MFZ9A-YC series DC wet valve electromagnetic coilDetailed product description：

MFZ9A-YC series DC wet valve electromagnetic coil

purpose
This series of electromagnets is suitable for control circuits with voltages up to 220V. As a power component of hydraulic solenoid directional valve. 6、 Ten way screw connection electromagnetic directional valve.

Normal working conditions
Can be installed in any direction.
There should be no gas or dust in the usage environment that can corrode metals and damage insulation. Otherwise, it may affect the product's lifespan.
Electromagnets are suitable for long-term and intermittent cycle working systems.
The reasonable fluctuation range of power supply voltage is 85% -110% (special requirements can be raised when ordering).
The enclosure protection level is IP65.

Main technical parameters

model	Rated voltage (V)	Rated suction (N)	Rated stroke (mm)	Full stroke (mm)	Power consumption (W)	Enduring static oil pressure (MPa)	Operating frequency (T/h)
MFZ9A-20YC	12/24/100/220	≥20	three	≥6	≤28	sixteen	twelve thousand
MFZ9A-55YC	12/24/100/220	≥55	four	≥8	≤38	sixteen	twelve thousand

Valve electromagnet	direct current	Design Number	Rated suction force (Kgf)	wet type
MF	Z	9A	22/55	YC

Travel force characteristic curve



Appearance and installation dimensions

Precautions for use
The electromagnet adopts sockets that comply with the ISO4400 standard. There are two specifications with and without indicator lights, you can choose according to your needs. The voltage specifications of sockets with indicator lights often need to match the voltage specifications of the electromagnet body.
The manual push rod of the electromagnet is used for manual control during debugging or emergency situations. But when the system back pressure is high and adjustment is difficult, please use a cross screwdriver to slowly push the manual push rod. It is not advisable to use impact force to avoid damaging the surface of the manual push rod and guide inner hole, causing electromagnetic oil leakage or inability to reset.
When using electromagnets in both directions, it is necessary to ensure that both electromagnets cannot be energized at the same time to prevent the solenoid valve from working properly.
An overcurrent protection device should be installed between the electrical control system and the connection part of the electromagnet to prevent the electromagnet and your electronic control components from being burned out under abnormal conditions.