|New NEMA HT24 Stepper Motors Are Ideal For Applications Where More Power Is Required But Changing To A Size 34 Motor Is Not Possible.
Greenville, DE -- These NEMA standard 2 phase 1.8 degree hybrid motion control step motors offer high torque in a compact lightweight rugged housing. A variety of windings are available to meet most application requirements. These motors offer fast damping and high slew rates for better control in full/half or microstep mode. The torque levels reached with this step motor line makes them a cost effective alternative to servo motors in many applications.
The HT24 motors are a new frame size step motor offering up to 30% more torque than the previous HT23 series in a similar package size. The only significant difference in size between an HT23 and HT24 is that the HT24 has a larger shaft diameter.
HT24 motors are ideal for applications where more power is required but changing to a size 34 motor is not possible..
HT24 motors are available with single or dual shafts, and all motors are optimized for microstepping.
Features of these very capable High Torque Stepper Motors:
- 30% more torque than the previous HT23 series in a similar package size
- Stock to 2 week delivery
- 1.8 degree step angle
- 2 phase design with 4 lead configuration
- Series, parallel or unipolar connection
- Low detent torque harmonic
- Rugged construction
- High radial and axial load capacity
- Runs cooler than most standard step motors
- High acceleration yet low noise generator
- High torque to inertia ratio
- Optional encoder, brake or gearhead
Additional information on the HT24 high torque stepper motors can be found at- http://www.servo2go.com/product.php?ID=105285&cat=10021&sub=10001
For further information on this new product or others in our extensive product portfolio, call 1- 877-378-0240 or e-mail Warren Osak at firstname.lastname@example.org or visit Servo2Go.com at: www.Servo2Go.com
This product Release is also featured on the New Website http://www.motionshop.net
For an Archive of Motion Control Products and related services go to the New Website http://www.motioncontrolarchive.com