91.140.30 通风和空调 标准查询与下载

UNI EN 13141-4-2021 建筑物通风 住宅通风部件/产品的性能测试 第4部分：单向通风装置的空气动力学、电力和声学性能

Ventilation for buildings - Performance testing of components/products for residential ventilation - Part 4: Aerodynamic, electrical power and acoustic performance of unidirectional ventilation units

T/SBMIA 018-2021 单元式冷暖水系统技术规程

包含单元式冷暖水系统工程的设计、选材、施工、调试验收和运行维护

Technical specification for modular water supply system for heating and cooling

PN-EN 13142-2021-09 E 建筑物通风 住宅通风部件/产品 要求和可选的性能特征

Ventilation for buildings -- Components/products for residential ventilation -- Required and optional performance characteristics

PN-EN 13141-4-2021-09 E 建筑物通风 住宅通风部件/产品的性能测试 第4部分：单向通风装置的空气动力学、电力和声学性能

Ventilation for buildings -- Performance testing of components/products for residential ventilation -- Part 4: Aerodynamic, electrical power and acoustic performance of unidirectional ventilation units

PN-EN 13141-7-2021-09 E 建筑物通风 住宅通风部件/产品的性能测试 第7部分：管道式机械送风和排气通风装置（包括热回收）的性能测试

Ventilation for buildings -- Performance testing of components/products for residential ventilation -- Part 7: Performance testing of ducted mechanical supply and exhaust ventilation units (including heat recovery)

BS EN ISO 11855-3:2021 建筑环境设计 嵌入式辐射供暖和制冷系统 设计和尺寸

Building environment design. Embedded radiant heating and cooling systems. Design and dimensioning

T/CECS 910-2021 多联机空调系统改造技术规程

主要技术内容包括：总则、术语、系统诊断、改造原则与判定方法、改造技术要求、设计与施工、调试与验收等。

Multi-connected air-conditioning system retrofit technical regulations

T/ZZB 2352-2021 集成吊顶整体式厨房空调

本文件规定了集成吊顶整体式厨房空调（以下简称空调）的术语和定义、产品分类、基本要求、技术要求、试验方法、检验规则、标志、包装、运输和贮存、安装要求及质量承诺。 本文件适用于家用和商用环境中集成吊顶上部使用的空调，不适用于安装在腐蚀性或爆炸性气体（灰尘、蒸汽或瓦斯气体）存在的等特殊场合使用的空调。

Packaged air conditioner for integrated ceiling of kitchen

FprEN 15805-2021 一般通风用微粒空气过滤器 标准尺寸

Particulate air filters for general ventilation - Standardised dimensions

T/IGIA 001-2021 家用新风净化机在现场环境下使用效果的评价方法及技术要求

本文件适用于安装在现场环境下的单相器具额定电压不超过250 V，其他器具额定电压不超过480 V的家用和类似用途电动新风净化机。其它同类型产品也可参考本文件执行。

Evaluation methods and technical requirements of effect for household fresh-air cleaner under site environment

BS EN 13141-7:2021 建筑物的通风 住宅通风组件/产品的性能测试 管道式机械送风和排风装置的性能测试（包括热回收）

Ventilation for buildings. Performance testing of components/products for residential ventilation. Performance testing of ducted mechanical supply and exhaust ventilation units (including heat recovery)

OVE EN IEC 63086-1:2021 家用和类似用途空气清洁器具 性能测量方法 第1部分：一般要求（德文版）

Household and similar electrical air cleaning appliances - Methods for measuring the performance - Part 1: General requirements (german version)

GSO ISO 16890-2:2021 一般通风用空气过滤器 第2部分：分数效率和气流阻力的测量

ISO 16890-2:2016 specifies the aerosol production, the test equipment and the test methods used for measuring fractional efficiency and air flow resistance of air filters for general ventilation. It is intended for use in conjunction with ISO 16890‑1, ISO 16890‑3 and ISO 16890‑4. The test method described in this part of ISO 16890 is applicable for air flow rates between 0,25 m3/s (900 m3/h, 530 ft3/min) and 1,5 m3/s (5 400 m3/h, 3 178 ft3/min), referring to a test rig with a nominal face area of 610 mm × 610 mm (24,0 inch × 24,0 inch). ISO 16890 (all parts) refers to particulate air filter elements for general ventilation having an ePM1 efficiency less than or equal to 99 % and an ePM10 efficiency greater than 20 % when tested as per the procedures defined within ISO 16890 (all parts). NOTE The lower limit for this test procedure is set at a minimum ePM10 efficiency of 20 % since it will be very difficult for a test filter element below this level to meet the statistical validity requirements of this procedure. Air filter elements outside of this aerosol fraction are evaluated by other applicable test methods, (see ISO 29463 (all parts)). Filter elements used in portable room-air cleaners are excluded from the scope. The performance results obtained in accordance with ISO 16890 (all parts) cannot by themselves be quantitatively applied to predict performance in service with regard to efficiency and lifetime.

Air filters for general ventilation — Part 2: Measurement of fractional efficiency and air flow resistance

OENORM EN 17671-2021 建筑物中的供暖系统和水基冷却系统 水基冷却系统的设计

Heating systems and water based cooling systems in buildings - Design for water based cooling systems

GSO ISO 16890-3:2021 一般通风用空气过滤器 第3部分：重量效率和气流阻力与捕获的试验粉尘质量的测定

ISO 16890-3:2016 specifies the test equipment and the test methods used for measuring the gravimetric efficiency and resistance to air flow of air filter for general ventilation. It is intended for use in conjunction with ISO 16890‑1, ISO 16890‑2 and ISO 16890‑4. The test method described in this part of ISO 16890 is applicable for air flow rates between 0,25 m3/s (900 m3/h, 530 ft3/min) and 1,5 m3/s (5 400 m3/h, 3 178 ft3/min), referring to a test rig with a nominal face area of 610 mm × 610 mm (24 in × 24 in). ISO 16890 (all parts) refers to particulate air filter elements for general ventilation having an ePM1 efficiency less than or equal to 99 % and an ePM10 efficiency greater than 20 % when tested as per the procedures defined within ISO 16890 (all parts). Air filter elements outside of this aerosol fraction are evaluated by other applicable test methods. See ISO 29463 (all parts). Filter elements used in portable room-air cleaners are excluded from the scope of this part of ISO 16890. The performance results obtained in accordance with ISO 16890 (all parts) cannot by themselves be quantitatively applied to predict performance in service with regard to efficiency and lifetime.

Air filters for general ventilation — Part 3: Determination of the gravimetric efficiency and the air flow resistance versus the mass of test dust captured

GSO ISO 15858:2021 UV-C 设备 安全信息 允许的人体暴露

ISO 15858:2016 specifies minimum human safety requirements for the use of UVC lamp devices. It is applicable to in-duct UVC systems, upper-air in room UVC systems, portable in-room disinfection UVC devices, and any other UVC devices which may cause UVC exposure to humans. It is not applicable to UVC products used for water disinfection.

UV-C Devices — Safety information — Permissible human exposure

GSO ISO 16890-1:2021 一般通风用空气过滤器 第1部分：技术规范、要求和基于颗粒物效率 (ePM) 的分类系统

ISO 16890-1:2016 establishes an efficiency classification system of air filters for general ventilation based upon particulate matter (PM). It also provides an overview of the test procedures, and specifies general requirements for assessing and marking the filters, as well as for documenting the test results. It is intended for use in conjunction with ISO 16890‑2, ISO 16890‑3 and ISO 16890‑4. The test method described in this part of ISO 16890 is applicable for air flow rates between 0,25 m3/s (900 m3/h, 530 ft3/min) and 1,5 m3/s (5 400 m3/h, 3 178 ft3/min), referring to a test rig with a nominal face area of 610 mm × 610 mm (24 inch × 24 inch). ISO 16890 (all parts) refers to particulate air filter elements for general ventilation having an ePM1 efficiency less than or equal to 99 % when tested according to the procedures defined within ISO 16890‑1, ISO 16890‑2, ISO 16890‑3 and ISO 16890‑4. Air filter elements with a higher initial efficiency are evaluated by other applicable test methods (see ISO 29463-1, ISO 29463-2, ISO 29463-3, ISO 29463-4 and ISO 29463-5). Filter elements used in portable room-air cleaners are excluded from the scope of this part of ISO 16890. The performance results obtained in accordance with ISO 16890 (all parts) cannot by themselves be quantitatively applied to predict performance in service with regard to efficiency and lifetime. Other factors influencing performance to be taken into account are described in Annex A.

Air filters for general ventilation — Part 1: Technical specifications, requirements and classification system based upon particulate matter efficiency (ePM)

GSO ISO 16890-4:2021 一般通风用空气过滤器 第4部分：确定最小分数测试效率的调节方法

ISO 16890-4:2016 establishes a conditioning method to determine the minimum fractional test efficiency. It is intended for use in conjunction with ISO 16890‑1, ISO 16890‑2 and ISO 16890‑3, and provides the related test requirements for the test device and conditioning cabinet as well as the conditioning procedure to follow. The conditioning method described in this part of ISO 16890 is referring to a test device with a nominal face area of 610 mm × 610 mm (24 inch × 24 inch). ISO 16890 (all parts) refers to particulate air filter elements for general ventilation having an ePM1 efficiency less than or equal to 99 % and an ePM10 efficiency greater than 20 % when tested according to the procedures defined within ISO 16890 (all parts). NOTE The lower limit for this test procedure is set at a minimum ePM10 efficiency of 20 % since it will be very difficult for a test filter element below this level to meet the statistical validity requirements of this procedure. Air filter elements outside of this aerosol fraction are evaluated by other applicable test methods. See ISO 29463 (all parts). Filter elements used in portable room-air cleaners are excluded from the scope of this part of ISO 16890. The performance results obtained in accordance with ISO 16890 (all parts) cannot by themselves be quantitatively applied to predict performance in service with regard to efficiency and lifetime. The results from this part of ISO 16890 may also be used by other standards that define or classify the fractional efficiency in the size range of 0,3 μm to 10 μm when electrostatic removal mechanism is an important factor to consider, for example ISO 29461.

Air filters for general ventilation — Part 4: Conditioning method to determine the minimum fractional test efficiency

LST EN 13141-4-2021 建筑物通风 住宅通风部件/产品的性能测试 第4部分：单向通风装置的空气动力学、电力和声学性能

Ventilation for buildings - Performance testing of components/products for residential ventilation - Part 4: Aerodynamic, electrical power and acoustic performance of unidirectional ventilation units

LST EN 13141-7-2021 建筑物通风 住宅通风部件/产品的性能测试 第7部分：管道式机械送风和排气通风装置（包括热回收）的性能测试

Ventilation for buildings - Performance testing of components/products for residential ventilation - Part 7: Performance testing of ducted mechanical supply and exhaust ventilation units (including heat recovery)