0.15 W (SJ3000 with power saving circuit)
0.23 W (SJ2000 with power saving circuit)
■Service life of 50 million cycles or more
(Based on SMC life test conditions)
Plug-in connector type (Card edge type)
Series SJ2000 and SJ3000 can be mounted together.
・Can easily increase or decrease stations and replace valves.
・34 pins connector allows up to 16 stations with double solenoids, 32 stations with single solenoids.
Non plug-in individual wiring compliant, too
SUP/EXH block assembly with regulator and pressure switch
This pressure regulator is intended to adjust the SUP pressure of the manifold.
Additionally, pressure switch and pressure gauge can be mounted.
This is a regulator block with the same width (10 mm) as the SJ3000.
Pressure supplied from the D side is used to reduce pressure in the manifold.
The U side valves are all depressurized from the regulator block.
Valve with speed controller
As a speed controller is built-into this valve, the cylinder speed can be adjusted on the valve side.
Two types, meter-in and meter-out, are set.
Intermediate connector block assembly
This connector block can be used by inserting it into the middle of the manifold.
This can be used, for example, when you wish to separate electrical control of valves in the same manifold, or when the number of control points is insufficient.
The assembly is also compatible with PC wiring with the power supply terminal.
(Please contact SMC.)
■Vacuum Release Valve with Restrictor Series SJ3A6
Two spool valves are built-in.
Vacuum suction and release can be controlled with a single valve.
- Power consumption 0.15 W (with power saving circuit)
- Width: 10 mm (same size as Series SJ3000)
- Equipped with restrictor to enable flow rate adjustment of release air.
- Replaceable filters are built-in on the vacuum and release sides.
- Equipped with a pressure detection port enabling connection of a pressure switch, etc.
- Can be combined with 4 port solenoid valve, Series SJ2000/3000 (Made to Order).
(Consult SMC for details.)
- Enables 2-system pressure switching where the 1(P) port and 3/5(E) are set to different positive pressures.
(In this case, flow can be adjusted on the P-port side only.)