Characteristics:
-Control Precision: Low voltage DC servo motors provide high control accuracy, enabling precise rotor position control. This is achieved through the use of brushes and commutators, which help maintain consistent torque direction during operation.
-Response Speed: These motors exhibit fast response times, capable of reaching required speeds and torque levels in milliseconds, making them suitable for applications requiring rapid acceleration and deceleration.
-Torque Output: They deliver a constant torque output, even at speeds exceeding their rated levels. This characteristic allows them to maintain performance under varying load conditions.
-Overload Capacity: Low voltage DC servo motors can handle overload conditions effectively, with maximum torque capabilities reaching three times the rated torque. This feature is crucial for overcoming inertia during startup.
-Smooth Operation: Unlike stepper motors, low voltage DC servo motors operate smoothly without vibrations, even at low speeds. They include resonance suppression capabilities, which enhance operational stability.
-Wide Speed Regulation Range: These motors can achieve smooth speed regulation across a broad range, allowing for precise control in different operational scenarios.
-Low Noise: They operate quietly, making them ideal for applications in noise-sensitive environments.
Low voltage DC servo drive IDS830
IDS830 low-voltage DC servo drive is developed with high-performance processors to provide users with a cost-effective servo control solution. Under the premise of ensuring stability and reliability, it pursues the functions and performance that are closest to the application. Compared with stepper products, it has low noise, low heat, high speed, constant torque output, and no step loss; compared with stepper servo products, it completely abandons the inherent disadvantages of stepper products, and has better functions, performance and reliability; compared with well-known foreign servos, it has similar performance, low price and easy to use. IDS830 is a functional and power-enhanced version of IDS806, with high cost-effectiveness and reliability, suitable for applications with various control methods.
| Working voltage |
24~60VDC |
| Output current |
Peak 10A |
| Adaptive motor |
5~750W low voltage DC servo motor |
| Control method |
External pulse (single-ended/differential), analog, RS232 communication control, IO control, etc., support position, speed and
torque modes |
| Parameter debugging |
RS232 communication, PC debugging software or handheld debugger debugging, can backup or import parameters |
| Abnormal protection |
It has alarm functions such as undervoltage, overvoltage, overload, overcurrent, excessive position deviation, encoder
abnormality, etc. |
| Tracking Error |
±1pulse |
| Speed control accuracy |
±1PRM |
| Receive pulse upper limit |
1MHZ |
| Minimum speed |
1RPM |
| Maximum no-load acceleration |
200PRM/ms |
Low voltage DC servo motors find applications in various fields due to their versatile characteristics:
-Robotics: Their precise control and fast response make them suitable for robotic arms and mobile robots, particularly in automated guided vehicles (AGVs) and other battery-operated systems.
-Industrial Automation: Used in CNC machines, conveyor systems, and other automated machinery where precise positioning and speed control are critical.
-Consumer Electronics: Commonly found in devices requiring precise motion control, such as cameras and printers.
-Medical Equipment: Employed in devices that require accurate positioning, such as surgical robots and diagnostic machines.
-Aerospace and Defense: Utilized in systems that require reliable and accurate motion control, such as drones and missile guidance systems.
Characteristics:
){kind=link}