Abstract: A spacer for a body of a refrigerant tank—such as a modulator—in an automotive HVAC device is provided. In embodiments, the spacer is flexible to enable it to be inserted into the modulator, and expanded out against the walls of the modulator when released therein. The spacer inhibits a desiccant bag from contacting the inner wall of the modulator, namely the location where a hole (e.g., for an inlet or outlet) is provided. The spacer can be a cage that surrounds a lower portion of the desiccant bag. And end of the desiccant bag can wrap around a flange of the cage, and be attached to the flange by mechanical fastening (e.g., through a slot), or by welding, or other means.

Abstract: A heat exchanging system includes a frame and at least one heat exchanger. The frame has first and second base members, and first and second sets of crossmembers. The first and second sets of crossmembers extend from the first and second base members, respectively, in opposing directions. The first set of crossmembers engages the second set of crossmembers to form adjoined crossmembers extending between the first and second base members. The crossmembers define at least one window between the first and second base members. The first set of crossmembers is adjustable relative to the second set of crossmembers to increase or decrease a length of each window between the first and second base members. The at least one heat exchanger is disposed within the at least one window.

Abstract: A spacer for a body of a refrigerant tank—such as a modulator—in an automotive HVAC device is provided. In embodiments, the spacer is flexible to enable it to be inserted into the modulator, and expanded out against the walls of the modulator when released therein. The spacer inhibits a desiccant bag from contacting the inner wall of the modulator, namely the location where a hole (e.g., for an inlet or outlet) is provided. The spacer can be a cage that surrounds a lower portion of the desiccant bag. And end of the desiccant bag can wrap around a flange of the cage, and be attached to the flange by mechanical fastening (e.g., through a slot), or by welding, or other means.

Abstract: A stone guard for protecting a radiator core of a radiator. The stone guard includes a grate, a first mount, and a second mount. The first mount is at a first end of the grate for mounting the stone guard to the radiator. The second mount is at a second end of the grate for mounting the stone guard to the radiator. A distance between the first mount and the second mount is variable to fit the stone guard to the radiator.

Abstract: The present teachings provide for a wire harness mounting assembly including a first retention member, a first guide member, a second retention member, and a second guide member. The first retention member and the first guide member are each configured to be spaced apart from the second retention member and the second guide member to suspend a wire harness across a space defined therebetween.

Abstract: The present teachings provide for a wire harness mounting assembly including a first retention member, a first guide member, a second retention member, and a second guide member. The first retention member and the first guide member are each configured to be spaced apart from the second retention member and the second guide member to suspend a wire harness across a space defined therebetween.