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Brushless DC Motors
Brushless DC motors (also BLDC motor or EC motor) - low-wear, maintenance-free, high efficiency, high dynamic acceleration and robust. The BLDC motors are available with gearboxes, brakes and encoders. Suitable accessories can be configured in the Configurator
Configure suitable gearboxes and download 3D models
CONFIGURATOR
Any questions on this product? Please feel free to contact us!
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Adjustable
Individual solutions for shaft winding, plugs, software or special certificates and testing are our daily business
Dynamic
- Vector-controlled servo technology
- High dynamics thanks to 4-fold overload capacity
Connected
- Industrial Ethernet
- CANopen
- Master/Slave functions
- IoT-Ready
- Efficiencies above 90%
Smart
Controllers, software, performance, encoders, interfaces and safety...
Nowhere else is more integration!
Nowhere else is more integration!
Specifications
| Applied Voltage | 6 / 12 / 24 / 48 / 60 / 325 | VDC |
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| Nominal power | 10 - 1100 | W |
| Nominal torque | 0,017 - 2,78 | Nm |
| Nominal speed | 2860 - 13160 | rpm |
Highly dynamic, overload capability and high power density, efficiencies of over 90% - these are the characteristics of our BLDC motors. We are the leader of BLDC motors with integrated controls. Whether as sinusoidal commutated servo version or with Industrial Ethernet interfaces - our motors provide flexibility to be combined with gearboxes, brakes and encoders - all from one source.
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Complete Specification Table
Brushless DC motors - 4 stages of functionalities Feedback dCore dGo dMove dPro Sensorless (✔) - - - Hall sensors ✔ ✔ ✔ ✔ High resolution encoder (✔) - - ✔ Controller dCore dGo dMove dPro Block commutation - ✔ ✔ (✔) Sinusodial commutation /
vector control- - - ✔ Speed (open loop) - ✔ (✔) (✔) Speed/ torque (closed loop) - - ✔ ✔ Position - - ✔ ✔ Complex motion profiles - - - ✔ Features dCore dGo dMove dPro Programmable / Stand-alone-operation/ Motion Apps - - - ✔ Robust isolation of bus - - - (✔) Ballast circuit parameterizable - - (✔) ✔ Safe Torque Off - - - (✔) Brake output - - (✔) ✔ Quick start commands - - ✔ ✔ Interface dCore dGo dMove dPro Digital and analogue I/Os - (✔) ✔ ✔ Field Bus (CANopen, RS485, Modbus) - - (✔) (✔) Industrial Ethernet (Profinet, EtherCAT,...) - - - (✔) SSI - - - (✔) Replaces previous versions Hall KI SI, CI (low res.) SI, CI, PI, MI, EC (high res.) ✔ = Standard, (✔) = Optional / on request
Downloads Series
Operating Manuals
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Product Datasheets
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FAQ's
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What is a brushless DC motor? What is the difference between BLDC, EC motor and synchronous motor?Brushless DC motors (short: BLDC for brushless DC, also called EC motors) are designed like a three-phase synchronous machine with excitation by permanent magnets.
The three-phase winding is driven by a suitable circuit in such a way that it generates a rotating magnetic field which pulls the permanently excited rotor along with it.
EC motors of Dunkermotoren are commutated and controlled by a mostly integrated electronic to which a DC direct voltage is applied. BLDC motors are also similar to classic DC motors in their overload behaviour. -
What is the difference between dCore / dGo / dMove and dPro?dCore: Brushless DC motors BG series with integrated Hall sensors for rotor position detection
dGo: Brushless DC motors BG series with integrated commutation electronics
dMove: Brushless DC motors BG series with integrated control electronics
dPro: Brushless DC motors BG series with integrated control electronics and integrated high-resolution encoder Further information can be found in a comprehensive overview in catalogues and on the website. -
What are the advantages and disadvantages of brushed and brushless motors?Brushed DC motors from Dunkermotoren are robust, cost-efficient and easy to commission. Due to the wear of the carbon brushes, their service life is limited. Depending on the design and application, the service life is typically between 1000 and 8000 hours.
Brushless DC motors, also known as EC motors, are electronically commutated and have a significantly longer service life and lower interference radiation due to not having carbon brushes. The service life is usually limited by the ball bearings and is several 10000 hours, depending on the application. In addition, the motors have an even higher power density and dynamics, easy to implement protective functions and very good controllability.
Further information on this issue can be found in the corresponding white paper on the Dunkermotoren website (section "Knowledge")
Do you have any questions on this product? Would you like individual advice, or to request a non-binding offer?