J99 其他动力设备 标准查询与下载

NF E32-104:1991 蒸汽发生器制造规范.第IV部分:带烟囱锅炉的特殊规定

Code for the construction of steam generators - Part IV : particular rules for shell boilers.

NF E44-501:1991 小功率液压涡轮机.平台试验

LOW POWER HYDRAULIC TURBINES. TESTS ON TEST RIG.

NF E31-310:1991 "菲乌尔"(FIOUL)整体型喷雾燃烧器.试验(欧洲标准 EN 267)

ATOMIZING OIL BURNERS OF MONOBLOC TYPE. TESTING. (EUROPEAN STANDARD EN 267).

UL 391-1991 固体燃料和混合燃料主加热炉和辅助加热炉

Solid-fuel and combination-fuel central and supplementary furnaces

NF E31-316:1991 整体燃油燃烧器.安全性、控制和调节装置以及安全使用寿命

Monobloc oil burners. Safety, control and regulation devices and safety times.

ASME P-5-1991 工业生产用蒸汽发生器的简要数据报告

Summary Data Report For Process Steam Generators

Summary Data Report For Process Steam Generators

EN 230:1990 整体燃油器规范.安全、控制和调节装置以及安全使用寿命

Monobloc oil burners; safety, control and regulation devices and safety times

NF E32-108:1988 蒸汽发生器制造规范.第VIII部分:电热锅炉的特殊规则

Code for the construction of steam generators - Part VIII : particular rules for electric boilers.

NF E32-103:1988 蒸汽发生器制造规范.第III部分:受内压力部件的强度计算

Code for the construction of steam generators - Part III : resistance calculation for parts under internal pressure.

KS B 6345-1986 油压系统.叶轮发动机(孔径20∼50mm)

이 규격은 일정 용량의 유압용 베인 모우터 중에서 항공기용을 제외한 각종기계의 유압계통에

Vane Motors for Oil Hydraulic Use

ASME PTC 4.4-1981 燃气轮机热回收蒸汽发生器

The purpose of this Code is to establish procedures for the conduct and report of tests of heat recovery steam generators (HRSG) employed in combined cycle installations. Combined cycle, as used herein, shall be interpreted as a gas turbine exhausting into an HRSG, which may or may not be arranged for supplemental firing. This Code provides standard test procedures which will yield results having the highest level of accuracy consistent with current engineering knowledge and practice. The purposes of testing under this Code are the determination of (a) efficiency, or effectiveness, at specified operating conditions; (b) capacity at specified operating conditions; (c) other related operating characteristics such as steam temperature and control range, inlet gas flow and temperature; pressure drops in combustion air, gas, steam and water circuits; quality and/or purity of steam; and air and bypass stack gas leakage. The rules and instructions given in this Code apply to HRSG units employed in combined cycle installations. Units operating with more than approximately 40 percent excess air shall be tested in accordance with the requirements of this Code. Units operating with less than approximately 20 percent excess air shall be tested in accordance with Performance Test Code PTC-4.1, Steam Generating Units. For units operating between 20 percent and 40 percent excess air, guidance as to the preferred test method can be obtained in Appendix 7.1. Orsat analysis is not required for tests performed under this Code. Testing of auxiliary equipment shall be governed by the Performance Test Code applying specifically to the auxiliary in question. This Code is not applicable to solid fuel fired units. The HRSG covered by this Code is encompassed by the envelope boundary shown in Fig. 1.1.

Gas turbine heat recovery steam generators

ASME PTC 39.1-1980 蒸汽系统的冷凝水清除装置

1.01 This Code covers devices used in removing condensate and non-condensibles from steam systems. It covers devices used for intermittent or continuous removal of fluids such as steam traps, orifices and valves. 1.02 The purpose of this Code is to specify and define the practice of conducting tests of condensate removal devices to determine: (a) Condensate discharge capacity, for specified conditions of saturated and subcooled condensate and back pressure. (b) Steam loss, under specified conditions.

Condensate removal devices for steam systems

NF E31-302:1976 流量小于或等于200千克/小时的家用燃油的自动喷嘴燃烧器

Automatic sprayer burners for domestic fuel oil with a flow rate of up to 200 kg/H.

ASME PTC 14-1970 蒸发装置

Evaporating apparatus

ASME PTC 4.3-1968 空气加热器.PTC4.1蒸汽发生组件运行测试规程补充件

The purpose of this Code is to estabish procedures for conducting performance tests to determine: Gas side efficiency; Air leakage; Other related operating characteristics such as: X-Ratio; Gas and air pressure loss; Gas and air temperature; A determination of any or all of the performance items specified above may be necessary for: Checking the actual performance against the manufacturer's guarantee; Comparing these items with a standard of operation; Comparing performance when firing different fuels; Determining the effect of changes to equipment; Determining corrections to air heater exit gas temperature caused by variations in inlet air temperature in an efficiency test of a steam generator. Obtaining any other pertinent information required. This Code applies specifically to the regenerative and tubular type air heaters. It also applies to any combustion gas-to-air heat exchangers used in conjunction with a steam generator. For the purpose of this Code, the air heater is defined as a heat exchanger used to transfer heat from gases of combustion to combustion air without the use of an intermediate heat transfer fluid. Specifically excluded are the supplementary steam coil air heater, direct fired air heater and low temperature economizer. However, a separate low temperature air heater would be considered part of the air heater installation. If the installation consists of more than one air heater in parallel, all air heaters are included as a unit. However, if the air heaters are in series and have other apparatus in between, then each air heater, or each group of parallel air heaters, shall be tested individually.

Air Heaters

ASME PTC 4.1 Figure 2-1964 蒸汽发生器的热平衡

Heat balance of a steam generator

ASME PTC 4.1-1964 蒸汽发生组件

Steam generating units

ASME PTC 4.1 Figure 1-1964 蒸汽发生器测试图

Diagram for testing a steam generator

ASME PTC 16-1958 煤气发生器和连续煤气发生器

Gas producers and continuous gas generators

BS EN 676:2020 气体燃料用自动强制送风燃烧器

Automatic forced draught burners for gaseous fuels