Zcs Water Solenoid Valve, Air Solenoid Valve

• Media: Water
• Temperature: High Temperature
• Actuator: Electric
• Connection Form: Thread
• Type: Pilot Operated
• Material: Stainless Steel
• Model NO.: ZCS
• Pressure: High Temperature
• Valve Structure: Direct Action Diaphragm Structure
• Power Supply: AC Solenoid Valve
• Usage: Safety, Emptying, Drain, Temperature Control, Flow Control
• Standard: GB
• Application: Industrial Usage, Water Industrial Usage, Household Usage
• Transport Package: Wooden Box
• Specification: DN15-DN800
• Trademark: XC
• Origin: China
• HS Code: 8481804090
• Production Capacity: 9999

Product Description

Product description

ZCS (DF) series air solenoid valve, water solenoid valve application range:
It is a common pipeline switch element in clean water automatic control system, and is widely used in printing and dyeing, clean water, power plant, petroleum, chemical industry, metallurgy, textile, food, shipbuilding, medical, environmental protection, urban and other industries and departments of clean water transmission pipeline system to complete the automatic control of the medium. It is the ideal choice to realize the automatic control of clean water transmission pipeline.

Water solenoid valve model: ZCS	Water solenoid valve diameter: 50MM-400MM	Water solenoid valve use pressure: 0.8MPA-1.6MPA
Connection mode of water solenoid valve: flange connection	Water with solenoid valve operation form: solenoid coil power	Water with solenoid valve main function: switch function
Water solenoid valve use medium: water industry pipeline	Water solenoid valve material: stainless steel	Water solenoid valve standard: mechanical ministry standard or custom non-standard

ZCS air solenoid valve, water solenoid valve working principle:
Diameter 15 ~ 100 for the diaphragm type pilot solenoid valve for the secondary opening valve, diameter 125 ~ 300 for the three times the pilot solenoid valve, its structure is mainly composed of secondary valve and main valve.
The solenoid valve for water can be divided into normally closed solenoid valve and normally open solenoid valve according to the different switching state when the power is off. Normally closed solenoid valve, normal position, the active iron core seals the secondary valve port, the pressure in the valve chamber is balanced, the secondary valve and the main valve port are closed. When the coil is energized, the electromagnetic force will be drawn on the active iron core, the auxiliary valve is opened, and the medium self-guiding valve in the main valve chamber leaks out, so that the pressure difference between the main valve cup and the upper and lower parts of the valve is generated, the diaphragm or the valve cup is quickly lifted, the main valve port is opened, and the valve is in a path state. When the coil is powered off, the magnetic field disappears, the active iron core is reset, the secondary closure is closed, and the pressure in the secondary valve and the main valve cup rises, the main valve cup is pressed to the seat, and the valve is closed. Normally open solenoid valve, when the coil is energized, the magnetic force is generated, the armature moves down under the magnetic force, pushing the auxiliary valve cup down, the auxiliary valve is closed, with the main valve cup upward and downward pressure difference trend equal, the main valve cup from the pressure to the sealing surface, the valve is closed. When the coil is powered off, the magnetic force is zero, the armature and the auxiliary valve cup rise due to the action of the spring, the auxiliary valve opens, the medium in the main valve cup flows away through the auxiliary valve, the pressure drops, when the pressure drops to a certain value, the main valve cup rises upward from the upper and lower pressure difference, the main valve opens, the valve opens.
Air solenoid valve, water solenoid valve installation size:

Nominal diameter DN	Internal threaded connection			Flange connections
	Overall dimensions		Internal thread	Overall dimensions		Flange dimensions
	H	L	G	H	L	D	D1	D2	n-d	b	f
15	112	80	1/2
20	119	80	Three quarters of
25	130	90	1	130	160	115	85	65	From 4-14	16	3
32	137	140	1 1/4	137	180	140	100	76	From 4 to 18	18	3
40	152	156	1 1/2	152	200	150	110	84	From 4 to 18	18	3
50	164	180	2	164	230	165	125	99	From 4 to 18	20	3
65				222	290	185	145	118	From 4 to 18	20	3
80				253	310	200	160	132	Phi 8 to 18	22	3
100				260	350	220	180	156	Phi 8 to 18	24	3
125				315	400	250	210	184	Phi 8 to 18	26	3
150				350	480	285	240	211	Phi 8-22	26	3
200				390	600	340	295	266	Phi 8-22	26	3
250				430	730	395	350	319	Phi 12-22	28	3
300				480	850	445	400	370	Phi 12-22	28	4
350				605	980	505	460	429	From 16-23	30	4