查询词典 electrical condenser

In this paper, a tooth for milling tenon electrical control of the entire process, electrical components will be used to achieve the milling work tenon tooth path of automatic and manual control, selected relay - access control systems to accomplish this purpose, it has the advantage of Line intuitive, are most commonly used electrical appliances, the replacement of convenience, cheaper prices, through repeated experiments and demonstration confirmed by the use of electrical components can accurately on a milling machine tenon teeth effective control of the machine tools to improve the control of a certain value .

本文研究了专用榫齿铣电气控制的全部过程，将利用电气元件来实现对榫齿铣工作路径的自动与手动控制，选用了继电-接触系统来完成这一控制目的，它的优点是线路直观，大部分电器均为常用电器，更换方便，价格较便宜，通过反复的实验与论证结果证实所用电气元件能准确对机床榫齿铣进行有效控制，对机床控制的改进有一定的参考价值。

Acting mainly the well-known brand, Panasonic Electrical Products; Hitachi motor; Hitachi electrical tools; SMC Pneumatic items; KOGANEI pneumatic tools; Mitsubishi Motors, various blades, raw material products; Kyocera blade products; OSG bit, cutter, Tap products; Sampoong measurement tools and measuring instruments categories related products; NT knife handle products; BIG knife handle category Products; FSK wheel products; THK linear guide, screw type; NSK, NTN, NACHI bearing; Omron electrical switch products; East electrical products; Youyan of oil Products; citizen lathe products; JAM the lathe, machining center fixture products; KHS the lathe, machining center fixture products; OKK processing center, and other processing equipment products.

代理的知名品牌主要有，松下电工系列产品；日立电机类；日立电动工具类；SMC气动件产品；KOGANEI气动工具类；三菱电机、各种刀片、原材料类产品；京瓷刀片类产品；OSG钻头、铣刀、丝锥类产品；三丰测量工具及测量仪器类相关产品； NT刀柄类产品；BIG刀柄类产品；FSK砂轮类产品；THK直线导轨、丝杠类；NSK、NTN、NACHI轴承；欧姆龙电器开关类产品；东方电机类产品；油研油压件产品；西铁城车床类产品；JAM的车床、加工中心用夹具系列产品；KHS的车床、加工中心用夹具系列产品；OKK加工中心等加工设备类产品。

The reason of low system efficiency of the mechanical lifting is: unavailable match between transformer and asynchronous motor with large capacity of equipment and large self-consumption; large average no load less of Y series electrical machinery (31.4% of the total oilfield electrical machinery) with 2.86kw; limited adjustable extent of stroke of the electrical machinery in low-liquid produced wells with minimum value of 4 times per minute for limitation of minimum rotation of the electrical machinery and minimum arc of contact of pulley. Energy consumption will be waste for 1 to 1.5 times per minute is enough.

分析显示，造成抽油机系统效率低的原因主要是：变压器与异步电动机之间匹配方式不合理，设备容量大，自身损耗大；占油田电机总量31.4%的Y系列电机的平均空载损耗大，为2.86kW；低产液井电机的冲次可调范围有限，受电机最低转度和皮带轮最小包角限制，其最小冲次仅可调到4次／min，但1~1.5次／min的冲次即可满足生产需要，造成能耗浪费。

However, the operation condition of condenser is estimated according to the absolute pressure of condenser or the end difference variation of cooling water outlet.

在电厂运行过程中，并不直接关注凝汽器的传热系数，而是以凝汽器的绝对压力及冷却水出口端差的变化来判断凝汽器运行状况的好坏。

The air content in condenser should be reduced as far as possible due to the great influence of air content in condenser on steam condensation heat transfer.

由于凝汽器中空气含量对蒸汽凝结放热的影响很大，因此要尽可能减少凝汽器中的空气含量。

The environment wind around the air cooling condenser has a bigger influence on the efficient of air cooling condenser and the normal of the whole system.

空冷凝汽器周围的风环境状况必然会对空冷凝汽器效率和正常运行有很大影响。

In traditional design for a wire-tube type condenser, the air's temperature around it is considered to be the ambient temperature. In fact, the air's temperature is affected by the distance between the refrigerator's back and the wall and is heated by the compressor and condenser, so its temperature is not equal to the ambient temperature. In this case, the traditional design method is not accurate.

传统的设计冷凝器的方法，是把丝管式冷凝器周围空气的温度当作环境温度，而实际上，由于受压缩机散热、冷凝器加热、冰箱后壁和墙壁之间的间距的影响，冷凝器周围空气的温度并不等于环境温度，因而传统的设计方法并不精确，为了保证设计的精确性，有必要对冷凝器周围空气的温度进行研究。

The drier (100) is installed at an air conditioner having a condenser (22) and an evaporator (11) and includes an air vent hole (121) to allow air heated by heat generated from the condenser (22) to be introduced therethrough and a drying cabinet (120) for receiving a target object.

烘干机(100)安装在具有冷凝器(22)和蒸发器(11)的空调上，该烘干机包括通气孔(121)和烘干箱(120)，通气孔(121)允许由冷凝器(22)产生的热量所加热的空气从中引入，烘干箱(120)用于容纳目标物。

Based on the typical structure of the air-cooled condenser of 600 MW unit, the three-dimensional physical and mathematical models for the flow and heat transfer of the cooling air in an air-cooled condenser cell with flow guiding device were established.

该文针对600 MW直接空冷机组空冷凝汽器的典型结构，建立了带有空气导流装置的凝汽器单元内冷却空气三维流动传热过程的物理数学模型。

Outside, your main job is to clean the condenser coil. The fan inside the condenser coil sucks air through the fins, and as a result, pulls dirt and debris with it.

大多数中央空调是由两个基本部分组成的：一部分是室外单元，蒸发器位于中环附近的炉管是在主页和室内单元的旁边。

The small blue capacitor has very high chances to go fully shorted compare to electrolytic capacitor which is very rare.

小蓝电容器具有很高的机会去充分地缩短了比较电解电容器，这是非常罕见的。

In the Italian campaigns of 1513 and 1515, when the Swiss won the victories of Novara and Marignan, he acted as army chaplain.

在意大利的运动， 1513年和1515年，当瑞士赢得了胜利，诺瓦拉和marignan ，他担任军队的牧师。