A fluid control assembly comprising: a body, the body defining a fluid inlet passage, a fluid outlet passage, and a valve inlet orifice; a pressure regulator coupled with the body and at least partially defining a regulator chamber, the pressure regulator operably regulating a pressure of a fluid flowing through the body from the fluid inlet passage to the fluid outlet passage; and a flow path insert positioned within, and engaged with, the body, the flow path insert comprising an ignition-resistant material and defining an inlet passage and an outlet passage in fluid communication with the inlet passage, the inlet passage defining a first axis, the outlet passage defining a second axis transverse to the first axis; wherein the inlet passage defined by the flow path insert is in at least selective fluid communication with the fluid inlet passage; and the flow path insert cooperates with at least the body to define an annular passage in fluid communication with the outlet passage defined by the flow path insert, and with the valve inlet orifice, the regulator inlet orifice being in at least intermittent fluid communication with the regulator chamber, and whereby the fluid control assembly further comprises a multi-function valve coupled with the body, the multi-function valve comprising: a knob, the knob being rotatable relative to the body; an orifice plate coupled with the knob, the orifice plate defining a plurality of circumferentially spaced orifices; a valve seat; a valve structure translatable relative to the valve seat between a closed position and an open position; and a biasing member, the biasing member biasing the valve structure toward the closed position; wherein the valve structure is translatable between the closed position and the open position in response to rotation of the knob, such that the fluid inlet passage is in selective fluid communication with the valve inlet orifice; the orifice plate is rotatable with the knob, such that each of the orifices is in selective fluid communication with each of the regulator chamber and the fluid outlet passage, in response to rotation of the knob. a body, the body defining a fluid inlet passage, a fluid outlet passage, and a valve inlet orifice; a pressure regulator coupled with the body and at least partially defining a regulator chamber, the pressure regulator operably regulating a pressure of a fluid flowing through the body from the fluid inlet passage to the fluid outlet passage; and a flow path insert positioned within, and engaged with, the body, the flow path insert comprising an ignition-resistant material and defining an inlet passage and an outlet passage in fluid communication with the inlet passage, the inlet passage defining a first axis, the outlet passage defining a second axis transverse to the first axis; wherein the inlet passage defined by the flow path insert is in at least selective fluid communication with the fluid inlet passage; and the flow path insert cooperates with at least the body to define an annular passage in fluid communication with the outlet passage defined by the flow path insert, and with the valve inlet orifice, the regulator inlet orifice being in at least intermittent fluid communication with the regulator chamber, and whereby the fluid control assembly further comprises a multi-function valve coupled with the body, the multi-function valve comprising: a knob, the knob being rotatable relative to the body; an orifice plate coupled with the knob, the orifice plate defining a plurality of circumferentially spaced orifices; a valve seat; a valve structure translatable relative to the valve seat between a closed position and an open position; and a biasing member, the biasing member biasing the valve structure toward the closed position; wherein a knob, the knob being rotatable relative to the body; an orifice plate coupled with the knob, the orifice plate defining a plurality of circumferentially spaced orifices; a valve seat; a valve structure translatable relative to the valve seat between a closed position and an open position; and a biasing member, the biasing member biasing the valve structure toward the closed position; wherein the valve structure is translatable between the closed position and the open position in response to rotation of the knob, such that the fluid inlet passage is in selective fluid communication with the valve inlet orifice; the orifice plate is rotatable with the knob, such that each of the orifices is in selective fluid communication with each of the regulator chamber and the fluid outlet passage, in response to rotation of the knob.