电子坐便器除臭效果测试机

依据标准及测试项目：

依据标准及测试项目：

GB 38448-2019 智能坐便器能效水效限定值及等级

GB/T 34549-2017智能坐便器

GB/T 23131-2019家用和类似用途电坐便器

JG/T 285-2010坐便洁身器

智能坐便器坐圈JD0001-2017

CBMF 15-2016智能坐便器

主要用于评估电子坐便器在使用过程中除臭功能的性能表现。其主要功能包括：

模拟使用环境：测试机能够模拟实际使用环境中坐便器产生的臭气，通过特定的装置释放模拟臭气，以模拟用户在使用坐便器时可能产生的异味。

除臭功能测试：测试机会启动电子坐便器的除臭功能，并监测臭气在除臭过程中的变化情况。通过对比除臭前后的臭气浓度，可以评估除臭功能的效果和效率。

主要要求：

1. 风道上下游配置需符合标准，考虑到防爆要求，风道及阀门采用防爆设计的不锈钢制作。通道设计亦需满足标准要求。

2. 采集控制器为2通道氨气分析仪，测试范围0~100%，分辨率0.01mg/m³，精度在10%以内。环境内需增设氨气浓度报警器，以确保安全。传感器校准需遵循标准要求。用户应严格管理氨气，并采取防爆措施。

3. 系统集成分为两部分：管道及样品安装部分，以及氨气浓度分析仪的仪表箱。

4. 在上下游管道旁路各安装一个调节阀，用于泄压或排空腔体气体。

According to standards and testing projects:

GB 38448-2019 Energy Efficiency and Limiting Values of Smart Toilets

GB/T 34549-2017 Smart Toilets

GB/T 23131-2019 Domestic and Similar Uses of Electric Toilets

JG/T 285-2010 Toilet Cleaning Device

JD0001-2017 Smart Seat Toilet

CBMF 15-2016 Smart Toilets

This mainly evaluates the performance of the deodorization function of electronic toilets during use. Its main functions include:

Simulating usage environment: The testing machine can simulate the odors generated by the actual toilet in the actual usage environment. Specific devices are used to release simulated odors to simulate the odors that may be produced by users when using the toilet.

Deodorization function testing: The testing machine will activate the deodorization function of the electronic toilet and monitor the changes in odors during the deodorization process. By comparing the odor concentration before and after deodorization, the effectiveness and efficiency of the deodorization function can be evaluated.

Main requirements:

The upstream and downstream air ducts must meet the standards, and explosion-proof design is required for the ducts and valves, which are made of stainless steel. The channel design must also meet the standard requirements.

The collecting controller is a 2-channel ammonia gas analyzer with a test range of 0~100%, resolution of 0.01mg/m³, and accuracy within 10%. Ammonia gas concentration alarms should be installed in the environment to ensure safety. Calibration of sensors must follow standard requirements. Users should strictly manage ammonia gas and take explosion-proof measures.

System integration is divided into two parts: the pipeline and sample installation parts, as well as the instrument box of the ammonia gas concentration analyzer.

Adjustable valves are installed on both sides of the upstream and downstream pipes for relieving pressure or emptying the gas in the chamber.