A system for detecting and locating an incontinence event comprising: a patient support apparatus configured to support a patient thereon; an incontinence detection pad including: a substrate including one or more absorbent layers to retain incontinence fluid; and a condition-responsive sensor configured to provide incontinence signals in the presence of incontinence fluids, the incontinence signals being indicative of incontinence data sensed by the condition-responsive sensor; and an ultra-wideband communication system coupled communicatively with the incontinence detection pad having the condition-responsive sensor and configured to provide a transmission of data signals including: (i) the incontinence signals indicative of the incontinence data sensed by the condition responsive sensor; and (ii) location signals indicative of location data of the incontinence detention pad and the patient support apparatus, wherein the condition-responsive sensor includes: (i) a detection grid configured to sense the presence of moisture; and (ii) a radio-frequency identification tag coupled to the detection grid and configured to provide an input signal to the ultra-wideband tag in response to moisture being present on the detection grid, and wherein the ultra-wideband communication system includes: an ultra-wideband tag coupled with the condition responsive sensor and configured to receive the input signal from the radio frequency identification tag of the condition-responsive sensor, an ultra-wideband reader coupled communicatively with the ultra-wideband tag and configured to receive the incontinence signals and location signals from the ultra-wideband tag, and a controller including a microprocessor and a memory storage device storing instructions that when executed by the microprocessor cause the controller to output a command signal to notify a caregiver of the incontinence data and the location data of the incontinence detention pad and the patient support apparatus. a patient support apparatus configured to support a patient thereon; an incontinence detection pad including: a substrate including one or more absorbent layers to retain incontinence fluid; and a condition-responsive sensor configured to provide incontinence signals in the presence of incontinence fluids, the incontinence signals being indicative of incontinence data sensed by the condition-responsive sensor; and a substrate including one or more absorbent layers to retain incontinence fluid; and a condition-responsive sensor configured to provide incontinence signals in the presence of incontinence fluids, the incontinence signals being indicative of incontinence data sensed by the condition-responsive sensor; and an ultra-wideband communication system coupled communicatively with the incontinence detection pad having the condition-responsive sensor and configured to provide a transmission of data signals including: (i) the incontinence signals indicative of the incontinence data sensed by the condition responsive sensor; and (ii) location signals indicative of location data of the incontinence detention pad and the patient support apparatus, (i) the incontinence signals indicative of the incontinence data sensed by the condition responsive sensor; and (ii) location signals indicative of location data of the incontinence detention pad and the patient support apparatus, wherein the condition-responsive sensor includes: (i) a detection grid configured to sense the presence of moisture; and (ii) a radio-frequency identification tag coupled to the detection grid and configured to provide an input signal to the ultra-wideband tag in response to moisture being present on the detection grid, and (i) a detection grid configured to sense the presence of moisture; and (ii) a radio-frequency identification tag coupled to the detection grid and configured to provide an input signal to the ultra-wideband tag in response to moisture being present on the detection grid, and wherein the ultra-wideband communication system includes: an ultra-wideband tag coupled with the condition responsive sensor and configured to receive the input signal from the radio frequency identification tag of the condition-responsive sensor, an ultra-wideband reader coupled communicatively with the ultra-wideband tag and configured to receive the incontinence signals and location signals from the ultra-wideband tag, and a controller including a microprocessor and a memory storage device storing instructions that when executed by the microprocessor cause the controller to output a command signal to notify a caregiver of the incontinence data and the location data of the incontinence detention pad and the patient support apparatus. an ultra-wideband tag coupled with the condition responsive sensor and configured to receive the input signal from the radio frequency identification tag of the condition-responsive sensor, an ultra-wideband reader coupled communicatively with the ultra-wideband tag and configured to receive the incontinence signals and location signals from the ultra-wideband tag, and a controller including a microprocessor and a memory storage device storing instructions that when executed by the microprocessor cause the controller to output a command signal to notify a caregiver of the incontinence data and the location data of the incontinence detention pad and the patient support apparatus.