K33SRFJ-LSS-NS-02
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 1-2 Days
The K33SRFJ-LSS-NS-02 motor delivers a maximum torque of 2340 oz-in (16.52 Nm) with a phase current of 9.9 amps. Designed by Pacific Scientific as part of their K PowerPac Motors series, this motor has a sealed IP65-rated construction and utilizes Sigmax® technology. Its weight is 5.39 kg and features NEMA 34 framing.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
This K33SRFJ-LSS-NS-02 Stepper Motor comes with a step angle of 1.8°. It ensures accurate positioning and smooth rotational movements for applications such as CNC machinery, robotics, conveyor systems and automated manufacturing.
This K33SRFJ-LSS-NS-02 stepper motor operates at 170 V DC with a current rating of 2.5 A. It delivers a power output of 316W and achieving speeds of up to 1500 RPM. This motor features a robust aluminum front flange for secure mounting and a high torque output shaft designed to withstand significant mechanical loads. The red anodized housing enhances heat dissipation and ensures longevity even under continuous operation. This stepper motor is built to perform reliably in demanding environments with an ambient operating temperature of + 40 °C and a maximum allowable temperature rise of + 90 °C. This motor's bipolar configuration provides improved efficiency and torque characteristics. Its multi colored lead wires facilitate seamless integration with drivers and controllers. This 2 phase hybrid stepper motor is designed with a NEMA 34 frame size.
The Pacific Scientific K33SRFJ-LSS-NS-02 stepper motor features a robust shaft with a straight keyway that ensures secure and efficient power transmission. It incorporates an optimized magnetic design that enhances torque output while maintaining efficiency. This motor is built with a protection class of IP44. This rating offers reliable resistance against dust and water splashes. It includes a high quality steel bearing bore in the front bell that reduces wear and extending the motor's operational life. The housing is specially designed for improved heat dissipation that allows for efficient cooling and enhanced thermal management even during extended operation. This stepper motor is an excellent choice for applications demanding precision, reliability and long term durability.
Frequently Asked Questions about K33SRFJ-LSS-NS-02:
Q: How does the K33SRFJ-LSS-NS-02 stepper motor ensure precise motion control in CNC applications?
A: The K33SRFJ-LSS-NS-02 stepper motor has a 1.8° step angle, enabling precise positioning and smooth rotational movement. Its bipolar configuration enhances torque and efficiency, making it ideal for CNC machinery.
Q: Can the K33SRFJ-LSS-NS-02 stepper motor handle high-speed operations without overheating?
A: This motor operates at 1500 RPM with a 316W power output and red anodized housing for superior heat dissipation. Its design ensures continuous performance while maintaining thermal stability in demanding environments.
Q: What makes the K33SRFJ-LSS-NS-02 stepper motor reliable in industrial automation?
A: The high torque output shaft withstands heavy mechanical loads, ensuring durability. The IP44 protection rating provides resistance to dust and water splashes, making it suitable for industrial automation.
Q: What ensures secure mounting and integration of the K33SRFJ-LSS-NS-02 stepper motor?
A: The robust aluminum front flange provides secure mounting, even under high mechanical loads. Its multi-colored lead wires allow seamless integration with drivers and controllers, ensuring compatibility with automation systems.
Q: How does the K33SRFJ-LSS-NS-02 stepper motor improve operational longevity?
A: It includes a high-quality steel bearing bore in the front bell, reducing wear over time. The optimized magnetic design ensures consistent torque output while maintaining efficiency throughout extended operation.
