Cooling and Lubricating Oil Regeneration Machine, Eliminates Residue on Parts , Extend Coolant Life

Cooling and Lubricating Oil Regeneration Machine, Eliminates Residue on Parts , Extend Coolant Life

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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:	wooden case
Delivery Detail:	10 days

Specifications

TYA series cooling and lubricating oil regeneration machine
1.Eliminates residue on parts
2. improve oil performance, low cost

TYA series cooling and lubricating oil regeneration machine

oil purifier, oil filtration, oil purification, oil filter,

oil treatment, oil saving, oil recycling, oil processing,

oil filtering, energy saving, oil regeneration, oil processor,

oil filter, oil process, oil purify, oil regenerating,

oil restoration, waste oil disposal, oil reclaimed, oil

reclaiming, waste oil management, oil regenerate, oil

reconditioned, oil reconstituted, oil restituting

TYA Water Oil Separator

#1 More separation volume and more coalescing media combined

with lower separation velocity at higher flow rate.

#2 The micro adjustable conical oil outlet weir allows visual

inspection of oil quality and dryness. The stainless steel handle

keeps your hands dry too.

#3 The TOP skimmer head works on the principle of a positive

buoyancy radial flow weir coupled with a floating or fixed combination

center sump and weir guide to effectively remove the oil or other light

immiscible liquids from the surface of the water.

Eliminates residue on parts
Reuse wash water
Reduce or eliminate disposal

Extend coolant life
Improve toll life
Improve part quality
Eliminates foul odors
Minimizes Dermititus
Reduce coolant purchases
Reduce disposal costs
Reduce compliance costs

Table1 TYA Oil Purifier Treated Guarantee Value

Item	Guarantee indexes
Moisture content	≤50 PPM
Demulsification value	New oil≤15min,running oil≤30min
Impurity size	≤1 micron
Gas content	≤0.1%
Clean degree	≤4 Grade (NAS1638)

Machine Technology

Dehydration (Degas) System

The duplex-stereo vacuum evaporation vessel can enlarge evaporation area

efficiently. The heater, being placed on the duplex-stereo vacuum evaporation vessel, becomes an evaporator. Thus the

evaporation area of duplex-stereo vacuum evaporation vessel is three

times more than that of

the common vacuum vessel. This innovation can dehydrate and degas

effectively and efficiently.
The optimal structure of the dehydration (degas) system enlarges the

surface area of oil exposed to the vacuum system and extends the

flowing distance of the oil in the vacuum system. Thus there has

sufficient time to remove the moisture and gas from the oil by vaporization.

•Filtering System

The filtering materials with variable apertures are made of specialized

glass fiber. The sizes of the filtering fiber and aperture dwindle

gradually in the different filtering stages. The impurities with different

particulate sizes are filtered step by step. The capability of removing

particulate matters and impurities is improved greatly by this method.

The filtering system has stable and perfect filtering fineness. The

filtering fineness has several grades, including 1, 2,3,4,5,6,10 µm etc.

Oil β≥1000 after filter.
The filtering system is equipped with reverse rinse and filth device.

It improves the effectiveness of filtering and extends the lifetime of

filter awfully.

• Electrical Apparatus controlling System

The main components of the electrical apparatus made by Siemens Company

ensure the safety of the controlling system. Having several protection

systems which will avoid oil ejection, overload and over voltage etc.

• Oil heating System

The unique heater structure heats the oil uniformly.
Oil Heater System assures less than 1.0 w/cm². During the heating

process, the deterioration of the oil caused by overheating is avoided.
The oil temperature can be adjusted between 0℃ to 100℃.The heater is

controlled manually or automatically. The heater will stop automatically

when the oil temperature reaches a certain degree.
Being installed with safety protection devices, the heating system is

secure and reliable. The heater will stop operation automatically when

the oil volume of inlet is too low to avoid the damages of the heater.

• Oil-level Controlling System

The oillevel floating ball and infrared liquid level automatic

controller system are installed in the vacuum vessel to control the

oil level so as to avoid the oil leaking in the operation.
The new innovation of eliminating froth can avoid the oil ejecting

and gushing during the process

• High quality components

The main component parts of our products such as vacuum pump, oil

pump and electric apparatus are from SIEMENS, ABB, SCHNEIDER and

AMICO etc. It ensures our products high quality and reliability

• Structure and appearance of Oil purifier

Our products adopt ship-shape chassis-mount structure to ensure oil leak proof and protect the environment

from pollution.
The whole equipment is characterized by small size, light weight and

convenient to move around.
Various sizes and configurations(alloy shield) available
Available in mobile or stationary options
Automatic vacuum oil purifier or anti-explosion vacuum oil purifier is both available according to customers’ needs.

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: Hey, I am starting my first year in university taking a first year general engineering program. I want to get into bionics and I intend to take bio medical engineering in graduate school. However, I'm not sure which path of engineering I should take to get to my goal. I am aware there is a biomedical degree I could get for my undergrad, but I've heard that a ME or EE degree is better as they allow for more job options as well as allow a chance to be in the biomedical field. I'm confused on which field of engineering I should take to get a better opportunity to work on bionics in the future. Mechanical would appear to be the better choice but the body works with electrical potentials and all that and that seems to fall under the EE catagory. **** also how does the two compare in difficulty?: I'm in EE and it's fairly difficult. I hear it's one of the harder ones (according to other engineers), but I enjoy it. It's still not TOO hard. I think that both are fairly important, but I believe that presently the big issue is interfacing with the nervous system/brain, so I might lean toward electrical. But then again, the bionic part itself is mechanical, so I think it just boils down to personal preference.

Q: I have some basic questions about SketchUP and AutoCAD.I'm totally new to 3D software and was planning to enroll in an AutoCADcourse before I found SketchUP and found out some self training with thefree tutorials might give me some good handicap before I go to the more advanced stage.My question is : Is it possible to transfer without any issue (bugs, etc.) a 3D file from SketchUP to Autocad and continue the work in AutoCAD, or vice-versa?What would be the best way for someone like me (that knows almost nothing) to get started?andwhat would be the best figures to start drawing for someone who eventually plans to design mainly electrical heavy equipments?Thanks a lot.: Designing these structures means you're an advanced designer. How come you couldn't decide what software to use? Using SU is easy when you design in 3D, and Autocad for 2D drafting.

Q: Can I use an existing outlet in basement that's uses 14/3 wire and tap off of it to wire up a bathroom with 14/3 for light . Fann And one gfci outlet ?: Yes, as long as the total draw on all outlets devices on the branch circuit does not exceed 15 Amperes - those wires should be protected by a breaker at that level in the electrical panel.

Q: A. Identify only the primary source of electrical energy for the equipment or circuits in question.B. Enable backup energy sources, such as generators and batteriesC. Make sure all workers are safe and accounted for before equipment and circuits are unlocked and turned back onD. Avoid testing equipment and circuitry to ensure they are de-energized: The answer is B. Enable backup energy sources, such as generators and batteries to properly lockout and tagout electrical equipment and machinery. Hope this helps! A good website for you if you do electronic testing is Caltest which supplies all kinds of electronic test equipment. :) caltest .uk/

Q: And what does electrical engineer teach in college? Is it good for girls?: Sometimes electrical engineering does involve computer science, but it depends on the school and the area of concentration. Electrical Engineers often do PLC programming for robotics and equipment. Both electrical engineers and computer engineers may work on developing circuit boards or computers. I know a few girls that studied electrical engineering. One of them got a job as a systems engineer for the SI organization, a large company owned by Lockheed Martin. Engineering is a growing field for women. With gender equality slowly getting better, more girls are gaining confidence in going for manly majors. There is almost no hands on work in engineering. You are not expected to know how to fix things. An engineer is a problem solver. The responsibilities of all engineers are the same regardless of job position or major. Their responsibilities are to invent, create, design, develop, improve, maintain, control, and sustain the following: -Products -Processes -Systems

Q: I am an electrical engineering graduate with very little knowledge of business studiesHowever, I will be beginning my career as a procurement engineer in October.In your own words, what is this?and what duties might it involve?Warm regards,de Róiste BSc: You will probably be responsible for specifying electrical equipment required for purchase for various projects, for recommending various vendors to obtain bids from, for putting request for equipment bid packages together, and then for making recommendations for which vendor(s) to buy from. Seems like you should have asked your employer what your duties would be.

Q: i am attending college in the fall, actually school starts on the 21st, and my major will be in electrical engineering, i was just fishing around and wondered if anyone could give me, in a nutshell, the basics of this field. since i have already chosen this as my major I do know a little, enough to choose it as my major. i just wanted to know what I might not already know. Give the names of specific jobs that would be of interest after graduation also, if you know any. Thanks!: Sky is the limit! Beside all the obvious electrical engineering jobs such as circuit designer (both digital or analog), system engineer, semiconductor process or equipment engineer, power engineer, communication engineer, product engineer, device engineer, QC engineer, field service engineer, etc. You can be an astronaut, mission control engineer (for NASA), technical marketing or sales engineer (with MBA), apply for medical school, and God forbids be a professor in engineering (with PhD), Simply too many to list.

Q: I have an electrical equipment(Its quite old. aybe about 25 years old)These are the ratings:Input : AC 120 V 60 HzOutput : DC9V - 850mAI live in SIngapore which has a power input of 240VMy step down transformer/converter specsMaximum power it can convert is 230 watts: DC9V @ 850mA is 7.65 watts. Your stepdown transformer can handle 230 watts so a measly 7.65 watts is no problem for it. Use it with confidence. Or buy a replacement AC adapter with an input of 240vAC, output of 9vDC for a lot cheaper. As long as the adapter output is rated for 850mA or higher, it will be good. (Make sure the polarity is correct, as well as the physical fit of the coaxial connector.)

Q: I have a school project (Construction management) that involves the estimating of the electrical cost for a building addition. I can do the fixture counts, equipment hook ups, box counts, switches and etc. I cant figure out how much wiring would be involved. from the blueprints, is there a way to measure (estimate) the lf of wiring? this is a school building so there are mostly medsize room and hallways. any help would be great. I remember something about the homerun count from when i was a laborer, but could i figure 1 line around the room with a line for fixtures or something like that. doesnt have to be perfect by any means.: Figure out the load for each room. Remember the vacuum cleaner rule. Figure out where the source is (panel or sub). Then run each line (including upsdowns) to each outlets, add 2 feet at each outlet - add extra afterwards. Not sure with school codes for electrical, but say for kitchens, you need 2 sep circuits for the top, circ for fridge, circ for DW circ for GarDisp. etc. Each circuit starts a home run. You can probably find circuit requirements online somewhere. But If it really doesn't matter Put an outlet every 4 feet on the teacher wall. Use 2 circuits and stagger it. Use two more circuits and stagger them (vacuum) rule around the class room (maybe 2 for each wall). (New schools use WAY more power, elect smart boards, laptops, comps, etc). Just get the drawing, imagine what you'd want - draw the runs and add it up, otherwise use the plans. Just think, each circuit comes from the panel, over to the room, to the first outlet, then the next, (dont Y or branch out), and then the last circuit. It's clean, simple and easy. Wires comes easily purchasable in the following lengths from your favt box store. 50,100,250,1000

Q: If an electrical equipment is designed for 220V at 60Hz, can it be used in a country which uses an electrical system of 240V at 50Hz. I'm not sure how true is this, but I've heard that the voltage would not be a problem but if the frequency is less, electrical equipments with motors will not be able to run at 100% performance which means the efficiency drops. Please enlighten me~Thank you: The major difference comes down to the authority of the Church. Protestants do not accept it, and therefore anything that relies on that authority or the sacred oral tradition that is preserved by the Church, is rejected by them. I was raised Methodist, and converted to Catholicism 14 years ago. Feel free to email me if you have any specific questions. @Pinx - The Ascension is about Christ, not Mary. If you're going to attack Catholicism, you might want to get the facts straight first. Mary was assumed into heaven, which means God took her up, body and soul. Christ ascended into heaven, under his own divine power, because he is God. There is a huge difference and Catholics know that. I didn't even read the rest of your post closely, I could just see it was filled with just as many misconceptions.

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