TH19648C3 - Heat exchanger - Google Patents

Abstract

DC60 (25/03/42) The heat exchanger is directly connected to the device to be cooled. Thermal radiation unit And cooling water tank The first and second coolant tanks are placed on opposite sides of the radiant unit respectively, the first coolant tank is provided with inlet and A second coolant tank will be provided with an outlet. Arranged installation pieces Prepared with a through hole matching the inlet and outlet will be connected to the water tank. Cooled in such a way that the through holes align with the inlet and outlet. And installation parts will be Get fixed to the device to be cooled in such a way that through holes will be bridged Directly into the inlet and outlet port of the equipment to be cooled, respectively, the heat exchanger is connected directly to the device to be cooled.The heat exchanger consists of Thermal radiation unit And cooling water tank The first and second coolant tanks are placed on opposite sides of the radiant unit respectively, the first coolant tank is provided with inlet and A second coolant tank will be provided with an outlet. Arranged installation pieces Prepared with a through hole matching the inlet and outlet will be connected to the water tank. Cooled in such a way that the through holes align with the inlet and outlet. And installation parts will be Get fixed to the device to be cooled in such a way that through holes will be bridged Directly into the inlet and outlet of the device to be cooled, respectively

Claims (9)

1. The heat exchanger that will be directly connected to the equipment that will be Cooling, the foregoing heat exchanger consists of: heat radiation unit; And a pair of coolant tanks that have been placed on opposite sides of the radiating unit respectively; Where either one or both of the coolant tanks will be supplied. Provided with inlet and outlet, prepared mounting parts with holes The perforation will be connected to either one of the coolant tanks or both coolant tanks in such a way that That the through holes are aligned with the inlet and outlet. And through holes of the mounting assembly will be Connected directly to the inlet and outlet of the device to be cooled, respectively. 2. The heat exchanger corresponding to claim 1, the mounting assembly will be Supplied complete with mounting holes. 3. Heat exchanger corresponding to claim 2, one of the coolant tanks. Or both coolant tanks, each is provided with a recess that can accept A retainer that will be loosely inserted through the mounting holes. 4. Heat exchanger corresponding to claim 1, the mounting assembly will be Connected to each other of the heat exchanger. 5.The heat exchanger corresponding to claim 1, the mounting assembly will be Connected to the top of the heat exchanger. 6.The heat exchanger corresponding to claim 1, the fitted assembly will be Connected to both the pre-engineered coolant tank with inlet and coolant tanks at Has been provided with an outlet 7.The heat exchanger corresponding to claim 1, the mounting assembly will be Attaches to pre-installed coolant tank with inlet or receiving coolant tank Arrangement is provided with one of the tank outlets. 8.The heat exchanger corresponding to claim 7 will also be assembled on the tube. Connect the unconnected coolant tank to the mounting assembly to the inlet. Or an outlet of another coolant tank that is connected to the mounting assembly and is passed through the radiant flanges and mounting assemblies. 9.The heat exchanger corresponding to claim 1, the mounting assembly will be Supplied complete with 1 heat dissipation opening 0. The heat exchanger corresponding to claim 9, the refracting plate will be Place it near the thermal break opening of the mounting assembly.