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Different Types of Overhead Cranes–Part 2


Overhead cranes are a fixture in many industrial and manufacturing environments, and typically they are customized to meet the company’s specific needs. Back in October, we started a new blog series about the different types of overhead cranes that Tekwell Services provides inspections and repairs for. If you missed part 1 of this series check out Different Types of Overhead Cranes– Part 1. Jib Cranes These cranes do not have a track or runway like single and double girder bridge cranes. They appear as two girders attached at a 90-degree angle like a straight branch jutting out from a t


4 Benefits of WEG Variable Speed Drives


As an authorized WEG motors distributor and WEG variable speed drive repair specialists, Tekwell Services knows a lot about the WEG variable speed drives and how installing one within your operation will benefit you. Here are some of the specific benefits that you can expect by purchasing a WEG variable speed drive: 1 - WEG Variable Speed Drives Are Versatile WEG variable speed drives are used by many different industries such as cement production, mining, chemicals, oil and gas, sugar production, alcohol production, metal, water and wastewater, HVAC, paper and many more. WEG variable speed


Different Types of Overhead Cranes


At Tekwell Services, we see a lot of different types of cranes. We do a lot of overhead crane inspections and repairs, so we are in a perfect position to give you an overview of them. There are many types of overhead cranes and these have been customized in many different ways, so this blog series is going to define the major types of overhead cranes we encounter during our inspections and repairs. Definition of an Overhead Crane First of all, overhead cranes are also known as bridge cranes and although they are most commonly used in industrial manufacturing such as automobile manufacturing,


6 Benefits of Dynamic Field Balancing


We’ve discussed the causes of unbalance that creates the need for dynamic field balancing services in another blog post, but we have not really covered the tangible benefits of equipment that has received this service. The first thing to keep in mind is unbalance in any rotating machinery, but particularly in an electric motor, is the most common cause of failure. This can even happen if repairs have been made, such as parts being replaced that became defective due to imbalance issues. Imbalance issues create excess vibration and if you fail to address the root cause of that vibration with


Benefits of Using a Burn Off Oven for Electric Motor Repair


Rebuilding an electric motor can be a difficult, labor intensive process. The first step to rebuild an electric motor is cleaning it thoroughly. You need to remove all dirt, grease, paint, insulation, varnish and epoxy that encases the motor. The copper wire coil must be clean and exposed. There are several ways to do this. The most common being doing it by hand by scraping, sanding and removing the debris using chemical solvents and strippers. This can damage the parts. Another–less damaging–method, is to use an ultrasonic cleaner. This is less invasive and often does the job quite wel


What is an Automatic Capacitor Reformer and How Does It Benefit Electric Motor Repair?


An automatic capacitor reformer is an essential tool for any industrial electric motor asset management program. It allows a user to determine how much calculated capacitance of an electrolytic capacitor bank has remaining. The reason that this is important is that as an electrolytic capacitor ages, it loses its maximum capacitance and drops way below the original specs. As a result, it is important to know exactly how much capacitance remains in a capacitor to determine if it needs to be replaced to avoid failure when the power is needed or avoid replacing capacitors before it is absolutely n


The Impact of Lubrication and Vibration on Electric Motor Bearings


The proper care and operation of electric motors depend on how well you protect your motor bearings from poor lubrication and excess vibration. Here are a few of the ways you can keep your bearings in tip top shape and prevent unplanned downtime due to bearing failure as a result of these two problems. Maintain Proper Lubrication for Your Bearings Lack of lubrication is the number one cause for bearing damage and failure. This can be caused by a number of different reasons. The first being that you failed to provide adequate lubrication in the first place, used the wrong kind of lubricant


3 Ways to Protect Bearings with Electric Motor Preventive Maintenance


Because bearings are some of the most important components within an electric motor, and a component that is at risk for failure, it is important to protect your bearings from a need for electric motor service. How do you do this? Here are three tips to consider: 1 - Maintain Optimal Loads Obviously if you run your motor bearings beyond the recommended maximum load, you will eventually damage them. Either from the heat, or the lack of proper lubrication, the bearings will break down. But bearings also need to have a minimal load as well in order to make sure that the rolling elements rotate


Stages of an Electric Motor Rewinding Service – Part 1


Last month we reviewed the initial stages of an electric motor rewinding service: Information Gathering Stage In-Depth Inspection Stage Testing and Cleaning Stage This month goes over the critical final three stages of the electric motor rewinding service process. Motor Rewind Stage The damaged windings are removed from the core, the cores are tested for core loss, and then the windings are either refurbished or replaced and then rewound back into the motor using as the original configuration of the winding–or a more efficient winding if one is available for your model of mot


Overview of Bearing Types for Electric Motors


Bearings are one most important components within an electric motor. The bearing’s role is to reduce rotational friction while transferring the load from the shaft to the motor itself. As a result, the bearing needs to be able to operate at a variety of speeds without frictional loss and be relatively maintenance-free. There are several types of bearings used for electric motor service: Ball Bearing Ball bearings are the most common bearings used in the world. These are typically made from steel or a steel alloy. Some motors use ball bearings because of their versatility to handle both rad