5-Port Solenoid Valve SY3000/5000/7000/9000

・3-way valve and 5-way valve can be mixed and installed.
・Power consumption: 0.1W (with power saving circuit)
・Perfect after-sales service and technical support, can be adapted to the most suitable model according to the equipment.
・Rich pallet options such as aluminum integrated pallets, DIN rails, and combined pallets.
・Manifold model: SS5Y3, SS5Y5, SS5Y7, SS5Y9
・Compatible with bulkhead type pressure reducing valve
・MOQ:1 piece.
・Excellent sales team.

Specifications

Series	Flow rate characteristics	Flow rate characteristics	Flow rate characteristics	Applicable	Power
	4/2→5/3（A/B→EA/EB）	4/2→5/3（A/B→EA/EB）	4/2→5/3（A/B→EA/EB）	cylinder size	consumption
	C［dm3/（s・bar）］	b	Cv		(W)
SY3000	1.1	0.3	0.26	φ40	0.35(Standard)
					0.1(With power saving circuit)
SY5000	2.8	0.29	0.66	φ63	0.35(Standard)
					0.1(With power saving circuit)
SY7000	4.5	0.27	1.1	φ80	0.35(Standard)
					0.1(With power saving circuit)
SY9000	10	0.29	2.5	φ100	0.35(Standard)
					0.1(With power saving circuit)
SY300	1.1	0.3	0.26	φ40	0.35(Standard)
					0.1(With power saving circuit)
SY500	2.8	0.29	0.66	φ63	0.35(Standard)
					0.1(With power saving circuit)

Order Example

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FAQ

Q: What are the key advantages of the SMC 5-Port Solenoid Valve SY3000/5000/7000/9000 series in terms of design and functionality?

A: The SMC 5-Port Solenoid Valve SY3000/5000/7000/9000 series offers several key advantages that make it a robust choice for fluid control applications. The ability to combine mounting of a 3-port valve and a 5-port valve provides flexibility in system design, allowing for complex fluid routing within a compact space. The low power consumption of 0.1 W, especially with the power-saving circuit, makes these valves energy-efficient, which is crucial for long-term operational costs. The availability of a wide variety of manifold options, including aluminum body manifolds, DIN rail, and stacking type manifolds, ensures that these valves can be integrated into various system configurations. The support for interface regulators allows for precise pressure control, enhancing the performance of fluid power systems. These features collectively contribute to the efficiency, reliability, and adaptability of the SY series in industrial automation and control systems.