阿托斯 DLHZO-TE-040-L11  *现货

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伺服阀与比例阀的区别
伺服阀与比例阀之间的差别并没有严格的规定，因为比例阀的性能越来越好，逐渐向伺服阀靠近，所以近些年出现了比例伺服阀。
比例阀和伺服阀的区别主要体现在以下几点：
1.驱动装置不同。比例阀的驱动装置是比例电磁铁；伺服阀的驱动装置是力马达或力矩马达；
2.性能参数不同。滞环、中位死区、频宽、过滤精度等特性不同，因此应用场合不同，伺服阀和伺服比例阀主要应用在闭环控制系统，其它结构的比例阀主要应用在开环控系统及闭环速度控制系统；
2.1 伺服阀中位没有死区，比例阀有中位死区；
2.2 伺服阀的频响（响应频率）更高，可以高达200Hz左右，比例阀一般zui高几十Hz；
2.3 伺服阀对液压油液的要求更高，需要经过滤才行，否则容易堵塞，比例阀要求低一些；
3.阀芯结构及加工精度不同。比例阀采用阀芯+阀体结构，阀体兼作阀套。伺服阀和伺服比例阀采用阀芯+阀套的结构。
4.中位机能种类不同。比例换向阀具有与普通换向阀相似的中位机能，而伺服阀中位机能只有O型（Rexroth产品的E型）。
5.阀的额定压降不同。
而比例伺服阀性能介于伺服阀和比例阀之间。
比例换向阀属于比例阀的一种，用来控制流量和流向。
比例换向阀
DKZOR-AE-171-L510
DKZOR-AE-171-S5
DKZOR-AE-171-S510/WG
DKZOR-AE-171-S5/Y10
DKZOR-AE-173-D510
DKZOR-AE-173-L510
DKZORC-A-151-S5/18
DKZOR-T-151-L5
DKZOR-T-151-L5/Y
DKZOR-T-153-L5
DKZOR-T-171-D5
DKZOR-T-171-L5
DKZOR-T-171-S5
DKZOR-T-171-S5/Y
DKZOR-T-173-L540
DKZOR-TE-170-L540
DKZOR-TE-171-L5
DKZOR-TE-171-L5/I40
DKZOR-TE-171-S5
DKZOR-TE-171-S5/Y
DKZOR-TE-173-L540
DKZO-T-171-S3
DKZO-T-173-S5
伺服比例阀
DLHZA-T-040-L71/M/7
DLHZA-T-040-T71/GK31
DLHZA-T-060-T71/GK31
DLHZO-LE-060-V71/LQ52SA40
DLHZO-LE-060-V71/Q/LQ42SB40
DLHZO-LE-060-V71/Q/LQ52SA40
DLHZO-T-040-L11
DLHZO-T-040-L13
DLHZO-T-040-L31
DLHZO-T-040-L51
DLHZO-T-040-L53
DLHZO-T-040-L71
DLHZO-T-040-L7331
DLHZO-T-040-V71
DLHZO-TE-040-L11
DLHZO-TE-040-L11/I
DLHZO-TE-040-L3140
DLHZO-TE-040-L31/FI40
DLHZO-TE-040-L31/I
DLHZO-TE-040-L33/I40
DLHZO-TE-040-L5140
DLHZO-TE-040-L51/FI40
DLHZO-TE-040-L51/I
DLHZO-TE-040-L5340
DLHZO-TE-040-L71
DLHZO-TE-040-L71/I40
DLHZO-TE-040-L7340
DLHZO-TE-040-L73/B40
DLHZO-TE-040-T53/I40
DLHZO-TE-040-T71/Q40
DLHZO-TE-040-T73/I40
DLHZO-TE-040-V1140
DLHZO-TE-040-V13
DLHZO-TE-040-V7340
DLKZA-T-160-L71/NPT
DLKZA-T-160-T71/GK40
DLKZOR-LE-160-L71/Q/LQ82SB41
DLKZOR-T-140-L3141
DLKZOR-T-140-L71
DLKZOR-T-140-L7341
DLKZOR-T-140-T7141
DLKZOR-T-140-V7141
DLKZOR-T-160-L7141
DLKZOR-TE-140-L31
DLKZOR-TE-140-L71
DLKZOR-TE-140-L71/FI41
DLKZOR-TE-140-L71/I
DLKZOR-TE-140-L71/Q41
DLKZOR-TE-140-L73/I41
DLKZOR-TE-140-T7141
DLKZOR-TE-140-T7341
DLKZOR-TE-140-T73/I41
DPZO-A-171-L510
DPZO-A-171-L5/D
DPZO-A-171-L5/E
DPZO-A-171-S510
DPZO-A-251-L530
DPZO-A-251-S520
DPZO-A-253-S5
DPZO-A-271-D5
DPZO-A-271-L5
DPZO-A-271-L5/D30
DPZO-A-271-L5/E30
DPZO-A-271-L5/G30
DPZO-A-271-S5
DPZO-A-271-S5/D
DPZO-A-271-S5/DE30
DPZO-A-271-S5/DG30
DPZO-A-271-S5/E30
DPZO-A-271-S5/G
DPZO-A-273-D5
DPZO-A-273-D5/G
DPZO-A-273-L530
DPZO-A-273-L5/D30
DPZO-A-273-L5/D30/WG
DPZO-A-273-L5/DG
DPZO-A-273-L5/E30
DPZO-A-273-L5/G30
DPZO-A-273-S3
DPZO-A-273-S3/DG30
DPZO-A-273-S530
DPZO-A-273-S5/D
DPZO-A-273-S5/DG
DPZO-A-273-S5/G30
DPZO-A-371-L5/D30
DPZO-A-371-L5/DEG/1830
DPZO-A-371-L5/E
DPZO-A-371-S530
DPZO-A-371-S5/D
DPZO-A-371-S5/EG30
DPZO-A-373-D5
DPZO-A-373-D5/D30/WG
DPZO-A-373-D5/DEG
DPZO-A-373-L5/DG30
DPZO-A-373-L5/G30
DPZO-A-373-S5/DG
DPZO-A-373-S5/G30
DPZO-AE-171-L5/E
DPZO-AE-173-05/DGI
DPZO-AE-173-L5/GI10
DPZO-AE-271-D5/I30
DHZA-A-051-S3/M/721
DHZA-A-051-S3/PA-GK/7
DHZA-A-051-S5/M/721
DHZA-A-071-L5/M/721
DHZO-A-051-S5
DHZO-A-051-S5/18
DHZO-A-053-L320
DHZO-A-053-L3/18
DHZO-A-053-L5
DHZO-A-053-L5/18
DHZO-A-060-S3
DHZO-A-071-L120
DHZO-A-071-L1/18
DHZO-A-071-L5
DHZO-A-071-L5/1820
DHZO-A-071-S320
DHZO-A-071-S5
DHZO-A-073-D5
DHZO-A-073-D5/18
DHZO-A-073-L5
DHZO-A-073-S320
DHZO-A-073-S5
DHZO-AE-051-S510
DHZO-AE-071-D5/I
DHZO-AE-071-S5/I
DHZO-AE-073-D5/I10
DHZO-AE-073-S510
DHZO-AE-073-S5/I10
DHZO-AT-073-P320
DHZO-ATE-073-P3/B/DP27SB20
DHZO-T-051-L1
DHZO-T-051-L531
DHZO-T-071-D5
DHZO-T-071-L5
DHZO-T-071-S5
DHZO-TE-051-L5/Y40
DHZO-TE-071-L5
DHZO-TE-071-S540/PE
DHZO-TE-073-S5
DKZA-A-173-L5/PA-M/7
DKZO-A-151-S5
DKZO-A-171-L5
DKZO-A-173-S5
DKZOR-A-151-S5
DKZOR-A-151-S5/1840
DKZOR-A-151-S5/B
DKZOR-A-153-L5/B
DKZOR-A-171-D540
DKZOR-A-171-L5
DKZOR-A-171-S5
DKZOR-A-171-S5/18
DKZOR-A-173-D5
DKZOR-A-173-L5
DKZOR-A-173-L5/1840
DKZOR-A-173-L5/Y
DKZOR-A-173-S3
DKZOR-A-173-S5
DKZOR-A-173-S5/18
DPZO-AE-271-L530
DPZO-AE-271-S530
DPZO-AE-271-S5/D
DPZO-AE-273-D530
DPZO-AE-273-L5/GI30
DPZO-AE-273-S530
DPZO-AE-273-S530/WG
DPZO-AE-371-D5/E
DPZO-AE-371-S5/D30
DPZO-AE-373-L5/D30
DPZO-AE-373-L5/GI30
DPZO-L-270-L5
DPZO-L-270-L5/D40
DPZO-L-270-L5/DE
DPZO-L-270-L5/G40
DPZO-L-271-L5
DPZO-L-271-L5/E40
DPZO-L-271-S5
DPZO-L-271-S5/D
DPZO-L-273-L540
DPZO-L-273-L5/G
DPZO-L-273-S5
DPZO-L-273-S5/D
DPZO-L-273-S5/G40
DPZO-L-351-L5/G40
DPZO-L-673-D520/WG
DPZO-LE-170-L5
DPZO-LE-171-L5
DPZO-LE-173-L5/I40
DPZO-LE-270-L5/D40/WG
DPZO-LE-270-L5/DI40
DPZO-LE-271-L540
DPZO-LE-271-S5
DPZO-LE-371-S5
DPZO-LE-373-L540
DPZO-T-251-L5/E40
DPZO-T-271-D3/D
DPZO-T-271-L5
DPZO-T-271-S5
DPZO-T-271-S5/D
DPZO-T-273-S5/D
DPZO-TE-171-L5/DI40
DPZO-TE-173-L5/DI40
DPZO-TE-271-D5
DPZO-TE-271-D5/I
DPZO-TE-271-L5
DPZO-TE-271-L5/E
DPZO-TE-271-L5/I40
DPZO-TE-271-S5
DPZO-TE-271-S5/I40
DPZO-TE-273-L5/D40
DPZO-TE-273-L5/DI40
DPZO-TE-371-S540
先导式减压阀
KZGO-A-031/21020
KZGO-A-031/315
HZGO-A-031/10031
HZGO-A-031/21031
HZGO-A-031/31531
HZGO-A-031/315/1831
HZMO-A-030/21040
ATSO放大器
E-BM-AC-011F
E-BM-AC-01F11/2
E-BM-AC-01F11/3
E-BM-AC-01F/RR11/A1
E-BM-AC-05F11/3
E-BM-AC-05F11/4
E-BM-AC-05F/RR11/3
E-ME-AC-01F20
E-ME-AC-01F20/1
E-ME-AC-01F20/2
E-ME-AC-01F20/3
E-ME-AC-01F20/4
E-ME-AC-01F20/6
E-ME-AC-01F20/A1
E-ME-AC-01F20/A2
E-ME-AC-01F20/A4
E-ME-AC-01F/4R-420
E-ME-AC-01F/4R-420/2
E-ME-AC-01F/4R-420/3
E-ME-AC-01F/4R-420/6
E-ME-AC-01F/I20
E-ME-AC-01F/I20/2
E-ME-AC-01F/I20/4
E-ME-AC-01F/I20/6
E-ME-AC-01F/RR20/4
E-ME-AC-01F/RR20/A2
E-ME-AC-01F/RR-420
E-ME-AC-01F/RR-420/3
E-ME-AC-01F/RR-420/6
E-ME-AC-01F-420/2
E-ME-AC-05F20
E-ME-AC-05F20/2
E-ME-AC-05F20/3
E-ME-AC-05F20/4
E-ME-AC-05F20/A3
E-ME-AC-05F/4R-420/3
E-ME-AC-05F/4R-420/4
E-ME-AC-05F/I20
E-ME-AC-05F/I20/3
E-ME-AC-05F/I20/4
E-ME-AC-05F/RR20
E-ME-AC-05F/RR20/3
E-ME-AC-05F/RR20/4
E-ME-AC-05F/RR-420/3
E-ME-AC-05F/RR-420/4
E-ME-AC-05F-420/3
E-ME-AC-05F-420/4
E-ME-K-PID
E-ME-L-01H40/DL17SA
E-ME-L-01H40/DL26SB
E-ME-L-01H40/DL27SB
E-ME-L-01H40/DL27SB
E-ME-L-01H40/DL27SB
E-ME-L-01H40/DL35SB
E-ME-L-01H40/DL67SA
E-ME-L-01H40/LQ22SA
E-ME-L-01H40/LQ32SA
E-ME-L-01H40/DL27SB
E-ME-L-01H40/PCNNSA
E-ME-L-01H/DL27SB
E-ME-L-01H/I40/LQ32SA
E-ME-T-01H40/DH04SA
E-ME-T-01H40/DH05SA
E-ME-T-01H40/DK14SC
E-ME-T-01H40/DK15SB
E-ME-T-01H40/QV0NSA
E-ME-T-01H40/TK14AA
E-ME-T-01H40/TK14SC
E-ME-T-01H40/TQ25SA
E-ME-T-01H40/TQ32SA
E-ME-T-01H40/TQ42SA
E-ME-T-01H40/DK14SC
E-ME-T-01H40/DK15SB
E-ME-T-01H40/QV1NSB
E-ME-T-01H40/TQ25SA
E-ME-T-01H/I40/DH04SA
E-ME-T-01H/I40/DK14SC
E-ME-T-01H/I40/DP25SB
E-ME-T-01H/I40/DP25SC
E-ME-T-01H/I40/QV0NSA
E-ME-T-01H/I40/TQ25SA
E-ME-T-01H/I40/DK15SB
E-ME-T-01H/I40/QVONSA
E-ME-T-01H/I40/TQ25SA
E-ME-T-05H40/DH07SA
E-ME-T-05H40/DK17SA
E-ME-T-05H40/DK17SB
E-ME-T-05H40/DP27SB
E-ME-T-05H40/DH07SA
E-ME-T-05H40/DK17SB
E-ME-T-05H40/DP27SB
E-ME-T-05H/I40/DK17SB
E-ME-T-05H/I40/DP27SB
E-ME-T-05H/I40/DH07SA
E-ME-T-05H/I40/DK17SB
E-ME-T-05H/I40/DP27SB
E-MI-AC-01F11/1
E-MI-AC-01F11/2
E-MI-AC-01F11/3
E-MI-AC-01F11/4
E-MI-AC-01F11/6
E-MI-AC-01F/711/3
E-MI-AC-01F/711/4
E-MI-AC-01F/RR11/1
E-MI-AC-01F/RR11/2
E-MI-AC-01F/RR11/3
E-RACK3HE21TE
E-RACK3HE28TE
E-RACK3HE42TE
E-RACK3HE49TE
E-RACK3HE56TE
E-RACK3HE84TE
E-RI-TE-01H40/DH04SA
E-RI-TE-01H/I40/DH04SA
E-RI-TE-05H40/DK17SB
E-RP-AC-01F/I10/2
E-RP-AC-01F/I10/A1
E-RP-AC-05F10/4
BM-AC-011F/I
BM-AC-01F/RR
伺服阀放大板的结构和原理如图所示，无信号电流输入时，衔铁和挡板处于中间位置。这时喷嘴4二腔的压力pa=pb，滑阀7二端压力相等，滑阀处于零位。输入电流后，电磁力矩使衔铁2连同挡板偏转θ角。设θ为顺时针偏转，则由于挡板的偏移使pa＞pb，滑阀向右移动。滑阀的移动，通过反馈弹簧片又带动挡板和衔铁反方向旋转（逆时针），二喷嘴压力差又减小。在衔铁的原始平衡位置（无信号时的位置）附近，力矩马达的电磁力矩、滑阀二端压差通过弹簧片作用于衔铁的力矩以及喷嘴压力作用于挡板的力矩三者取得平衡，衔铁就不再运动。同时作用于滑阀上的油压力与反馈弹簧变形力相互平衡，滑阀在离开零位一段距离的位置上定位。这种依靠力矩平衡来决定滑阀位置的方式称为力反馈式。如果忽略喷嘴作用于挡板上的力，则马达电磁力矩与滑阀二端不平衡压力所产生的力矩平衡，弹簧片也只是受到电磁力矩的作用。因此其变形，也就是滑阀离开零位的距离和电磁力矩成正比。同时由于力矩马达的电磁力矩和输入电流成正比，所以滑阀的位移与输入的电流成正比，也就是通过滑阀的流量与输入电流成正比，并且电流的极性决定液流的方向。