Double Array Copper Shell& Tube Heat Exchanger

• Certification: CE, ISO
• Application: Heater, Cooler, Vaporizer, Condenser, Crystallization, Heater, Condenser, Cooler
• Principle: Mixing Heat Exchanger
• Style: Storage-Type
• Material: Stainless Steel
• Size and Material: Depend on Clients Command
• Model NO.: BEN500-2-4/60
• Structure Material: Metal Material
• Core: Core Evaporative Heat Exchanger
• Type: Casting Heating Equipment
• Ceramic Heating Equipment Type: Carbon Steel, Copper
• Mixing Heat Exchanger Type: Jetheat Exchanger
• Recuperative Heat Exchanger Type: Shell and Tube Heat Exchanger
• Heat Transfer Surface: Tubular Heat Exchanger
• Transport Package: Polywood Box
• Specification: ISO9001: 2008, SGS
• Trademark: JIEMA, OEM
• Origin: Guangzhou China
• HS Code: 8419500090
• Production Capacity: 100 Sets/Per Month

Product Description

Double Array Copper Shell& Tube Heat Exchanger

 

Product Description

Descripition:

Shell and tube heat exchanger is a class of heat exchanger designs. It is the most

Common type of heat exchanger in oil refineries and other large chemical processes,

And is suited for higher-pressure applications. As its name implies, this type of heat

Exchanger consists of a shell (a large pressuere vessel) with a bundle of tubes inside

It. One fluid runs through the tubes, and another fluid flows over the tubes (through the

Shell) to transfer heat between the two fluids. The set of tubes is called a tube bundle,

And may be composed of several types of tubes: Plain, longitudinally finned, etc.

So, it is also called Tubular Heat Exchanger.

Material: SUS304, SUS316L, Carbon Steel, SMO254 and etc.

Theory and Application:

Two fluids, of different starting temperatures, flow through the heat exchanger. One

Flows through the tubes (the tube side) and the other flows outside the tubes but

Inside the shell (the shell side). Heat is transferred from one fluid to the other through

The tube walls, either from tube side to shell side or vice versa. The fluids can be

Either liquids or gases on either the shell or the tube side. In order to transfer heat

Efficiently, a large heat transfer area should be used, leading to the use of many

Tubes. In this way, waste heat can be put to use. This is an efficient way to conserve

Energy.

 

Product Parameters

Shell and tube heat exchanger design:

Counter current heat exchangers are most efficient because they allow the

Highest log mean temperature difference between the hot and cold streams. Many

Companies however do not use single pass heat exchangers because they can

Break easily in addition to being more expensive to build. Often multiple heat

Exchangers can be used to simulate the counter current flow of a single large

Exchanger.

The Heat Exchanger Tube Specifications Φ20
DN	Quantity of tube pass	Quantity of heat exchanger tube	Quantity of center raw tube	tube pass flow area(m²)	Heat exchanger area(m²)
					Tube length(mm)
					1500	2000	3000	4500	6000
159	1	15	5	0.0030	1.4	1.9	2.8
219	1	33	7	0.0066	3.1	4.1	6.2
273	1	65	9	0.0131	6.1	8.2	12.3	18.4	24.5
	2	56	8	0.0056	5.3	7.0	10.6	15.8	21.1
325	1	99	11	0.0199	9.3	12.4	18.7	28.0	37.3
	2	88	10	0.0088	8.3	11.1	16.6	24.9	33.2
	4	68	11	0.0034	6.4	8.5	12.8	19.2	25.6
400	1	174	14	0.0350	16.4	21.9	32.8	49.2	65.8
	2	164	15	0.0165	15.5	20.6	30.9	46.4	61.8
	4	146	14	0.0073	13.8	18.3	27.5	41.3	55.0
450	1	237	17	0.0477	22.3	29.8	44.7	67.0	89.3
	2	220	16	0.0221	20.7	27.8	41.5	62.2	82.9
	4	200	16	0.0101	18.8	25.1	37.7	56.5	75.4
500	1	275	19	0.0553		34.6	51.8	77.8	103.7
	2	256	18	0.0257		32.2	48.3	72.4	96.5
	4	222	18	0.0112		27.9	41.8	62.8	83.7
The Heat Exchanger Tube Specifications Φ25
DN	Quantity of tube pass	Quantity of heat exchanger tube	Quantity of center raw tube	tube pass flow area(m²)	Heat exchanger area(m²)
					Tube length(mm)
					1500	2000	3000	4500	6000
159	1	11	3	0.0038	1.3	1.7	2.6
219	1	25	5	0.0087	2.9	3.9	5.6
273	1	38	6	0.0132	4.5	6.0	9.0	13.4	17.9
	2	32	7	0.0055	3.8	5.0	7.5	11.3	15.1
325	1	57	9	0.0197	6.7	9.0	13.4	20.1	26.9
	2	56	9	0.0097	6.6	8.8	13.2	19.8	26.4
	4	40	9	0.0035	4.7	6.3	9.4	14.1	18.8
400	1	98	12	0.0339	11.5	15.4	23.1	34.6	46.2
	2	94	11	0.0163	11.1	14.8	22.1	33.2	44.3
	4	76	11	0.0066	9.0	11.9	17.9	26.9	35.8
450	1	135	13	0.0468	15.9	21.2	31.8	47.7	63.6
	2	126	12	0.0218	14.8	19.8	29.7	44.5	59.4
	4	106	13	0.0092	12.5	16.7	25.0	37.5	50.0
500	1	174	14	0.0603		27.3	41.0	61.5	82.0
	2	164	15	0.0284		25.8	38.6	58.0	77.3
	4	144	15	0.0125		22.6	33.9	50.9	67.9

 

Applications

Applications and uses:

1>. Cooling of hydraulic fluid and oil in engines, transmissions and hydraulic power

2>. Heating other mediums, such as water, beverager, orange juice and other steam

3>. They are extensively applied in chemical industrial, pertroleum and energy source

 

Company Profile