J99 其他动力设备 标准查询与下载

BS EN ISO 23553-1:2014 气体燃烧器和燃气器具用安全和控制设备. 详细要求. 自动和半自动阀

Safety and control devices for oil burners and oil-burning appliances. Particular requirements. Automatic and semi-automatic valves

BS ISO 23551-5:2014 气体燃烧器和燃气器具用安全和控制设备. 手动气阀

Safety and control devices for gas burners and gas-burning appliances. Manual gas valves

DIN EN 13278:2014 前开式独置燃气加热器.德文版本EN 13278-2013

Open fronted gas-fired independent space heaters; German version EN 13278:2013

ASME PTC 4-2013 燃烧式蒸汽发生器

This Code provides rules and instructions for conducting performance tests of fuel fired steam generators. These include coal, oil, and gas fired steam generators as well as steam generators fired by other hydrocarbon fuels. The scope also includes steam generators with integral fuel-sulfur capture utilizing chemical sorbents. Steam generators which are not fired by coal, oil, or gas may be tested using the concepts of this Code, but it should be noted that the uncertainty caused by variability of the fuel may be difficult to determine and is likely to be greater than the uncertainties in sampling and analysis of coal, oil, or gas. For example, gas turbine heat recovery and other heat recovery steam generators designed to operate with supplemental firing should be tested in accordance with PTC 4.4. Testing of auxiliary equipment is not addressed in this Code, but are covered PTC 4.2, PTC 4.3 and PTC 11. This Code does not prescribe procedures for testing to determine chemical and physical properties of fuels. This Code specifically addresses equipment used for the generation of steam; however, the basic principles presented are also applicable to other working fluids. Certain types and sizes of equipment used for the recovery of heat released by combustion are not addressed in any specific Performance Test Code. This Code can be used as a general guide in developing performance tests for such equipment; however, such specifically developed performance tests shall not be considered ASME Code tests. This Code provides general procedures for conducting combustible fuel fired steam generator performance tests; however, it cannot possibly provide detailed procedures applicable to every steam generator design variation. Design variations considered in developing this Code include subcritical and supercritical once-through steam generators and oil, gas, stoker, cyclone, pulverized, and fluidized bed firing. For each performance test, a competent engineer must study the actual steam generator and its relation to the remainder of the steam cycle, and develop test procedures which are consistent with this Code. A test report shall be prepared. Many references, which are listed in this Code, provide useful supplemental information in planning for a performance test in accordance with this Code.

Fired Steam Generators

ANSI/UL 296A-2013 废油燃烧空气加热设施安全性标准

Standard for Safety for Waste Oil-Burning Air-Heating Appliances

DIN EN 14597:2012 热发生系统用温度控制装置和限温器.德文版本EN 14597-2012

Temperature control devices and temperature limiters for heat generating systems; German version EN 14597:2012

ISO 23551-1:2012 气体燃烧器和燃气设备安全性和控制装置.详细要求.第1部分:自动和半自动阀门

Safety and control devices for gas burners and gas-burning appliances - Particular requirements - Part 1: Automatic and semi-automatic valves

KS B 6878-2011 箱柜加热器容器(重复充装用)

이 표준은 허용 최대 충전량 7 kg, 13 kg의 액화 석유 가스를 충전하는 용접 강제

Cabinet heater cylinders for liquefied butane gas

DB37/T 1715-2010 燃用中低热值煤气燃气轮机运行维护导则

Guidelines for Operation and Maintenance of Gas Turbines Burning Medium and Low Calorific Value Gas

BS ISO 22967:2010 强制气流煤气灯

Forced draught gas burners

KS B ISO 23551-1:2009 气体燃烧器和燃气设备用安全和控制装置.特殊要求.第1部分:自动阀门

이 표준은 천연가스, 제조가스, 액화석유가스(LPG)와 같은 연료 가스를 사용하는 가스 버

Safety and control devices for gas burners and gas-burning appliances-Particular requirements-Part 1:Automatic valves

KS B 50049-2-2009 饮用冷水用水表.第2部分:试验方法

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Water meters intended for the metering of cold potable water-Part 2:Test methods

ASME PTC 4.4-2009 燃气涡轮热回收蒸汽发生器

Gas Turbine Heat Recovery Steam Generators (PTC 4.4 - 2008)

ANSI/ASME EA-3-2009 工业蒸汽系统能量评估

This Standard covers steam systems that are defined as a system containing steam generator(s) or other steam source(s), a steam distribution network and end-use equipment. Cogeneration and power generation components may also be elements of the system (gas turbines, backpressure steam turbines, condensing steam turbines). If steam condensate is collected and returned, the condensate return subsystem is a part of the steam system. This Standard sets the requirements for conducting and reporting the results of a steam system energy assessment (hereafter referenced as an "assessment") that considers the entire system, from energy inputs to the work performed as the result of these inputs. An assessment meeting this standard need not address each individual system component or specific system within an industrial facility with equal weight; however, it shall be sufficiently comprehensive to identify the major opportunities for improving the overall energy performance of the steam system. This Standard is designed to be applied primarily at industrial facilities, but most of the specified procedures can be used in other facilities such as those in the institutional and commercial sectors.

Energy Assessment of Industrial Steam Systems

ASME PTC 4.4-2008 燃气涡轮热回收蒸汽发生器

(a) This Code addresses steam generators whose primary function is to recover heat from gas turbineexhaust. Methods noted in this document may also be used for testing other heat recovery units,which may include the following:(1) units heating water only(2) units using working fluids other than water(3) units obtaining hot gas heat input from sources other than gas turbines(4) HRSGs with fresh air firing capability(b) This Code does not cover the following testing:(1) fired steam generators whose primary function does not include the recovery of heat fromgas turbine exhaust. These are addressed in ASME PTC 4 and ASME PTC 34.(2) auxiliary equipment such as pumps and fans that are addressed in ASME PTC 8.2 andASME PTC 11, respectively.(3) deaerator performance that is addressed in ASME PTC 12.3.(4) equipment noise emissions that are addressed in ASME PTC 36.(5) gaseous emissions to atmosphere.(6) steam purity.

Gas Turbine Heat Recovery Steam Generators

ASME PTC 4-2008 燃烧式蒸汽发生器

The rules and instructions presented in this Code apply to fired steam generators. These include coal, oil, and gas-fired steam generators as well as steam generators fired by other hydrocarbon fuels. The scope also includes steam generators with integral fuel-sulfur capture utilizing chemical sorbents. Steam generators that are not fired by coal, oil, or gas may be tested using the concepts of this Code, but it should be noted that the uncertainty caused by variability of the fuel may be difficult to determine and is likely to be greater than the uncertainties in sampling and analysis of coal, oil, or gas. Gas turbine heat recovery and other heat recovery steam generators designed to operate with supplemental firing should be tested in accordance with Performance Test Code (PTC) 4.4, Gas Turbine Heat Recovery Steam Generators. This Code does not apply to nuclear steam supply systems, which are specifically addressed in PTC 32.1, Nuclear Steam Supply Systems. This Code does not apply to the performance testing of chemical heat recovery steam generators, municipal waste fired steam generators, pressurized steam generators with gas side pressure greater than five atmospheres, or incinerators. Municipal waste fired steam generators can be tested in accordance with PTC 34, Waste Combustors with Energy Recovery. Testing of auxiliary equipment is not addressed in this Code, but shall be governed by the following Performance Test Codes that apply specifically to the equipment in question: (a) PTC 4.2, Pulverizers; (b) PTC 4.3, Air Heaters; (c) PTC 11, Fans. Steam purity and quality shall be tested in accordance with PTC 19.11, Water and Steam in the Power Cycle (Purity and Quality, Leak Detection and Measurement). Methods used by this Code for determining emission related parameters (e.g., sulfur retention and flue gas constituents) are not equivalent to methods required by the U.S. Environmental Protection Agency (EPA), New Stationary Source Performance Standards, 40CFR60 and are not intended to be used for evaluating compliance with those standards or any other environmental regulations. This Code does not prescribe procedures for testing to determine chemical and physical properties of fuels. Applicable procedures may be found in the PTC 3 series or other pertinent standards such as those published by ASTM. This Code specifically addresses equipment used for the generation of steam; however, the basic principles presented are also applicable to other working fluids. Certain types and sizes of equipment used for the recovery of heat released by combustion are not addressed in any specific Performance Test Code. This Code can be used as a general guide in developing performance tests for such equipment; however, such specially developed performance tests shall not be considered ASME Code tests.

Fired Steam Generators

KS B 6879-2007 热回收换气装置

이 규격은 실내ㆍ외 두 공간 사이에서 열 교환을 위해 설치된 공기식 열회수형 환기 장치로서

Heat-recovery ventilators

JB/T 7327-2007 常压固定床煤气发生炉

本标准规定了常压固定床煤气发生炉的型式分类、参数系列和型号标记，通用技术要求，试验方法和检验规则，标志、包装、运输、贮存和质量保证期等。 本标准适用于系统操作压力为常压，炉体夹套压力小于0.1MPa常压固定床煤气发生炉(包括蒸汽集气器)，以下简称煤气发生炉。以下简称煤气发生炉。 本标准不适用于煤气茶炉、煤气锅炉和以煤气为副产品的常压制气设备。

Momal pressure fixed beb coal gas generator

ISO 23551-1:2006 气体燃烧器和燃气设备用安全和控制装置.特殊要求.第1部分:自动阀门

This part of ISO 23551 specifies safety, constructional and performance requirements and testing of automatic valves (hereafter referred to as valves) for gas burners, gas appliances and similar use. This part of ISO 23551 covers type testing only. This part of ISO 23551 applies to valves with declared maximum working pressures up to and including 500 kPa, for use on burners or in appliances using fuel gases as natural gas, manufactured gas or liquefied petroleum gas (LPG). This part of ISO 23551 applies to valves directly or indirectly operated electrically or by mechanical means. This part of ISO 23551 applies to valves actuated by fluids e.g. pneumatic, hydraulic. This part of ISO 23551 applies to valves where the flow rate is controlled by external electrical signals, either in discrete steps or proportional to the applied signal. This part of ISO 23551 applies to valves fitted with closed position indicator switches.

Safety and control devices for gas burners and gas-burning appliances - Particular requirements - Part 1: Automatic valves

JIS S 3028:2006 油燃烧装置的排油铜管

この規格は，灯油，軽油又は重油を燃料とする石油燃焼機器とJIS S 3020(石油燃焼機器用油タンク)(以下，油タンクという。).JIS S 3026(石油燃焼機器用灯油供給器)(以下，供給器という。)等とを接続し。燃料供給に用いる銅製送油管(以下，送油管という。)について規定する。

Oil discharge copper pipe for oil burning appliances