E33HRHA-LDS-SS-02
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The E33HRHA-LDS-SS-02 hybrid stepper motor is designed with a NEMA 34 frame, a standard front shaft configuration, a holding torque of 260 oz-in, and supports a radial force of up to 220 lbs. Part of the E Hybrid Stepper Motors series by Kollmorgen, it features a phase resistance of 0.89 Ohms and weighs 3.6 lbs.
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Product Description:
The E33HRHA-LDS-SS-02 Stepper motor from Kollmorgen has been designed for high-torque and high-efficiency precision motion control applications. Maintaining dependable functioning in demanding automation systems is made possible by the motor's construction and its rated current of 8.6 A DC. The motor's consistent performance, made possible by its low inductance of 2.3 mH, improves the precision of the controls.
Operating efficiently is ensured by the E33HRHA-LDS-SS-02 motor's minimum power loss, thanks to its phase resistance of 0.23 ohms. The rotor's 9.1 oz-in² inertia allows for precise motion control and improved dynamic response. To ensure electrical stability that meets industrial safety standards, the insulation resistance is tested at 100 megohms at 500 V DC at 25°C. Operating at 40°C ambient temperature allowed for excellent heat dissipation that supported continuous performance in the motor's thermal resistance design. Applications requiring exact positioning and controlled acceleration are well-suited to the hybrid motor's improved torque characteristics, made possible by its design. The motor is designed to provide reliable performance that is essential for efficient automated motion control systems. Its design prioritizes torque stability that guarantees reliable performance. Automatic positioning with repeatable accuracy is supported by the controlled motion provided by the stepper motor.
When it comes to automated systems, the E33HRHA-LDS-SS-02 stepper motor is built to last. Its insulating resistance stops current leakage and guarantees safe electrical performance. The motor meets the needs of industrial automation thanks to its hybrid design that maximizes torque output. With a holding torque of 940 oz-in (6.64 Nm), the stepper motor gives the system excellent positioning capabilities and makes it more stable. The motor's extensive engineering satisfies the high standards of industrial-grade motion control. This motor is ideal for high-tech motion systems that require precision and long-term reliability.
Frequently Asked Questions about E33HRHA-LDS-SS-02:
Q: Why does the E33HRHA-LDS-SS-02 have 8.6 A DC?
A: The 8.6 A DC ensures high current efficiency and supports the motor’s high torque performance. It provides reliable, consistent power.
Q: Does the E33HRHA-LDS-SS-02 motor have a low resistance?
A: Yes, it has a phase resistance of 0.23 ohms, minimizing power loss. This results in greater operational efficiency.
Q: How does the E33HRHA-LDS-SS-02 ensure torque stability?
A: The motor’s hybrid construction optimizes torque output, delivering consistent performance. It ensures stable operation across varying load conditions.
Q: Why is the rotor inertia of 9.1 oz-in² significant?
A: The low rotor inertia enhances dynamic response and precision control. It improves the motor’s ability to accelerate and decelerate quickly.
Q: Do insulation and thermal resistance affect the E33HRHA-LDS-SS-02’s safety?
A: Yes, the motor has high insulation resistance (100 Megohms @ 500V). Thermal resistance helps dissipate heat, ensuring stable operation.
