A pump control assembly comprising: (a) a fluid pump assembly including: i. a fluid pump having a fluid outlet and a fluid inlet in communication with a fluid reservoir, the fluid pump including a variable displacement mechanism; ii. a load sensing valve adapted to adjust the position of the variable displacement mechanism, the load sensing valve having a first end and an oppositely disposed second end; (b) a prime mover that supplies power to the fluid pump and an actuator in fluid communication with the fluid pump assembly; (c) a flow control assembly disposed between the first end of the load sensing valve and the fluid outlet the fluid pump including: i. an orifice, a first valve assembly, and a second valve assembly; ii. wherein when the second valve assembly is in a first position, the second valve assembly blocks pumped fluid from the fluid outlet of the fluid pump from directly communicating with the first end of the load sensing valve and drains the first end of the load sensing valve directly to the fluid reservoir; iii. wherein when the first valve assembly is in an open position and the second valve assembly is in a second position, a portion of the fluid passing through the orifice is directed to the fluid reservoir and another portion of the fluid passing through the orifice is directed to the first end of the load sensing valve; iv. wherein when the first valve assembly is in a closed position and the second valve assembly is in the second position, all fluid passing through the orifice is directed to the first end of the load sensing valve; and (d) an electronic control unit in electrical communication with the first and second valve assemblies, wherein the electronic control unit transmits an output current to the first and second valve assemblies in response to an operational parameter of the prime mover. (a) a fluid pump assembly including: i. a fluid pump having a fluid outlet and a fluid inlet in communication with a fluid reservoir, the fluid pump including a variable displacement mechanism; ii. a load sensing valve adapted to adjust the position of the variable displacement mechanism, the load sensing valve having a first end and an oppositely disposed second end; i. a fluid pump having a fluid outlet and a fluid inlet in communication with a fluid reservoir, the fluid pump including a variable displacement mechanism; ii. a load sensing valve adapted to adjust the position of the variable displacement mechanism, the load sensing valve having a first end and an oppositely disposed second end; (b) a prime mover that supplies power to the fluid pump and an actuator in fluid communication with the fluid pump assembly; (c) a flow control assembly disposed between the first end of the load sensing valve and the fluid outlet the fluid pump including: i. an orifice, a first valve assembly, and a second valve assembly; ii. wherein when the second valve assembly is in a first position, the second valve assembly blocks pumped fluid from the fluid outlet of the fluid pump from directly communicating with the first end of the load sensing valve and drains the first end of the load sensing valve directly to the fluid reservoir; iii. wherein when the first valve assembly is in an open position and the second valve assembly is in a second position, a portion of the fluid passing through the orifice is directed to the fluid reservoir and another portion of the fluid passing through the orifice is directed to the first end of the load sensing valve; iv. wherein when the first valve assembly is in a closed position and the second valve assembly is in the second position, all fluid passing through the orifice is directed to the first end of the load sensing valve; and i. an orifice, a first valve assembly, and a second valve assembly; ii. wherein when the second valve assembly is in a first position, the second valve assembly blocks pumped fluid from the fluid outlet of the fluid pump from directly communicating with the first end of the load sensing valve and drains the first end of the load sensing valve directly to the fluid reservoir; iii. wherein when the first valve assembly is in an open position and the second valve assembly is in a second position, a portion of the fluid passing through the orifice is directed to the fluid reservoir and another portion of the fluid passing through the orifice is directed to the first end of the load sensing valve; iv. wherein when the first valve assembly is in a closed position and the second valve assembly is in the second position, all fluid passing through the orifice is directed to the first end of the load sensing valve; and (d) an electronic control unit in electrical communication with the first and second valve assemblies, wherein the electronic control unit transmits an output current to the first and second valve assemblies in response to an operational parameter of the prime mover.