT 1995)., This standard establishes the minimum design requirements for hypergolic propellant ground support equipment )GSE) required for use at the John F. Kennedy Space Center (KSC). This standard shall be used in conjunction with KSC-DE-512-SM. Hypergolic propellants shall include the following fuels and oxidizers: fuels - Aerozine-50 (A-50), Hydrazine (N2H2), Monomethylhydrazine (MMH), Unsymmetrical dimethylhydrazine (UDMH); oxidizers - Nitrogen tetroxide (N2O4). For the purposes of this standard, GSE shall be classified as fixed, mobile, or portable.

KSC-STD-Z-0007, DESIGN OF HYDROCARBON FUEL GROUND SUPPORT EQUIPMENT STANDARD FOR (29 JUN 1973)., This standard, to be used in conjunction with GP-863, establishes the basic design requirements for hydrocarbon fuel ground support equipment designed for use at John F. Kennedy Space Center (KSC). NASA, involving the following hydrocarbon fuels (see 6.2): Hydrocarbon Fuels - JP-4, JP-5, ASTM Type A, ASTM Type B; Rocket Fuels - RP-1, RJ-1.

KSC-STD-Z-0008C, DESIGN OF GROUND LIFE SUPPORT SYSTEMS AND EQUIPMENT, STANDARD FOR (14 OCT 1996)., This standard, to be used in conjunction with SW-E-0002 and KSC-DE-512-SM, establishes basic mechanical design requirements for ground life support systems and equipment for use at KSC and other installations under KSC design responsibility.

KSC-STD-Z-0009C, DESIGN OF CRYOGENIC GROUND SUPPORT EQUIPMENT STANDARD FOR (22 AUG 1994)., This standard establishes engineering principles for materials, processes, methods, practices, and designs to be applied to cryogenic ground support equipment (GSE) intended for installation and use at the John F. Kennedy Space Center (KSC). This standard is based primarily on the design experience gained during the Apollo and Shuttle programs by the Engineering Development Directorate (DE). The document will be updated as needed to reflect new designs and items not presently covered. This standard does not specifically apply to cryogenic commodity equipment (mobile and portable support equipment).

KSC-STD-Z-0010A, DESIGN OF ENVIRONMENTAL CONTROL SYSTEMS, GROUND COOLANT SYSTEMS, COOLANT SERVICING SYSTEMS, AND GROUND SUPPORT EQUIPMENT, STANDARD FOR (1 SEPT 1983)., This standard has been approved by the Engineering Development Directorate of the John F. Kennedy Space Center (KSC) and is mandatory for use by KSC and associated contractors. This standard establishes the requirements for specifying the design of new ground support equipment (GSE) for use in environmental control systems (ECS), ground coolant systems, and coolant servicing systems or parts thereof. This standard was written to support KSC-DE-512-SM and is applicable to the specification for all new environmental control system, ground coolant system, and coolant servicing system GSE designs used at KSC.

KSC-STD-Z-0012B, FLAME DEFLECTOR DESIGN, STANDARD FOR (20 JUN 1990)., This standard establishes the minimum design requirements for new flame deflectors intended for installation and use at the John F. Kennedy Space Center (KSC). It is applicable to the conventional flame deflector design used in KSC launch facilities.

KSC-STD-Z-0013, POTABLE WATER CROSS-CONNECTION CONTROL DESIGN FOR FACILITIES, STANDARD FOR (10 MAR 1988)., This document establishes cross-connection control standards to be used in the design of new facilities and the modification of existing facilities under the design jurisdiction of John F. Kennedy Space Center (KSC)