A multi-condition sensor, comprising: a housing defining a component cavity, a pressure input tube disposed through the housing; a fault actuator disposed within the component cavity of the housing and in pressure communication with the pressure input tube through the housing, wherein the fault actuator is configured to extend and contract as a function of pressure from the pressure input tube; an alarm actuator disposed within the component cavity of the housing opposite the fault actuator and configured to be actuated by the fault actuator and to extend to a maximum fault position; and an adjustable alarm contact disposed on an opposite side of the alarm actuator within the component cavity and configured to be adjusted to a predetermined extension length from the housing to provide a predetermined alarm contact position; wherein each of the fault actuator, the alarm actuator, and the adjustable alarm contact are conductive, wherein, in a normal operating condition, the fault actuator and the alarm actuator are in contact such that extension of the fault actuator due to pressure increase in the pressure input tube moves the alarm actuator toward the adjustable alarm contact, and such that contraction of the fault actuator causes the alarm actuator to extend toward the maximum fault position, wherein, in a high pressure condition in the pressure input tube, the alarm actuator is moved by the fault actuator a sufficient distance to contact the adjustable alarm contact at the predetermined extension length, and wherein, in a low pressure condition in the pressure input tube, the fault actuator is separated from the alarm actuator after the alarm actuator reaches the maximum fault position. a housing defining a component cavity, a pressure input tube disposed through the housing; a fault actuator disposed within the component cavity of the housing and in pressure communication with the pressure input tube through the housing, wherein the fault actuator is configured to extend and contract as a function of pressure from the pressure input tube; an alarm actuator disposed within the component cavity of the housing opposite the fault actuator and configured to be actuated by the fault actuator and to extend to a maximum fault position; and an adjustable alarm contact disposed on an opposite side of the alarm actuator within the component cavity and configured to be adjusted to a predetermined extension length from the housing to provide a predetermined alarm contact position; wherein each of the fault actuator, the alarm actuator, and the adjustable alarm contact are conductive, wherein, in a normal operating condition, the fault actuator and the alarm actuator are in contact such that extension of the fault actuator due to pressure increase in the pressure input tube moves the alarm actuator toward the adjustable alarm contact, and such that contraction of the fault actuator causes the alarm actuator to extend toward the maximum fault position, wherein, in a high pressure condition in the pressure input tube, the alarm actuator is moved by the fault actuator a sufficient distance to contact the adjustable alarm contact at the predetermined extension length, and wherein, in a low pressure condition in the pressure input tube, the fault actuator is separated from the alarm actuator after the alarm actuator reaches the maximum fault position.