過濾分離主要基于以下三種機(jī)理 直接攔截 慣性撞擊 擴(kuò)散攔截
直接攔截 : 液體中的基本過濾機(jī)制，本質(zhì)是一種篩分效應(yīng)，機(jī)械攔截顆粒，當(dāng)顆粒大于流道孔徑時(shí)即被該結(jié)構(gòu)去除，通過搭橋作用,尺寸小于濾孔的顆粒也可被攔截，
慣性撞擊:尺寸小于濾材孔徑的顆粒的輔助攔截方式，流體攜帶的顆粒由于質(zhì)量和線速度而具有直線運(yùn)動(dòng)的慣性，顆粒離開流體主流而撞擊到濾材上，當(dāng)流體改變運(yùn)動(dòng)方向時(shí),慣性使顆粒撞擊到濾材表面, 因吸附力的存在顆粒便停留在撞擊表面。當(dāng)流經(jīng)過濾介質(zhì)時(shí)流體必須沿彎曲通道行進(jìn).這將增加該過濾機(jī)理的有效性。
過濾介質(zhì)的過濾/分離效率由于直接攔截 慣性撞擊 擴(kuò)散攔截的共同作用而增強(qiáng)。
濾芯更換及清洗
過濾器底部的濾頭上裝有壓差發(fā)訊器，當(dāng)過
濾器內(nèi)的濾芯壓差達(dá)到 3bar 時(shí)，壓差發(fā)訊
器發(fā)出開關(guān)信號(hào)給主機(jī)控制系統(tǒng)，并由主機(jī)
控制系統(tǒng)發(fā)出警報(bào)，以提示更換濾芯（油溫
低于 40℃報(bào)警信號(hào)被忽略）。
過濾的定義:利用有孔介質(zhì)從流體(液體或氣體)中除去污染物
890014MIC10NBR
890014MIC16NBR
890014SM10NBR
890014SM16NBR
890015MIC10NBR
890015MIC16NBR
890015SM10NBR
890015SM16NBR
890017MIC10NBR
890017MIC16NBR
890017SM10NBR
890017SM16NBR
890017SM25NBR
890018MIC10NBR
890018MIC16NBR
890018SM10NBR
890018SM16NBR
890018SM25NBR
890019MIC10NBR
890019MIC16NBR
891011SMXVST3FPM
891011SMX6NBR
891011SMX6FPM
891011SMXVST6NBR
891011SMXVST6FPM
891011SMX10NBR
891011SMX10FPM
891011SMXVST10NBR
891011SMXVST10FPM
891011SMX16NBR
891011SMX16FPM
891011SMXVST16NBR
891011SMXVST16FPM
891011SMX25NBR
891011SMX25FPM
891011SMXVST25NBR
891011SMXVST25FPM
891012SM3NBR
891012SM3FPM
891012SMVST3NBR
891012SMVST3FPM
891012SM6NBR
891012SM6FPM
891012SMVST6NBR
891012SMVST6FPM
891012SM10NBR
891012SM10FPM
891012SMVST10NBR
891012SMVST10FPM
891012SM16NBR
891012SM16FPM
891012SMVST16NBR
891012SMVST16FPM
891012SM25NBR
891012SM25FPM
891012SMVST25NBR
891017SMVST16FPM
891017SM25NBR
891017SM25FPM
891017SMVST25NBR
891017SMVST25FPM
891017SMX3NBR
891017SMX3FPM
891017SMXVST3NBR
891017SMXVST3FPM
891017SMX6NBR
891017SMX6FPM
891017SMXVST6NBR
891017SMXVST6FPM
891017SMX10NBR
891017SMX10FPM
891017SMXVST10NBR
891017SMXVST10FPM
891017SMX16NBR
891017SMX16FPM
891017SMXVST16NBR
891017SMXVST16FPM
891017SMX25NBR
891017SMX25FPM
891017SMXVST25NBR
891017SMXVST25FPM
891018SM3NBR
891018SM3FPM
891018SMVST3NBR
891018SMVST3FPM
891018SM6NBR
891018SM6FPM
891018SMVST6NBR
891018SMVST6FPM
891018SM10NBR
891018SM10FPM
891018SMVST10NBR
891018SMVST10FPM
891018SM16NBR
891024SM10FPM
891024SMVST10NBR
891024SMVST10FPM
891024SM16NBR
891024SM16FPM
891024SMVST16NBR
891024SMVST16FPM
891024SM25NBR
891024SM25FPM
891024SMVST25NBR
891024SMVST25FPM
891024SMX3NBR
891024SMX3FPM
891024SMXVST3NBR
891024SMXVST3FPM
891024SMX6NBR
891024SMX6FPM
891024SMXVST6NBR
891024SMXVST6FPM
891024SMX10NBR
891024SMX10FPM
891024SMXVST10NBR
891024SMXVST10FPM
891024SMX16NBR
891024SMX16FPM
891024SMXVST16NBR
891024SMXVST16FPM
891024SMX25NBR
891024SMX25FPM
891024SMXVST25NBR
891024SMXVST25FPM
891025SM3NBR
891025SM3FPM
891025SMVST3NBR
891025SMVST3FPM
891025SM6NBR
891025SM6FPM
891025SMVST6NBR
891029SMVST3FPM
891029SM6NBR
891029SM6FPM
891029SMVST6NBR
891029SMVST6FPM
891029SM10NBR
891029SM10FPM
891029SMVST10NBR
891029SMVST10FPM
891029SM16NBR
891029SM16FPM
891029SMVST16NBR
891029SMVST16FPM
891029SM25NBR
891029SM25FPM
891029SMVST25NBR
891029SMVST25FPM
891029SMX3NBR
891029SMX3FPM
891029SMXVST3NBR
891029SMXVST3FPM
891029SMX6NBR
891029SMX6FPM
891029SMXVST6NBR
891029SMXVST6FPM
891029SMX10NBR
891029SMX10FPM
891029SMXVST10NBR
891029SMXVST10FPM
891029SMX16NBR
891029SMX16FPM
891029SMXVST16NBR
891029SMXVST16FPM
891029SMX25NBR
891029SMX25FPM
891029SMXVST25NBR
891029SMXVST25FPM
891030SM3NBR
HC42
HC46
HC6
HC60
HC66
HPQ240467-3MB
HX1
HX7
HX40
HX5
HX6
HX7
HX9
KE2428
KE2456SMXVST10
KX57
OC22
PI1005KSMIC3
PI1005KSMIC10
PI1005KSMIC25
PI1005MIC10
PI1005MIC25
PI1008KSMIC3
PI1008KSMIC10
PI1008KSMIC25
PI1008MIC10
PI1008MIC25
PI1011KSMIC3
PI1011KSMIC10
PI1011KSMIC25
PI1011MIC10
PI1011MIC25
PI1015KSMIC3
PI1015KSMIC10
PI1015KSMIC25
PI1015MIC10
PI1015MIC25
PI1030KSMIC3
