How to choose the right NYP ordinary high viscosity pump

NYP ordinary type high viscosity pump should pay attention to the following matters: You must take into account the viscosity of the NYP ordinary type high-viscosity pump conveying medium in order to determine the NYP ordinary high-viscosity pump speed range, according to NYP ordinary high viscosity pump Speed ​​range and the required conditions NYP ordinary high-viscosity pump under normal flow range, to determine the NYP common type of high viscosity pump specific models. It should be noted that the general medium can be chosen in this way. Among them, some special chemical medium will change its chemical composition at a certain temperature, so you need to select the NYP ordinary high-viscosity pump to pay special attention to the pump speed is appropriate, because the pump speed is higher, the normal work of the heat generated Large, once the media exceeds the temperature limit, then the transport of more media damage. There are also food-stuffs, such as jam, like our daily jam, peanut butter, bean paste, etc., which require that the medium must not be destroyed during transport to destroy the contents of the interior, Pump speed must be low, in order to ensure that NYP ordinary high viscosity pump does not destroy the conveying medium during transportation. The viscosity of the medium and the viscosity of NYP common high-viscosity pump speed are inextricably linked. If the NYP ordinary high-viscosity pump medium viscosity is too high, and the speed is too high, it will cause the pump flow is very low, the pump noise. If the motor power or according to the conventional match, then the motor can cause overload. Mainly the pump speed is too high, medium viscosity is too high, which will result in a large pump resistance, the motor instantaneous starting current exceeds the rated current, resulting in motor overload; due to high speed, so that ordinary NYP high viscosity pump is running The internal rotor is almost just idling, slipping around the medium being transported, causing suction on the material or small flow rates. In this situation, you must reduce the pump speed, increase the motor power, increase the diameter of the import and export to reduce the flow resistance of the medium. In order to complete the delivery of media. After the speed is reduced, the pump will increase the flow, but the pump noise will be reduced, but certainly can not hit the theoretical flow. So if the actual working conditions require a lot of difference between the flow, then it can only better model a larger pump.