1
/
of
3
TOSEASTARS
Hollow Rotary Actuator Ratio 10:1 with 1.2 Nm NEMA 23 57mm Closed-Loop Stepper Motor DSP Easy Servo170 oz.in 1000 Line Encoder Step Motor and 24-80VDC Driver, High Precision Hollow Rotating Table Kit
Hollow Rotary Actuator Ratio 10:1 with 1.2 Nm NEMA 23 57mm Closed-Loop Stepper Motor DSP Easy Servo170 oz.in 1000 Line Encoder Step Motor and 24-80VDC Driver, High Precision Hollow Rotating Table Kit
Regular price
$0.00 USD
Regular price
Sale price
$0.00 USD
Shipping calculated at checkout.
Quantity
Couldn't load pickup availability
Brand: TOSEASTARS
Features:
- Items in Kit: Ratio 10:1Hollow Rotary Actuator kit;1 x 1.2Nm Nema23 57mm Closed loop stepper motor with 1000line encoder. 1 x Nema 23 Closed loop step motor driver. 1 x 3m power cable and 1 x 3m encoder cable.
- 【Hollow Rotating Table High Accuracy Rotating Platform Specifications】Ratio:10 to 1;Positioning accuracy: <=1 arc-min; Repeated positioning accuracy:≤1 arc-min;Transmission efficiency: 96%;Design load:Ratio 10 to 1=28 Kg(61 pounds).
- 【Rotating Platform For Cnc&High Precision Rotating Platform】Achieve precise positioning with a ≤1 arc-min accuracy,ensuring reliable and repeatable results for CNC applications;(Reted output torque:18 N.m;Max out torque:54 N.m)High Torque Output:Experience a 3 times rated torque output,allowing for the handling of heavy loads and powerful cutting tools.
- Specifications of Motors: Holding Torque: 1.2Nm/120Ncm/170 oz.in; Current: 3A; Phase: 2; Motor Length: 56mm, 57x57x56 mm / 2.24x2.24x2.2 inch; Step Angle: 1.8 degree; Motor Lead Wire: 4-wire; Encoder: 1000 lines; Insulation Class:B; Resistance: 0.4(ohm);Motor Weight:1.32 LB.
- Parameter of HB808C Driver: Type: DSP Closed loop stepper drive; Maximum peak current: 13A; nput Voltage: 24-80VDC; Micro-stepping driver: 200~25600ppr; Compatible : 4.5~28V signal; Signal input: Support PUL/DIR and CW/CCW modes (difference); Protective function: Over voltage, over current, tracking error, over proof. This motor driver kit fits all types of machine load conditions without adjusting the gain parameters.
Share
