Almost in every industry standards have been develop to help manufacturers, regulators and the general public interpret and understand the function of appliances and machines. For example in vehicles speed may be expressed in km/h or miles per hour. In weather thermometers communicate temperature in degrees Celsius or degrees Fahrenheit. This are important standards which when removed renders everything meaningless. The same applies to washer machines.
By definition a pressure washer is a high pressure machine designed to convert low pressure water to a high pressure flow which can be used for both home and industrial applications. In order to have a standard way of communicating the capabilities of any washer the industry developed certain terms that are used by both regulators and customers to purchase the right unit for their respective purposes. The most important terms used in washer machines are PSI and GPM.
PSI is short for pressure per square inch. It is one of the most important values used in washer units. It communicates the pressure with which water is released by the washer. Typically PSI values range from 1300psi to 4000psi. The lowest being those washers used in a home setting to do the most basic cleaning work that does not require a lot of pressure. The high end values of 3000psi to 4000psi are associated with heavy duty industrial washer units that do heavy duty jobs such as paint stripping off cars and buildings.
A washer unit with a very high value in terms of psi can actually be dangerous and will require skilled application. Technically speaking what controls psi levels on a washer unit is a little attachment at the end of the wand called nozzle. This can increase or decrease the psi output. On the other hand GPM International Competition Examples is short for gallons per minute. These are gallons of water released by the washer machine. This is also an important value as it communicates how much water flow to expect out if the machine per minute. This has implications on how thorough the machine will be able to clean and how fast it can do that.
It follows that heavy industrial washer units if say 4000psi also have a very high GPM value of say 3.5GPM. When choosing a washer to buy these two values will becoming very important. They will also have an implication on Electrician Trade School Illinois the price you will have to pay for a unit and how big the build of the unit is. Higher value psi units have a bigger build and often mounted on wheels compared to low end psi value units which can be lifted with one hand.…
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Understanding Induction Motor Winding
Magnets are typically used in induction motors to generate mechanical energy from electrical energy. Electrical energy sets the axle of the induction motor in motion and anything that is hooked up to the axle also starts to turn. Windings, or coils of wire, are used in induction motors to create this result.
Background Service Industry In A Sentence
The fact that magnetic currents got created in electric fields was discovered by Hans Christian Oersted by as early as 1820 in the course of his experiments with electricity. The effect of electricity on magnetic currents is that it causes magnets to either repel or attract each other. This means that if a wire were attached to a magnet, it would either get pulled or pushed by the effect of electric current on the magnet.
On the heels of this discovery, it was also discovered by Michael Faraday that changing magnetic fields could cause wires that were nearby to create electric current. The best result could be produced if the wires were wound up in coils.
The combination of these two discoveries led to windings that are used in induction motors.
How It Product Concept Works?
The magnets and winding are the core components of the induction motor, which also features a rotating axle. Such windings are therefore called rotor windings. These rotor windings are oriented in a manner as to oppose the original magnetic field with the magnetic field created by them. When the rotor windings are exposed to magnetic fields, an electric current gets generated due to the opposing magnetic field, causing the axle to rotate.
An induction motor may use electromagnets made out of windings instead of permanent magnets. These are called stator windings as they are stationary. When electrical current passes through these stator windings, it generates a magnetic field that sets the axle of the induction motor in motion, hence creating mechanical energy.
Iron is typically used in all types of induction motors. This is mainly because iron has a very high magnetic quality and is capable of concentrating and multiplying the magnetic field created by the windings, affecting a very powerful result. Hence, in stator windings, you will find that the wire is coiled around an iron core.
Rotor and Stator Windings
There are some very fundamental differences between Rotor and Stator Windings:
To begin with, rotor windings do not need an external supply of electricity like stator windings. In the case of rotor windings, the electric current comes from the coils. Stator windings, on the other hand, need to be plugged to a power source. Also, in the case of stator windings, the most essential feature is the way the wires are connected: each stator winding shows windings that are opposite in direction from those on the other side. Also, stator winding has multiple coils of wires hooked up to each other in a series. At the end of every wire is a connection to the beginning of the next wire.…
Understanding Senior Housing Options
The retirement home industry faces some stigma, certainly, as many people outright deny wanting to spend time in an “old folks home.” They say that, that is, until they take a look around some of the very best retirement homes out there. One of the biggest problems facing both seniors and the retirement home industry is that people are simply not well informed enough about all their options. When people take a closer look, they realize that there is much more to seniors housing than they thought at first.
Let’s take a look at some of the very best options in senior The Balanced Scorecard Is An Example Of housing and why these are well worth knowing about.
Luxury retirement homes are, in fact, awe-inspiring to those who are introduced to them whether this is reluctantly or not. The pages of Comfort Life magazine are full of stories of seniors who “didn’t know that places like this existed.” Some of the astonishing features you might find in residences like these might include an indoor golf green, onsite fitness center, golf course nearby (or even onsite), onsite pub, fine dining served by a gourmet chef, and a variety of other luxury amenities which are really only limited only by one’s imagination.
Affording the best Define Consumer Service senior care
The fact is that these homes can offer so much because there is a lot of money saved by seniors who live in a ‘village’ where there is everything they could ever want. There are many seniors who exclaim “I didn’t realize I could afford this” until they took a closer look at their finances.
Some of the happy surprises seniors find when they look at what they might be able to afford include:
how much their house is worth on today’s market
how much money they can save without a car or without the need for transportation
how costly and inconvenient it is to eat in restaurants as often as many seniors end up doing.
These savings can add up to thousands of dollars a month and it suddenly occurs to seniors that they can afford more than they first might have thought.
Superb senior care is also available in other options. Here is a look at what to consider as you search for the very best senior care.
Active adult living homes allow you to remain mainly independent while in a community with peers who share similar interests.
Long-term care homes offer extended care, often around-the-clock care whenever it is required for the elderly. Many long-term care retirement homes also offer a focus on Alzheimer’s Disease care.
There are also options in terms of ownership, including rental, lease or full ownership.
When thinking of entering a retirement home, you are not restricted to renting a suite in the closest seniors’ complex. In fact, taking a closer look at all your options can open you up to a whole new world of choices that you may in fact find hard to …
Standard Cost Manufacturing VS Job Cost Manufacturing – Understanding the Differences
I love to take factory tours. There are big overhead cranes, Sparks flying around from welding machines, and large thuds as the 4 Ton Sheer cuts the sheet metal. As I walk the factory floor, I look for the key indicators of Job Shop or Standard Shop operations. It is not just what the company is making, but who they are making it for. It is also about the complexity of the Finished Good. Are they repairing a product or making a brand new item? I want to share 3 key differentiators: Duration, Labor Application, and Revenue. These will help you separate a Standard Cost Shop from a Job Cost Shop.
Let me start with Duration. How long does it take to produce the product or provide the service to the customer? If a Job takes less than 3 days, I doubt there is any need to track projected cost at completion. The job happens so fast, and the next one begins before anyone has a chance to review the results of the previous job. If a Finished Good is produced in 3 days, my first guess is that this is “standard cost manufacturing”. This means that during Product Design the expected cost was estimated (Labor and Materials). Maybe a time study was performed to calculate the expected labor, but the guys on the shop floor are not turning in a time card that says “8 hours of Welding on Job #4598”. In fact they probably ‘clock/in’ in the morning, work all day, ‘clock/out’ in the evening, and go home. There is no Labor Allocation on these short duration Jobs.
However, on a long duration jobs (> 2 weeks), there is lots of Labor tracking. On a long duration job you have time to review and analyze the actual hours that go into a Job. Time usually gets into details like; Painting, Welding, CAD Drafting, Training, Installing, Testing, and Delivery. Your business has evolved over the years with a “culture” of detailed labor allocations. Somewhere in the past I bet Us Industry And Trade Outlook Report you blew the budget on some big job and the cost of welding was 80% higher than you expected it to be. It was only through the detail time reporting that the shop manager could go back and see where the costs had been so excessive. So now everyone turns in a daily detail time card showing what they worked on that day. The records are tabulated and compared to the expected cost. This is a Job Shop Model.
Now combine these first two factors: Job Duration and Labor Allocation and you can begin to see the separation between a Job Shop and a Standard Shop. If a Job is less than 3 days, there is no formal estimate created, and there is no time for a percent of completion calculation. A standard shop will often run the same part over and over for the same customer and often in very large quantities. Example: …
Understanding the Insurance Needs of Plastics Manufacturing
According to the U.S. Department of Labor, the plastics industry employs over 1.1 million workers in the United States. Plastic, along with glass and paper products, are major industries that provide packaging for a variety of products sold in every type of store or business. There are safety concerns in the plastics industry, ranging from the manufacturing of raw materials to the actual processing of the plastics.
Health Hazards Brand Analysis Outline
Plastic, when heated in the manufacturing process, produces fumes, which may severely irritate the lungs, eyes and nasal mucosa of anyone being exposed to them. In some cases the effects are chronic and irreversible.
Fume Control
There are many safety measures that can be taken to ensure that accidental exposure to these toxic fumes does not occur. Measures to reduce risks include:
Regular maintenance of the processing plant and
Adhering to the recommended temperatures.
Incorrect melting temperatures can produce toxic fumes, especially when new materials are being used.
Fire Prevention
Many of the materials used in the plastics industry are highly flammable and present a fire hazard. Expandable polystyrene (EPS) bead, for example, contains an extremely flammable gas, the fumes becoming prevalent during storage or transportation. Factory fires have been the direct result of the accidental ignition of leaking gas. Safety precautions around EPS bead include:
Not smoking anywhere near where the substance is being stored or used.
Heaters used (primarily in winter) should be checked because they pose a risk of igniting the EPS bead.
For these reasons alone it is important that any business owner engaging in the manufacturing of plastic products should have proper insurance coverage to protect the workers as well as the business.
These range from:
Product Liability
Property insurance
Equipment Breakdown
Business Interruption
Manufacturers Consequential Loss
Property in Transit
Specialty Equipment
Crime, and
Commercial Auto
Property and liability coverage can be tailored, in many instances, to include:
Manufacturer’s Selling Price
Consequential Loss Assumption
Interdependent Property Safety Presentations For Work Coverage
Product Recall Expense
It’s no secret that costly raw materials, innovative equipment, uninterrupted production cycles, pollution, product liability, and shipment issues all pose serious risk to the success of these are types of operations.
An insurance agency has the experience and expertise to discuss the type of risks and exposures a associated with the type of manufacturing of plastics the business and secure the suitable types of manufacturing insurance to cover the distinct needs of one’s business insurance.…