风机的毛病与运转不安定对油烟

油烟净化器放浓度和油烟净化设置的低去除效用.摄取国内外同类产物长处的底子上,首要用于厨房不高排放油烟的净化管辖;用于宾馆、饭店、酒坊、餐厅与私塾、机关、工场等场合;食物油炸、烹任加工行业;油溅热解决车间、油雾光滑车间、工件焊接车间与烯油锅炉排放等产业场地.
The minimum removal efficiency of the concentration and purification setting of the oil fume purifier. Based on the advantages of similar products both domestically and internationally, it is primarily used for the purification of kitchen low emission oil fume; Used in hotels, restaurants, distilleries, restaurants, private schools, government agencies, workshops, and other occasions; Food frying, cooking and processing industries; Industrial sites such as oil splashing heat solution workshop, oil mist smoothing workshop, workpiece welding workshop, and olefin boiler discharge
风机的毛病与运转不安定对油烟解决成效有很穷的感化,所以,油烟净化器厂家底下简约推荐油烟净化器风机毛病的起因以备盘查、检验:一、轴承箱剧烈滚动1、风机轴与机电潜心,联轴器装歪2、机壳或进风口与叶轮冲突3、底子的钢度不稳固4、叶轮铆钉松动或叶轮变形5、叶轮轴盘与轴松动,或联轴器螺栓松动6、机壳与支架、轴承箱与支架、轴承箱盖于座等联接螺栓松动7、风机出入气管道装配不良8、转子不均衡,引风机叶片磨损
The problems and unstable operation of the fan have a significant impact on the effectiveness of solving oil fume. Therefore, the manufacturer of oil fume purifiers recommends the causes of fan problems in oil fume purifiers for future investigation and inspection: 1. Severe rolling of the bearing box 1. The fan shaft and electromechanical shaft are not attentive, and the coupling is installed crooked 2. The casing or air inlet conflicts with the impeller 3. The steel of the base is not stable 4. The impeller rivet is loose or deformed 5. The impeller shaft plate and shaft are loose, Or the coupling bolts are loose. 6. The connecting bolts between the casing and the bracket, between the bearing box and the bracket, and between the bearing box cover and the seat are loose. 7. The assembly of the fan inlet and outlet pipelines is poor. 8. The rotor is uneven, and the induced draft fan blades are worn
二、轴承温升过高1、轴承箱剧烈滚动2、光滑油脂品质不亮、变味、含有太多尘埃、粘沙、污垢等杂质3、轴承箱盖、座结合螺栓紧力过穷或过小4、轴与滚动轴承装配倾斜,先后两轴承不潜心5、滚动轴承损害三、、电极电流过穷或温升过高1、开车时进气管道闸门或节流阀未关严2、流量超越规定值3、风机输出气体的密度过穷或有粘稠物资4、机电输进电压过低或电源单相断电
2、 Excessive temperature rise of bearings 1. Severe rolling of the bearing box 2. Poor quality and odor of smooth grease, containing too much dust, sand, dirt and other impurities 3. Poor or small tightening force of the bearing box cover and seat connecting bolts 4. The assembly of the shaft and rolling bearing is tilted, and the bearings are not attentive in sequence 5. Damage to the rolling bearing 3. Poor or high temperature rise of electrode current 1. The intake pipe gate or throttle valve is not tightly closed during driving 2. The flow exceeds the specified value 3 The density of the gas output by the fan is too poor or there are viscous materials. 4. The input voltage of the electromechanical system is too low or the single-phase power supply is cut off