Tube Water Cooled Condenser

We are among the prominent manufacturers and suppliers of Tube Water Cooled Condenser. We offer a wide range of condensers as per the variegated specifications of the clients. These are manufactured using carbon & alloy steel to meet the international quality standards. We are highly appreciated for their various attributes like sturdy construction, rugged construction and longer service life. Tested on various parameters, our range of Tube Water Cooled Condenser is widely used for air conditioning and refrigeration applications. Features:Shell standard HSL-ERW Pipes or rolled from tested quality steel plates.Tubes Integrally finned copper tubes with 19 fins per inch. Effective surface area is more than 2.1/2 times that of plain tubes of the same diameter. Tubes are expanded into tubes sheets for leak proof joints.Tube Sheets Carbon steel SA-285 Grade C or equivalent. Adequate thickness allows proper tube expansion.Heads Cast Iron water heads designed for easy removal for mechanical tube clenaing and / or tube replacement, Designed for different pass arrangements enabling judicial selection of optimum water velocities for efficient heat transfer.Design Pressures 21 kg/cm2 (300 psi) on shell side and 7 kg/cm2 (100 psi) on tube side.Test Pressures 28 kg/cm2 (400 psi) Pneumatic on shell side and 10.6 kg/cm2 (150 psi) Hydraulic on tube side.Finish All condensers have a rust preventive primer finish of red oxide paint.Special Condensers Special materials of construction and / or special testing producers can be used. Condensers for sea water marine applications or with steel tubes can also be made for specific requirements. DSModel NominalTR* Shell O.D.mm(Inches) Tube Lengthmm(ft Inches) No OfPassesmm LiquidOutletmm (inches) VapourInletmm (Inches) WaterInletmm WaterOutletmm Pump DownCapacitykg DryWeightkg OperatingWeightkg. 840 8 219(8.5/8) 1219 (4-0) 2OR4 25(1) 40(1.1/2) 40 40 27 100 110 850 12 1524 (5-0) 28 132 148 856 14 1676 (5-6) 31 145 163 1050 16 273(10.3/4) 1524 (5-0) 2.3OR4 32(1.1/4) 50(2)2x50(2) 2x40 for 2P65 for 3 P40 for 4 P 65 for2 & 3 P40 for 4 P 49 195 220 1058 19 1676 (5-6) 54 210 236 1070 22 2134 (7-0) 68 250 283 1076 24 2286 (7-6) 73 265 300 1258 29 324(12.3/4) 1676 (5-6) 65(2.1/2) 2x50 for 2 P65 for 3 P50 for 4 P 65 for 2 & 3 P50 for 4 P 72 290 330 1260-S 32 1829 (6-0) 78 310 354 1260-L 39 1829 (6-0) 69 330 378 1268 42 1981 (6-6) 40(1.1/2) 75 350 402 1270 45 2134 (7-0) 80 375 431 1460 47 356(14) 1829 (6-0) 80(3) 2x65 for 2P100 for 3 P65 for 4 P 100 for 2 & 3 P65 for 4 P 84 385 444 1466 51 1981 (6-6) 91 410 474 1476 59 2286 (7-6) 50(2) 2x80(3) 105 455 528 1480 63 2438 (8-0) 112 485 563 1486 67 2591 (8-6) 119 505 568 1670 70 406(16) 2134 (7-0) 2.2 spl3 OR4 80(3) 2x80 for 2P125 for 2 P spl100 for 3 P80 for 4 P 100 for 2 P125 for 2 P spl100 for 3 P80 for 4 P 133 540 629 1676 76 2286 (7-6) 143 565 660 1680 80 2438 (8-0) 2x(3) 152 600 702 1686 86 2591 (8-6) 162 625 733 1610 101 3048 (10-0) 190 710 837 2080 118 508(20) 2438 (8-0) 2 splOR3 65(2.1/2) 2x100(4) 125 for 2 P spl100 for 3 P 125 for 2 Pspi100 for 3 P 256 825 980 2010 148 3048 (10-0) 321 985 1179 2210 200 560(22) 3048(10-0) 80(3) 2x125(5) 150 for 2 P spl125 for 3 P 150 for 2 P spl.125 for 3 P 412 1330 1589 Specifications and features subject to change without notice. Capacities for R-22 based on 32.2oC (90oF) EWT, 42oC (107.6oF) Condensing temperature and 002 m3.hroC (.001.ft2.hr.oF) FF on water side. Pump-down capacities based on 80% not shall free volume and R-22 at 40oC (104oF).