Gear Motor and Its Applications


The AC gear motor is a device which will allow for the low horsepower motors to have a great deal of force on a particular object which has low speed. It typically consists of a reduction gear train as well as an electric motor where both come fully integrated on an easily configurable and mountable system. The benefit of using AC gear motor is that it will simplify the manufacturing and design of power machineries and tools which will require high torque and moment of force at low revolutions per minute speeds or low shaft speeds.

One very specific type of AC gear motor is the alternating current powered electric motor. These motors are very fast and cost efficient and its output usually range anywhere in between 1,200 and 3,600 revolutions in one single minute. Torque can also be customized in order to synchronize with the normal speeds and at the same time stall speeds. A small minority of the gear motors are DC or direct current powered. DC powered motors are typically used in the automotive industry as vital components used in car construction including the windshield wiper motors, power seta, power winches on trucks and even power window motors. One very notable feature of the reduction gear trains which is found in a gear motor is the reduction of speed put out by the motor while at the same time increasing the amount of applied torque on the material. The significant decrease in speed is deemed as inversely proportional to its increase in torque. This particular relationship means that in this kind of device, if the torque were actually to double, the speed will decrease by about one half. The small electric motors like the gear motor are able to bear and move very heavy loads since there is a reduction in these gear trains. While the ability and speed of the larger motors is quite greater, small electric motors are already sufficient enough to bear these loads.

Another major function of the AC gear motor is in multiplying the torque at such a low speed with the use of a small motor. This particular action serves to increase the applied force coming from the motor to an object. Applications for torque multiplication are actually very many and would usually center on lifting the devices used in homes, hospital settings as well as manufacturing industry. There are actually plenty of applications in the industry and manufacturing for small motor which applies a very tremendous amount of motive force to a particular object at a much relatively low speed. Common appliances which contain the gear motor typically include the power drills, mechanical clocks, washing machines as well as various cake mixers. In the heavy industry, the motors are typically used in order to power a wide range of tools like the lifts, cranes, jacks, mixing machines, clamps as well as conveyance machines. Indeed gear motors are very useful in the modern world that one lives in today.


By valariearthur

Effectively Handling Compressor and Electrical Motor Problems


Air compressors from time to time will encounter problems which is why you need to visit an air compressor repair shop. The key in diagnosing any problem during your air compressor repair in Toronto is with the use of a good digital multimeter (DMM). The DMM can be used in reading suction as well as discharge pressure, overnight temperatures, discharge line temperatures and valve performance. The clamp meter on the other hand is an excellent tool used in troubleshooting electrical motor as well as compressor problems. The meters which are designed in order to accurately measure both AC current and AC voltage are especially very useful. They will allow you to measure current without the need to break into the electrical circuit.

Compressor Electricals

In order to check the air compressor for electrical problems during your air compressor repair in Toronto, you can remove first the electrical terminal cover and then check the following external connections of the equipment.

  • Check the line voltage near the load center with the compressor off. The low line voltage will cause the motor to draw more current compared to the normal and may result in overheating as well as in premature failure. The line voltage which is too high will also cause excessive inrush current at the motor start and will again lead to premature failure.
  • Also check the line voltage at the motor terminals while the compressor is running. The voltage should be within the 10 percent of the motor rating.
  • Check the running current. The readings on it should be exceeding the full load rated amps of the manufacturers during heavy load periods. The low amps are normal typically during low-load conditions. Excessive high current can also be due to the grounded or shorted windings, a bad capacitor, and a faulty in the relay or an indication that there is already excessive bearing fatigue.

You are to be warned that when you perform air compressor repair in Toronto with internal thermal motor protection devices which have been running extremely hot, you need to ensure to give the air compressor some time in order to cool down before the electrical test. This will then allow the device to reset back to its normal position.

Failures in Motor Caused by Refrigeration System

There are times wherein a service technician might misdiagnose what is usually a defective compressor with electrical winding failures as one that is caused by an electrical system problem. The true cause of compressor electrical problems is often mechanical system failure and even inferior installation as well as service practices. The problems will include the following:

  • Poor piping practices which result in oil not really returning to the compressor after the run cycle.
  • The high discharge temperatures creates acid in the oil.
  • Insufficient airflow across the condenser and evaporator coils.
  • There is an extremely low suction pressure.
  • Liquid refrigerant flood back into the compressor.

If you encounter a problem with compressor bearing failure or a lockup you can actually attribute this to poor piping practices. This will lead to oil clogging in the system and will then result to insufficient oil return into the compressor.


By valariearthur

The Benefits of Having a Commercial Website in Toronto


In today’s sophisticated world, every business, even small business should have a website. With costs being very low at the entry level, it is becoming very difficult to imagine a particular reason why a company of any size should not have a website. People engaged in Toronto web design are now sought after these days as business owners are seeing the need to be online. Experts would recommend that if you are out of budget; seek those websites that are provided for free on the internet or those with minimal cost. There are plenty of user friendly, free as well as open source content management systems which are available to the public in order to assist users with Toronto web design. It is even very possible to build a basic small business website without the need of a professional Toronto web designer.

Here are some of the advantages of having a website:

  • Low cost advertising. Compared to other forms of advertising, the web has a far wider reach. While it would take considerable time to build enough traffic to your website in order to make a very worthwhile impact on the marketing campaign of your company, it costs next to nothing to be able to do so. Your website will be the center of the online presence of your company. Through your website, you will be able to advertise your business on the internet and on different social networking websites, forums and even through pay per click advertising schemes.
  • Visibility. Increasing the visibility of your company is the major factor why having a website is very important. Even if people have already heard about your company and the products that you are offering, they may want to check your credibility online first before leaving the house and buying the product in stores. Provide a map as well as directions to the physical locations of your offices and shops on your website so that t he visitors will not have trouble finding your exact location.
  • Accessibility. A website is online and browsers or potential customers can access it 24 a day, 7 days a week or in short every single day of the year. Because of this advantage, your customers as well as potential customers will be able to visit your website for support as well as information about new and upcoming services and products whenever it is convenient for them. Your website will act as a very invaluable and an ever reliable and available resource for the information which would otherwise only be accessible during the business hours of the company.
  • Sales. If you are on the internet, you can actually sell your products anytime that you want. Potential customers will not be restricted to the business hours of your shop or office. Instead, they will be able to go online and then purchase products whenever they want to. A website which has an online shop will be able to provide a dramatic boost in sales of the company.
By valariearthur

Intro to Refractory Materials


Acquiring the right materials for a given application is a crucial part making your handling facility a success. It takes precisely engineered production to deliver optimal results, and refractory materials will always deliver the sheer power of engineering excellence. Crafted by combining mild stainless steel components and a fine selection of advanced engineering skills, stainless steel anchors will always soar above the rest. The success of the anchoring strand depends on how articulate the individual components are matched together. Additional details to watch out for when buying a refractory anchor include the following.

The right length

Refractory materials are designed to accommodate varying cord details. Some are short while others are long, while others are of medium length. The right anchoring strand should have a rope (cord) of the right as determined by application-based needs. When combined with a higher edge of the right sturdy and tensile strength, your anchor will always lead to satisfactory results. Stainless steel anchors are therefore typically considered all-weather and ideal for a variety of advanced applications.

Precisely engineered

Engineering excellence is a critical ingredient of anchors and fasteners that should always be put into consideration. It defines the ability of the anchor to effectively meet your expectations. From the anchoring hooks to the rope holders and various other intricate components, each part should be precisely knit onto one another. By perfectly matching the right engineering skill and the right choice of base material, the resultant refractory materials will always score above competition.

Reinforced surfaces

Although stainless steel offers high resistance to rapid wear and tear, it is important to reinforce it with a think bar or a T-joint whenever used for anchoring. This ensures that the refractory materials do not wear out due to rapid stretching or surface tension during tightening or loosening them.

By valariearthur

Technologies Employed in Oil Mist Collection


An oil mist collector is now a considered a very important equipment in many industries that deals with oil mist as a by-product of their processes. What is an oil mist? In the most basic state, an oil mist is a mixture of oil droplets that are very small to be seen by the naked eye. The mist is combined to the clean air in the surrounding and the ratio is 1 for every 2 million particles. The oil mist has many uses compared to the typical liquid oil. Oil mist is being collected for a number of decades already with the aid of oil mist collector. Now that technology has developed and many equipment have been developed over time. May technologies are now developed and used in order to extract as well as collect oil mist in various ways.

Extraction and collection technologies are developed for the very reason that oil mist offers a lot of benefits. Oil mist is known to have excellent lubricant characteristics that performs better in making sure a machine does not need maintenance as often as when other lubricants are used. Oil mist as lubricant is used many industries specifically in petrochemical plants as well as in housing. One of the most common and simple system that is used compared to other traditional methods is the oil mist systems. There are older versions of this method that was widely used in the middle of the 80th century but is no longer in use nowadays. There are many different kinds of units that are used to filter and extract the oil mist and are used by a number of manufacturing companies all over the globe. These units are commonly seen in manufacturing plants that have to deal with oil mist as a result of metal working process and other production processes.

An oil mist collector is important in factories because it helps protect the employee’s health as well as ensure that the machining equipment used is protected too. These collectors do not costs a lot of money to install and it employs different technologies in collecting oil mist. The centrifugal mist collectors make use of a filter element that rotates which helps in enlarging the captured mist droplets. The droplets then move from the filter drum and stick to the casing wall. Once the oil is liquefied, it travels until it reached the opening with the help of high velocity air. The opening is where the excess oil is drained out.

The cartridge mist collectors are also referred to as media filter mist eliminators. This type of collector makes use of a filter that is of HEPA type which is responsible in trapping mist as well as smoke oil. The trapping and collection of oil mist is done with the use of a simple filtering process. Another type of oil mist collectors is the electrostatic precipitator collectors. High voltage is employed in order to charge the particles and droplets before they are collected.

By valariearthur

How Roller Conveyors Help in the Business


The steep cost of a conveyor system makes many businesses uncomfortable for its purchase. Aside from the actual investment cost, installation as well as training of personnel takes up valuable time and money. Clearly, this is a very myopic view on how roller conveyors assist in the whole business cycle. The following are but some of the ways roller conveyors help the business flourish and thrive.

  1. Roller conveyors are one step towards full automation. This means the efficiency of the assembly line for the manufacturing of the product increases exponentially. Gone are the days of lifting and carrying the product by hand, allowing for a more fluid production process.
  2. Roller conveyors carry products from one point of the assembly line to another. Being automated, allows for a consistent carriage of the product, avoiding damage or even loss because of uneven handling.
  3. While it may seem far-fetched, showing off a gleaming assembly line with roller conveyors carrying product from one end to another is an attraction that many users and buyers look for. How the company carries its manufacturing process ensures a pristine product, which only helps to boost the business.
  4. Roller conveyors, while expensive, are front loaded cost. This means that the initial investment is the highest expense incurred. This is more cost effective in the long run as labor, over time, increases in cost and decreases in efficiency. Labor would require higher wages yet be more prone to absences and downtime. Roller conveyors on the other hand, only require little maintenance yet operates consistently and efficiently over a lengthier period of time.

Clearly, roller conveyors provide a big benefit to businesses that invest in them. The company’s efficiency increase dramatically when the roller conveyors are used. The product output becomes consistently complete. The roller conveyors can also be used for marketing purposes, as many see the state of the art facility. And ultimately, the long term costs would favor the company with its investment in roller conveyors.

By valariearthur

Types of Quincy Air Compressor Parts and their Uses


There are many types of air compressor. If you want to get the best deal of the compressor together with Quincy air compressor parts, then you have to be familiar with its kinds. You can choose according to the kind of drive or lubrication.

According to Drive

  • Belt. The belt maximized the work of the machine. Most Quincy air compressor parts of this type are high-powered and can regulate heavy supply of air without operators having to deal with overheating engines. However, if you buy this belt driver compressor, you have to carefully choose the best Quincy air compressor parts such as covers and other safety parts.
  • Direct. This type of air compressor is considered as portable. It is small and handy. This best fits a home use compressor. You can get air supply without having to wait for a full tank.

According to Lubrication

  • Splash. The air compressor is assembled in a way that enables a rod-like tool to dip in an oil container and splash the oil to the engine bearings. Splash-lubricated air compressors are in line with piston type compressors. Although all oil-lubricated compressors are best use, many are doubtful with the splash-lubricated design because it is possible that the splash won’t reach the uneven plains of the compressor.
  • Oil-Free. This types of air compressor doesn’t need oil to work. Its bearings are all soaked up with oil permanently. Oil-free compressors are suitable for light work. They can’t endure long and heavy work because they tend to heat up fast.
  • Pressure. A pressure-lubricated air compressor is another type of oil-lubricated machine. Instead of splashing oil to the bearings, it has a pump that delivers oil to all the vital parts of the air compressor. It is actually a very efficient air compressor, only it is expensive.

Oil-lubricated compressors are more efficient compared to non-lubricated ones. You can do heavy work without having to worry about overheating or damaging the engines. If you are planning to use the compressor for your business then it would be wise to buy any type of oil-lubricated air compressor.

What you have to carefully think about when choosing the right kind of air compressor is the function. Ask yourself what it is for, how heavy and often would it be used. With this you can analyze the specifics and be able to buy the best air compressor that will personally or commercially suit you.

Furthermore, the key in getting the best buys for any type of machine or appliance is a well-established company. You have to be wise when choosing an air compressor company to buy from. It’d be best if you ask people you know that are experts with this kind of matter. Or, you can search for companies online. Just type in your area and the kind of Quincy air compressor parts that you are looking for. Make sure that you do a little history investigation about the business that you are buying from.

By valariearthur

History of Archery Targets Bags


Archery target bags have been in existence since the 3500BC. Invented centuries ago, the sporty tool has since seen meaningful evolution. The initial concept was developed to train armies on how to hit their targets on spot. This took place during the weaponry revolution of the 16th Century. As the technology grew, and its impact proved useful in military training, archers engaged in various competitive activities, often using different kinds of archery target bags, with the aim of surpassing their training obligations. As trainers become closer to one another, and the need for well-developed training centers grew, Christopher Morris founded the first every archery society.

In the early 16th century, archery became recognized as a competitive sport, with tournaments being organized in various seasons. As the demand for high precision target hitting, the sport accommodated both men and women, and the sport officially recognized the role of women in archery in 1787. In 1879, a women’s only tournament was for the first time organized, followed by the inclusion of archery targets sport in the Olympic Games in 1900. As the new sport gained popularity in the early and mid-1940s, its demand increased, and the need for more innovative archery solutions rose. A remarkable transition to modern archery sports took place in 1946 when Ben Pearson invented the first ever metallic arrow shaft. Designed and crafted from light aluminum, the arrow has since become recognized as the primary archery arrow.

Today, the use of archery target bags is advanced, and the sporty side of it remains indispensably important in developing and enhancing human skill in target hitting. In fact, almost every militia uses archery products as a core part of their training. This makes the archers both hardy and well suited for competitive military operations. Archery is also used as a sporty activity in which players gain significant footage in improving their muscular stability and mental capability improvement.

By valariearthur

Info on the Secondary Industrial Vacuum Pump


A special group of industrial vacuum pump machinery that often go unnoticed. These are the secondary pumps, called as such as because they serve to assist the operation of the primary industrial vacuum pump.  The following are some of the secondary industrial vacuum pumps in use nowadays.

  1. Turbomolecular Pumps. This kind of industrial vacuum pump utilizes kinetic energy in the transfer of gas molecules. This is achieved through high speed rotation of angled blades that push the gas. The pushing force provides momentum for the gas molecules to move towards the outlet.
  2. Vapor Diffusion Pumps. In these kinds of industrial vacuum pumps, the transfer of kinetic energy is done through heated oil which travels at high velocity. The oil attaches to the gas and carries the gas to the outlet. Then the oil is captured to be returned to the inlet for the repetition of the whole process.
  3. Cryopump. An industrial vacuum pump of this design operates by utilizing low temperatures produced by cryotechnology to store gases. These pumps do not carry the gases forward, but instead traps the gas and then stores it. This type of secondary pump requires frequent maintenance, as the freezing leaves deposits in the pump and in the overall mechanism.
  4. Sputter Ion Pump. This group of industrial vacuum pumps use chemically activated materials to combine with gases through ionization. The process is called gettering, and is effective because a magnetic field with high ionization creates plasma that captures the gases on a cathode of either titanium or tantalum. The captured gas process is called sputtering.

The secondary industrial vacuum pump performs a role to support the primary industrial vacuum pumps in use. The secondary pump, with its specialized purpose, provides a support mechanism to the main function of the industrial vacuum pump in use.


By valariearthur

Exploring the Full Potential of the TAC I/A Series


TAC I/A Series is a building management system that allows you to have a full building access, monitoring and control from anywhere in the globe. There are myriads of benefits of having a building management system. This system is deemed by experts as a tool for any kind of business. It will be able to provide a comfortable working facility for the occupants of the building. This will then translate to improved productivity and will contribute significantly in saving energy costs and reducing carbon footprint when used correctly. However, most of the time, the full capabilities of the building management system are not fully utilized and the potential benefits that the system can provide are lost.

In order to fully take advantage of the potential of the TAC I/A Series system, the building manager should be able to link together the different systems that make use of energy within the building. In the past, users of the BMS have put off this task because there were concerns arising like the potential complexity of the building systems and the potential increase of initial cost for the system. Today, these issues have now become much easier to overcome with the advent of an integrated building management system. The key in order to achieve these benefits is the interaction that comes between the devices. A common example to this is the control in a meeting room. When the room is not occupied, it will be appropriate to reduce the heating temperature set points in the room and increase those for the cooling and then turn the lights off automatically. This can all be carried out through a signal coming from occupancy or a CO2 sensor to both the temperature and lighting control systems.

In most cases, this does not typically happen. The two systems mentioned are not integrated, hence, energy-saving potential will be lost. This is a shame since this type of control which is demand-based is relatively very easy to implement and likewise the payback period for additional work can be classified as fairly short.

The ventilation systems of the TAC I/A Series can be readily controlled based on the same information on demand. Again this can be easily linked with the overall system in order for the fans which are controlled with a variable speed will be turned down in order to save energy and thus help prolong the life of the plant facilities. The fact that you can do everything automatically increases the potential of your building to save energy since the system is not dependent on the users to remember to shut down the systems.

The BMS head can use a single point of information for the entire building if the all of the services of the building are linked to it. This will mean that information coming from multiple systems can be easily displayed on a single page in order to give a clear picture on how the entire building functions. You can also integrate data coming from meters into the BMS and allow it to become both a control and monitoring system. This will make analysis on the various parts of the building even more straightforward.

By valariearthur