Pilot Operated 3 Port Solenoid Valves

3 Port Solenoid Valves Series SYJ have power consumption: 0.1 W (with power saving circuit). Their manifold type numbers are: SS3YJ3，SS3YJ5，SS3YJ7 Model Flow characteristics 2→3（A→R） C［dm3/（s・bar）］ Flow characteristics 2→3（A→R） b Flow characteristics 2→3（A→R） Cv Power consumption (W) Available in vacuum applications SYJ300 0.36 0.31 0.089 0.35(Standard) 0.1(With power saving circuit) －100 kPa SYJ500 1.2 0.48 0.34 0.35(Standard) 0.1(With power saving circuit) －100 kPa SYJ700 2.7 0.34 0.69 0.35(Standard) 0.1(With power saving circuit) －100 kPa

External pilot specification can be used in these valves for vacuum applications. These valves allow mounting on aluminum body manifold or DIN rail. Manifold type numbers for these valves are: VV3QZ12, VV3QZ15, VV3QZ22, VV3QZ25, VV3QZ32, VV3QZ35 Model Flow characteristics 2→3（A→R） C［dm3/（s・bar）］ Flow characteristics 2→3（A→R） b Flow characteristics 2→3（A→R） Cv Power consumption (W) Available in vacuum applications VQZ100 0.56 0.30 0.14 0.35(Standard) 0.9(High pressure type, High speed response type) －100 kPa VQZ200 1.7 0.36 0.45 0.35(Standard) 0.9(High pressure type, High speed response type) －100 kPa VQZ300 3.0 0.33 0.72 0.35(Standard) 0.9(High pressure type, High speed response type) －100 kPa

These valves consist of a built-in full-wave rectifier (AC) and have a life expectancy of 50 million cycles or more. Some other features of these valves are:- ・Built-in strainer in the pilot valve ・External pilot type can be used for vacuum applications. ・Manifold type No.: VV3P3，VV3P5，VV3P7 Model Flow characteristics 2→3(A→R) C［dm3/（s・bar）］ Flow characteristics 2→3(A→R) b Flow characteristics 2→3(A→R) Cv Power consumption (W) Available in vacuum applications VP300 4.2 0.23 1.0 1.55(Standard) 0.55(With power saving circuit) 0.4(Low wattage specification) －100 kPa VP500 8.9 0.20 2.1 1.55(Standard) 0.55(With power saving circuit) 0.4(Low wattage specification) －100 kPa VP700 15.3 0.22 3.7 1.55(Standard) 0.55(With power saving circuit) －100 kPa

These valves can be used under vacuum or low pressure and allow easy conversion to N.C, NO. or external pilot. Some other features of these valves are:- ・Low power consumption ・No lubrication required ・Can be used as selector valve or divider valve. (External pilot type) Model Flow characteristics 2→3(A→R) C［dm3/（s・bar）］ Flow characteristics 2→3(A→R) b Flow characteristics 2→3(A→R) Cv Power consumption (W) Available in vacuum applications VG342 38 0.32 9.8 4（Standard） 1.8（Energy-saving type） 1.8（Continuous duty type） －101.2 kPa

As the name suggests, these valves offer a large flow capacity and small exhaust resistance. They can be easily converted to N.C. or N.O. Model Flow characteristics 2→3（OUT→EXH） C［dm3/（s・bar）］ Flow characteristics 2→3（OUT→EXH） b Flow characteristics 2→3（OUT→EXH） Cv Power consumption (W) Available in vacuum applications VP3145 26 0.35 7.0 12 －101.2 kPa VP3165 Effective area： 330 mm2 Effective area： 330 mm2 Effective area： 330 mm2 12 －101.2 kPa VP3185 Effective area： 670 mm2 Effective area： 670 mm2 Effective area： 670 mm2 12 －101.2 kPa

・Safety standard ISO13849-1 certified (Corresponding to category 2 to 4) ・With detection of main valve position ・Redundant system can be constructed easily. ・Highly reliable construction ・Safety limit switch can be selected. ・With soft start-up function (-X555) Specifications: Series Category Flow characteristics 2→3（A→R） C［dm3/（s・bar）］ Flow characteristics 2→3（A→R） b Flow characteristics 2→3（A→R） Cv Residual pressure release valve VP542-X536 2 8.9 0.20 2.1 Residual pressure release valve VP742-X536 2 15.3 0.22 3.7 Dual residual pressure release valve VP544-X538 3,4 6.7 0.10 1.3 Dual residual pressure release valve VP744-X538 3,4 9.7 0.08 2.1 Dual residual pressure release valve with soft start-up function VP544-X555 3,4 6.7 0.10 1.3 Dual residual pressure release valve with soft start-up function VP744-X555 3,4 9.7 0.08 2.1 Dual residual pressure release valve VG342-X87 3,4 28.6 0.03 5.6

Low Power Consumption. 5 Port / 3 Port is exchangeable with function plate.   Model Flow characteristics 4/2→5/3 (A/B→EA/EB) C Flow characteristics 4/2→5/3 (A/B→EA/EB) b Flow characteristics 4/2→5/3 (A/B→EA/EB) Cv Power consumption (W) VFN200 5.41 0.31 1.38 1.8W