BLDC Motors

These 3-phase brushless DC motors are particularly suitable for applications with high rupture and service life.In addition to the high-performance standard version, the series can also be equipped with customer-specific adaptations (electrical and mechanical).By installing an encoder, these motors can be used as servo drive in conjunction with 4Q servo controllers.

Features
voltage 1-500 VDC
Diameter 30 mm to 300 mm
speeds in the range from 1-20000 rpm
torques 0.5 Nm to 20 Nm
high efficiency
low power consumption
combined with worm gear or planetary gear
protection up to IP65
two-sided ball bearing

Your benefits

  • High service life in indoor and outdoor applications
  • Suitable for intermittent movements
  • Reduced energy consumption due to intelligent motion control
  • Integration of specific with various software functions

BLDC Motors with integrated drive control electronics

BLDC MOTORS WITH INTEGRATED DRIVE

These 3-phase brushless DC motors with integrated 1Q electronics are particularly suitable for applications with high running and service life. Functionalities such as change of direction, speed control and soft start cover the electronics and ensure simple commissioning with minimal wiring.

Features:
integrated 1-Q control electronics
reversal of rotation (even at full speed)
speed control via set point input (0 to 5 VDC)
current limit
ramp
enable terminal
error detection (current limitation, under voltage)
voltage 1-500 VDC
Diameter 30 mm to 300 mm
speeds in the range from 1-20000 rpm
torques 0.5 Nm to 20 Nm
high efficiency
low power consumption
combined with worm gear or planetary gear
protection up to IP65
two-sided ball bearing

Your benefits

  • No additional driver and control system required
  • High service life in indoor and outdoor applications
  • Suitable for intermittent movements
  • Reduced energy consumption due to intelligent motion control
  • Integration of specific with various software functions

BLDC Drives

DC Drives:

brushlesh dc motor drive controller
  • Rated Capacity 12KW
  • Input Voltage 12 – 480V DC
  • Rated Current (Max.) 100 Amp
  • Starting current Not exceeding 2 times of nominal current
  • Over current Limit 20% of nominal
  • Speed Range up to 20000 RPM(±–%)
  • Over voltage Limit 10% of nominal voltage.
  • Motor feedback Hall effect sensors
  • Commutation Trapezoidal
  • Mode of operation Velocity mode(closed loop control)
  • Features Solid state type, Soft switching, Alarm/Status monitoring, EMI/EMC compatible.
  • Input signals Run/Stop, Emergency stop.
  • Display/Indications LCD display for voltage, current, frequency & speed.
  • Operating temp./Humidity 0 – 75oC/ 95(+/-3%)
BLDC DRIVE CONTROLLER

AC Drives:

  • Rated Capacity 5KW
  • Input Voltage 220AC,50Hz
  • Rated Current (Max.) 30 Amp
  • Starting current Not exceeding 2 times of nominal current
  • Over current Limit 20% of nominal
  • Speed Range up to 20000 RPM(±–%)
  • Over voltage Limit 10% of nominal voltage.
  • Motor feedback Hall effect sensors
  • Commutation Trapezoidal
  • Mode of operation Velocity mode(closed loop control)  
  • Features Solid state type, Soft switching, Alarm/Status monitoring, EMI/EMC compatible.
  • Input signals Run/Stop, Emergency stop.
  • Display/Indications LCD display for voltage, current, frequency & speed.
  • Operating temp./Humidity 0 – 75oC/ 95(+/-3%)

Embedded Motion Control Solutions

There are many different technologies when it comes to electric motors and drives. It’s difficult to keep track and to find something to suit the specific application. Also, there is often too little time for that. In our category you will find several articles that can help to you to proceed faster and more efficiently with the evaluation as well as to recognise the advantages of different types of motors and drives, thus optimising costs and expenditure for you and your application.

TESLA EMS develops your electronics specifically for your application. From preparation of the functional specification document and prototype verifications through to serial production – we offer you every service.

  • Consultation and concept development
  • Customised electronics and motion control development
  • Embedded hardware development
  • Embedded software development
  • Validation and tests
  • EMC in parallel with development – pre-compliance tests
  • Development of mechatronic systems
  • Development of HMI
  • Rapid and cost-effective prototype fabrication in-house

Implementation of Drive Technology

There is always considerable potential for optimisation at the interface between the motor and its link to the system.
By intelligently integrating the drive system into the application, it is possible to realise enormous benefits. These include cost savings, increased power efficiency, smaller overall size, fewer components, ease of assembly, servicing friendliness and a longer service life.

  • Drive system design that takes account of the environment and other requirements
  • Development of mechatronic systems
  • Analytical optimisation and system analyses
  • Development of custom combination gearboxes (with special reductions, interfaces etc.)
  • Manufacture, assembly, testing and commissioning of prototypes
  • Feasibility tests and studies concerning drive system concepts
  • Preliminary studies concerning requirements and functional specification document definitions

Send us your enquiry. We would be pleased to advise you and prepare a non-binding quotation.

Drive technology laboratory

TESLA EMS possesses a modern and outstandingly well-equipped drive technology laboratory with the latest test benches as well as various items of equipment for conducting tests and analyses of all kinds in the field of mechatronics. We can use this laboratory to support you in the development phase and to optimise the system solution.

  • Application-specific life cycle measurements and tests
  • Checking under temperature and climate conditions
  • Rotation speed and torque measurements for the acquisition of engine characteristics etc.
  • Detailed analyses for application-specific problems
  • Function tests that take into account the load profile and environmental conditions
  • Accompanying tests for compliance testing (UL, CE)
  • Simulations of commissioning
  • EMC analysis
    • Pre-compliance measurements
    • Field-based and conductor-based measurements of electronic devices and motors
    • Development-accompanying EMC-measurements

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