Coolers and Heat Exchangers GLC2-3.5 manufacturer from China NINGBO DELY AUTOMATION Co.,Ltd.

Payment Terms:	T/T,L/C
Place of Origin:	Zhejiang, China (Mainland)


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Product Detail

Model No.: GLC2-3.5

Production Capacity: 1~1000Piece/Month

Delivery Date: 1~20working days

Certification: Others

model no: GLC3-6

Means of Transport: Ocean,Land,Air

Packing: Standard Export

Category: Heat Exchanger

Brand Name: AUDELY

Hydraulic system, to lower the hydraulic oil temperature.

Product name:Coolers and Heat Exchangers
Model no.:       GLC₂-1.3,
                          GLC₂-1.7,
                          GLC₂-2.1,
                          GLC₂-2.6,
                          GLC₂-3.0,
                          GLC₂-3.5,
material:         finned copper tube
( 2 Series: there is 20pcs finned copper tubes inner. the thicknesss of tube: 0.8mm)

Using:               Hydraulic System, you can use water oil cooler to cool the hydraulic medium( like hydraulic oil). this item, simple struction, easy to use, good result.

GLC series Calandria Water Oil Cooler

Product Introduction:
calandria oil cooler: used for cooler the medium (viscosity lubricator, hydraulic oil) for certain temperature

Model Code:

Model	Heat exchange area(Square meter)	Pressure(MPa)			Temperature(℃)				Medium viscosity 10-⁶M²/S	Medium viscosity (L/min)	Oil/water flow scale	Heat exchange (Kcal/h)	weight(kg)
Model	Heat exchange area(Square meter)	Working pressure	Oil pressure drop	Water pressure	Working water temperature	Working oil temperature	Inlet oil temperature	Outlet oil temperature	Medium viscosity 10-⁶M²/S	Medium viscosity (L/min)	Oil/water flow scale	Heat exchange (Kcal/h)	weight(kg)
GLC₁-0.4	0.4	0.63 1	≤0.1	≤0.05	25-30	≤100	55	≤46	10-50	10-35	1:1	1300-3300	10
-0.6	0.6									25-60		3300-5100	13
-0.8	0.8									35-60		3350-6500	15
-1	1									60-75		6100-7200	17
-1.2	1.2									60-85		6400-8400	19
GLC₂-1.3	1.3	0.63	≤0.1	≤0.05	25-30	≤100	55	≤46	10-50	30-85	1:1	6400-11000	21
-1.7	1.7									30-113		7400-17000	26
-2.1	2.1									30-113		9200-21500	29
-2.6	2.6									35-125		11300-26000	33
-3	3									35-125		12700-30000	37
-3.5	3.5									40-150		14500-34500	41
GLC₃-4	4	0.63 1	≤0.1	≤0.05	25-30	≤100	55	≤46	10-50	34-170	1:1	14000-31000	57
-5	5									35-190		17000-35000	70
-6	6									40-220		20000-45000	83
-7	7									45-240		24000-49500	90
-8	8									50-280		27000-56000	96
-9	9									50-290		31000-67000	105
-10	10									60-320		33590-69500	110
-11	11									60-350		37500-79000	118
GLC₄-13	13	0.63 1	≤0.1	≤0.05	25-30	≤100	55	≤46	10-50	50-300	1:1	35000-70000	152
-15	15									50-320		38000-75000	164
-17	17									60-350		42000-83000	175
-19	19									60-400		46000-89500	188
-21	21									70-430		50000-93000	200
-23	23									70-450		55000-99000	213
-25	25									80-480		60000-10200	225
-27	27									80-520		60000-12200	238
GLC₅-30	30	0.63 1 1.6	≤0.1	≤0.05	25-30	≤100	55	≤46	10-50	150-650	1:1	8-15	255
-34	34									150-700		8-17	280
-37	37									200-800		10-19	298
-41	41									200-850		10-21	322
-44	44									250-900		11-25	340
-47	47									250-950		11-27	357
-51	51									300-1000		13-30	380
-54	54									300-1100		13-33	398
GLC₆-55	55	0.63 1 1.6	≤0.1	≤0.05	25-30	≤100	55	≤46	10-50	350-1150	1:1	15-35	418
-60	60									350-1200		15-38	442
-65	65									400-1250		17-41	469
-70	70									400-1300		17-45	498
-75	75									500-1350		20-50	525
-80	80									500-1400		20-55	550
-85	85									600-1500		25-60	575
-90	90									600-1600		30-70	602

Model	L	L1	L2	L3	L4	B	C1	C2	D	H1	H2	t	d1	d2	n-d3
GLC₁-0.4	383	240	145	116	75	132	48	102	83	68	74	2	G1"	G3/4"	4-∮9
-0.6	548	405	310
-0.8	675	532	435
-1	808	665	570
-1.2	948	805	715
GLC₂-1.3	542	374	225	153	90	170	78	138	121	87	96	2	G1"	G1"	4-∮11
-1.7	668	500	350
-2.1	802	634	485
-2.6	944	776	630
-3	1094	926	780
-3.5	1252	1084	935
GLC₃-4	815	570	380	203	136	210	100	170	168	109	117	2	G11/2"	G11/4"	4-∮15
-5	965	720	530
-6	1115	870	680
-7	1285	1040	856
-8	1445	1200	1010										G2"	G11/2"
-9	1605	1360	1170
-10	1775	1530	1340
-11	1955	1710	1520
GLC₄-13	1270	985	745	248	156	270	130	220	219	137	150	3	G2"	G2"	4-∮19
-15	1430	1145	705
-17	1590	1305	1065
-19	1760	1475	1235
-21	1940	1655	1415
-23	2110	1825	1585
-25	2290	2005	1765
-27	2460	2175	1935
GLC₅-30	1870	1570	1320	260	165	330	168	270	273	168	198	9	G2"	G21/2"	4-∮23
-34	2090	1790	1540
-37	2260	1960	1710
-41	2480	2180	1930
-44	2650	2350	2100
-47	2810	2510	2260
-51	3030	2730	2480
-54	3200	2900	2650
GLC₆-55	2209	1860	1590	295	189	390	196	300	325	198	223	9	G21/2"	G3"	4-∮23
-60	2389	2040	1770
-65	2569	2220	1950
-70	2749	2400	2130
-75	2929	2580	2310
-80	3109	2760	2490
-85	3289	2940	2670
-90	3469	3120	2850

An oil-water cooler is a device used to cool down oil that is being used in various industrial applications. It is commonly used in hydraulic systems, gearboxes, engines, and other machinery that generate heat during operation.

The cooler works by passing the hot oil through a series of tubes or plates, while cool water is circulated around these tubes or plates. This allows for the transfer of heat from the oil to the water, effectively cooling down the oil.

The main components of an oil-water cooler include:

Oil circuit: This is the path through which the hot oil flows. It typically consists of inlet and outlet connections, as well as internal passages or tubes that facilitate the flow of oil.
Water circuit: This is the path through which the cool water circulates. It includes inlet and outlet connections, as well as internal passages or tubes that allow the water to flow around the oil-carrying tubes or plates.
Heat exchange surface: This refers to the tubes or plates where the heat transfer occurs. These surfaces are designed to maximize the contact area between the hot oil and the cool water, enhancing the heat transfer efficiency.
Cooling medium: In the case of an oil-water cooler, the cooling medium is water. The water can be sourced from a cooling tower, chiller, or other water supply systems.
Control mechanisms: Some oil-water coolers may have control mechanisms to regulate the flow rate of both the oil and water, ensuring optimal cooling performance.

The benefits of using an oil-water cooler include:

Improved efficiency: By cooling down the oil, an oil-water cooler helps maintain the optimal operating temperature of the machinery, which can improve overall efficiency and performance.
Extended equipment life: Cooling the oil helps prevent overheating and reduces the risk of damage to the machinery, leading to longer equipment life and reduced maintenance costs.
Temperature control: An oil-water cooler allows for precise temperature control of the oil, ensuring that it remains within the desired operating range.
Environmental benefits: Cooling the oil can help reduce energy consumption and minimize the environmental impact associated with excessive heat generation.

Overall, an oil-water cooler is an essential component in many industrial applications, providing efficient cooling and temperature control for the oil used in various machinery and systems.

Company Profile:

Ningbo Dely Automation Co. ltd. specailly manufacturer and market hydraulic ball valve,hydraulic fitting,pneumatic control element,air source units,pneumatic execute element and pneumatic assistant element.We have passed ISO9001:2000 quality system authentication.With advanced technology and equipment,good quality,our products sale far to many countries.In order to meet more and more customer's requirements.