Hiwonder HTS-35H High Voltage Bus Servo 35KG Torque with Data Feedback
- Clean Wiring -Three Channels on the top, left and right are easy for wiring.
- Large Torque - Maximum torque is up to 35kg.cm 7.4V. 240 degree rotation. 360 degree rotation when power-off, perfect for robot joint activities
- Variable ID -The default number is 1 which is modifiable.
- Support Feedback- position/temperature/voltage feedback for protecting the servo from burning.
- Details Tutorial - Provide bus servo communication protocol, 51 Arduino and STM32 source code.
- Dimensions -2.14 x 0.79 x1.79inch (54.38 x 20.14 x 45.5mm); Weight: 64g (2.22oz) only
Product Description
This three connectors serial bus smart servo possess 35KG torque and adopts all-metal gears inside, strong and durable. It can be controlled by serial port commands, connected to multiple servos at the same time, which can help us create robotic arms and bionic robots. Compared with ordinary servos on the market, it can read back the angle and faceback voltage, temperature position parameter.
Packing List
- 1*HTS-35H servo
- 1*Plastic main servo horn
- 1*Plastic assistant servo horn
- 1*Servo wire(200mm)
- 1*Screw package
| Weight | 64g |
| Size | 40 x 20 x 40.5 mm |
| Working voltage | 9-12.6V |
| Speed | 0.18sec/60°11.1V |
| Torque | 35kg.cm 11.1V |
| Rotation | 0-240° |
| No-load current | 100mA |
| Stall Current | 3A |
| Servo accuracy | 0.2° |
| Control method | UART serial command |
| Communication baud rate | 115200 |
| Storage | Save data when the power off |
| Servo ID | 0~253 for user setting, ID 1 is default |
| Angel read back function | Support |
| Protection | Avoid stalling and overheat |
| Data feedback | Temperature, Voltage, Position |
| Working mode | Servo mode and deceleration motor mode |
| Control angle range | 0-1000, correspond to 0-240 |
| Wire | 200mm |
| Gear | Metal |
ID Setup & Serial Communication
The user can set and assign an ID number to each servo, and use the controller to issue instructions to make the servo perform actions according to the instructions.
High-voltage Servo and 35KG Large Torque
The 11.1V high-voltage servo can reduce the current by more than 60% and improve the battery life. 35kg of large torque gives your robot plenty of power.
High Quality Potentiometer
The servo adopts a high-precision potentiometer, which improves the accuracy and linearity, makes the operation more stable and prolongs the service life.
Intelligent Feedback and Two Working Modes
The servo supports servo mode and reduction motor mode, and has position, temperature and voltage feedback to protect the normal operation of the servo.
| Item | Specification |
| Weight | 64g |
| Size | 40*20*40.5mm |
| Working voltage | 9-12.6V |
| Speed | 0.18sec/60°11.1V |
| Torque | 35kg.cm 11.1V |
| Rotation | 0-240° |
| No-load current | 100mA |
| Stall Current | 3A |
| Servo accuracy | 0.2° |
| Control method | UART serial command |
| Communication baud rate | 115200 |
| Storage | Save data when the power off |
| Servo ID | 0~253 for user setting, ID 1 is default |
| Angel read back function | Support |
| Protection | Avoid stalling and overheat |
| Data feedback | Temperature, Voltage, Position |
| Working mode | Servo mode and deceleration motor mode |
| Control angle range | 0-1000, correspond to 0-240 |
| Wire | 200mm |
| Gear | Metal |
Questions & Answers
Have a Question?
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What if I want to controll this servo to rotate more than 360 degrees using arduino?
The rotation range of the servo is 0-240 degrees
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Hi, im interested in the motor mode of the "Hiwonder HTS-35H High Voltage Bus Servo 35KG Torque with Data Feedback", so my questiones are all ment for the motor mode. Is the motor able to hold the current position even with weight? Can I tell the motor how many revolutions it should rotate? Am I able to use the speed-controling feature in "Motor mode"?
As long as the power supply voltage is stable and the load does not exceed the servo's torque limit, the angle control of the servo will not be affected. You can control it by setting the speed in motor mode and sending serial commands according to the bus servo communication protocol.
