E33NRFB-LDN-SS-02
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The E33NRFB-LDN-SS-02 is a 1.8° SIGMAX® stepper motor. It features a NEMA 34 frame, 3.8 ADC current, and high-torque unipolar drive. The motor is ideal for precise industrial automation with 5.92 VDC.
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Product Description:
Kollmorgen produces the E33NRFB-LDN-SS-02 Stepper Motor as for the purposes of industrial automation. The programmable logic controller is developed for exact control of movements in industrial applications. Operating on a unipolar structure, this motor provides 5.92 VDC of voltage and draws a current of 3.8 ADC.
The step angle of E33NRFB-LDN-SS-02 stepper motor is precise at 1.8°, making it perfect for automated robots. Featuring double ends, the motor shaft is assisted by top-quality ball bearings to enable its smooth rotation. Class B insulation is found inside this model, which can stand temperatures up to 130°C. The suitable ambient operating temperature is 40°C, which makes it ideal for most industrial conditions. It is completed with a six-wire cable harness, with a keyed red connector on the other end for uncomplicated and assured installation. The torque density in a E33NRFB-LDN-SS-02 stepper motor is maximized by optimizing its magnetic structure. Although it does not have an encoder built in, this system can be paired externally with rotary encoders if they are needed in feedback operation. Since this stepper motor can tolerate both vibration and shock, it is a good choice for tough operations.
The E33NRFB-LDN-SS-02 stepper motor can work properly up to 1000 meters above sea level without having its output power reduced. Its components work well in air with a humidity range of up to 95%. Thanks to its sealed design, the housing can hold up against dust and light sprinkles just like an IP40-rated case. The high performance and dependability of this motor are why it is suited for robotics, CNC machines, printing equipment, and automated conveyors. It satisfies the industry requirements for both vibration (5.0 g peak) and shock (50 g peak).
Frequently Asked Questions about E33NRFB-LDN-SS-02:
Q: What is the significance of a double-ended shaft in E33NRFB-LDN-SS-02?
A: The double-ended shaft allows for additional mechanical couplings such as external encoders or secondary loads, increasing system integration possibilities with the E33NRFB-LDN-SS-02.
Q: Why does E33NRFB-LDN-SS-02 use ball bearings instead of sleeve bearings?
A: Ball bearings offer reduced friction and better radial load capacity, ensuring smoother operation and longer service life for the E33NRFB-LDN-SS-02.
Q: How does the sealed housing of E33NRFB-LDN-SS-02 improve performance?
A: The sealed construction prevents dust ingress and resists light splashes, enhancing longevity and maintaining motor efficiency in semi-harsh environments.
Q: How does the six-wire configuration of E33NRFB-LDN-SS-02 enhance compatibility?
A: The six-wire setup allows for both unipolar and bipolar connection options, offering flexibility in drive compatibility and wiring configurations for the E33NRFB-LDN-SS-02.
Q: Why is Class B insulation important in the E33NRFB-LDN-SS-02?
A: Class B insulation provides thermal endurance up to 130°C, allowing the motor to operate reliably in demanding environments without degradation of winding insulation.
