Motor Controllers MC01
Gimbal & Tracker Motor Controller
Small brushless / stepper motor controller, in particular an ESC for critical actuator control, which can be controlled via PWM, CAN or I2C interfaces. It is used to control motors for precision applications like gimbal cameras or tracking systems.
Motor Controller MC01
Gimbal & Tracker Motor Controller
Small brushless / stepper motor controller, in particular an ESC for critical actuator control, which can be controlled via PWM, CAN or I2C interfaces. It is used to control motors for precision applications like gimbal cameras or tracking systems.
Small & Light
Fast reaction time
Brushless / Stepper
Encoder support
Configurable gains
MC01 Applications
Angular Tracking position and speed control
Precision Gimbal Control
Unlock unparalleled precision with our ESC, ideal for gimbal and tracking systems. Experience rapid stabilization and precise pointing. Precision encoders and CAN Bus compatibility make it perfect for long-range applications and critical systems.
Enhancing Long-Range Pointing
Elevate long-range pointing accuracy with our professional ESC. Precision encoders ensure extraordinary accuracy, a game-changer for tracking antenna systems and other tracking devices requiring accurate pointing for long range applications.
Versatile Motor Control
Experience advanced motor control versatility. The MC01 ESC is deal for brushless / stepper motors in gimbals and tracking systems, it brings added value in accuracy having a configuration interface where gains and main parameters can be tuned.
Encoder support
Small & Light
Fast reaction time
Brushless / Stepper
Configurable gains
Aplicaciones del MC01
Control de posición y velocidad de seguimiento angular
Control de precisión del Gimbal
Desbloquea una precisión sin igual con nuestro ESC, ideal para Gimbal y sistemas de seguimiento. Experimente una estabilización rápida y un apuntamiento preciso. Los codificadores de precisión y la compatibilidad con CAN Bus lo hacen perfecto para aplicaciones de largo alcance y sistemas crÃticos.
Mejorar la punterÃa de largo alcance
Eleve la precisión de apuntamiento de largo alcance con nuestro ESC profesional. Los codificadores de precisión garantizan una precisión extraordinaria, un cambio de juego para el seguimiento de los sistemas de antena y otros dispositivos de seguimiento que requieren precisión de apuntamiento para aplicaciones de largo alcance.
Motor Control Versátil
Versatilidad avanzada en el control de motores. El MC01 ESC está diseñado para motores paso a paso sin escobillas en cardanes y sistemas de seguimiento, aporta un valor añadido en la precisión que tiene una interfaz de configuración donde las ganancias y los principales parámetros se pueden ajustar.
Configurable ESC
The adaptable configuration makes it possible to configure the system for almost any application requiring precise pointing or motor control for critical applications. Software configurations are available so it can be easily user configurable.
Brushless or Stepper Motor Control
MC01S configuration is available for stepper motors and MC01B for brusheless motors
Multiple I/O interfaces
CAN Bus, PWM, or I2C inputs. Multiple controllers on the same CAN Bus is possible.
User Configurable
Configuration tools available for gain tuning and modifying main parameters on the MC01
ESC Configurable
The adaptable configuration makes it possible to configure the system for almost any application requiring precise pointing or motor control for critical applications. Software configurations are available so it can be easily user configurable.
Brushless or Stepper Motor Control
MC01S configuration is available for stepper motors and MC01B for brushless motors.
Multiples I/O interfaces
CAN Bus, PWM, or I2C inputs. Multiple controllers on the same CAN Bus is possible.
User Configurable
Configuration tools available for gain tuning and modifying main parameters on the MC01.
Advanced Motor Control
Outstanding performance and flexibility for precision applications.
Control Modes
Configuration options are available for the motor controller performance. bi directional speed control modes can be selected or relative / absolute position modes can be used to adapt the motor controller to any system needs.
Telemetry Configuration
Enhanced telemetry for advanced motor controller monitoring and operation. Additional sensors for input voltaje and board temperature are included for the early detection of failures in the system and to avoid propagation.
Encoder Support
Various encoder types are supported to adapt the motor control performance to the requirements of the gimbal / tracking system. SPI Differential, SPI, Digital (ECAP & EQUEP) encoder types are supported. Ask support for specific compatibility.
Advanced Motor Control
Outstanding perfomance and flexibility for precision applications.
Control Modes
Configuration options are available for the motor controller performance. bi directional speed control modes can be selected or relative / absolute position modes can be used to adapt the motor controller to any system needs.
Telemetry Configuration
Enhanced telemetry for advanced motor controller monitoring and operation. Additional sensors for input voltaje and board temperature are included for the early detection of failures in the system and to avoid propagation.
Encoder Support
Various encoder types are supported to adapt the motor control performance to the requirements of the gimbal / tracking system. SPI Differential, SPI, Digital (ECAP & EQUEP) encoder types are supported. Ask support for specific compatibility.
Gyro Stabilization Algorithms
Advanced control algorithms are included within the MC01 ESC for gimbal and trickling system control. It includes gyro stabilization logics that, when used with precision encoder systems, provide outstanding precision pointing. Designed for custom gimbal and tracking antenna systems or other applications requiring high precision control of brushless / stepper motors.
PDI Control Algorithm
The control algorithm embedded in the system is the Proportional Integral Derivative (PID), whose gains can be configurable by the user, so performance is optimized for every application. This PID control algorithm manages the motor position, which can be done by taking the motor position as an absolute value in the reference system or by taking the position relative to a sensor (i.e IMU).
Gyro Stabilization Algorithms
Advanced control algorithms are included within the MC01 ESC for gimbal and trickling system control. It includes gyro stabilization logics that, when used with precision encoder systems, provide outstanding precision pointing. Designed for custom gimbal and tracking antenna systems or other applications requiring high precision control of brushless / stepper motors.
PDI Control Algorithm
The control algorithm embedded in the system is the Proportional Integral Derivative (PID), whose gains can be configurable by the user, so performance is optimized for every application. This PID control algorithm manages the motor position, which can be done by taking the motor position as an absolute value in the reference system or by taking the position relative to a sensor (i.e IMU).
3D Model
Interact with the 3D model and explore every MC01 detail.
Size
60 x 25 x 15mm
Weight
10g
Temperature
-40º to 60ºC
Applications
Gimbal / Tracker
Version
1.0
Power
24VDC
Specifications
| Power Input | 6–36V DC |
| Power to Motor | Voltage: same as input. 3-phase brushless interface |
| Maximum Input Current | 3A |
| Typical Input Current | 1.5A |
| Communications Buses | 1x CAN and 1x I2C |
| Input / Output | 4x GPIO (on/off), 2x PWM / ECAP |
| Supported Encoders | SPI Differential, SPI, Digital (ECAP and EQEP) |
| Control Algorithm | Proportional Integral Derivative. |
| PID Gains | Configurable |
| Auxiliary Power Outputs | 1x 5V DC. 1x 3.3V DC |
| Embedded Sensors | Input voltage & board temperature |
| Dimensions | 60x25x15 mm |
| Weight | 10g |
| Redundant Isolated CAN Expansion | 2x CAN for critical actuators – two wire each; no power wires required – (Optional) |
Price
| MC01B 1.0 | 350€ |
| MC01S 1.0 | 350€ |