A solenoid valve comprising: a. a housing having a first axis and a second axis laterally spaced from and parallel to each other and a flow path having an inlet and an outlet, said outlet centered on the second axis; b. an electromagnet comprising a core made of a first soft magnetic material positioned within the housing along said first axis, and a coil assembly comprising at least one coil surrounding the core; c. an electronic circuit coupled to said coil assembly and adapted to selectively apply both a shifting current and a holding current to the coil assembly; d. a valve assembly comprising a shaft extending between a first end and a second end along the second axis and movable along the second axis between a first position and a second position, a coil compression spring surrounding the shaft and biasing the shaft toward the first position, a poppet valve coupled to the shaft intermediate the first and second ends of the shaft and a spool valve coupled to the shaft intermediate the poppet valve and the second end; e. a lever comprising a second soft magnetic material positioned within the housing, said lever having a receiver mating with the first end of the shaft and a plate extending from the receiver over the electromagnet, said plate having an engagement surface facing the electromagnet and, said engagement surface having a first end portion held in constant contact with the core of the electromagnet, a second end portion, a center portion and a recessed portion (96, 98) between each of the two end portions (90, 92) and the center portion, wherein when the shaft of the valve assembly is in the first position, there is a gap between the core and the second end of portion of the engagement surface of the plate and application by the electronic circuit of the shifting voltage to the coil assembly draws the second end portion of the engagement surface into contact with the core such that there is no gap between the center portion of the lever and the core of the electromagnet thereby moving the shaft from the first position to the second position; and f. a manifold coupled to the housing, said manifold having a pressure path in communication with the inlet of the flow path of the housing, and a port path and an exhaust path selectively in communication with the outlet of the flow path of the housing, and wherein the poppet valve seats against a portion of the housing when the shaft is in the first position to seal the flow path and the spool valve seals against a portion of the manifold when the shaft is in the second position to seal the exhaust path. a. a housing having a first axis and a second axis laterally spaced from and parallel to each other and a flow path having an inlet and an outlet, said outlet centered on the second axis; b. an electromagnet comprising a core made of a first soft magnetic material positioned within the housing along said first axis, and a coil assembly comprising at least one coil surrounding the core; c. an electronic circuit coupled to said coil assembly and adapted to selectively apply both a shifting current and a holding current to the coil assembly; d. a valve assembly comprising a shaft extending between a first end and a second end along the second axis and movable along the second axis between a first position and a second position, a coil compression spring surrounding the shaft and biasing the shaft toward the first position, a poppet valve coupled to the shaft intermediate the first and second ends of the shaft and a spool valve coupled to the shaft intermediate the poppet valve and the second end; e. a lever comprising a second soft magnetic material positioned within the housing, said lever having a receiver mating with the first end of the shaft and a plate extending from the receiver over the electromagnet, said plate having an engagement surface facing the electromagnet and, said engagement surface having a first end portion held in constant contact with the core of the electromagnet, a second end portion, a center portion and a recessed portion (96, 98) between each of the two end portions (90, 92) and the center portion, wherein when the shaft of the valve assembly is in the first position, there is a gap between the core and the second end of portion of the engagement surface of the plate and application by the electronic circuit of the shifting voltage to the coil assembly draws the second end portion of the engagement surface into contact with the core such that there is no gap between the center portion of the lever and the core of the electromagnet thereby moving the shaft from the first position to the second position; and f. a manifold coupled to the housing, said manifold having a pressure path in communication with the inlet of the flow path of the housing, and a port path and an exhaust path selectively in communication with the outlet of the flow path of the housing, and wherein the poppet valve seats against a portion of the housing when the shaft is in the first position to seal the flow path and the spool valve seals against a portion of the manifold when the shaft is in the second position to seal the exhaust path.