US2183593A

US2183593A - Cooijng unit

Info

Publication number: US2183593A
Authority: US
Publication date: 1939-12-19
Anticipated expiration: 1956-12-19

Description

B. SPIETH Dec; 19, 1939.

COOLING UNIT Filed Aug. 2l, 1936 Mga Wgampu Patented Dec. 19, 1939 UNITED STATES COOLING UNIT Benjamin Spieth, Racine, Wis., assignor to Modine Manufacturing Company, Racine, Wis.. a corporation of Wisconsin Application August 21,

15 Claims.

This invention relates to a cooling unit, and particularly to means associated therewith for collecting and removing condensate therefrom.

One object of the present invention is to provide a novel construction and arrangement, whereby the condensate dripping from the core and/or shell of a cooling unit may be collected and drained away to a suitable place of disposal.

Another object of the invention is to provide a rotatably adjustable cooling unit with suitable means rotatable therewith for removing the condensate therefrom.

A further object of the invention is to provide a construction and arrangement of the character described, wherein the condensate receiving means and drain pipe associated therewith may be relatively fixed, and wherein the cooling unit and the condensate collecting means therefor may be rotatable and relatively movable with respect to the receiving means and drain pipe.

A still further object of the invention is to improve devices of the character described in sundry details hereinafter referred to and particularly pointed out in the appended claims.

One embodiment of the present invention is shown for illustrative purposes in the accompanying drawing, in which:

Fig. l is an elevational View, partly in section, of a cooling unit illustrating the application of the present invention thereto;

2 is an enlarged fragmentary sectional elevational view of the structure illustrated in Fig. l and taken substantially as indicated by the line 2-2 thereof; and

Fig. 3 is a fragmentary sectional elevational View similar to Fig. 2 illustrating a slightly different arrangement of various elements embodied in the present invention.

Referring particularly to Figs, l and 2 of the drawing, the present invention is illustrated in connection with a cooling unit having a fluid circulating core indicated, as a whole, by the numeral 5 and comprising a plurality of tubes 6 between which currents of air may be circulated by a fan l, the tubes E being provided adjacent their opposite ends with headers B and 9, respectively` adapted to communicate with aiigned intake and outlet conduits II and I2, respectively, including unions I3 and i4 in the respective conduits, the lower header E! being provided with a connector i5 internally screw-threaded to receive a'nipple I6 forming part of the conduit i2, the said connector having a flanged portion Il against which the lower portion I8 of a shell i9 for surrounding the core 5 is secured by a castellated nut 2l, screw-threaded onto the outer suriaoe of the connector I5.

Positioned beneath the core E, header 9 and shell I9 and against the castellations 22 of the 1936, Serial No. 97,224

nut 2l, is a condensate collector or drip pan 23 adapted to extend beyond the sides of the shell I9 in a manner to collect any condensate dripping therefrom and from the core 5 and headers 8 and 9, the bottom portion I8 of the shell I9 being provided with a plurality of apertures 2G providing communication with the interior of the shell.

Positioned below the drip pan 23 is a condensate receiver or trap 25 having a gasket 26 positioned between a flange adjacent the upper end of the trap and the drip pan 23 to provide a duid-tight connection therebetween, the side walls of the trap 25 being spaced from the connector It in a manner to provide communication between the trap and the drip pan through an aperture 2l' formed in the pan 23 and between the castellations 22 of the nut 2l in a manner to receive the condensate collected by the drip pan 23.

Beneath the trap 25 and operatively related to the screw-threaded portion of the nipple i5 is a packing gland 28 and packing 28 adapted to provide a fluid-tight connection between the nipple i6 and trap and to secure the gasket 26 securely adjacent the bottom portion of the drip pan 23.

Formed in one of the side walls of the trap 25 is an aperture 29 adapted to communicate with a drain pipe 3I by which the condensate may be drained from the trap 25 to a suitable place of disposal.

In order to rotate the cooling unit with respect to the supporting inlet and outlet conduits I l and I2, the unions I3 and I Cl of the respective conduits may be loosened and the packing gland 28 backed off slightly to permit the drip pan 23 to be rotated with the unit and the cooling unit to be angularly adjusted. without disturbing the drain piping connection 3i, to direct the air currents the direction desired. It will be noted from the foregoing description that notwithstanding the complete adjustability of the unit, the trap 25, drain pipe 3l and the conduits H and I2 may remain relatively iixed position with respect to each other, and that by backing off the packing gland 23 to relieve the pressure at the upper end of the trap 25 against the gasket 2E, the drip pan 23 may be rotated with the cooling unit in order to retain the pan in operative relation thereto for effectively receiving the condensate therefrom.

The arrangement illustrated in Fig. 3 of the drawing is substantially like that shown in Fig. 2. except that a nan 73o is positioned imjfia shell Illa having a bottom portion lh extending beneath the drip pan 23a, ,said drip pan secured against a iiange Ila of a connector l5a by a castellated nut 2id, the bottom portion 19h of the shell I9a shown in Eg. 3 being provided with a chamber 32 surrounding the nut 2 la and adapted to communicate with the drip pan 23a through apertures 2da formed in the bottom of the pan.

In vthe arrangement illustrated in Fig. 3, the necessity of positioning the drip pan beneath the shell is obviated by reason of the fact that the shell Ita and shell llb are insulated as indicated at 33, thereby preventing the accumulation of condensate on the outer portions of the shell. In other respects the manner of providing for the removal of the condensate from the pan 23d is substantially as described with. reference to the arrangement illustrated in Fig. 2, the correspondingly indicated portions in Fig. 3 being designated by like numerals bearing the exponent Itali.

It will be observed from the foregoing description that the present invention provides a novel, simple and eilicient arrangement whereby condensate may be collected from the core and/or shell and conducted to a suitable place oi disposal, and wherein collecting means may be operatively associated therewith and with the ad- ,instable cooling unit in a manner to retain the drip pan in operative position with respect to the unit regardless of the angular adjustments thereof with respect to the supporting conduits il and lll, trap 25 and drain pipe 3l, and without disturbing the drain piping.

Obviously, the present invention is not limited to the precise construction and arrangement shown and described as the same may be variously modiiied. Moreover, all the features of the invention need not be used conjointly as the same be used to advantage in variously diiierent nations and sub-combinations.

What I claim as new and desire to secure by Letters Patent is:

l. In a cooling unit having a fluid circulating core supported on and between adjacent ends oi vertically aligned inlet and outlet conduits and adapted to rotate with respect thereto around the axes of said conduits, the combination of a drip pan beneath said core and rotatable therewith, and a drain pipe communicating with said drip pan in relatively iixed position with respect to portions of said conduits.

2. In a cooling unit having a fluid circulating core supported on and between and communieating with adjacent ends of vertically aligned inlet and outlet conduits and adapted to rotate respect thereto around the axes of said conduits, the combination of a drip pan for receiving condensate from the core and adapted to rotate therewith, a fluid trap adjacent one of aid conduits and communicating with said pan, and a drain pipe communicating with said trap. 3. In a cooling unit havin T a iiuid circulating conduits, the combination of a drip pan for receiving condensate from the core and adapted to rotate therewith, a fluid trap surrounding one of s conduits and communicating'with said pan, and a drain pipe communicating with said trap at one side oi said one of the conduits.

4. In a cooling unit having a fluid circulating provided with headers adjacent its opposite communicating, respectively, with upper and lower supporting conduits having movable fixed portions, said corel being rotatable with respect to the xed portions of the conduits, one

of said headers having a connector associated therewith adapted to receive a portion of said lower conduit, a shell surrounding said core and headers in a manner to rotate therewith, a drip pan beneath said core and headers for receiving condensate therefrom and adapted to rotate with said core and shell, a fluid trap surrounding said lower conduit and communicating with said pan, and a rigid drain pipe connected to and communicating with said trap.

5. In a cooling unit having a fluid circulating core provided with headers adjacent its opposite ends communicating, respectively, with' upper and lower supporting conduits having movable and fixed portions, said core being rotatable with respect to the xed portions of the conduits, one of said headers having a connector associated therewith adapted to receive a portion of said lower conduit, a shell surrounding said core and headers, means for securing the shell to said connector in a manner to rotate therewith, a drip pan beneath said shell and communicating with the interior thereof beneath said core and headers for receiving condensate therefrom and adapted to rotate with said core and shell, a fluid trap surrounding said lower conduit and communicating with said pan, and a rigid drain pipe connected to and communicating with said trap in relatively fixed relation Ywith respect to a portion oi' said lower conduit.

6. In a cooling unit having a fluid circulating core provided with headers adjacent its opposite ends communicating, respectively, with upper and lower supporting conduits having movable and fixed portions, said core being rotatable with respect to the fixed portions of the conduits, one of said headers having a screw-threaded conneet-or associated therewith adapted to receive a portion of said lower conduit, a shell beneath and surrounding said core and headers, a threaded nut operatively related to said connector for securing the shell thereto in a manner to rotate therewith, a drip pan beneath and eX- tending beyond the sides of said shell and communicating with the interior thereof for receiving condensate from said core, headers and shell and adapted to rotate therewith, a fluid trap surrounding said lower conduit and communicating with said pan, means on said lower conduit for supporting said trap in operative position with respect to said pan, and a drain pipe rigidly connected to and communicating with said trap in relatively fixed relation with respect to a portion of said lower conduit. I

7. In a cooling unit having a fluid circulating core provided with headers adjacent its opposite ends communicating, respectively, with upper and lower supporting conduits havingmovable and xed portions, said core being rotatable with respect to the iiXed portions of the conduits, one of said headers having a screw-threaded ianged connector associated therewith adapted to receive a portion of said lower conduit, a shell surrounding said core and headers and having an aperture therein adapted to receive said connector adjacent the ilange thereof, a castellated nut on said connector for securing the shell against the iiange oi the connector in a manner to rotate therewith, a drip pan beneath said shell and adjacent the castellations of said nut and" having an aperture adapted to receive said connector in spaced relation to the pan, said pan communicating with the interior of said shell beneath said core andheaders for receiving condensate from said core, headers and shell and adapted to rotate therewith, a iiuid trap surrounding said lower conduit and communicating with said pan, means on said lower conduit for supporting said trap and pan snugly against the castellations of said nut and providing a iiuid tight connection between said trap and lower conduit, and a drain pipe connected rigidly to and communicating with said trap in relatively fixed relation with respect to a portion of said lower conduit.

8. In a cooling unit having a iiuid circulating core provided with headers adjacent its opposite ends communicating, respectively, with upper and lower supporting conduits having movable and iixeol portions, said core being rotatable with respect to the fixed portions of the conduits, one of said headers having a screw threaded connector associated therewith adapted to receive a portion of said lower conduit, a drip pan beneath said core and headers for receiving condensate therefrom, means for securing the pan to said connector in a manner to rotate therewith, a sheil surrounding said core and headers and having a bottom portion extending beneath said pan, said bottom portion having a chamber communicating with the pan for receiving condensate therefrom and adapted to rotate with said core and pan, a fluid trap surrounding said lower conduit and communicating with said chamber, and a rigid drain pipe connected to and communicating with said trap in relatively xed relation with respect to a portion of said lower conduit.

9. In a cooling unit having a iiuid circulating core provided with headers adjacent its opposite ends communicating, respectively, with upper and lower supporting conduits having movable and fixed portions, said core being rotatable with respect to the fixed portions of the conduits, one of said headers having a screw-threaded flanged connector associated therewith adapted to receive said lower conduit, a drip pan beneath said core and headers for receiving condensate therefrom, said pan having an aperture therein adapted to receive said connector adjacent the iiange thereof, a castellated nut on said connector for securing the pan against the iiange thereof in a manner to rotate therewith, a shell surrounding said core and headers and having a bottom portion extending beneath said pan adjacent the castellations oi said nut and provided with an aperture adapted to receive the connector in spaced relation to the bottom portion of the shell, said bottom portion having a chamber adjacent said nut and communicating with the pan for receiving condensate therefrom and being adapted to rotate with said core and pan, a uid trap surrounding said lower conduit and communicating with said chamber, means on said lower conduit for securing said trap and shell snugly against the castellations of said nut and providing a iiuid tight connection between said trap and lower conduit, and a rigid drain pipe connected to and communicating with said trap in relatively iiXed relation with respect to said lower conduit.

10. In a cooling unit having a iiuid circulating core rotatably mounted on and between relatively iiXed portions of inlet and outlet conduits operatively related to and communicating with opposite ends of said core, the combination of condensate collecting means operatively associated with said core and adapted to rotate therewith, and condensate receiving means and a drain pipe therefor operatively associated with one oi' said conduits in relatively fixed position with to a portion thereoi` and adapted to co icate with said collecting means for receivnig condensate therefrom.

il. In a device of the kind described and in combination, a supply conduit and a return conduit, a condensate drain pipe having a trap communicating therewith, a cooling unit adjustably carried between and rotatable on said conduits and having its inlet and outlet communicating with the same, a drip pan associated with said unit and adjustable therewith and with respect to said trap, and means for adjustably securing said trap and pan in operative relation.

l2. In a cooling unit oi the kind described having a iiuid circulating core adjustabiy supported between and communicating with adjacent ends of vertically aligned supply and return conduits, the combination of a drip pan associated with the core for receiving condensate tl erefrom and adjustable therewith between said conduits, a stationary iiuid trap provided with a drain pipe extending therefrom, said trap communicating with said pan and adjustably secured thereto to permit relative movement of the pan and trap.

13. In a cooling unit of the kind described having a fluid circulating core rotatably supported between and communicating with adjacent ends of aligned supply and return conduits, the combination of a drip pan for receiving condensate from the core and rotatable therewith between said conduits, a uid trap provided with a drain pipe communicating therewith, said trap communicating with said pan and operatively connected therewith whereby the pan may be rotated with the core without rotating the drain pipe and trap.

14. In a device of the kind described and in combination, a supply conduit and a return conduit having movable and xed portions, a cooling unit adjustably carried by one of said conduits with its inlet and outlet communicating with said conduits, a drip pan associated with said unit and adjustably carried therewith, a condensate drain pipe, a condensate trap communieating with said drain pipe, said trap mounted upon and carried by a portion of one of said conduits and communicating with said drip pan, and means for adjustably maintaining said trap in operative relation with said drip pan, whereby the drip pan may be adjustable with the unit without adjustment of the trap on its support.

l5. In a device of the kind described and in combination, a supply conduit and a return conduit having movable and iixed portions, a cooling unit adjustably supported adjacent said conduits with its inlet and outlet communicating with said conduits, a condensate drip pan associated with said unit and adjustably supported therewith, a condensate drain pipe, a condensate trap communicating with said pipe, said trap mounted upon and carried by a portion of one of said conduits and communicating with said drip pan, and means for adjustably maintaining said trap in operative relation with said drip pan, whereby the drip pan may be moved for adjustment with the unit without adjustment of the drain pipe and the trap on its support.

BENJAMIN SPIETH.