点击图片查看大图产品特点：ATOS上海办事处 ATOS ATOS电磁阀选型资料还可做到只需触发动作，自动保持阀位，平时一点也不耗电。电磁阀外形尺寸小，既节省空间，又轻巧美观。电磁阀调节精度受限，适用介质受限。电磁阀通常只有开关两种状态，阀芯只能处于两个极限位置，不能连续调节
DPZO-A-271-L5/GATOS上海办事处 ATOS ATOS电磁阀选型资料的详细资料：
ATOS上海办事处 ATOS ATOS电磁阀选型资料
ATOS电磁阀还可做到只需触发动作，自动保持阀位，平时一点也不耗电。电磁阀外形尺寸小，既节省空间，又轻巧美观。电磁阀调节精度受限，适用介质受限。电磁阀通常只有开关两种状态，阀芯只能处于两个极限位置，不能连续调节
DHI-0616/A-X 230/50/60AC,
DHI-0631/2P/A-X 24DC,
DHI-0631/2P-X 24DC,
DHI-0631/2-X 230/50/60AC,
DHI-0631/2-X 24DC,
DHI-0632/2/A-X 230/50/60AC 23,
DHI-0632/2/A-X 24DC 23,
DHI-0632/2-X 230/50/60AC,
DHI-0632/2-X 24DC 23,
DHI-0639/C-X 24DC 23,
DHI-0670-X 24DC 23,
DHI-0671/A-X 24DC,
DHI-0671/FC-X 24DC 23,
DHI-0674-X 24DC 23,
DHI-0701/2-X 110/50/60AC,
DHI-0711-X 110/50/60AC 23,
DHI-0711-X 230/50/60AC,
DHI-0713/1-X 230/50/60AC,
DHI-0713/WP-X 12DC 23,
DHI-0713/WP-X 230/50/60AC 23,
DHI-0713/WP-X 24DC 23,
DHI-07139-X 24DC 23,
DHI-0717-X 24DC,
DHI-0718-X 230/50/60AC,
DHI-0718-X 24DC,
DHI-0750/2-X 24DC,
DHI-0751/2/FI/NC-X 24DC 23,
DHI-0751/2/FI/NO-X 24DC 23,
DHI-0751/2/WP-X 230/50/60AC,
DHI-0630/2/A-X 24DC 20,
DHI-0631/2/A-X 24DC 20,
DHI-0631/2/L1-X 24DC 20,
DHI-0631/2-X 24DC,
DHI-0639/O-X 24DC 20,
DHI-0710-X 24DC 20,
DHI-0711-X 24DC,
DHI-0713-X 24DC 20,
DHI-07191-X 24DC,
DHI-0750/2-X 24DC 20
ATOS放大器型号：
E-BM-AC-011F,
E-BM-AC-011F/I,
E-BM-AC-01F /RR,
E-BM-AC-01F 11 /2,
E-BM-AC-01F 11 /3,
直动式减压阀
RZGA-A-010/210/M 20
RZGA-A-010/32/M/7 20
RZGA-A-033/80/M/7 31
RZGO-A-010/100 20
RZGO-A-010/210 20
RZGO-A-033/100
RZGO-A-033/210
RZGO-A-033/315 31
RZGO-AE-010/100 10
RZGO-AE-033/210 10
RZGO-TER-010/100
RZGO-TER-010/100/I 40
RZGO-TER-010/210 40
RZGO-TER-010/210/I 40
RZGO-TER-010/32 40
RZGO-TER-033/100
ATOS上海办事处 ATOS ATOS电磁阀选型资料
RZGO-TER-033/315 40
直动式溢流阀
RZMA-A-010/250/M 21
RZMA-A-030/180/M/7 21
RZMO-A-010/100
RZMO-A-010/210
RZMO-A-010/210/18 20
RZMO-A-010/315
RZMO-A-010/315/18
RZMO-A-010/50
RZMO-A-010/50/18
RZMO-A-030/100 20
RZMO-A-030/210 20
RZMO-A-030/210/18
RZMO-A-030/315
RZMO-AE-010/315 10
RZMO-AE-030/100 40
RZMO-P1-010/100/18/MC 20
RZMO-P1-010/210
RZMO-P3-010/100/AM1NSA
RZMO-P3-010/100/I/AM1NSA
RZMO-P3-010/210/I/AM1NS
RZMO-P3-010/210/I/AMINSA
RZMO-TER-010/100 40
RZMO-TER-010/315 40
RZMO-TER-010/315/I 40
RZMO-TER-030/210 40
RZMO-TER-030/315/I 40
先导式溢流阀
AGMZA-A-10/250/M
AGMZA-A-10/250/PA-M
AGMZA-A-10/80/PA-GK 21
AGMZA-A-10/80/PA-GK/24
DPZO-A-271-S5/D
DPZO-A-271-S5/DE 30
DPZO-A-271-S5/DG 30
DPZO-A-271-S5/E 30
DPZO-A-271-S5/G
DPZO-A-273-D5
DPZO-A-273-D5/G
DPZO-A-273-L5 30
DPZO-A-273-L5/D 30
DPZO-A-273-L5/D 30 /WG
DPZO-A-273-L5/DG
DPZO-A-273-L5/E 30
DPZO-A-273-L5/G 30
DPZO-A-273-S3
DPZO-A-273-S3/DG 30
DPZO-A-273-S5 30
DPZO-A-273-S5/D
DPZO-A-273-S5/DG
DPZO-A-273-S5/G 30
DPZO-A-371-L5/D 30
DPZO-A-371-L5/DEG/18 30
DPZO-A-371-L5/E
DPZO-A-371-S5 30
DPZO-A-371-S5/D
DPZO-A-371-S5/EG 30
DPZO-A-373-D5
DPZO-A-373-D5/D 30 /WG
DPZO-A-373-D5/DEG
DPZO-A-373-L5/DG 30
DPZO-A-373-L5/G 30
DPZO-A-373-S5/DG
DPZO-A-373-S5/G 30
DPZO-AE-171-L5/E
DPZO-AE-173-05/DGI
DPZO-AE-173-L5/GI 10
DPZO-AE-271-D5/I 30
DPZO-AE-271-L5 30
DPZO-AE-271-S5 30
DPZO-AE-271-S5/D
DPZO-AE-273-D5 30
DPZO-AE-273-L5/GI 30
DPZO-AE-273-S5 30
DPZO-AE-273-S5 30/WG
DPZO-AE-371-D5/E
DPZO-AE-371-S5/D 30
DPZO-AE-373-L5/D 30
DPZO-AE-373-L5/GI 30
DPZO-L-270-L5
DPZO-L-270-L5/D 40
DPZO-L-270-L5/DE
DPZO-L-270-L5/G 40
DPZO-L-271-L5
DPZO-L-271-L5/E 40
DPZO-L-271-S5
DPZO-L-271-S5/D
DPZO-L-273-L5 40
DPZO-L-273-L5/G
DPZO-L-273-S5
ATOS上海办事处 ATOS ATOS电磁阀选型资料
DPZO-L-273-S5/D
DPZO-L-273-S5/G 40
DPZO-L-351-L5/G 40
DPZO-L-673-D5 20 /WG
DPZO-LE-170-L5
DPZO-LE-171-L5
DPZO-LE-173-L5/I 40
DPZO-LE-270-L5/D 40/WG
DPZO-LE-270-L5/DI 40
DPZO-LE-271-L5 40
DPZO-LE-271-S5
DPZO-LE-371-S5
DPZO-LE-373-L5 40
DPZO-T-251-L5/E 40
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/DI 40
DPZO-TE-173-L5/DI 40
DPZO-TE-271-D5
DPZO-TE-271-D5/I
DPZO-TE-271-L5
DPZO-TE-271-L5/E
DPZO-TE-271-L5/I 40
DPZO-TE-271-S5
DPZO-TE-271-S5/I 40
DPZO-TE-273-L5/D 40
DPZO-TE-273-L5/DI 40
DPZO-TE-371-S5 40
ATOS电磁阀力图突破的新构思不少，但还都处于试验试用阶段所以调节精度还受到一定限制。ATOS电磁阀对介质洁净度有较高要求，含颗粒状的介质不能适用，如属杂质须先滤去。另外，粘稠状介质不能适用，而且，特定的产品适用的介质粘度范围相对较窄。ATOS电磁阀型号多样，用途广泛。电磁阀虽有先天不足，优点仍十分突出，所以就设计成多种多样的产品，满足各种不同的需求，用途极为广泛。电磁阀技术的进步也都是围绕着如何克服先天不足，如何更好地发挥固有优势而展开
