Motor Controls 

In essence, motor controls are devices or systems that govern the operation of an electric motor. They can do a lot more than just turn it on and off. Depending on the setup, they might:

• Manage starting and stopping sequences. 
• Control the motor’s operating speed and torque.
• Provide overload and short-circuit protection.
• Automate processes through control logic. 

For most industries, the two main goals are simple: protection and reliability. The controls should keep the motor from damaging itself (or the driven equipment) and make sure it starts when you need it. 

Unsure about whether our motor control solutions fit the needs of your application or industry? Reach out to our team today for more information on our solutions and how they can help you meet your application requirements. 

TECO’s Catalogue of Motor Controls 

At present, we stock an exclusive selection of motor controls that are available for purchase. Our range includes: 

• Direct On Line (DOL) Starters – HFUB
• Star Delta Starters – LV Starters
• IEC Contactors
• Thermal Overload Relays (TORs) – RHU & RHN Series

If you need help selecting the right motor control for your application or industry needs,  contact us or send us an enquiry via email at Marketing@teco.com.au.  

Motor Controls: Industries & Applications 

Motor controls are used everywhere in almost every industry. Any time you’ve got a motor, you’ve got something controlling it. Typical applications include:

• Pumps and fans in water treatment, HVAC, and manufacturing
• Conveyors in logistics, mining, and food processing
• Mixers and agitators in the chemical and food industries
• Compressors for air and gas systems
• Motor Control Centres (MCC)
• Machine tools in workshops and production lines

Each of these has its own demands, which is why choosing the right starter and/or control system isn’t one-size-fits-all. 

How to Select the Right Motor Control for Your Application?

Selecting the right motor control for applications necessitates a few key considerations. 

• First, consider the motor size and type, such as whether it is AC or DC, single-phase or three-phase, and whether it is an induction or synchronous motor.
• Second, evaluate the starting current, since some motors draw six to eight times their running current on start-up. If this is too much for your power supply or could cause mechanical stress, a reduced-voltage starter like a star-delta starter may be required.
• Third, assess the application duty to determine if the motor will run continuously, start and stop regularly, or operate under heavy load at start-up.
• Fourth, review the protection needs, including standard overload protection, and consider whether additional safeguards like phase failure, under-voltage, or temperature monitoring are necessary.
• Finally, decide on the control method, whether it will be a manual push-button, an automatic sequencing system, or integrated into a PLC-controlled process.

Need more information? Consider booking a one-on-one consultation with our expert team for a personalised solution.

Contact TECO for Your Motor Control Solutions 

Looking for a specific motor control? Browse our range on our website or mobile application for more information about the options we have available. 

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