Compact Brushless Servo Motor Combination.

These small DC motor combinations are perfect for robotic applications where weight is a premium.

When Australia’s leading automotive parts manufacturer builds robotic assembly equipment they turn to the leading manufacturer of small DC servo motors. “Power density”, this is a particular buzz phrase in the robotics and automation industry at the moment and motors and drive controller technology are at the core of this requirement. This flat or “pancake” brushless DC motor when used in conjunction with a high reduction planetary gearhead gives very high torque levels for the motor and gearheads combined length, diameter and mass. In the application on a cyclic basis the servomotor combination delivers up to 6.5Nm with a motor and gearhead length of only 61mm, a motor and gearhead diameter of only 32mm and a mass of just 240g. These features make it suitable for any automation application where the mass of the motor is located on another moving actuator. When designing robotic arms for example, if you start with higher mass components on the end you have a cascade effect of increasing motor size towards the base of the unit. This critical power density criteria also flows onto the motor control electronics. The less efficient the servo motor is the higher the current draw for a given load, the higher the current draw the heavier the cables, and motor controllers also need to be larger to cope with the additional power. Recently servo motor controllers have become so small and efficient that designers and engineers are mounting the controllers close to the motor on the moving parts to reduce the number of cables on the arm section of the gantry or robot arm. Indeed this was the main reason for the selection of the ESCON (Easy to use Servo Controller) 36/3 servo motor controller specifically for brushless DC motors. The controller can be used anywhere between 10 VDC and 36VDC it can deliver up to 9A on a short term basis and up to 3A continuous. The motor control unit has very fast response and weighs in at a mere 36 grams. With dimensions of 55x40x19.8mm when combined with the servo motor at the point of the robotic joint the total servomechanism is achieved at a tiny 276 grams.

Contact maxon motor in our Sydney office for further information +61 2 9476 4777

IMG 4 web





About maxon motor Australia

maxon motor is the world’s leading supplier of high-precision drive systems. More than 40 years’ experience, constant innovation, top-quality products and competent customer service make maxon motor a reliable partner in the drive technology sector. We are driven by your specific requirements. The product range incorporated in the modular system is comprehensive: Brushed and Brushless DC motors with the unique ironless maxon winding Flat motors with iron cores Planetary gears, spur gears and special gears Sensors (encoders, DC tachos, resolvers) Servo amplifiers, position controllers and control electronics High-tech CIM and MIM components Customer specific drive solutions. maxon motor is a Swiss company headquartered in Sachseln (Central Switzerland) that employs more than 2000 staff worldwide. With 14 sales companies based in over 30 countries, sales partners in another 10 countries and with six production sites, maxon motor are able to provide locally-based and competent customer service. maxon motor helps provide innovative solutions at competitive prices for numerous applications in various markets, such as Medical technology, Industrial automation and robotics, Aerospace industry, Automotive industry, Communication, Consumer applications, Inspection and Instrumentation and Safety engineering. maxon motor Australia is based in Mt Kuring-Gai NSW and our staff will be happy to help you with all your DC motor and technical enquiries.

Leave a Reply

Fill in your details below or click an icon to log in: Logo

You are commenting using your account. Log Out /  Change )

Google+ photo

You are commenting using your Google+ account. Log Out /  Change )

Twitter picture

You are commenting using your Twitter account. Log Out /  Change )

Facebook photo

You are commenting using your Facebook account. Log Out /  Change )


Connecting to %s

%d bloggers like this: