Description
10 kg·cm torque remote control servo with 7.4V operating voltage is ideal for medium-duty applications like controlling robotic arms, steering mechanisms, and controlling movement in small to medium-sized mechanical systems.
Specification
| Model | ATO-FT3329M | |||
| Electrical Specification | Operating Voltage | 6V | 7.4V | 8.4V |
| No Load Speed | 0.105sec/60° (95 rpm) | 0.083sec/60° (120 rpm) | 0.071sec/60° (140 rpm) | |
| Running Current (No Load) | 100mA | 120mA | 135mA | |
| Stall Torque (at Locked) | 7.5kg·cm | 10kg·cm | 11.5kg·cm | |
| 104.33oz. in | 139.11oz. in | 159.98oz. in | ||
| Stall Current (at Locked) | 2500mA | 3000mA | 3300mA | |
| Idle Current (at Stopped) | 6mA | 6mA | 6mA | |
| Input Voltage | 4V-9V | |||
| Rated Torque | 2.4kg·cm | 3.3kg·cm | 3.8kg·cm | |
| Rated Current | 800mA | 1000mA | 1100mA | |
| Mechanical Specification | Size | 30*10*35.7mm | ||
| Limit Angle | No Limit | |||
| Case Material | Aluminum | |||
| Gear Material | Metal Gear | |||
| Bearing Type | Ball Bearings | |||
| Angle Sensor | Type | Carbon-Film Potentiometer | ||
| Connector & Cable | Type | JR | ||
| Material | PVC | |||
| Length | 25cm | |||
| Pin Definition | 1: Signal; 2: Vcc; 3: GND | |||
| Weight | 28.3g ±1g | |||
| Horn Type | 25T/ 4.95mm | |||
| Gear Ratio | 1/252 | |||
| Back Lash | ≤1.0° | |||
| Rocker Phantom | 0° | |||
| Rocker Screw | M2.3*5 | |||
| Motor | Coreless 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 | 250° (at 500 to 2500 μsec) | |||
| Left & Right Travelling Angle deviation | ≤5° | |||
| Centering Deviation | ≤2° | |||
| Neutral Position | 1500 μsec | |||
| Dead Band Width | ≤8 μsec | |||
| Rotating Direction | Counterclockwise (at 1500 to 2000 μsec) | |||
| Pulse Width Range | 500 to 2500 μsec | |||
| Reliability Testing | Life Test | ＞100000 Times | ||
| Motor Noises | 50 ± 5dB | |||
| Servo Noises | 70 ± 5dB |
Dimensions (Unit: mm)
Tips: How to choose an RC servo motor?
Choosing the right radio control servo motor depends on several factors, including the application, required torque, and speed. Here are some tips:
- Torque: Determine the amount of torque needed for your project. Higher torque servos are required for heavy-duty applications like robotics or large RC vehicles. Check the servo’s torque rating (usually in kg-cm or oz-in).
- Speed: Consider how fast the servo needs to move. Speed is often given in seconds per 60 degrees of movement. Faster servos are better for high-speed applications.
- Voltage and Compatibility: Ensure the servo’s voltage is compatible with your power supply. Most remote control servos work with 4.8V to 6V, but some high-performance models may require higher voltages.
- Size and Weight: Make sure the servo fits within the space constraints of your project and doesn’t add unnecessary weight.
- Durability: Choose a digital RC servo with good build quality and materials (e.g., metal gears) if the application demands high durability.
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