BURKERT6604型直動式搖臂電磁閥,BURKERT直動式電磁閥
BURKERT6604型直動式搖臂電磁閥只能作全開和全關,不能作調節和節流。閘板有兩個密封面,zui常用的模式閘板閥的兩個密封面形成楔形、楔形角隨閥門參數而異,通常為50,介質溫度不高時為2°52'。楔式閘閥的閘板可以做成個整 體，叫做剛性閘板；也可以做成能產生微量變形的閘板,以改善其工藝性,彌補密封面角度在加工過程中產生的偏差,這種閘板叫做彈性閘板。閘閥關閉時,密封面可以只依靠介質壓力來密封,即依靠介質壓力將閘板的密封面壓向另側的閥座來保證密封面的密封，這就是自密封。大部分閘閥是采用強制密封的,即閥門關閉時，要依靠外力強行將閘板壓向閥座,以保證密封面的密封性。閘閥的閘板隨閥桿起作直線運動的，叫升降桿閘閥亦叫明桿閘閥。
BURKERT6604型直動式搖臂電磁閥:工作時，是利用彈簧的壓力來調節、控制液壓油的壓力大小。從圖3-50中可以看到：當液壓油的壓力小于工作需要壓力時，閥芯被彈簧壓在液壓油的流入口，當液壓油的壓力超過其工作允許壓力即大于彈簧壓力時，閥芯被液壓油頂起，液壓油流入，從圖示方向右側口流出，回油箱。液壓油的壓力越大，閥芯被液壓油頂起得越髙，液壓油經溢流閥流回油箱的流量越大o如過液壓油的壓力小于或等于彈簧壓力，則閥芯落下，封住液壓油進口。由于油泵輸出的液壓油壓力固定，而工作油缸用液壓油的壓力總要比油泵輸出液壓油壓力小，所以正常工作時總會有些液壓油從溢流閥處流回油箱，以保持液壓油缸的工作壓力平衡、正常工作。
198718 MICR-6604-SG-0198718-EUROGENT                                           
198757 MICR-6604-SG-0198757-THERMOLAB                                          
198761 MICR-6606-SG-0198761-PET-SYSTEMS                                        
198794 1066-B-E-00-3-0-SK-GV-0-00-0-0-A                                        
198831 1066-B-D-00-3-0-MP-GV-0-I2-0-0-A   * JB14                               
198925 MICR-6104-SG-0198925-TYP6104                                            
198940 1066-B-E-00-E-0-PG-GV-0-00-0-0-0   * LF14                               
198981 MICR-6126-SG--ORION                                         
199002 MICR-6604-SG-0199002-SIMWHITE                                           
199382 6011-A01,6BBMSGM81-2-024/DC-04     * DD07+NA01+SI01                     
199492 MICR-0641-SG-0199492-EX_PR▄F                                            
200196 6114-C00,6AAPSFB07-0-024/DC-01     * HA01                               
200689 MICR-3003-DL-0200689-KGH-24V-4/20                                       
200691 1066-B-E-00-3-0-MP-GV-0-I2-0-0-D   * JB14+AF96    
：\39526590\39529839/39529830轉8005或者8002
//
\39529831\39529839\39529839-8007或者8008
/
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BURKERT6604型直動式搖臂電磁閥,BURKERT直動式電磁閥
200692 1066-B-D-00-3-0-MP-GV-0-I2-0-0-D   * JB14+AF96                          
200694 1066-B-3-00-3-0-MP-GV-0-I2-0-0-D   * AF96+JB14                          
200695 MICR-1066-DR-0200695-A48HLINA                                           
200696 MICR-1066-DR-0200696-A48HROTA                                           
200717 MICR-1067-DL-0200717-3-W-GG-DN100                                       
200750 1066-B-D-00-3-0-MP-GV-0-I2-0-0-D   * JB14+AF96+MU11                     
200751 MICR-1066-DR-0200751-FL2MV9V                                            
200930 6013-A02,0FFVAGM82-5-024/DC-02     * NA01+PC04+SI01                     
201204 1066-B-0-00-M-0-PG-00-0-M2-0-0-0                                        
201206 1066-B-3-00-3-0-SK-GV-0-I1-0-0-A   * PE54                               
201207 1066-B-E-00-3-0-SK-GV-0-I2-0-0-A   * PE54                               
201208 1066-B-3-00-3-0-SK-GV-0-I2-0-0-A   * PE54                               
201211 2400-A-05,0-TF-MS-GM82-024/DC-14   * AE36+JF01                          
202474 SET3-5281-000-BAAC-BBVA0000-0202474                                     
202635 SET3-5282-000-BAAC-AAVA0000-0202635* NL05                               
202721 8810-5420-05-BB-AL-GM82-GM81-230/56-                                    
202722 8810-5420-08-BB-AL-GM82-GM81-230/56-                                    
202740 SET3-5282-000-BAAC-AAVA0000-0202740* NL50                               
202830 8805-BB-A-2-00-15,0-EE-VA-GM84-A-L-M                                    
202831 8805-BB-A-2-00-25,0-EE-VA-GM86-A-L-N                                    
202887 8804-FC-3-2-80,0EA-VA-FD17-060-0B-BE                                    
203171 8690-E3-M2-FA05-E-Y-MP-S6-0-0-0-0  * PE54                               
403790 0404-A-25,0-EF-MS-GM86-230/50-08   * JF01+NL02                          
413552 1054-G-3-1                         * JW10                               
413615 1541-4136-15Q-00