The main objective of motor testing is to reveal hidden problems and prevent unnecessary failure. Motor testing assesses the integrity of a motor through the use of computer-supported equipment or tools that monitor trends within the motor.
#DC MOTOR WINDING PROFESSIONAL#
You should ask a professional to run a check up on your electric motor to get a clear answer.īy scheduling regular checkups and servicing from the team at Sloan Electric, you can help minimize the risk of your electric motor overheating.Motor testing assesses the integrity of a motor through the use of computer-supported equipment or tools that monitor trends within the motor. If you have taken all potential issues into consideration and your machinery is still getting too hot, this could be a sign that there’s something wrong with the internal components. When you start using your electric motor, remember to consistently monitor its temperature and performance for signs of overheating or deterioration. Keep it away from other sources of heat, give it plenty of space, and make sure that the ventilation holes are clear. Remember that where you place your motor will affect its chances of overheating. Once you’ve chosen the right motor for your company, find the right home for it in your industrial space. If you aren’t sure about your requirements, you should speak to an expert. Check that the size, voltage, and performance are all rated to suit your specific needs. The first step any professional should take before buying an electric motor is to ensure they’re purchasing the right machine for the right application. Scheduling regular maintenance on your motor can help reduce this risk.Īvoiding the issues associated with overheating requires the right equipment, careful planning, and preventative maintenance.
If you attempt to run an intermittent duty motor for too long, it won’t have the time it needs to cool down between cycles. Make sure that you only use your motor according to its specifications. Improper use: Some motors can run consistently, whereas others are intended for intermittent use.Give the motor plenty of space to operate. If your machine is running in a hot environment, it will struggle to cool down quickly. A poor surrounding environment: A motor needs room to breathe so it can perform at its best.When your motor doesn’t have the right voltage support, it needs to work harder to perform, which causes parts to overheat.
Overheating in an electric motor can happen for a variety of reasons. Your electric motor is a complex machine and requires a careful balance of environmental and supportive factors to run smoothly. Protecting your motor begins with understanding the most likely causes of overheating. This has an irreversible impact on the lifespan of your machinery, regardless of whether the overheating was temporary or long-lasting.īecause heat is the most significant enemy that electric motors face, the question becomes: how can you prevent overheating and minimize the cost of replacing or repairing your electric motor? One of the most common performance issues in electric motors is overheating.Įxperts suggest that an 18☏ (10☌) degree increase in motor winding temperature can directly affect the insulation of the component and reduce its lifespan by 50%. Like any complex machine with multiple moving parts, electric motors are vulnerable to common performance issues like misalignment, bearing wear, and harmonic distortion.
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