不(bú)鏽鋼磁(cí)力泵使(shǐ)用中環境應小于40℃、電機溫升不(bú)得超過(guò)75℃。當(dāng) 不鏽鋼磁(cí)力泵 抽吸(xī)液面高(gāo)于(yú)泵軸心線(xiàn)時，起動前(qián)打開吸入(rù)管道(dào)閥門(mén)即可，若抽吸液面低(dī)于泵(bèng)軸心線(xiàn)時，管道(dào)需配底(dǐ)閥。對于輸送(sòng)液(yè)爲易沉(chén)澱結晶的介質(zhì)，使用(yòng)後應(yīng)及時清洗，排淨泵内積液(yè)。不鏽鋼磁(cí)力泵被輸(shū)送的(de)介質(zhì)及其溫度(dù)應在泵材允許範圍(wéi)内。工程塑料泵(bèng)的(de)使(shǐ)用溫(wēn)度＜60℃，金屬泵的使(shǐ)用溫度(dù)小于100℃，輸(shū)送吸入壓力不(bú)大于(yú)0.2mpa，大工作壓力1.6mpa、密度不(bú)大于(yú)1600kg/m3,粒度不大于30×10-6m2/s的(de)不含硬顆料和(hé)纖維的(de)液體。不(bú)鏽鋼磁(cí)力泵運(yùn)行500小時後，應拆軸(zhóu)承和端面動(dòng)環的磨損情況(kuàng)若軸(zhóu)承和(hé)軸套(tào)的間(jiān)隙(xì)大于0.5~1mm,葉(yè)輪軸(zhóu)向竄動1.5~2mm時(shí)，應更換(huàn)軸承和(hé)軸向動(dòng)環。因(yīn) 不(bú)鏽鋼磁力(lì)泵 軸承的冷(lěng)卻和潤滑是靠(kào)被輸送(sòng)的介(jiè)質，所以禁(jìn)止空運轉，同時避免在工作中(zhōng)途停電(diàn)後(hòu)再啓動時所造成載時(shí)空載運轉(圖(tú)\文 xiaojikuaipao.top/index.asp )。
中(zhōng)譯英：
stainless steel magnetic pump in use environment should be less than 40℃, the temperature rise of the motor should not exceed 75℃. when the stainless steel magnetic pump suction the liquid level above the pump axis line, before starting to open the suction pipe valve can be, if the aspiration level below the pump axis line, pipe with valve. for conveying liquid for easy precipitation crystallization medium, should be cleaned after use, drain the fluid pump. stainless steel magnetic pump by transmission medium and its temperature should be allowed to build in the pump range. engineering plastic pump using temperature < 60℃, metal pump use temperature less than 100 ℃, conveying suction pressure is less than 0.2mpa, the maximum working pressure of 1.6mpa, density of not more than1600kg/m3, particle size of no greater than 30× 10-6m2/s excluding hard material and liquid fiber. stainless steel magnetic pump running after 500 hours, remove the bearing and wear rings fixed end if the bearing and sleeve gap is greater than0.5~1mm, the impeller axial1.5~2mm, replace the bearing and the axially movable ring. because stainless steel magnetic pump cooling and lubrication of bearings is to be delivered by the media, so the absolute prohibition of air, while avoiding work during power failure and starts caused by load carrying transfer time.