Medium and High Voltage Electric Motors

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Medium to High Voltage Motors Australia and New Zealand

Medium to high voltage motors are designed for use within applications demanding high power. This is particularly common in large industries such as construction, mining, water treatment facilities, petrochemicals, and high-power applications such as wind turbines, pumps, and generators. The typical operating voltage for a medium to high voltage motor is anything above 1000 volts (V), with common voltage levels ranging from 3kv to 10kv. 

While both alternating current (AC) and direct current (DC) motors can operate with a medium/high voltage motor, it is more commonly used in AC applications due to its ability to accommodate applications requiring varying speed and load requirements. 

Unsure about whether to select a medium or high voltage electric motor for your specific application? Reach out to our team today for more information on our electric motors and how they can help you meet your application requirements. 

TECO’s Catalogue of Medium/High Voltage Electric Motors 

At present, we stock an exclusive selection of medium- to high-voltage electric motors that are available for purchase. Our range includes: 

• TECO Squirrel Cage 
• TECO Wound Rotor 
• TECO Electric Motors for Hazardous Areas
• TECO Open Drip Proof
• TECO Synchronous 

Each medium/high voltage electric motor is designed to complement our broader catalogue of products, including low voltage motors, variable speeds drives, and other automation equipment. 

If you need help selecting the right medium/high voltage electric motor for your application or industry needs,  contact us or send us an enquiry via email at sales@teco.com.au.  

Medium/High Voltage Motor Industries & Applications 

More energy efficient and designed to deliver electrical power to various loads, a medium/high voltage electric motor is suitable for powering: 

• Industrial applications such as mills, pumps, conveyor belts, refiners, and other heavy-duty applications. 
• Mining tools, including drills and crushers. 
• Chemical processing equipment such as mixers, pumps, distillation columns, and tanks. 
• Water and wastewater treatment plants. 
• Large-scale heating, ventilation, and cooling (HVAC) systems. 

How to Select a Medium/High Voltage Electric Motor?

Curious about how to select the perfect medium or high voltage electric motor for your application needs? Here are some key aspects to consider. 

• Before anything else, you should also begin by determining the exact power and performance needs of your application. For industrial applications, a high-voltage motor is typically suitable. 
• Determine your energy requirements. As voltage increases, so does efficiency. However, it is important to consider the suitability of specific voltages to applications to mitigate hazards. 
• Remember to take into account specific performance characteristics such as the electric motor’s weight, size, installation requirements, and maintenance. 
• Always ensure that the selected motor complies with safety standards. All of our electric motors strictly comply with AS 2067: 2016 regulations. 
• Looking for something specific? Our in-house Mod Shop offers you the opportunity to design a custom medium/high voltage electric motor solution perfected to meet your exact application requirements. 
• Need more information? Consider booking a one-on-one consultation with our expert team for a personalised solution. 

Frequently Asked Questions (FAQS) 

Are higher-voltage motors more powerful?

Yes, medium to high voltage motors are designed to deliver more power and efficiency for a longer period. This makes them suitable for a range of heavy industrial applications. Choosing the right high-voltage motor is crucial to maximise performance. 

Can you run a DC motor at a higher voltage?

While you can do so, it is advisable not to. If a higher voltage is used, the motor will have an increased power output, but it risks running hotter, which may result in potential component damage, overcurrent issues, and ultimately a reduced motor lifespan. 

What happens when you overvolt a motor?

This means adding more current than the recommended amount the motor is designed for. Over time, this will damage the motor as it will lead to overheating, insulation degradation, and motor breakdown, requiring a complete motor replacement. The most common symptoms of a motor overvolt include a burnt smell, insufficient torque, and an excessive current draw. 

Contact TECO for Your Medium/High Voltage Electric Motor Solutions 

Looking for a specific medium/high voltage electric motor solution? Browse our range on our website or mobile application for more information about the electric motors we have available. 

For further assistance, do not hesitate to contact us or email sales@teco.com.au.  

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