An apparatus, comprising: a solenoid assembly, including: a solenoid portion; a sleeve, a portion of the sleeve disposed within the solenoid portion, the sleeve being a deep drawn part; a plurality of ports (54, 58, 60) formed as part of the sleeve; a valve disposed within the sleeve in proximity to the plurality of ports (54, 58, 60); a valve seat (64, 68), the valve selectively in contact with the valve seat (64, 68); an armature located within the sleeve, the armature being part of the solenoid portion; an inner cap connected to the sleeve; a housing located within the sleeve; a back spring located between the inner cap and the armature, the back spring biasing the armature toward the housing and the valve; a return spring located within the sleeve between the housing and the armature, the return spring biasing the armature away from the housing and the valve, such that the force applied to the armature by the return spring and the force applied to the valve from fluid in one of the plurality of ports (54, 58, 60) is greater than the force applied to the armature from the back spring, biasing the valve to an open position; and a plunger connected to the armature, the plunger extending through the housing and the return spring such that the plunger is in contact with the valve; wherein the force applied to the armature from the back spring combines with the movement of the armature generated by the solenoid portion to overcome the force applied to the armature by the return spring and the force applied to the valve by the fluid in one of the plurality of ports (54, 58, 60) to move the armature and plunger relative to the housing such that the valve moves relative to the valve seat (64, 68) to control the pressure balance between the plurality of ports (54, 58, 60). a solenoid assembly, including: a solenoid portion; a sleeve, a portion of the sleeve disposed within the solenoid portion, the sleeve being a deep drawn part; a plurality of ports (54, 58, 60) formed as part of the sleeve; a valve disposed within the sleeve in proximity to the plurality of ports (54, 58, 60); a valve seat (64, 68), the valve selectively in contact with the valve seat (64, 68); an armature located within the sleeve, the armature being part of the solenoid portion; an inner cap connected to the sleeve; a housing located within the sleeve; a back spring located between the inner cap and the armature, the back spring biasing the armature toward the housing and the valve; a return spring located within the sleeve between the housing and the armature, the return spring biasing the armature away from the housing and the valve, such that the force applied to the armature by the return spring and the force applied to the valve from fluid in one of the plurality of ports (54, 58, 60) is greater than the force applied to the armature from the back spring, biasing the valve to an open position; and a plunger connected to the armature, the plunger extending through the housing and the return spring such that the plunger is in contact with the valve; wherein the force applied to the armature from the back spring combines with the movement of the armature generated by the solenoid portion to overcome the force applied to the armature by the return spring and the force applied to the valve by the fluid in one of the plurality of ports (54, 58, 60) to move the armature and plunger relative to the housing such that the valve moves relative to the valve seat (64, 68) to control the pressure balance between the plurality of ports (54, 58, 60). a solenoid portion; a sleeve, a portion of the sleeve disposed within the solenoid portion, the sleeve being a deep drawn part; a plurality of ports (54, 58, 60) formed as part of the sleeve; a valve disposed within the sleeve in proximity to the plurality of ports (54, 58, 60); a valve seat (64, 68), the valve selectively in contact with the valve seat (64, 68); an armature located within the sleeve, the armature being part of the solenoid portion; an inner cap connected to the sleeve; a housing located within the sleeve; a back spring located between the inner cap and the armature, the back spring biasing the armature toward the housing and the valve; a return spring located within the sleeve between the housing and the armature, the return spring biasing the armature away from the housing and the valve, such that the force applied to the armature by the return spring and the force applied to the valve from fluid in one of the plurality of ports (54, 58, 60) is greater than the force applied to the armature from the back spring, biasing the valve to an open position; and a plunger connected to the armature, the plunger extending through the housing and the return spring such that the plunger is in contact with the valve; wherein the force applied to the armature from the back spring combines with the movement of the armature generated by the solenoid portion to overcome the force applied to the armature by the return spring and the force applied to the valve by the fluid in one of the plurality of ports (54, 58, 60) to move the armature and plunger relative to the housing such that the valve moves relative to the valve seat (64, 68) to control the pressure balance between the plurality of ports (54, 58, 60).