A therapy system comprising a pneumatic therapy device including a compression sleeve and a conduit having a first end coupled to the compressions sleeve and a second end, a patient support apparatus, the patient support apparatus including a frame, a source of pressurized air supported by the frame, a distribution assembly including a conduit for directing a flow of pressurized air from the source of pressurized air, an outlet, and a sensor for detecting a pressure, a user interface supported on the frame, a controller including a processor and a memory device, the memory device including instructions that are executable by the processor to control the source of pressurized air, distribution system, and user interface, the instructions operable to detect that the second end of the conduit of the pneumatic therapy device has been connected to the outlet of the distribution assembly and provide an interface screen on the user interface to allow a user to control the source of pressurized air to operate the pneumatic therapy device to provide therapy to an occupant of the patient support apparatus, characterised in that; the compression sleeve includes an exterior surface, a body formed of low air-loss material, and a liner of porous material to allow air to enter the porous material and cool a patient's skin while applying compression therapy and wherein the compression sleeve comprises a bladder and a check-valve coupled to an outlet of the bladder, the check valve in fluid communication with the low air-loss material such that once the threshold pressure of the check valve is reached, the check-valve permits a flow of pressurized air to exit the bladder and feed the low air-loss material. a pneumatic therapy device including a compression sleeve and a conduit having a first end coupled to the compressions sleeve and a second end, a patient support apparatus, the patient support apparatus including a frame, a source of pressurized air supported by the frame, a distribution assembly including a conduit for directing a flow of pressurized air from the source of pressurized air, an outlet, and a sensor for detecting a pressure, a user interface supported on the frame, a controller including a processor and a memory device, the memory device including instructions that are executable by the processor to control the source of pressurized air, distribution system, and user interface, the instructions operable to detect that the second end of the conduit of the pneumatic therapy device has been connected to the outlet of the distribution assembly and provide an interface screen on the user interface to allow a user to control the source of pressurized air to operate the pneumatic therapy device to provide therapy to an occupant of the patient support apparatus, characterised in that; a frame, a source of pressurized air supported by the frame, a distribution assembly including a conduit for directing a flow of pressurized air from the source of pressurized air, an outlet, and a sensor for detecting a pressure, a user interface supported on the frame, a controller including a processor and a memory device, the memory device including instructions that are executable by the processor to control the source of pressurized air, distribution system, and user interface, the instructions operable to detect that the second end of the conduit of the pneumatic therapy device has been connected to the outlet of the distribution assembly and provide an interface screen on the user interface to allow a user to control the source of pressurized air to operate the pneumatic therapy device to provide therapy to an occupant of the patient support apparatus, characterised in that; the compression sleeve includes an exterior surface, a body formed of low air-loss material, and a liner of porous material to allow air to enter the porous material and cool a patient's skin while applying compression therapy and wherein the compression sleeve comprises a bladder and a check-valve coupled to an outlet of the bladder, the check valve in fluid communication with the low air-loss material such that once the threshold pressure of the check valve is reached, the check-valve permits a flow of pressurized air to exit the bladder and feed the low air-loss material.