The utility model provides a pipeline oil level detecting device and an oil filtering machine, which relates to the field of oil filter. The pipeline oil level detection device includes the oil level detection container, the transition pipe and the oil level sensor. The oil level detection container is provided with the oil intake port connected with the oil level. The transition pipe is provided with the oil outlet, the crossing and the transition hole, the oil outlet and the crossing are located at both ends of the transition pipe, the transition hole is located on the side wall of the transition pipe, and the transition pipe is set up. Placed on the oil level detection container and connected to the internal and external of the oil level detection container, the transition hole and the crossing are in the oil level detection container, the crossing height is above the height of the oil level sensor, the height of the transition hole is less than the height of the oil level sensor. When the oil quantity is less, the oil is out through the hole, when the oil quantity is more, The oil flows through the ferries and the transition holes. The oil filter provided by the utility model adopts the oil level detection device of the pipeline, which can avoid the damage of the other parts of the oil filter or the short life of the oil filter because of the less oil in the pipeline.
【技术实现步骤摘要】
管路油位检测装置及滤油机
本技术涉及滤油机领域,具体而言,涉及一种管路油位检测装置及滤油机。
技术介绍
滤油机是用重力、离心、压力、真空蒸馏、传质等技术方法除去不纯净油中机械杂质、氧化副产物和水分的过滤装置。滤油机主要用于提高机械及电器用油的清洁度,使其发挥最佳性能并延长设备的使用寿命。管路油位检测装置是滤油机不可缺少的装置,在使用滤油机设备对油品进行过滤或加注到其他设备时,管路油位检测装置主要作用是检测管路内是否有油品,为相关设备提供油位信息,协助相关设备的正常运行。当前的管路油位检测装置主要由固定件、油位传感器等组成,利用油位传感器直接检测管路或容器内的油品介质。该方法的主要缺点是:当管道内的油性介质较少时,当前的管路油位检测装置依然能够检测到油位信号,出现传感器误判,管路上连接的设备可能因管道内的油性介质较少导致设备损坏或者使用寿命减短,如油泵,当进入油泵的油性介质较少时,油泵可能发生干转,使得油泵损坏或者使用寿命减短;又比如加热器,当进入加热器的油性介质太少时,加热器的部分加热部位可能发生干烧,使得加热器损坏或者使用寿命减短,甚至可能引发火灾等严重后果。
技术实现思路
本技术的目的在于提供一种管路油位检测装置,该管路油位检测装置结构简单,且能够避免因管路管道液态内介质较少时,导致的油位传感器误判,管路上连接的设备可能因管道内的油性介质较少导致设备损坏或者使用寿命减短。本技术的另一目的在于提供一种滤油机,其能避免在过滤或注油过程中,因管路液态内介质较少时,导致的油位传感器误判,进而引起油泵以及加热器等滤油机的部件的损坏或者使用寿命减短。本技术解决其技术问题是 ...
【技术保护点】
一种管路油位检测装置,其特征在于,所述管路油位检测装置包括油位检测容器、过渡管和油位传感器,所述油位检测容器设置有与其内部连通的进油口,所述过渡管上设置有出油口、过渡口和过渡孔,所述出油口与所述过渡口位于所述过渡管的两端,所述过渡孔位于所述过渡管的侧壁上,所述过渡管设置于所述油位检测容器上并连通所述油位检测容器的内部与外部,所述过渡孔与所述过渡口在所述油位检测容器内,所述油位传感器安装于所述油位检测容器上,所述过渡口高度在所述油位传感器高度以上,所述过渡孔高度小于所述油位传感器高度。
【技术特征摘要】
1.一种管路油位检测装置,其特征在于,所述管路油位检测装置包括油位检测容器、过渡管和油位传感器,所述油位检测容器设置有与其内部连通的进油口,所述过渡管上设置有出油口、过渡口和过渡孔,所述出油口与所述过渡口位于所述过渡管的两端,所述过渡孔位于所述过渡管的侧壁上,所述过渡管设置于所述油位检测容器上并连通所述油位检测容器的内部与外部,所述过渡孔与所述过渡口在所述油位检测容器内,所述油位传感器安装于所述油位检测容器上,所述过渡口高度在所述油位传感器高度以上,所述过渡孔高度小于所述油位传感器高度。2.如权利要求1所述的管路油位检测装置,其特征在于,所述过渡孔的口径小于所述进油口的口径。3.如权利要求1所述的管路油位检测装置,其特征在于,所述油位检测容器包括容器腔体、上封盖、下封盖、传感器连接口以及进油口,所述油位传感器安装于所述传感器连接口,所述过渡口高度在所述传感器连接口高度以上,所述过渡孔高度小于所述传感器连接口,所述传感器连接口高度大于所述进油口高度,所述上封盖安装于所述容器腔体顶部,所述下封盖安装于所述容器腔体底...
【专利技术属性】
技术研发人员:莫如军,肖世成,冯伟,石庆刚,张晓,
申请(专利权)人:重庆渝能滤油机制造有限公司,
类型:新型
国别省市:重庆,50
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