水箱和水泵的整合是一个趋势,因为它的优越性
水箱与水泵一体化,供水性能优越
With rapid development of economy, industry, commercial and civil high-rise buildings with multi functions have emerged, bringing the rapid development of automatic water supply equipment so that people’s demand for water quality, energy conservation, noise, and the space occupied by water equipment is higher and higher. At present, there are two kinds of intelligent water supply equipment: one is pressure-superposed water supply in pipe network, the other is two times frequency conversion pressurization water supply equipment as we know. Both have their strengths and shortcomings, combining advantages of the two, the performance of the product is greatly changed, but the space occupied is still large and the noise of the equipment is also very large.
我们的智能水箱和水泵设备不是传统的泵,管道,阀门和控制柜的简单组合,它是采用模块化水箱的新技术,实现水箱和水泵的集成。Its unique appearance is satisfied with the latest design concept of water supply system, this new integration equipment of water tank and pump occupies little space, and also has advantages such as energy saving, beautiful appearance, pollution-free, no-noise, what’s more, it also avoids the shortcoming of the traditional water tank and pump station, such as large space, noise, big vibration, cumbersome installation and so on.
水箱和水泵的集成应用广
水箱和水泵可覆盖大范围的使用,包括高层建筑,住宅小区,别墅,医院,学校,体育馆,高尔夫球场,机场,宾馆,写字楼,百货商场,大型桑拿,公园,游乐场的整合,果园,农场,生产制造,洗涤装置,食品工业,工厂等。
水箱与泵一体化的特点:
- 节省空间。水泵和腔室被布置在所述水箱和固定一体化泵站的特殊模块上。水泵只占水箱容积0.5m³。
- 易于移动、组装和拆卸。由于采用了装配型BDF不锈钢水箱,改变了以前的焊接方式,装配方式采用螺杆装配,水箱与泵一体化适用性强。
- 安装方便,不需要特殊的设备。
- 节能。通过水箱与水泵智能集成站对原自来水管网的压力进行叠加利用,使供水系统节能60%以上。
- 环保。水箱和水泵的整合台配备了世界著名品牌电机,施耐德和德国“西门子”,还采用了高强度的结构装配式不锈钢水箱,高智能化控制系统,避免徒劳的行动。
- 无负压功能。在水峰期间,储存在储水箱的水可水不足的情况下使用,从而使装置周围的工作压力不降低。
- 外观颜色多样。水箱和泵的集成站的颜色可根据用户的要求可以任意选择。
- 方便升级。该设备具有支持远程传输,自动清洗,杀菌,消毒等的接口。
- 易于维护。水箱和水泵的整合台可以保持和定时供水的情况下更换。
原理水箱和水泵一体化的
水箱和泵一体化的原理是通过调节工作水的量,以保持恒定的泵出口压力泵和根据用水量每个泵的速度。当水消耗小于水泵的排出,根据用水量的质量,控制系统将控制水泵是变频调节操作中的一个;当水消耗量上升,管道系统的内压会降低,所述压力传感器将检测信号输出到微型计算机的控制单元,通过微电脑来判断的操作,发出指令向逆变器来控制泵电机,使为加快以保证水箱和水泵的集成系统的恒压。水箱和水泵一体化的技术层面
流量范围 | 0-1,000m³/小时 |
---|---|
压力范围 | 0-2.5Mpa |
功率控制 | ≤550千瓦 |
压力调节精度 | ≤0.01Mpa |
环境温度 | 0〜+ 13℃ |
相对humity | ≤90%(电控部分) |
能量源 | 380V1±10% |
电源频率 | 50HZ±2HZ |