Futaba Compact Retract Servo #S136G  [S136G]

Futaba S136G Compact Retract Servo
Price:
AUD$65.08
Brand:
Futaba
Model:
S136G
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
R/C Models - System - Servo - Low Profile Servos category
Write a review

The S136G Compact Landing Gear Retract Servos are extra-flat
so they will squeeze into a wing.

This servo can create high-current draw from your batteries.
If using NiMH or Li-Po batteries, encourage them to capable
of delivering adequate Amps.

FEATURES: Two Ball Bearings
Metal Gear Set
3-pole motor
Compact Size
Travels 180 levels - full-lock to full-lock -- to carry your gear in
position firmly. Maybe not proportional. Ideal for mechanical
retract installation. (see COMMENTS)
One-Year Warranty.

INCLUDES: One S136G Compact Retract Servo w/ J Connector

SPECS: Length: 1.8" (46mm)
Width: 0.9" (23mm)
Height: 1.0" (25mm)
Torque: 92 oz/in @ 4.8V (6.6 kg/cm @ 4.8V)
Speed: .58 seconds/60 levels @ 4.8V (it in fact travels 180 degrees
see COMMENTS)
Weight: 1.5 oz (42g)

REVIEWS: A retract servo is a truly specialized servo. It's non-proportional,
going 180 levels, "lock to lock". These are typically particularly made for
mechanical retracts to secure kit in to the down and up jobs.
and Have no means of end point modification and cannot be
adjusted by ATV on a transmitter. They are just capable get 180
degrees and supply complete optimum available torque through the two end
points. This will be their entire function and deliberate design, but if
someone has a distinctive design situation where they might need other than
180 levels available, they should use a proportional servo, maybe not a
retract servo. They truly are specifically made to withstand constant
holding lots within the along positions, unique towards usage of
mechanical retracts.
Pneumatic retracts don't need a retract servo. A proportional
standard or mini servo is employed to go the atmosphere valve back and forth

Copyright © 2008-2024 rcjaz.com.au All rights reserved