丹尼逊液压阀R4S03 533 12 A1

R4S03 533 12 A1到达电磁先导阀的P口，通过电磁先导阀的换向及调整节流阀的开度，来实现主阀芯的换向延时，从而达到降低主油路与执行元件接通时的换向冲击R4S03 531 11 A1
R4S03 531 31 A1
R4S03 533 11 A1
R4S03 533 12 A1
R4S03 533 31 A1
R4S03 535 11 A1
R4S03 535 12 A1
R4S03 535 32 A1
R4S03 545 12 A1
R4S03 561 12 A1
R4S03 563 32 A1 025
R4S03 563 32 A1
R4S03 565 12 A1
R4S03 565 32 A1
R4S03 591 12 A1
R4S03 591 12 09G0R A1
R4S03 593 12 A1
R4S03 595 12 A1
R4S03-51512A5
R4S03A 0G3 1H A1
R4S03A 535 11 A1
R4S03A 563 12 A1
R4S03A 593 12 A1
R4S03A59512A1 R4S06 003 11 A1
R4S06 003 11 A1 120
R4S06 003 12 A1
R4S06 005 11 A1
R4S06 0G1 12 A1
R4S06 513 12 A1
R4S06 531 11 A1
R4S06 531 31 A1
R4S06 533 11 A1
R4S06 533 31 A1
R4S06 533 32 A1
R4S06 535 11 A1
R4S06 535 11 A5
R4S06 535 11 09G0Q A1
R4S06 535 11 09G0Q A1 059
R4S06 535 11 09W01 A1
。但先导电磁阀断电时、弹簧复位型电液换向阀主阀体两端盖内的液压油会通过先导电磁阀的中位与泄油口接通、主阀芯在复位弹簧的作用下会立即复位，DS3-SB7/10N-D110K1
DS3-SB7/10N-A110K1
DS3-TA/10N-A230K1
DS3-TA/10N-A110K1
DS3-TA/10N-D24K1
DS3-TB/10N-A230K1
DS3-TB/10N-A110K1
DS3-TB/10N-D24K1
DS3-TB23/10N-A00 SENZA BOB.
DS5-RK/10N-A230K1
DS5-RK/10N-A110K1
DS5-RK/10N-A230K1 
DS5-RK/10N-D24K1 
DS5-RK/11N-D00 SENZA BOB.C.C
由于主阀芯复位快、亦即切断执行元件油路的速度快、从而引起液压冲击。由此可见，叠加一个P口可调节流阀，只能实现换向接通延时、不能解决复位切断延时。注：象油缸类的执行元件，油缸前进与后退时通过换向阀的流量是不一致的，油缸无杆腔与有杆腔的面积比越大R4S03 513 12 A1
R4S03 531 11 A1
R4S03 531 31 A1
R4S03 533 11 A1
R4S03 533 12 A1
R4S03 533 31 A1
R4S03 535 11 A1
R4S03 535 12 A1
R4S03 535 32 A1
R4S03 545 12 A1
R4S03 561 12 A1
R4S03 563 32 A1 025
R4S03 563 32 A1
R4S03 565 12 A1
R4S03 565 32 A1
R4S03 591 12 A1
R4S03 591 12 09G0R A1
R4S03 593 12 A1
R4S03 595 12 A1
R4S03-51512A5
R4S03A 0G3 1H A1
R4S03A 535 11 A1
R4S03A 563 12 A1
R4S03A 593 12 A1
R4S03A59512A1 R4S06 003 11 A1
R4S06 003 11 A1 120
R4S06 003 12 A1
R4S06 005 11 A1
R4S06 0G1 12 A1
R4S06 513 12 A1
R4S06 531 11 A1
R4S06 531 31 A1
R4S06 533 11 A1
R4S06 533 31 A1
R4S06 533 32 A1
R4S06 535 11 A1
R4S06 535 11 A5
R4S06 535 11 09G0Q A1
R4S06 535 11 09G0Q A1 059
R4S06 535 11 09W01 A1
R4S06 535 11 11W01 A5
R4S06 535 12 A1
R4S06 535 31 A1
R4S06 545 12 A1
R4S06 563 32 A1
R4S06 565 12 A1
R4S06 565 32 A1
R4S06 591 12 A1
R4S06 593 12 11W01 A1
R4S06 5A1 12 A1 R4S06 5D1 12 A1
R4S06 5D3 12 A1
R4S06 5D3 32 A1
R4S06-0053111G0QA1
R4S06-59332A1
R4S10 531 11 A1
R4S10 531 31 A1
R4S10 533 11 A1
R4S10 533 12 A1
R4S10 533 31 A1
R4S10 535 11 A1
R4S10 535 11 11W01 A1
R4S10 535 12 A1
R4S10 535 31 A5
R4S10 535 31 11W30 A1
R4S10 591 12 A1
R4S10 593 12 A1
R4S10 595 12 A1
R4S10 595 32 A1
R4S10 5A5 12 A1
R4S10 5A5 12 A5
R4S10 5D1 12 A1
R4S10 5D3 32 A1
R4S10 5D5 12 A1
、流量差距也越大，此时若想较满意的降低执行元件前进与后退时的液压冲击，通过一个可调节流阀，恐怕是难以实现的。AS32061A-G24 
AS32061A-G24 ，
AS32061A-G24
AS32060B-G24 
现货供应  AS32060B-G24 ，
AS32060B-G24 
AS32061A-G24
AS32060B-G24
AS22101A-R230
AM22100B-G24
AM22061A-G24
SIN60V-G24
SIS60V-G24
SIS45V-G24
P02A01D24
AS32060B-R230
AS32061A-R230
AS32100B
AS32101A
AM22101A-G24
AS32101A-G24
AS32101A-R230
AS32100B-G24
AS32100B-R230
AS22061A-G24
AS22061A-R230
AS22060B-R230
AS22060B-G24
AS22101A-G24
AS22100B-R230
AS22100B-G24
MVSPM22-160
MV.PM22-160
BVEPM22-250-G24
AURDB6
AM22060B-G24
AM22060B-R230
AM22101A-R230
AM32061A-R230
AM32061A-G24
AM32060B-G24
AM32100B-G24
AM32101A-R230
AS32060B
AS32061A
AS22101A
AS22100B