Abstract: A heat pump includes a compressor for compressing refrigerant, which compressor operates within an operating speed range and in so doing causes at least one disturbance frequency of the first order, and the heat pump comprising further heat pump components which are disposed on a support element and through which refrigerant flows as well. A unit composed of the support element and the heat pump components disposed thereon has a first natural frequency which is greater than the disturbance frequency of the first order transmitted by the compressor operating in the operating speed range to the unit acting as a rigid body.

Abstract: A heat pump includes a compressor that is connected via two refrigerant-conveying fluid lines to a heat pump component through which refrigerant flows, wherein each fluid line has a longitudinal axis, wherein an imaginary direction vector which coincides with the longitudinal axis points, on the route between the compressor and the heat pump component, at least once in a different direction to an imaginary starting direction vector which begins at the compressor, where it likewise coincides with the longitudinal axis, wherein the longitudinal axis extends in a space having three imaginary, mutually perpendicular planes. The fluid line is shaped such that the direction vector, on the route between the compressor and the heat pump component, and with respect to all three planes, extends so as to be rotated by an angle of more than 180° relative to the starting direction vector at least once.

Abstract: A heat pump includes a housing, a housing opening that is provided in the housing and is in the form of a water drain, at least one heat-pump component that is elastically mounted in the housing, and a transport securing device for fixing the elastically mounted heat-pump component while the housing is being transported. The transport securing device is configured to close the housing opening with the fixing of the elastically mounted heat-pump component released.

Abstract: A compressor includes a compressor housing, a fastening device arranged on the compressor housing, and a support device, connected to the fastening device, for a temperature sensor, the support device being designed to hold, by pressing, the temperature sensor against a wall of the compressor housing. The support device has, for multiple connection to the fastening device, at least two sections, located on different sides of the temperature sensor, wherein, when the compressor is used as intended, the temperature sensor is designed to brace against the compressor housing from below.

Abstract: A heat pump includes a compressor for compressing refrigerant, which compressor operates within an operating speed range and in so doing causes at least one disturbance frequency of the first order, and the heat pump comprising further heat pump components which are disposed on a support element and through which refrigerant flows as well. A unit composed of the support element and the heat pump components disposed thereon has a first natural frequency which is greater than the disturbance frequency of the first order transmitted by the compressor operating in the operating speed range to the unit acting as a rigid body.

Abstract: A heat pump includes a housing, a housing opening that is provided in the housing and is in the form of a water drain, at least one heat-pump component that is elastically mounted in the housing, and a transport securing device for fixing the elastically mounted heat-pump component while the housing is being transported. The transport securing device is configured to close the housing opening with the fixing of the elastically mounted heat-pump component released.

Abstract: A heat pump includes a housing, at least one load transfer element arranged on an underside of the housing, a compressor arranged in the housing perpendicularly above the load transfer element, and further heat pump components that are likewise arranged in the housing, wherein a resilient insulating element is arranged between the compressor and the load transfer element. A plurality of heat pump components are positioned on a common carrying element arranged perpendicularly above a load transfer element, wherein a resilient insulating element is arranged between the carrying element and the load transfer element, wherein the compressor and the carrying element are assigned to the same load transfer element.

Abstract: A heat pump includes a compressor for compressing a coolant and a further heat pump component through which the coolant flows, the compressor being designed to be connected to the further heat pump component in order to convey the coolant via fluid lines, and the compressor and the further heat pump component being designed to be connected to a housing of the heat pump via spring elements in order to reduce transmission of structure-borne sound. The compressor and the further heat pump component are designed to be firmly connected to one another exclusively, on the one hand, via the fluid lines which connect them and, on the other hand, via the spring elements connected to the housing of the heat pump.

Abstract: A heat pump includes a compressor that is connected via two refrigerant-conveying fluid lines to a heat pump component through which refrigerant flows, wherein each fluid line has a longitudinal axis, wherein an imaginary direction vector which coincides with the longitudinal axis points, on the route between the compressor and the heat pump component, at least once in a different direction to an imaginary starting direction vector which begins at the compressor, where it likewise coincides with the longitudinal axis, wherein the longitudinal axis extends in a space having three imaginary, mutually perpendicular planes. The fluid line is shaped such that the direction vector, on the route between the compressor and the heat pump component, and with respect to all three planes, extends so as to be rotated by an angle of more than 180° relative to the starting direction vector at least once.

Abstract: A compressor includes a compressor housing, a fastening device arranged on the compressor housing, and a support device, connected to the fastening device, for a temperature sensor, the support device being designed to hold, by pressing, the temperature sensor against a wall of the compressor housing. The support device has, for multiple connection to the fastening device, at least two sections, located on different sides of the temperature sensor, wherein, when the compressor is used as intended, the temperature sensor is designed to brace against the compressor housing from below.