Item Type: Robotic Servo Motor Material: Aluminum Alloy Maximum Torsion: 380kg.cm (24V) (Actual Measurement, Not Theoretically Calculated Value) 3648N.cm(24V) (Actual Measurement, Not Theoretically Calculated Value) 190kg.cm(12V) (Actual Measurement, Not Theoretical Calculation Value) 1824N.cm(12V) (Actual Measurement, Not Theoretically Calculated Value) Angular Speed: 0.5s/60(0.5s is Needed for 60Rotation), at 24V; 1.0s/60(1.0s is Required for 60Rotation), at 12V; Rotation Angle: 300Maxium Input Mode: Pulse Signal (Remote Control, Multi-Channel Steering Gear Controller, Single-Chip Microcomputer) or Analog Voltage Signal (Potentiometer) Pulse Signal Input Range: 0.5ms-2.5ms Suitable for All "Multi-Channel Steering Gear Controllers", "1ms-2ms Model Airplane Remote Control", "MCU Programming", Etc.; Voltage Signal Input Range: 0V to +5V Control Accuracy: 0.32 Rated Voltage: 12V~24V/DC (11V/Minium~30V/Maxium, Limit Voltage) No-Load Current: 500mA (Current Limit: 5A, Recommended to Use A Switching Power Supply or Battery Greater than 5A) Limit Angle: 150 or 0~300(Maxium) The Steering Gear Has Electronic Limit Adjustment Analog Voltage Mode: 0V-5V Input Voltage (0.22V Corresponds to 0, 4.78V Corresponds to 300) Material: Gear and Shaft: Alloy Steel; Gear Box: Cast Aluminum Weight: Approx. 550g / 19.4oz Dimension Size: Approx. 95 x 60 x 110mm / 3.7 x 2.3 x 4.3in Mechanical Life: >1,000000 Cycles/Full Load (Conservative Value) Limit Parameters Limit Voltage: 11V-30V/DC(Maxium) Current Limit Value: 5A0.2A(Maxium) Working Angle: 150 or 0~300(Maxium) RC Mode: 1ms Pulse Mode: 1ms~2ms (Pulse Width)/50Hz~333Hz (Frequency) 2ms Pulse Mode: 0.5ms~2.5ms (Pulse Width)/50Hz~333Hz (Frequency) Analog Voltage Mode: 0V-5V Input Voltage 0.22V Corresponds to 0, 4.78V Corresponds to 300) Package List 1 x Robotic Arm Servo 1 x Connection Line 1 Don't overload use2 Do not use over pressure3 Do not use over current4 Please note that the new type and old type of this product will be sent randomly, and make sure you will not mind before ordering. 1Metal gears are conducive to hightorsion output of highpower motors, sturdy and long lasting 2Robot servo has high stability and can stably control the steering gear to work within a safe torsion range. Even if the fuse is blown, the steering gear can continue to work 3Servo is perfectly compatible with remote systems such as Futaba, JR, Hitec, etc. 4Robot servo can be widely used in robots, robotic arms, production lines, camera pantilt control robots 5The Dhole antiskid key connection on the servo arm plate is compatible with the ASMC ASME servo axle, making the installation very simple