Futaba S3150 Slim Digital Servo Micro Size Servos System
this is actually the Futaba S3150 Slim Digital Aileron Servo with J Connector.
Designed for aileron applications on gliders, jets, and electric planes.
This servo trigger high-current draw from your own batteries.
If utilizing NiMH or Li-Po batteries, get them to capable
of delivering sufficient Amps.
QUALITIES: Coreless motor
2 ball bearings
Digitally enhanced microprocessors cut approximately half the outcome time
from transmitter input to servo reaction
Dust and water resistant-not water proof
Compact design is quite worthy of simple installation inside
the wing of smaller gliders, jets and electric planes.
Black artificial case
One year warranty
INCLUDES: One S3150 Digital Slim Digital Servo, one 1" (26mm) star shaped
horn, one 1.5mm (39mm) celebrity shaped horn, one 1.8" (45mm) straight
arm, one 1.4" (35mm) diameter horn, two each-screws, eyelets, and
grommets
SPECS: Speed: 0.25 sec/60 deg @ 4.8V
Torque: 51.4 oz/in @ 4.8V
Dimensions: 1.1x0.5x0.8 in (28x13x19.7mm)
fat: 0.78 oz (22g)
power: 4.8V (Futaba cannot suggest utilizing 6V)
FEEDBACK: S3150 Digital Servo Precautions,
-It is better to avoid long leads and Y-harnesses especially with
standard grade cables. If issues are experienced, begin contemplating using
heavy duty cable including Futaba's quality show or Hobbico's
Pro Series,minimizing lead lengths, and/or eliminating Y-harnesses.
-Current Drain: This electronic servo is very made for high-
torque or high-speed, this is the reason high present drain is normal
at startup. For ultimate performance whenever making use of this servo please
review these points.
1. Broadcast systems due to the Battery Fail secure function have in reality in reality a
higher cut-off voltage establishing that will cause shorter
operation time.
2. When developing the servo, please always check pushrod linkage to
make yes there is no binding to avoid excessive
power use and minmise steadily the life span associated with motor and
battery.
An email on coreless machines. A typical servo motor has a steel
core armature covered with cable that spins inside magnets. In
a coreless design, the armature uses a thin cable mesh that kinds a
cup that spins around the not in magnet eliminating the
heavy metal core. This design leads to smoother procedure and
faster effect time.
This electronic servo cannot be within combination because of the after * have been *
transmitters considering that the servo fundamental indication is: 1310us).
CONQUEST will be, FG Series (T4FG, T5FGK,T6FG, T6FGK, T7FGK), fresh Terra-
top, T3EGX, T3PGE, T2NL, T2LGX, T2FR, T2PK show.
**** Otherwise they are going to work fine with current AM systems *****
