Description
35 kg·cm RC radio control servo motor is a compact digital servo featuring a high-precision non-contact magnetic encoder for position sensing and double ball bearings for smooth operation. This remote control servo is commonly used for RC cars, model airplanes, submarines, and remote-controlled robots, due to its ability to offer precise steering, positioning, and actuation in dynamic environments.
Specification
| Model | ATO-FT5835M | ||
| Electrical Specification | Operating Voltage | 6V | 7.4V |
| No Load Speed | 0.238sec/60° | 0.192sec/60° | |
| Running Current (No Load) | 100mA | 290mA | |
| Stall Torque (at Locked) | 28.8 kg·cm (2.8 Nm) | 35.5 kg·cm (3.5 Nm) | |
| Stall Current (at Locked) | 3.2A | 3.9A | |
| Idle Current (at Stopped) | 6mA | 6mA | |
| Input Voltage | 4V-8.4V | ||
| Rated Torque | 9.5kg·cm | 11.8kg·cm | |
| Rated Current | 1A | 1.2A | |
| Mechanical Specification | Size | 40*20*43mm | |
| Limit Angle | No Limit | ||
| Case Material | PA + Aluminum | ||
| Gear Material | Steel Gear | ||
| Bearing Type | Ball Bearing | ||
| Angle Sensor | Type | Carbon-Film Potentiometer | |
| Angle | 220° | ||
| Life | 1000000 Cycles Min | ||
| Connector & Cable | Type | JR | |
| Material | PVC | ||
| Length | 30cm | ||
| Pin Definition | 1: Signal; 2: Vcc; 3. GND | ||
| Weight | 74g | ||
| Horn Type | 25T/ 5.9mm | ||
| Gear Ratio | 1/356 | ||
| Back Lash | ≤0.5° | ||
| Rocker Phantom | 0° | ||
| Rocker Screw | M3*6 | ||
| Motor | Core Motor | ||
| Storage Temperature Range | -30℃ ~ 80℃ | ||
| Operating Temperature Range | -20℃ ~ 60℃ | ||
| Temperature Range | 25℃ ± 5 ℃ | ||
| Humidity Range | 65% ± 10% | ||
| Certificate | EMC, ROHS | ||
| Control Specification | Command Signal | Pulse Width Modification (PWM) | |
| Control System Type | Digital Comparator | ||
| Operating Travel | 180° （at 500 to 2500 μsec) | ||
| Left & Right Travelling Angle deviation | ≤5° | ||
| Centering Deviation | ≤1° | ||
| Neutral Position | 1500 μsec | ||
| Dead Band Width | ≤4 μsec | ||
| Rotating Direction | Counterclockwise (at 1500 to 2000 μsec) | ||
| Pulse Width Range | 500 to 2500 μsec | ||
| Electronic Protection | Stall 8 sec | ||
| Temperature Protection | ＞70℃ | ||
| Reliability Testing | Life Test | ＞100000 Times | |
| Motor Noises | 45 ± 5dB | ||
| Servo Noises | 60 ± 5dB | ||
| Waterproof Performance | IP54 |
Dimensions (Unit: mm)
Waterproof details
- A waterproof rubber ring is added to the connection of the radio control servo motor.
- The circuit board of the RC servo motor is waterproofed with three-proof paint.
- The remote control servo motor is sealed.
- The potentiometer is sealed.
Details
Tips: RC servo motor working principle
The working principle of the micro radio control servo motor is that the control circuit receives the control signal from the signal source and drives the motor to rotate. The gear set multiplies and reduces the speed of the motor, and enlarges the output torque of the motor by the response multiple, and then outputs. The potentiometer and the final stage of the gear set rotate together to measure the rotation angle of the steering gear shaft. The circuit board detects and judges the rotation angle of the steering gear according to the potentiometer, and then controls the radio control servo motor to rotate to the target angle or keep it at the target angle. Its working process is: control signal → control circuit board → motor rotation → gear set deceleration → steering wheel rotation → position feedback potentiometer → control circuit board feedback.
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