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BL43
Ritscher
The Electric Automatic Control Brushless DC (BLDC) Motor System is a fully integrated, intelligent motion solution designed for applications requiring precise, automated, and responsive control. This system combines a high-performance BLDC motor with an embedded smart controller and communication interface, transforming raw power into precisely orchestrated motion. It is engineered for seamless integration into automated machinery, robotics, smart actuators, and closed-loop systems where accuracy, reliability, and programmability are paramount.
Fully Integrated Smart Control: The motor comes pre-integrated with a dedicated controller (often onboard or in a compact separate unit), eliminating the need for external driver matching. This "all-in-one" design simplifies system architecture, reduces wiring, and accelerates development.
Precise Closed-Loop Operation: Equipped with high-resolution feedback devices such as an absolute encoder, hall sensors, or a resolver. This enables true closed-loop control for exact positioning (<±1 arc-min possible), speed regulation, and torque control, ensuring repeatable and accurate performance.
Advanced Programmable Logic: The embedded controller is user-programmable, supporting custom motion profiles (point-to-point, velocity curves, trapezoidal moves), I/O logic, and multi-axis synchronization. It can operate as a standalone device or as a slave in a larger network.
High Dynamic Response & Bandwidth: Features a very high torque-to-inertia ratio and optimized control algorithms for exceptional dynamic performance. This allows for rapid acceleration/deceleration and minimal settling time, which is critical for high-throughput automation.
Multiple Communication Protocols: Supports industry-standard fieldbus and Ethernet-based protocols for seamless integration into existing automation ecosystems. Common interfaces include:
EtherCAT, PROFINET, Modbus TCP/IP (for real-time industrial networks)
CANopen, CAN bus (for automotive and rugged applications)
RS-485, EtherNet/IP
Intelligent Diagnostics & Safety Functions: Provides real-time monitoring of key parameters (position, speed, current, temperature). Includes built-in protective functions: over-current, over-voltage, over-temperature, follower error, and hardware limit switch support.
Compact & Rugged Design: The motor and control electronics are housed in a robust, often IP65-rated enclosure, protecting against dust and moisture ingress in industrial environments. Designed for reliable 24/7 operation.
BLDC Motor: High-torque density, low-cogging, with integrated feedback.
Embedded Controller/Driver: Contains power electronics, microprocessor, and communication stack.
Communication Interface: Standard industrial connector for power and data.
Software Suite: Configuration and tuning software for parameter setting, motion programming, and diagnostics.
Control Mode: Torque, Velocity, Position (PVT, CSP modes).
Feedback: Multi-turn absolute encoder (e.g., 20-bit), sin/cos encoder, or hall sensors.
Supply Voltage: 24V, 48V, or 72V DC common for automation; higher voltages available.
Peak & Continuous Torque: Ranges from 0.1 Nm to 50+ Nm.
Communication: As listed above; often includes digital and analog I/O for sensors and switches.
Protection Class: IP65 standard for the motor; controller rating may vary.
Certifications: Typically CE, RoHS; can be designed to meet UL and other regional standards.
This system is ideal for sophisticated automated equipment requiring "smart motion":
Factory Automation: Pick-and-place robots, CNC tool changers, precision indexing tables, gantry systems.
Robotics: Robotic arm joints, AGV/AMR drive wheels, gripper actuators.
Medical & Lab Automation: Automated diagnostic instruments, sample handlers, precision fluid dispensing.
Semiconductor & Electronics Manufacturing: Wafer handling, laser positioning stages, wire bonders.
Packaging Machinery: Flying cutters, registration control, filling head positioning.
For system integrators and OEMs, this product eliminates the complexity and risk of selecting and tuning separate motors, drives, and controllers. It delivers a pre-optimized, network-ready motion axis that can be programmed and deployed rapidly. By offering industrial-grade communication, precise control, and robust construction in one package, it reduces engineering time, minimizes footprint, and ensures reliable, high-performance automation—allowing you to focus on machine innovation rather than motion subsystem design.
The Electric Automatic Control Brushless DC (BLDC) Motor System is a fully integrated, intelligent motion solution designed for applications requiring precise, automated, and responsive control. This system combines a high-performance BLDC motor with an embedded smart controller and communication interface, transforming raw power into precisely orchestrated motion. It is engineered for seamless integration into automated machinery, robotics, smart actuators, and closed-loop systems where accuracy, reliability, and programmability are paramount.
Fully Integrated Smart Control: The motor comes pre-integrated with a dedicated controller (often onboard or in a compact separate unit), eliminating the need for external driver matching. This "all-in-one" design simplifies system architecture, reduces wiring, and accelerates development.
Precise Closed-Loop Operation: Equipped with high-resolution feedback devices such as an absolute encoder, hall sensors, or a resolver. This enables true closed-loop control for exact positioning (<±1 arc-min possible), speed regulation, and torque control, ensuring repeatable and accurate performance.
Advanced Programmable Logic: The embedded controller is user-programmable, supporting custom motion profiles (point-to-point, velocity curves, trapezoidal moves), I/O logic, and multi-axis synchronization. It can operate as a standalone device or as a slave in a larger network.
High Dynamic Response & Bandwidth: Features a very high torque-to-inertia ratio and optimized control algorithms for exceptional dynamic performance. This allows for rapid acceleration/deceleration and minimal settling time, which is critical for high-throughput automation.
Multiple Communication Protocols: Supports industry-standard fieldbus and Ethernet-based protocols for seamless integration into existing automation ecosystems. Common interfaces include:
EtherCAT, PROFINET, Modbus TCP/IP (for real-time industrial networks)
CANopen, CAN bus (for automotive and rugged applications)
RS-485, EtherNet/IP
Intelligent Diagnostics & Safety Functions: Provides real-time monitoring of key parameters (position, speed, current, temperature). Includes built-in protective functions: over-current, over-voltage, over-temperature, follower error, and hardware limit switch support.
Compact & Rugged Design: The motor and control electronics are housed in a robust, often IP65-rated enclosure, protecting against dust and moisture ingress in industrial environments. Designed for reliable 24/7 operation.
BLDC Motor: High-torque density, low-cogging, with integrated feedback.
Embedded Controller/Driver: Contains power electronics, microprocessor, and communication stack.
Communication Interface: Standard industrial connector for power and data.
Software Suite: Configuration and tuning software for parameter setting, motion programming, and diagnostics.
Control Mode: Torque, Velocity, Position (PVT, CSP modes).
Feedback: Multi-turn absolute encoder (e.g., 20-bit), sin/cos encoder, or hall sensors.
Supply Voltage: 24V, 48V, or 72V DC common for automation; higher voltages available.
Peak & Continuous Torque: Ranges from 0.1 Nm to 50+ Nm.
Communication: As listed above; often includes digital and analog I/O for sensors and switches.
Protection Class: IP65 standard for the motor; controller rating may vary.
Certifications: Typically CE, RoHS; can be designed to meet UL and other regional standards.
This system is ideal for sophisticated automated equipment requiring "smart motion":
Factory Automation: Pick-and-place robots, CNC tool changers, precision indexing tables, gantry systems.
Robotics: Robotic arm joints, AGV/AMR drive wheels, gripper actuators.
Medical & Lab Automation: Automated diagnostic instruments, sample handlers, precision fluid dispensing.
Semiconductor & Electronics Manufacturing: Wafer handling, laser positioning stages, wire bonders.
Packaging Machinery: Flying cutters, registration control, filling head positioning.
For system integrators and OEMs, this product eliminates the complexity and risk of selecting and tuning separate motors, drives, and controllers. It delivers a pre-optimized, network-ready motion axis that can be programmed and deployed rapidly. By offering industrial-grade communication, precise control, and robust construction in one package, it reduces engineering time, minimizes footprint, and ensures reliable, high-performance automation—allowing you to focus on machine innovation rather than motion subsystem design.
