WINGXINE ASME-MDB 380kg Magnetic Encoder Bus Servo RS485 360-Degree Controllable Starting Point

WINGXINE ASME-MDB 380kg Magnetic Encoder Bus Servo RS485 360-Degree Controllable Starting Point

Features:
- Suitable for servo controllers, wireless remote controllers for model airplanes and analog voltage control
- Alloy gear high-power motor with high-torque output
- Ultra-lightweight gearbox body made of aluminum alloy
- Easy to install and durable to use

Application:
- Heavy-duty motion control of arm joints and leg joints of large robots
- Industrial automation production line manipulator control
- Precise control of valve angle
- Large camera pan/tilt remote control
- Various occasions requiring large torque angle control

Rated Parameters:
- Rated voltage: 8~24V/DC (8V/MIN~30V/MAX, limit voltage)
- No-load current: <500mA (current limit: 5A. It is recommended to use a switching power supply or battery greater than 5A)
- Limit angle: ±180° or 0°~360° (MAX). Servo has electronic limit adjustment
- Control method: RS485 communications, level voltage 5V
- Control resolution: 360° corresponds to 12Bit resolution (4096); 32-bit MCU for ARM; digital port to read magnetic encoding data
- Material: Gear and shaft: alloy steel; gearbox body: cast aluminum
- Weight: 550g/1.2 lb
- Dimensions: 95 x 60 x 110mm/3.7 x 2.4 x 4.3"
- Mechanical life: >1,000,000 times/full load (conservative value)

Limit Parameters:
- Limit voltage: 7V~30V/DC (MAX)
- Current limit: 5A±0.2A (MAX)
- Working angle: ±180° or 0°~360° (MAX)
- Weight: 510g-560g/1.1-1.2 lb

Specifications:
- Model: ASME-MDB
- Starting torque: 380kg.cm max
- Holding torque: 340kg.cm max
- Rated speed (24V power supply): 0.5s/60°

Package Included:
- 1 x Servo
- 1 x 3Pin Cable For RS485 Communication

Note:
- Battery is not included.



Functions:
1. To set the center of the servo shaft, you can adjust the potentiometer setting by pressing the setting button. It can also be modified by serial port commands. Both ways are valid.
2. When the register type is flash, it will be automatically saved after modification. Data will not be lost after a power outage.
3. When the register type is RAM, the data will be lost after power off, and the initial state will be restored after power on.
4. Center adjustment: Press the SET button once to enter the setting state, and the indicator light turns into double flashes. Adjust the potentiometer next to the button, after reaching the desired position, press the SET button again to save the setting, and the memorized position will be permanently saved. Repeat this operation to update the central location.
5. Terminal resistors are required at the beginning and end of the bus, and jumpers are required as needed. Set the terminating resistor. Short circuit means with terminal resistance, disconnect means without terminal resistance.
6. Indicator light: The indicator light is breathing slowly in the state of no command, indicating that the servo is working normally. The indicator light flashes quickly when there is a command input.