Housing for the discharge unit and assembly of discharge components.

Abstract

OCR 10KL (07 / 07 / 2568) The housing for the discharge device according to this invention consists of the upper housing piece. Connected to the protective section with at least one gap, and the lower part of the housing that is connected to the section. A protective enclosure with at least one gap, containing an internal compartment for inserting the charge emitter, and with legs for use. By increasing the distance between the discharge element and the heat exchanger, the housing may be assembled. Includes extensions for mounting protruding air filters, excavated parts for discharge, and assembly. Including the discharge element attached to the housing for the discharge element according to this invention.

Claims

OCR 10KL (07 / 07 / 2568) 1. The housing for the discharge capacitor consists of: The upper part of the house (1) is rectangular in shape, with one side wall formed. Connected to the protective section (6), which is in the form of a fin or mesh plate with at least one opening. and The lower part of the house (2) is rectangular in shape, with one side wall formed. It is a grooved edge with at least one gap in which the lower part of the housing (2) contains an internal filling cavity. For inserting the discharge device (9) A distinctive feature is that the bottom of the housing for the discharge has at least (10) pins arranged. 1 leg, where the leg shape of the housing can be selected from L-shape, T-shape, or... An I-shape (1 shape) or a combination of several shapes.

2. Housing for the discharge unit, as per claim 1, which includes an extension for mounting the plate. Air filter (3) protruding from the lower part of the housing (2).

3. Housing for the discharge device, as per claim 1 or 2, where one end of the lower part of the device is connected. The house is further composed of at least one extension (11).

4. Housing for the discharge device, as per any one of claims 1 through 3, which includes an additional mounting plate. The fastener (13) is mounted on the underside of the lower part of the housing (2).

5. Housing for the discharge device, as per claim 1 or 2, where: The width range of the protective section (6) is 2.0-10.0 centimeters, with the appropriate size being 4.0-4.

5. cm The height range of the protective part (6) is 1.0-3.5 centimeters, with the appropriate size being 2.0-2.

5. cm Each gap in these protective sections has a spacing between 2.0-5.0 millimeters. The ideal gap size is 3.0-4.0 millimeters.

6. Housing for the discharge capacitor, as per claim 1, where the number of legs of the housing is 3-7.

7. Housing for the emitter, as per claim 1 or 6, where the height of the housing leg is in the range of 5.0- 10.0 millimeters, with an optimal height of 6.0-9.0 millimeters.

8. Discharge assembly, consisting of the discharge element (12) which is attached to the housing as follows: Claim 1 9. Discharge assembly as per claim 8, where the discharge assembly is installed. The front of the heat exchanger (14) with the legs of the housing placed on the fins of the exchanger. Heat (14) 10. Procedure for installing the discharge assembly as per claim 8 or 9, where the assembly is installed. The discharge process involves the following steps: Assemble the discharge assembly by packing the discharger (12) into the assembly. The bottom of the housing (2) is for the discharge. Then assemble the top part of the housing (1) onto it. The bottom part of the housing (2) is then secured together with fasteners (4). The fastening wire (5) is then attached. Between the discharge assembly and the heat exchanger (14), the center point is designated. The wire fastener (5) is attached to one end of the lower part of the housing (2), where both ends of The clamping wire (5) is securely attached to the heat exchanger tube (14) on both sides and at the ends. The other side of the lower part of the housing (2) is securely attached to the mounting plate (13). Fasteners (4)

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