Overmolded or pressed-in sleeve for hydraulic routing of solenoid
A valve having a metal insert with a fluid passage formed in the metal insert. A composite valve body is disposed at least partially around the metal insert and having at least one port in fluid communication) with the fluid passage with the metal insert. A valve member is partially disposed in the metal insert and operable to control the fluid flow through the fluid passage of the metal insert and parts of the valve body.
1. A solenoid pressure control valve comprising:
a metal insert having a fluid passage formed in said metal insert;
a composite valve body disposed at least partially around said metal insert, wherein said composite valve body has a bore where said metal insert is positioned;
a supply port disposed through said composite valve body and said metal insert, wherein said supply port is connected to said fluid passage;
a control port disposed through said composite valve body and said metal insert, wherein said control port is connected to said fluid passage;
a valve member at least partially disposed in said metal insert for controlling the flow of fluid medium between said supply port and said control port by moving with respect to said metal insert; and
a solenoid portion having a coil with an armature moveable within said solenoid portion in response to energization of said coil, wherein said armature causes said valve member to slide within said fluid passage.
2. The solenoid pressure control valve of claim 1 , wherein said composite valve body is composed of a thermoplastics material.
3. The solenoid pressure control valve of claim 1 , further comprising a metering land formed in said fluid passage for controlling the flow of fluid medium through said fluid passage.
4. The solenoid pressure control valve of claim 1 , further comprising a metering orifice for fluidly communicating said fluid passage with at least one of said control port and said supply port.
5. The solenoid pressure control valve of claim 4 , further comprising a metering land, with said metering land engageable with said metering orifice for controlling the flow of fluid medium through said metering orifice.
6. The solenoid pressure control valve of claim 5 , wherein said metal insert presents said metering land.
7. The solenoid pressure control valve of claim 1 , wherein said composite valve body is overmolded at least partially around said metal insert.
8. The solenoid pressure control valve of claim 1 , wherein said valve member has a bore extending at least partially through said valve member for providing the flow of fluid medium between said supply port and said control port.
9. The solenoid pressure control valve of claim 8 , further comprising a metering orifice for fluidly communicating said fluid passage with at least one of said control port and said supply port, wherein said metering orifice extends through said valve member between said bore and said fluid passage.
10. The solenoid pressure control valve as set forth in claim 1 , wherein said composite valve body is overmolded at least partially around said metal insert, and wherein said composite valve body is composed of a thermoplastics material.
11. The solenoid pressure control valve as set forth in claim 1 , wherein said valve member is formed from composite material.
12. A solenoid pressure control valve comprising:
a metal insert having a fluid passage formed in said metal insert;
a composite valve body disposed at least partially around said metal insert, wherein said composite valve body has a bore where said metal insert is positioned;
a supply port disposed through said composite valve body and said metal insert, wherein said supply port is connected to said fluid passage;
a control port disposed through said composite valve body and said metal insert, wherein said control port is connected to said fluid passage;
a valve member at least partially disposed in said metal insert for controlling the flow of fluid medium between said supply port and said control port with respect to said metal insert; and
a solenoid portion having a coil with an armature moveable within said solenoid portion in response to energization of said coil, wherein said armature causes said valve member to slide within said fluid passage;
wherein one of said metal insert and said valve member presents a metering land for controlling the flow of fluid medium through said fluid passage, and the other one of said metal insert and said valve member defines a metering orifice for fluidly communicating said fluid passage with at least one of said control port and said supply port.
13. The solenoid pressure control valve of claim 12 , wherein said composite valve body is composed of a thermoplastics material.
14. The solenoid pressure control valve of claim 12 , wherein said metering land is engageable with said metering orifice for controlling the flow of fluid medium through said metering orifice.
15. The solenoid pressure control valve of claim 12 , wherein said metal insert presents said metering land.
16. The solenoid pressure control valve of claim 12 , wherein said valve member has a bore extending at least partially through said valve member for providing the flow of fluid medium between said supply port and said control port.
17. The solenoid pressure control valve of claim 16 , wherein said metering orifice extends through said valve member between said bore and said fluid passage.
18. The solenoid pressure control valve of claim 12 , wherein said valve member is further defined as a spool valve member.
19. The solenoid pressure control valve as set forth in claim 12 , wherein said composite valve body is overmolded at least partially around said metal insert, and wherein said composite valve body is composed of a thermoplastics material.
20. The solenoid pressure control valve as set forth in claim 12 , wherein said valve member is formed from composite material.
21. A solenoid pressure control valve comprising:
a metal insert having a fluid passage formed in said metal insert;
a composite valve body disposed at least partially around said metal insert, wherein said composite valve body has a bore where said metal insert is positioned;
a supply port disposed through said composite valve body and said metal insert, wherein said supply port is connected to said fluid passage;
a control port disposed through said composite valve body and said metal insert, wherein said control port is connected to said fluid passage;
a valve member at least partially disposed in said metal insert for controlling the flow of fluid medium between said supply port and said control port with respect to said metal insert; and
a solenoid portion having a coil with an armature moveable within said solenoid portion in response to energization of said coil, wherein said armature causes said valve member to slide within said fluid passage;
wherein one of said metal insert and said valve member presents a metering land for controlling the flow of fluid medium through said fluid passage, and the other one of said metal insert and said valve member defines a metering orifice for fluidly communicating said fluid passage with at least one of said control port and said supply port; and
wherein said composite valve body is overmolded at least partially around said metal insert.
22. The solenoid pressure control valve as set forth in claim 21 , wherein said composite valve body is composed of a thermoplastics material.
23. The solenoid pressure control valve as set forth in claim 21 , wherein said valve member is formed from composite material.