Low-voltage DC servo system
Feature
Low-Voltage DC Servo Drive: High Performance, Compact Design
Our low-voltage DC servo drive is designed for battery-powered and low-voltage DC systems (24-72 V), delivering industrial-grade motion control precision without compromising efficiency. Using vector control, it provides stable dynamic response and smooth torque output across a wide speed range.
The drive features built-in over-current, over-voltage, over-temperature and motor overload protection. Communication can be selected by model: general-purpose (pulse), CAN, or Modbus. Combined with position, velocity and torque control modes, it suits space-constrained and DC-powered equipment.
Key Applications
Mobile Robotics & AGV/AMR:Provides precise steering, lifting, and driving control for automated guided vehicles and autonomous mobile robots in smart warehouses and logistics centers.
Medical Equipment:Delivers quiet, highly accurate, and reliable motion for infusion pumps, CT/MRI scanners, and surgical robotic arms.
Semiconductor & Electronics Manufacturing:Enables high-speed, high-precision positioning for wafer handling, pick-and-place machines, and automated optical inspection (AOI) systems.
Smart Packaging & Textile Machinery:Ensures synchronized, high-speed tension control and accurate material feeding in high-throughput production lines.
Buyer protection
If a quality issue occurs within one year of purchase, you can exchange it for free.
Product series and technical specifications
Product series and models
Naming rules:
1. Series models
2. Communication methods: P general-purpose type, C CAN communication, M MDBUS communication
3. Input power supply: 50 is DC 24-50V, 60 is DC 24-60V, 80 is DC 24-80V
4. Output current: 56 is 5.6A, 60 is 6A, 80 is 8A
5. Signage
Low voltage servo drive versus AC servo system
A low voltage servo drive runs directly from the machine DC bus, which removes the inverter stage and gives a compact, fast-responding drive for AGV/AMR, mobile robots, medical equipment and vehicle-mounted systems where the only supply available is a battery. An AC servo system targets fixed machines with higher power and continuous duty.
The SE26P low voltage DC servo system accepts a wide DC 24-72 V input and offers position, velocity and torque control modes with over-current, over-voltage, over-temperature and motor overload protection. When selecting, first confirm that the battery voltage swing stays inside the input range, then size from the continuous current the motor needs. For AC-powered machines see the SE26C AC servo system.