HS-5495BH HV Digital Karbonite Gear Sport Servo

Part No: 35495S

Product Description

At Hitec, we believe in developing the highest quality servos in the market at an affordable price. That philosophy stands true with the economical HS-5495BH digital sport servo. Based on the popular HS-5485HB, the HS-5495BH's heavy-duty Karbonite gears are the perfect match for sport airplanes up to 25% scale weighing under 12 pounds. With 7.4 volt, 2-cell LiPo battery capability, The HS-5495BH delivers the power you need at a price you can feel good about! Trust your hobby to Hitec.

Features

  • Dead Band Width
  • Direction of Rotation
  • Speed of Rotation (slower)
  • End Points
  • Neutral Points
  • Fail Safe On/Off
  • Fail Safe Point

Programmable Functions

  • End Point Adjustments
  • Direction
  • Fail Safe
  • Dead Band
  • Speed (Slower)
  • Data Save / Load
  • Program Reset

Accessories

  • Karbonite Gear Set | Link |
  • Plastic Case Set | Link |
  • Applicable Horns


HS-5495BH Servo Specifications

Performance Specifications
Operating Voltage Range (Volts DC) 6.0V ~ 7.4V
Speed (Second @ 60°) 0.17 ~ 0.157
Maximum Torque Range oz. / in. 89 ~ 104
Maximum Torque Range kg. / cm. 6.4 ~ 7.5
Current Draw at Idle 12 mA
No Load Operating Current Draw 190 mA
Stall Current Draw 1,400 mA
Dead Band Width 4 µs
Physical Specifications
Dimensions (Inches) 1.57 x 0.78 x 1.49
Dimensions (Metric) 39.8 x 19.8 x 38.0
Weight (Ounces) 1.59
Weight (Gram) 45.0
Circuit Type G1 Programable Digital
Motor Type 3 Pole Metal Brush Ferrite
Gear Material Karbonite
Bearing Type Top Ball Bearing
Output Shaft (type / Ømm) Standard 24
Case Material Plastic
Dust / Water Resistance N / A
Connector Gauge (AWG) / Strand Count 25 / 40

 

Special Instructions

Note: Be aware that high vibration gas (not glow) engines combined with large control surfaces and large throws (3D models) can put undue strain on the gears. Metal geared servos are recommended for these applications even if under 12lbs.

Warning: Do not use thread lockers on Karbonite geared servo as it will cause the output shaft to fail.