Shell and Tube Condenser

For reliable and efficient performance, the standard heat exchanger tube employs a robust 1.1mm double-sided reinforced tube. This tube is able to condense the high pressure and high temperature refrigerant within the refrigeration system into its liquid state. Consequently, the condenser can operate without fail. This condenser is the only device that could introduce corrosive substances from the atmosphere into the production line. Therefore, its heat exchanger tube material and thickness must be selected carefully according to the usage circumstances and conditions, as these aspects directly influence the unit's lifespan.

Request a Quote Specifications Shell & Tube Condenser, Standard Type

Model	Nominal heat exchange capacity kW		Water inlet/outlet inch	Refrigerant inlet inch	Refrigerant outlet inch	Length A mm	Width B mm	Height C mm	Weight kg
	R22/R134A	R407C
UCW005A	21	19	1-1/2"	7/8"	5/8"	857	234	191	35
UCW008A	35	31	1-1/2"	7/8"	5/8"	857	234	191	36
UCW010A	43	39	2"	7/8"	5/8"	1158	242	219	54
UCW015A	64	58	2"	1-1/8"	7/8"	1313	250	219	62
UCW020A	86	77	2-1/2"	1-5/8"	1-1/8"	1619	261	400	90
UCW025A	107	97	2-1/2"	1-5/8"	1-1/8"	1619	261	400	95
UCW030A	129	116	2-1/2"	1-5/8"	1-1/8"	1869	280	400	123
UCW035A	150	135	2-1/2"	1-5/8"	1-1/8"	1869	280	400	128
UCW040A	172	154	2-1/2"	1-5/8"	1-1/8"	1869	280	400	133
UCW045A	193	174	3"	1-5/8"	1-1/8"	1881	458	420	182
UCW050A	215	193	3"	1-5/8"	1-1/8"	1881	458	420	223
UCW055A	236	212	3"	2-1/8"	1-3/8"	2535	470	420	226
UCW060A	257	232	3"	2-1/8"	1-3/8"	2535	470	420	232
UCW065A	279	251	3"	2-1/8"	1-3/8"	2535	470	420	236
UCW070A	300	270	3"	2-1/8"	1-3/8"	2535	470	420	241
UCW075A	322	290	3"	2-1/8"	1-3/8"	2535	470	420	250
UCW080A	343	309	3"	2-1/8"	1-3/8"	2535	470	420	255
UCW085A	365	328	4"	2-5/8"	1-3/8"	2623	507	257	280
UCW090A	386	348	4"	2-5/8"	1-3/8"	2623	507	257	291
UCW095A	334	301	4"	2-5/8"	1-3/8"	2623	507	257	297
UCW100A	429	386	4"	2-5/8"	1-3/8"	2623	507	257	300
UCW105A	451	405	4"	2-5/8"	1-3/8"	2623	507	257	305
UCW110A	472	425	4"	2-5/8"	1-3/8"	2623	507	257	315
UCW115A	493	444	5"	3"	1-3/8"	2635	375	577	357
UCW120A	515	463	5"	3"	1-3/8"	2635	375	577	362
UCW125A	536	483	5"	3"	1-3/8"	2635	375	577	366
UCW130A	558	502	5"	3"	1-3/8"	2635	375	577	374
UCW135A	579	521	5"	3"	1-3/8"	2635	375	577	378
UCW140A	601	541	5"	3"	1-3/8"	2635	375	577	382
UCW145A	622	560	5"	3"	1-3/8"	2635	375	577	387
UCW150A	644	579	5"	3"	1-3/8"	2635	375	577	390
UCW155A	665	599	5"	3"	1-5/8"	2640	425	604	463
UCW160A	687	618	5"	3"	1-5/8"	2640	425	604	468
UCW165A	708	637	5"	3"	1-5/8"	2640	425	604	472
UCW170A	729	656	5"	3"	1-5/8"	2640	425	604	477
UCW175A	751	676	5"	3"	1-5/8"	2640	425	604	482
UCW180A	772	695	5"	3"	1-5/8"	2640	425	604	485
UCW185A	794	714	5"	4"	1-5/8"	3240	425	604	493

Notes:

1. Rated heat exchange parameters: evaporation temperature Te=40 ℃, inlet water temperature Ti=30 ℃, outlet water temperature To=35 ℃, overheat temperature 5 ℃. 2. Water source working condition parameters: evaporation temperature Te=35 ℃, inlet water temperature Ti=18 ℃, outlet water temperature To=29 ℃, overheat temperature 5 ℃. Heat exchange Q (water source) = 1.18Q (rated). 3. Refrigerant side max. allowable working pressure: 4.5 MPa, operating pressure: 3.8 MPa; water side max. allowable working pressure: 2.0 MPa. 4. Water pressure drop Optional Heat exchanger tube Standard copper tube
Suitable for domestic water, non-toxic and neutral water, and neutral alcohol solutions. Nickel-copper tube
Known as nickel cupronickel, nickel-copper tube is suitable for use in seawater, river water, calcium chloride solution, ethylene glycol solution and other near-neutral pH solutions without sulfide contamination. Aluminum brass tube
Often referred to as naval brass, aluminum brass tube may be used with river water, calcium chloride solutions, ethylene glycol solutions and in sea-water without sulphide contamination. 304/316L stainless steel tube
Suitable for corrosive environments that contain salts, inorganic acids, organic acids, alkalis, or other harmful substances. Cannot be used in solutions with chloride compounds. Titanium tube
Titanium tube has unparalleled corrosion resistance in acidic, alkaline, and neutral saline solutions; it far surpasses the corrosion resistance of stainless steel as well as other non-ferrous metals.