The SC1256TGP servo is a great servo for those looking to replace a standard servo with one that has superior specifications.
The answer to this question is partially dependent on what you are using to control the servo.
Click for a quick video explanation.
With an Average Radio System:
102°
Your average transmitter and receiver will output a relatively narrow PWM signal range.
Radio System + Travel Tuner:
160°
Adding a Servo Travel Tuner to your radio system setup will allow you to achieve wide PWM signal ranges.
Wide Signal Controllers:
160°
Controllers such as the Servo Commander, Arduinos, and Raspberry Pi servo hats can usually send a wide signal.
Output Shaft Style | H25T Spline |
---|---|
Voltage Range | 4.8V ~ 6.0V |
No-Load Speed (4.8V) | 0.18 sec/60° |
No-Load Speed (6.0V) | 0.15 sec/60° |
Stall Torque (4.8V) | 222.2 oz-in (16.0 kg.cm) |
Stall Torque (6.0V) | 277.7 oz-in (20.0 kg.cm) |
Max PWM Signal Range | 800-2200μsec |
Pulse Amplitude | 3-5V |
Operating Temperature | -10°C to 50°C |
Current Drain - idle (4.8V) | 5mA |
Current Drain - idle (6.0V) | 5mA |
Current Drain - no-load (4.8V) | 100mA |
Current Drain - no-load (6V) | 120mA |
Current Drain - stall (4.8V) | 4000mA (4.0A) |
Current Drain - stall (6V) | 5000mA (5.0A) |
Motor Type | Coreless |
Output Shaft Support | Dual Ball Bearings |
Gear Material | Titanium |
Wire Length | 11.0" (279.4mm) |
Weight | 1.8oz (52.4g) |
Wire Gauge | 22 AWG |
Max Rotation | 160° |
Travel per µs | 0.114°/µsec |
Direction with Increasing PWM Signal | Counterclockwise |