Hydraulic Tensioner
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Detail： □ ltem number :07198 07199 □ Model:SA-YZ2×70；SA-YZ2×80； □ Essential parameter ltem NO.0719807199Model NO.SA-YZ2x70SA-YZ2x80Maximum Tension（kN）2x70or1x1402x80or1x160Continuous Tension（kN）2x65or1x1302x75or1x150
Maximum speed (km/h):5
Bullwheel bottom of groove diameter (mm) :Φ1500
Number of grooves:2×5
Maximum pullback (kN):2×50or 1×100
Maximum speedback (km/h):2×2.1
Maximum suitable conductor diameter (mm): Φ42.5
Engine power /speed (kW/rpm):54/2500
Dimensions (mm): 5000×2240 ×2730
Weight(kg):7500
□ feature :
1. Bullwheel with wearproof MC nylon lining segments.
2. nfinitely variable tension control and constant tension conductor stringing .
3. Spring applied hydraulic released brake acts automatically in case of hydraulic failure to ensure safety .
4. attached two sets of hydraulic power output interface to connect hydraulic conductor reel stand ..
□ Main component :
1.Engine :Deutz air-cooled diesel engine.
2.main pump and main motor :Rexroth ( BOSCH )
3. Main hydraulic valve :Rexroth (BOSCH )
4. Reducer : R.R(Italian )
5.Radiator :AKG
6.Hydraulic instrument :WIKA
- 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: By non related I mean like not a minor in another engineering or computer science. I was thinking about possibly business. What do you think would be the best minor that would give me a better salary/job opportunity?
- Electrical Engineering is one of the hardest disciplines that you can undertake. It also, with experience, gives you a good credential for a powerful resume but, like most things, you need to be unique to maximize its value! Of course Electrical Engineering applies to many trades and professions, it is the true unique combination that makes the most powerful overall impact. Examples might be; EE and Law, EE and Medical, EE and Business, or EE and Aviation! An industry that dose a lot of research and development of medical equipment and is pron to large law suits would love to have an EE with a minor in Law and maybe a Dual major with a ME Degree as 50% of medical equipment is fluids! Controls are 90% electrical! An understanding of what generates most law suits and what defaults would reduce those possibilities would be very sought after. Don't forget to obtain the PE as this is what gives you the right to not only design but verify and authorize the design! It is an attractive addition to the EE degree but also comes with a lot of responsibility! The PE also implies experience and will take time to acquire! The really rare beast is the Engineer that can communicate in writing and face to face! Giving a technical presentation that informs, inspires, and persuades is rare and there are few Engineers that can accomplish it!!! Toastmasters is an International organization that you can use to hone your communication skills. It has inexpensive dues and you don't sell brooms or anything or do community service but you do work toward your goals of being an expert communicator!!!. When you come up with the combination of skills, make sure that they are who you are for they will be the image that you will project and what people will view you as and you want it to reflect who you really are!
- Q: I might be starting a job doing industrial electric, and I want to make sure I can read the blue prints good. I am recently graduated from high school and have a vo-tech background in electrical, only no blue print reading. I know how to read schematics, ladder diagrams, and residential blue prints, but how different are industrial and residential blueprints? Does anyone know a site where I can look at some industrial electric blueprints? I know when i get there they will be able to teach me how to read it, but I figured I would try to save everyone some time and see what I can figure out before I get there.
- Hope this helps!
- Q: Greetings, I've noticed that my electrical power company is constantly sending me a reports on how much electricity I am using with respect to my neighbors, kind of trying to get me to use less energy. I figured that if a company is in the business of selling something, it might as well encourage you to use more than you really need.Why is my utility encouraging me to use less electricity? Is it because they feel there's going to be a backlash against the industry once the word gets out that utilities are big drivers of global warming, and they are trying to do damage control ahead of time.Remember, we live in a capitalistic society where maximizing profit is key to keeping investors happy. I can understand the water company asking me to consume less water, as water is a scarce resource. Coalwe have lots and lots of it. Enough to burn for a few hundred years.
- You may need to update your electrical equipment for more efficiency.
- Q: for school we have to do a video on electrical safety and what to do and what not to do in a office (at work) and please give me some ideas to have that arent not to touch a live wire because i already have that idea! thank u and please help me out
- 1. Don't overload receptacles with too many plugs. 2. Don't cut up extension cords to make them work on equipment they shouldn't. (for example - Don't cut a standard extension cord plug end off, and splice it with a printer power cord, if the plug end of the printer is still good, but the wire is bad. - The cable you splice may not be rated high enough to handle the amperage of the printer) 3. Make sure electrical items aren't in areas they can get wet - A leaky roof, dripping onto a light fixture. 4. Don't run power cords across the path of forklifts, or other vehicles unless they are rated to be able to withstand that kind of traffic. 5. Make sure a qualified electrician does electrical installations - Things can get wired incorrectly and short out, spark, or catch fire if wired wrong. 6. Always use wire nuts, and/or electrical (rubber) tape when applicable when connecting wires together - this prevents loose connections, and prevents arcing or sparks from the live wires touching metal objects or each other. 7. When digging in the ground more than 12 deep, make sure you call the electric and gas companies first - Usually electrical and gas lines (water lines sometimes too) are about 18 below the surface. If you cut or break these, you can potentially be killed if you come in contact with the electrical lines, because the voltage outside of your home or building is considerably higher than the voltage wired indoors. Hope these help!
- 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'm currently doing a 3 year advanced diploma for electronics engineering program. However, I don't feel it could really lead to much possibilities. What do people think?Are there any electronics engineers here in the room?? If so, what challenges do you face??
- It's pretty booming right now, and probably will be for the next couple of decades at least. As far as possibilities go, what are you looking for? Some EE's start their own companies and make millions. It's as much as what you make of things as it is about hopping on the right train to take you where you want to go. The downside of engineering has to be the pressure and the deadlines. Marketing and money drive engineering. And the market doesn't want to wait forever for the next gismo. Your design has to be finished by a certain time or else the whole bridge project gets held up, etc.
- Q: I am a mechanical engineer and i have had 4 different jobs and i'm forced to be an expert in electrical engineering, because everything is electrical/electronics/computerized these days. I am terrible with electrical concepts.i barely passed the only EE class i had to take, and i am trying to learn this stuff on my own, but it's like Greek to me. WHAT CAN I DO? This would be like forcing a lawyer to be an expert in bricklaying or forcing a doctor to be an expert in glass blowing!!!
- You need to talk your employer into subcontracting the electrical design work out to someone capable of dealing with it, or get an electrical equipment rep to help you with your problem.
- Q: highest Temperature i can reach in a lab with electrical discharge i do not care if the equipment gets destroyed or not i just want to know the possibility of the highest temperature you can reach with electricity if there is no limit then simply say no limit. if you know the best possible method please explain as much as possible. thanks in advance.
- There is a limit. The temperature of an electric arc (the plasma formed by an electrical discharge) is on the order of 10,000 C. This temperature is high enough to melt any substance known and to vaporize almost any substance known. Of course the amount of heat contained in that arc depends on a number of things like the amperage, the electrical power, and the material making up that plasma. You can produce an arc with a flashlight battery but the heat content of that arc is tiny. However, if you are a group of atoms of, for example, copper, participating in that arc, you are going to melt and some of you are going to vaporize. If you want to learn more about exotic ways to acheive very high temperatures (enough to initiate nuclear fusion), google the Lawrence Livermore National Laboratory and their project on laser ignition for fusion research.
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Hydraulic Tensioner
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
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OKorder Financial Service
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