Presentation of the Futaba HPS CT501 servo
With the new HPS technology , energy consumption is lower over the entire operating time. Like any S.BUS2 servo, the HPS-CT501 can be connected to all conventional receivers with PWM modulation and can be optimally adapted to the respective application conditions by programming.
The servo is fully compatible with the SR mode ("Super Response": fastest signal transmission) of the T7XC, T7PX and T4PM.
This servo was developed for use with the Futaba F4G system
This servo can be programmed in different ways:
- With the practical SBC-1 programmer
- On the PC with the CIU-3 USB adapter
- On the S.BUS connection of the transmitter
The following parameters can be set:
- Allocation of S.BUS lanes
- Servo rotation direction
- Soft start (on/off)
- Mode selection in case of Hold or Free signal failure
- Smooth servo operation (on/off)
- Servo position (servo tester)
- Servo center adjustment +/- 300 µs (approximately 30 degrees)
- Servo speed, 0.39 - 9 seconds per 45 degrees
- Definition of dead band (dead band)
- Left and right servo travel adjustment separately, about 50-175%
- Starting power
- Amortization
- Holding power
Features of the Futaba HPS CT702 servo
Technical characteristics
- High performance HPS digital servo S.BUS2
- Plastic housing and metal gear
- Brushless HPS motor technology
- T-FHSS SR (Super Response) compatible
- High tension
- Ball bearing
- Low wear potentiometer
- High resolution
- High feedback accuracy
- Futaba F4G System
- Dimensions: 40.5 x 21.0 x 26.2 mm
- Weight: 44g
- Speed under 7.4V: 0.06s/60°
- Torque under 7.4V: 21 kg/cm
