SOR索爾壓力開關6NN-K45-N4-F1A 特征:利用壓力油改變滑閥位置以控制流向
分類:二位、三位等
組成:
工作原理: 圖示位置,p、A、B、均 → T
X1通壓力油,p → A,B → T X2通壓力油,p → B,A → T
電液換向閥SOR壓力開關4NN-K45-N4-B1A
SOR壓力開關9NN-K5-N4-F1A
SOR壓力開關101NN-K45-N4-C1A
SOR壓力開關5NN-K45-N4-F1A
SOR壓力開關6NN-K3-N4-F1A
SOR壓力開關1510B-G5A-C-W9-ES系列
SOR壓力開關107AL-K40-P1-F01-5-40
SOR壓力開關52NN-K116-N4-B1-X371
SOR壓力開關12NN-KG14-N4-B1A-X371
sor索爾壓力開關4NN-K2-N4-B1A
SOR索爾壓力開關6NN-K45-N4-F1A
SOR索爾差壓開關17RB-EE3-N4
SOR索爾差壓開關12RM-K614-M4
4NN-K4-N4-B1A
107AL-K40-P1-F1A-RR
壓力開關107AL-K40-P1-FOA
壓力開關101NN-K3-N4-C1A
壓力開關107AL-N12-P1-F1A
壓力開關6NN-K5-N4-F1A
壓力開關5NN-KK3-N4-F1A
壓力開關9NN-KK5-N4-F1A
壓力開關54NN-K117-N4-B1A
壓力開關12NN-K45-N4-B1A
壓力開關5NN-K5-N4-F1A
壓力開關4NN-K5-M4-C2A 3-50PSI
特征:利用電磁閥控制液動閥,以變換液流方向。
電磁閥(先導閥)
組成〈 〉 組合而成
液動閥(主閥)
工作原理:
電:p ┴ A、B → T
圖示 〈
液:p 、A 、B、T均不通
電:p → A → 液動閥左腔,液動閥右腔 → B → T
1YA通電〈 moog穆格伺服閥G761-3007-5
moog穆格伺服閥G761-3007B
moog穆格伺服閥G761-3008
moog穆格伺服閥G761-3008 G761-3009A
moog穆格伺服閥G761-3008 H19JOGM4VPH
moog穆格伺服閥G761-3008-5
moog穆格伺服閥G761-3008B
moog穆格伺服閥G761-3008B H19JOGM4VPH
moog穆格伺服閥G761-3008-H19JOGM4VPH
moog穆格伺服閥G761-3009
moog穆格伺服閥G761-3009-5
moog穆格伺服閥G761-3009A
moog穆格伺服閥G761-3009B
moog穆格伺服閥G761-3010
moog穆格伺服閥G761-3010-5
moog穆格伺服閥G761-3016
moog穆格伺服閥G761-3016B
moog穆格伺服閥G761-3017
moog穆格伺服閥G761-3017B
moog穆格伺服閥G761-3018壓力開關107AL-K40-P1-FOA
壓力開關101NN-K3-N4-C1A
壓力開關107AL-N12-P1-F1A
壓力開關6NN-K5-N4-F1A
壓力開關5NN-KK3-N4-F1A
壓力開關9NN-KK5-N4-F1A
壓力開關54NN-K117-N4-B1A
壓力開關12NN-K45-N4-B1A
壓力開關5NN-K5-N4-F1A
壓力開關4NN-K5-M4-C2A 3-50PSI
差壓開關102W1-K403-P1-C1A
SOR壓力開關52NN-K116-N4-B1-X371
SOR壓力開關12NN-KG14-N4-B1A-X371
壓力開關4NN-K2-N4-B1A
壓力開關6NN-K45-N4-F1A
壓力開關6NN-K3-N4-F1A
美國索爾SOR開關
54NN-K118-N4-B1A-X373
9NN-K45-N1-F1A
201NN-K125-U9-C7A-TTYYPKX373
12NN-N66-N4-B1A
12NN-N614-N4-B1A
4NN-5K-M4-CIA-X
64NN-K3-M4-CB1A-TTXCX373
9NN-KK45-N4-C1A-X373
12NN-K5-N4-B1A
9NN-K45-N1-F1A
6NN-K5-M4-C2A-TTXX618
12NN-K5-N4-B1A
12NN-K4-N4-C1A
12NN-K614-N4-B1A
6NN-K3-N4-F1A
101NN-EE3-M4-C1A
4NN-K4-M4-C1A-TTX2X371
101NN-EE3-N4-C1A-X373
4NN-5K-M4-CIA-X
4NN-K4-N4-B1A
6NN-K45-M1-C1A-TTP-KSX373
101NN-KK3-N4-C1A-TT
6NN-K5-M4-C2A
1NN-KK45-N4-C2A