0
What is the actual 50KW load after improvement of the power factor from 0.68 to 0.99?
Wiki User
∙ 15y ago
Sorry brother it"s to difficult
Wiki User
∙ 15y ago
Add your answer:
Earn +20 pts
How do you choose circuit breaker all the control circuit if i have 50kw power of motor?
The breaker should be sized to 250% of the motor's full load amperage.
50 kilo watts is how many watts?
1kW = 1000W 50kW = 50000W
Can DOL starter use for 50kw motor?
The answer is yes. I had seen 110kW pump start on DOL starter
How many homes can 1 wind turbine produce electricity for?
There are wind turbine from 300watt to 50kw , normally ,one 2kw wind turbine is enough for a home Allan Skype :minjia002
What should we do We have a 2 MW gas generator It has detonation problem whenever the loads cross 1.3 MW we tried increasing revolution by unloading reducing throttle opening enriching mixture.?
What should we do We have a 1.1 MW gas generator It has detonation problem whenever the tarque load increase or decrease 50KW generator start the hunting and detonation after this condition generator tripp.?
Choosing the Right Size Used Generator?
Many people feel that getting a generator for backup power is easy because you can just get the smallest generator available since it is only used on standby. This is faulty thinking and can not only lead to damage to the generator, but can also cause you problems as well. There are several sizes and types including: •%09Single phase •%09Three phase •%09KW •%09KVA •%09Welder •%09Standby •%09Motor starting There are various power capabilities ranging from 5kW to 50 kW, that are available for personal and home use, with many ranking from 50kW to well over 3mW for commercial and business use. There are some that are designed for portable use with mobile homes, RVs, or even just for a small office. Businesses must take advantage of the highest powered generators in order to provide sufficient backup power for an array of machinery and operations. When determining the amount of power you need from a generator, you will be considering the actual functions you want to continue to power up while your main source of power is down. You will want to list out the items that are actually going to need generated power, as well as the starting wattage and the running wattage to determine just what power capabilities are appropriate for you. If you are just powering a small device, you will likely need one of the smaller generators. However, if you are powering a business building with various machines, you will likely have to make use of one or more of the larger and more power supplying generators. Asking the advice of a trained and experienced electrician can ensure that you get the correct generator or generators you may need. They will determine which devices require power and how much will be needed to start and run each device. Each device will need a specific amount to start up, with another amount of wattage to continue running efficiently. When all else fails, remember that going for the bigger generator is better than going for the smaller generator. A generator that is too small will cause a short within your devices and likely within the generator as well. This could be a costly mistake in the end.
What is the fuel consumption of generators?
The answer is dependent on the size of the engine powering the generator, the electrical load on the generator, and generator's capacity to produce electricity.Compare these two diesel generators:11kW Kubota operating at half load (5500 watts) uses 1.4 gallons of diesel per hour - about .25 gallons per KVA.50kW Generac Protector operating at half load (25kW) uses 2.6 gallons per hour, which is about .104 gallons per KVA.As you can see, the larger generator is operating a lot more efficiently.
Which has the higher frequency range am or FM?
Both can use the same amount of energy. The amount of energy used varies and depends entirely on the tower and the range it was built to cover. There have been AM and FM towers built to use up to 500kw in the past. Modern stations now have government limitations placed on them restricting the energy used. Most current AM towers are restricted to 50kw and FM stations are typically restricted to 100kw. A few older FM towers with a range up to 500kw are still in use today, grandfathered in under the new laws. The only AM towers broadcasting at 500kw were taken over by the military and public towers are no longer allowed to use that much energy. --- The primary differences between AM and FM are not the amount of energy they use but the methods they broadcast with. AM and FM broadcast at completely different frequencies and bandwidths. An AM station broadcasting at 500kw can cover the entire planet. An FM station broadcasting at 500kw cannot. AM's frequency and broadcast method allows for the signal to curve and still remain usable at longer ranges for less energy. However, it will always be prone to static and interferance. FM's higher frequency and larger bandwidth allows for a clearer signal, but the shape of that signal does not bend well and thus does not curve easily around the Earth, regardless of how much energy is dumped into it. --- In either case, the more energy dumped into AM or FM and the longer the range you can reach, but FM is eventually limited more by the curve of the Earth and AM will always be prone to interferance. --- The bottom line, neither AM nor FM has "more energy" simply because they are AM or FM, they have more energy based purely on the design of the tower being used to create the signal and the range it is intended to cover. Either can use an energy range of 500kw (or theoretically even more), there is simply no reason to in most cases. With modern government regulations standard AM towers are 50kw, standard FM towers are 100kw. But without the regulations there are no real limits and there are still towers in use on the planet that existed prior to the regulations which broadcast using more energy.
What are the differences between commercial and domestic boilers?
The boiler industry distinguishes between domestic and commercial boilers. A boiler is considered domestic if it is with the range of a 70 kW maximum limit. Any installation above 70kw is considered commercial. This is measured by the installation as opposed to the range of an individual boiler. An installation of two 50kw boilers which are connected to the same system is considered to be a commercial installation as the total amount of kW is higher than 70.
How much is 1 unit of electricity?
In India Maharashtra State Domestic light:- from Rs. 0.66 to Rs.6.85 according to consumption slabs i.e. Min to above 500 KWH Commercial lighting:- from Rs. 4.20 to Rs. 8.10 according to load from 0.20 Kw to 50Kw. Agricultural:-From Rs. 237 to Rs. 267 per Kw/per month.( Subsidised rates) Industrial:- Rs. 3.5 to Rs. 4.75 Plus fixed charges plus fuel cost adjustment as and when declared. Average cost is Rs. 5/KWH
What are the advantege's of laser?
1. Lower power consumption: a typical blanking press or turret punch consumes 50kW of power in total. A 4kW laser system uses 10kW of power total typically. 2. Safety: A blanking press has a large blade that moves rapidly up and down, and doesn't necessarily have safety features to prevent a hand getting caught in it. A fiber laser is required to be enclosed by a light tight box which means they are designed to run without human intervention during cutting. 3. Material Scrap savings : Due to a cutting tool requiring material on either side of the cut, a border of at least 1/2 inch is required. For a laser, if parts share a common outline, they may be cut with a single cut, with no scrap. A minimal scrap skeleton may also be cut, as small as 1/16 of an inch or even less for some materials. 4. Cutting properties: a blanking die can only cut materials up to a maximum tensile strength. A laser can cut any strength of material, as long as the material can be melted. 5. Low maintenance: A blanking press or turret punch has expensive tools that must be sharpened and stored regularly as different parts are cut. A laser can change parts by changing programs, and requires relatively inexpensive replacement parts like lenses and nozzles. 6. Flexible operation: A traditional blanking line has a tool for each part that is a fixed design that is very high investment, typically costing somewhere on the order of $50,000 per tool, depending on the shape. A turret punch is somewhat better in that you can program any shape that can use that set of smaller shapes to make something, but if you want to change a dimension on a hole or something of that nature, design change is limited to the tools available, or a new tool must be purchased and it must replace an available slot on the turret. These tools are less pricey, but still require regular maintenance, which is a somewhat specialized task, so the labor costs will be higher. A laser can change the cutting profile on the fly, and typically takes less than an hour to reprogram, costing approximately $60 to apply a change, and that is a high estimate of the cost. 7.Improved edge quality: Since presses and punches are shearing through the material, which literally stretches the edge until it breaks, the top side of a part typically has a rounded over edge, while the bottom has a bunch of stretched ribbons that are very sharp. These are sometimes required to be cleaned off with an abrasive, which is a secondary process that adds to price. A laser, when properly focussed and set for a material, cuts a part with an edge with a mirror-like surface, the top edge remains square, and the bottom edge is smooth to the touch. 8. Faster changeover: A blanking press requires 30 minutes to change between cutting different parts, as the dies must be swapped out. A laser can change programs instantaneously, leading to time savings and allowing for smaller production runs to have a decreased price.
How To Sell Your Used Diesel Generator?
Diesel generators are well known for their reliability. Where gas and propane add friction to the various moving parts inside a machine, diesel lubricates them, meaning less wear and tear and most important, less repair. However, sometimes a person no longer needs their ever reliable diesel generator so they decide to sell it. This article will tell you how to sell your used diesel generator to generate some extra income. First, compile as much information about your generator as possible. Buyers will want to know how many cylinders it runs on, what size the fuel tank is, how it’s cooled, its fuel consumption, noise level, maximum output, weight and voltage. Second, take pictures of your generator. A full picture along with shots of its ID tags, hour meter and engine will help. The next step is to decide how you want to sell it. You can sell it through print or online. For print, you can put adds in your local newspaper and trade magazines for a small fee. For selling it online, www.ebay.com, www.craigslist.com and www.equipmatching.com are the three most popular sites. Ebay is the largest online auction house and might draw the biggest pool of potential buyers, but they do charge a commission for each sale, where Craigslist and EquipMatching do not. Craigslist is probably the easiest, considering you don’t even have to create an account in order to sell there and signing up is free. EquipMatching, however, is also free as well as being dedicated entirely to surplus machinery. They also offer paid memberships that will improve your chances of getting your item noticed and sold. All these sources publish want ads, so be sure to check them first because you might end up saving yourself a little extra work. Www.dieselserviceandsupply.com is another great option. Diesel Service & Supply, Inc. specializes in diesel generators with outputs between 50kw and 3mw and has been buying and selling diesel generators for more than 20 years. To find out if they’re interested in your generator, simply fill out the form on their website and email them your pictures.
