Tubular Heat Exchanger ( SUS316L) / Hydraulic and Lube Oil Cooling

Tubular Heat Exchanger ( SUS316L) / Hydraulic and Lube Oil Cooling

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 10 set

Supply Capability:: 100 set/month

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Packaging & Delivery

Packaging Detail:	Packaging and painting for customers' requirements
Delivery Detail:	25 days

Specifications

1.Heat exchanger
2.Can be customerized
3.Work Pressure:0.2~3.1MPa
4.Fin space:1.2~3.5mm
5.Tube Diameter:7, 9.52,12.75.15

Applications:

Oil cooler is mainly used in vehicles, engineering machinery, ship engine oil or fuel oil cooling, etc.Products hot side is lubricant or fuel oil, cold side can be cooling water or air.Vehicles in the process of driving, the lubricating oil in the lubrication system on oil pump power, through the oil cooler heat side channel, the quantity of heat to the cold side of the engine oil cooler, and the cooling water or air cooling by oil is cold side channel to take away heat and heat exchange between cold and hot fluid, ensure the working temperature of lubricating oil in the most appropriate.Including engine oil, automatic transmission oil, power steering oil cooling, etc.Product main materials include aluminum, copper, stainless steel, casting metal materials, such as after welding or assembling, the hot side and cold side channel together as an integrated heat exchanger.According to the cooling medium can be divided into water, oil and air cooling oil 2 kinds of products, product structure including fin type, disc type, body type, tube plate, pipe heat exchanger, seal type, shell type, the structure of the assembly components and other types;Core product structure mainly include: oil cooler, oil cooler, oil cooler assembly core + shell core, oil cooler + + type filter, etc.Product has a compact structure, high pressure and high temperature resistant, corrosion resistant performance is good, high heat transfer efficiency, good reliability, due to the diversity of its structure, so to apply to the needs of different working environment, especially air cooling, can be installed in a remote, on the whole layout is very flexible.Oil cooler and its assembly is indispensable to modern cars and engine lubrication system components for heat exchanger.It is to keep the normal operation of automobile and engine one of the important components.With the rapid development of automobile industry, emission regulations and strict, products are also constantly upgrading, pressure and high temperature resistant requirements are higher, and further to the lightweight, compact, modular development.Stainless steel oil tanks are mainly fin type, disc type, and three structure types, mainly for commercial vehicles, engineering machinery, ships, locomotives, wind power generation, such as generator engine and transmission oil on the cold.

FAQ

We have organized several common questions for our clients，may help you sincerely：

①How about your company？

A world class manufacturer & supplier of castings forging in carbon steel and alloy steel，is one of the large-scale professional investment casting production bases in China,consisting of both casting foundry forging and machining factory. Annually more than 8000 tons Precision casting and forging parts are exported to markets in Europe,America and Japan. OEM casting and forging service available according to customer’s requirements.

②How to guarantee the quality of the products？

We have established the international advanced quality management system，every link from raw material to final product we have strict quality test；We resolutely put an end to unqualified products flowing into the market. At the same time, we will provide necessary follow-up service assurance.

Q:I would like to start testing and reconditioning some electrical equipment and I'm wondering what device or devices I can use to out put a specified voltage/amperage either AC or DC.for instance I have an electric motor that needs 5v 20amps, and I require a device that would allow me to plug into a wall outlet and regulate the voltage and amps to the proper levels for testing this device.hopefully that makes sense, thanks: No, you cannot regulate voltage AND current at the same time. In your example, you apply a regulated 5 volts to the motor, and measure the current drawn, under load. It should be close to 20 amps. What you need are regulated DC power supplies to cover the range of the motors you are interested in. A regulated voltage supply with a current limit will do fine. Regulated AC supplies are more difficult, but I think all you need is an adjustable supply, for example, by use of an adjustable transformer (Variac) and other transformers to change the voltage, again, to the voltages of interest to you. .

Q:ever had your electrical equip. tripped off by GFCI RECEPTERSdid it damage your hard drives, toasters, microwaves ect.?: shouldn't damage electronic devices unless when the GFI trips it breaks the neutral first and applies only a live wire to the device, that could damage electronic devices. It could be possible but may be rare.

Q:An example of something would be one light flashes and another light goes off. Or Lights that are already on, turn off, another one turns on, and lights flash, then the whole process repeats itself again after a while.: A clock driven multi-pole programable time switch. They come in both mechanical and solid state flavors.

Q:i would like to know more about the functions of this room. What is the role of this room in electrical distribution in a building? What i know,an electrical components need to get through this room such as for lighting+ac, power socket, and essential power.: A riser room is where the electrical distribution equipment ( Switchgears and Panels) that supplies the electrical systems of the building is located. Electrical conduits that feed the various equipment, A/C units and sub panels and fire pumps originate here.

Q:hiwhenever there are clouds, lightning or clouds sparks strikes my house and damage my electrical equipments like tv, fan, lights. my house has an entrance from south side and have windows, doors openings from this side, i also have openings in north direction to access to my back verandah but no sparks fall from this side. The house have 3' high iron bars fencing at front wall of 5' height as well as on rear wall of 5'-6 height. Do i need to put one 1'-6 high lightning rod made up of copper and aluminium and placed it on the roof top of my house to arrest these lightning sparks whenever they fall or some lightning arrester or you have any good solution of my problem. my house is 39' wide and 52' in length and 33' high(including ground floor,first floor, second floor) and have flat roof top and its in haryana region. please suggest me what to do? i will be really grateful to youthanksbye: You Have the answer in your question you basically have to use a lightning arrestor an top of your house. But make sure that the earthing of it must be separate from your house earthing and try to maintain a earth voltage around 1Vlts preferably below 1 Volt. For more information on lightning arrestors go to the link below.

Q:I need to make some electrical schematics up for some older equipment. What programs are available other than AutoCAD? Not wanting to spend the $$$ for AutoCAD at this time and I'd prefer not to use paper and pencil.Thanks.: Search: electrical CAD several choices are available. AutoCAD is not very good for schematics.

Q:I live in a condominium made of concrete without an electrical ground wire. Is it possible for me to hammer a nail into the concrete wall and attach the ground wire onto the nail. Will this be effective? If not can anyone please suggest a method for me to be able to ground my appliances. Much thanks in advance.My country/city has almost no electrical regulation/laws and the little that we have are barely implemented and never inspected.Safe DIY Guerilla methods are accepted: Wisdumb, no, this will not work. A ground provides a substantial electrical connection to *the ground* one way or another. In the U.S, to provide a ground for a radio or T.V. antenna, a long copper-coated stake is driven into the ground, and the area around it is covered in salt to assist conductivity (water or rain dissolves the salt into the surrounding soil). A thick wire is then attached to the copper stake and then run to the antenna and mast. This may give you some ideas, but may not be fully effective for your needs. Maybe an electrician will answer. Good luck. Don't kill yourself.

Q:for a store of electrical equipments, I want to create a database for it, what is the data that I should maintain in this database (the names of the columns)?: You need multiple tables. Using int() auto_increment primary keys for linking each section of data you want something like : stock_codes ( id int(6) primary key auto_increment, stock_code varchar(45) unique key, stock_description varchar(45), stock_qty int(6), suppler_id int(6) ) stock_movement ( id int(6) primary key auto_increment, in_date date, out_date date, moved_qty int(6), stock_id int(6), ) It helps to have tables of suppliers details, client details, sales person details, department details etc. If items have possible alternative suppliers you dump the supplier_id from the stock codes and use a link table for the stock id and supplier id to identify each inward transaction. Add tables for any additional information using links from the other tables to co-ordinate the data.

Q:Do Aviation mechanics also work on electrical equipment and electronics on the air craft? That would be so cool if so.: The Air Wing is a grouping of squadrons placed on board an aircraft carrier for deployment. Depending on the missions that are expected to be flown will determine what types of squadrons are needed. Used to be mostly attack and fighter squadrons, but in recent years those functions have been combined. Yes, aviation mechanics work on aircraft electrical and electronic systems. Again these 2 rates have pretty much been combined. There are also rates for engines, ordnance and structures.

Q:I just arrived at my cousin's house. He makes his own lamps and things. He uses batteries and circuits and lightbulbs, basically, living in a battery-lit home. Being ridiculously green, he claims its more energy efficient than using the city grid. We got in an argument about global warming, and in short he claimed he was helping by using battery power rather than electrical power. I said that wasn't accurate because batteries, lightbulbs, etc use more power than the grid does because they have to be made using electrical equipment in an electric factory. Am I right? What uses more power?: This debate depends on a few things such as how are the batteries charged, the cost of building the ciruits that operate the devices, the cost of electricity and other factors which I cannot think of right now. Also, are the batteries rechargeable? I would assume so in this case. I suspect that it would take a indeterminate period of time (at this point) for there to be a payoff for a battery run home to be less expensive that a conventionally powered home. Part of a conventionally powered home possibly being cheaper in the beginning would be the mass production of devices. When your cousin says things are powered by batteries, is it a battery bank supplying a converter of DC to AC or are his devices running soley on DC supplies? The best way to resolve the answer is to calculate all the electrical costs that go into powering his home and then also calculate how much it would be to run a similar home on the grid. There might also be a few costs that are left out due to their choices of what to leave out of their home or how they accomplish or forego the luxury of in their home. At this point, there are probably not enough studies available to get a general consenus of which is cheaper. There is also another point to consider which is how often do they have to replace their batteries?

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