- Description
Servo SAVÖX SC-1268SG +
Product description and features
- New + version with soft start, Sanwa SSR mode
- Powerful and fast digital servo, robust low-backlash steel gearbox
ideal as steering/throttle servo in buggy/truggy - High-voltage digital servo 4.8-8.4V, operation on 2s LiPo
- Dimensions (L/W/H): 40.3 x 20.2 x 37.2 mm Weight 62 grams
- 0.11/0.10 sec/60 degrees & 25/30 kg*cm at 7.4/8.4 volts
The SC-1268SG+ is a powerful servo of the standard size which is very suitable as a steering/throttle servo in the buggy/truggy . Of course, it can also be used in aircraft if an impact-resistant robust Servo is in demand, e.g. for the tow clutch or the chassis. The application as swashplate servos for scale helicopters up to the 700 class is another option.
The new + version of the well-known SC-1268SG+ servo differs visually and technically minimally from its predecessor. A soft start which slowly moves the servo into the starting position when switched on and of the Sanwa SSR mode characterize the + version.
The technical data of the servo leave nothing to be desired: 0.11/0.10 sec/60 degrees and 25/30 kg*cm at 7.4/8.4 volts
Drive frequency up to 333Hz, center pulse 1520us
Like all HV servos from Savöx, the SC-1268SG+ can of course be operated with up to 8.4V!
Properties
Actuating time S2/60° (sec): 0.10Actuating time S1/60° (sec): 0.11
Width (mm): 20.2
Actuating force S1 (kg*cm ): 25
Actuating force S2 (kg*cm): 30
Height (mm): 37.2
Voltage range: 4.8V-8.4V
Length (mm): 40.3 Weight (g): 62 Control frequency: control frequency up to 333Hz, center pulse 1520us
Ball bearings (number): 2
Motor type: coreless motor
Housing type: partial metal
Output teeth (number): 25
Voltage 1 (Volt): 7.4
Gear Type: Steel
Voltage 2 (Volt): 8.4
Classification: Standard
Suggested use
Tow release, landing gear, swashplate servos for scale helicopters up to 700 class
Scope of delivery
1x servo SAVÖX SC-1268SG +, servo lever and mounting material.
SieBra GmbH & Co. KG
Christian-Liebrecht-Straße 6
58739 Wickede
Germany
info@rc-dome.de