潜水泵究竟能抽哪些介质呢？潜水泵的输送对象最早是单一的水，还有一些可流动的液体、气体或浆体。固体和液体的混合物、气液混合物、固液气混合物，还有活的物体如土豆、鱼等等。不同的输送对象对于泵的内部结构要求不同。在泵的安装形式、管道布置形式、维护维修等方面对泵的内在或外在的结构也提出了新的要求。同时，各个生产厂商，在结构的设计上又加入了各自的企业理念，这些都对水泵结构的多元化程度产生一定的影响。现如今，可持续发展和环保这两个词越来越热，因此，水泵的运行环境对泵的设计提出了众多的要求，比如说泄漏减少、噪声振动降低、可靠性增加、寿命延长等等。这些都影响着泵形成多元化形式。

 

　　已经进入信息时代的今天，泵的设计人员利用计算机技术来进行产品的开发设计，如CAD的利用，这些提高了设计本身的速度，缩短了产品设计的周期。在生产制造中，以数控技术CAM为代表的制造技术已深入到泵的生产当中。目前从国内的情况来看，数控技术CAM主要应用在批量产品的生产上。对于单件或小批的生产，目前CAM技术尚未在泵行业当中普遍实施，单件小批的生产仍旧以传统生产设备为主。

 

　　由于市场要求生产厂商的货期尽可能缩短，尤其对于用户要求生产的特殊产品供货周期缩短，必然要求水泵的生产企业加速利用CAM技术，甚至是计算机集成制造系统CIMS、柔性制造FMC和FMS，对从设计到制造模具、零件加工等各环节协调一致处理，保证一但设计完成，产品零部件的加工也是趋于同期完成，以确保缩短产品的生产周期。

 

　　除了利用计算机制图外，还将在计算机这个载体上实现产品的强度分析、可靠性预估和三维立体设计，将原来需要在生产中发现和解决的工艺问题和局部结构问题及装配性问题等方面提到生产前进行防范，缩短产品的试制期。

 

　　

Various industries are the products are in demand in the market, it has vitality. The diversified development of submersible pump products are currently on the marketneeds. Submersible pump diversity performance of different nature and several otherdifferences and operational aspects to various media, structure of product delivery.

Submersible pump is able to draw what medium? The earliest delivery objectsubmersible pump is a single water, and some may be flowing liquid, gas or slurry.Mixtures of solid and liquid, gas-liquid mixture, solid liquid gas mixture, and the liveobjects such as potatoes, fish and so on. Conveying different objects have different requirements for the internal structure of the pump. In the pump installation form,layout, pipeline maintenance, repair and other aspects of the pump of internal or external structure is also proposed new requirements. At the same time, the various manufacturers, in the design of the structure and join their business philosophy, has certain influence on the structure of the pump the degree of diversification. Nowadays,sustainable development and environmental protection of the two word more and more heat, therefore, many of the design requirements of operation environment ofthe water pump, such as leakage reduction, noise and vibration reduction, increase the reliability and prolonging the service life, etc.. All of these affect the pump to form a diversified forms.

Has entered the information age today, the development of design the pump to product the use of computer technology, such as CAD utilization, which improves the design itself to the speed, shorten the cycle of product design. In manufacturing,manufacturing technology of numerical control technology, CAM as the representativehas gone deep into the pump production. From the current domestic situation of NC technology, CAM is mainly used in batch production. For single or small batchproduction, the current CAM technology is not yet in the pump industry generally implemented, single piece and small batch production is still in the traditionalproduction equipment.

Because the market for manufacturers of delivery time as short as possible, especially for the production of user requirements special product delivery cycle is shortened,the inevitable requirement of pump manufacturing enterprises to accelerate the use of CAM technology, and computer integrated manufacturing system CIMS, FMC and FMS on flexible manufacturing, mold manufacturing, each link from the design to theparts processing coordinated process, ensure a complete but design, machining partsalso tends to be completed in the same period, to shorten the production cycle of the products.

In addition to using computer graphics, there will be analysis, reliability prediction ofthe strength of the product and three-dimensional computer design in the carrier, theoriginal found in production and process of problem solving and local structure andassembly of the problems mentioned before the production trial period to prevent,reduce product.