Asmc-04A Super Torque Servo ดิจิตอลสําหรับหุ่นยนต์ขนาดใหญ่
1. Digital steering gear sensitive response large stroke zero blind zone
2. The unique power stabilization technology ensures that the steering gear continues to work. It is completely different from other steering gears that use fuse protection. This product will stably control the steering gear to work within a safe torque. Never drop the connection.
3. Meet the requirements of various mechanical designs
4. Application fields: medium and large robots robotic and other high-power and high-torque control fields
5. Perfectly compatible with remote control systems such as for Futaba JR SANWA Hitec etc.
Product name: ASMC-04A Super Torque Digital Servo
Working voltage: 12V to 24V (DC) (this means that any voltage between 12V or 24V can be used)
No-load rotating current: less than 500mA
Maximum torque: 110kg.cm (24V) (actual measurement not theoretically calculated value)
1078N.cm(24V) (actual measurement not theoretically calculated value)
55kg.cm(12V) (actual measurement not theoretical calculation value)
539N.cm(12V) (actual measurement not theoretical calculation value)
Angular speed: 0.12s/60°(0.12s is required to turn 60 degrees) at 24V;
0.24s/60°(0.24s is required for 60°rotation) at 12V;
Rotation angle: 300°MAX which means the maximum stroke is 300° (0 to 300° electronic limit is adjustable)
Input e: 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 el airplane remote control MCU programming Arduino etc.;
Voltage signal input range: 0V to +5V
Control accuracy: 0.32°
colour: blue
Material: PCB+metal
Size: 95.5x60.5x102.6mm
Package Contents:
1 x ASME-04A Servo
Only the above package content other products are not included.
Note: Light shooting and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.
(5)
(4.5)