802D-2235-F05S
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The SC125-410-T4 brushless servo motor controller offers precise velocity control and regenerative braking. It operates with a 230V AC input and features dynamic braking for enhanced operational efficiency and safety.
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Product Description:
The 2-phase 802D-2235-F05S Hybrid stepper motor from Pacific Scientific which is NEMA 23 sized, performs well in a number of applications. The motor's strong construction allows it to provide high-holding torque and precise control, making it ideal for a wide range of automation applications in the industry. Designed to withstand harsh environments, the motor will keep running reliably for a long time.
The 802D-2235-F05S stepper motor has a holding torque ranging from 1.4 to 1.8 Nm and features a full step angle of 1.8°. The motor has large 30 mm bearings and an enclosed stator, so it can handle axial and radial stresses that are quite high. A redesigned bell allows for superior heat dissipation and enhanced cooling in the motor design. The neodymium-iron-boron material used to make rotor magnets allows them to have a high torque density. Class B insulation protects the motor and its stator assembly, which is a molded-in construction. The maximum shaft diameter for a NEMA 23 stepper motor is 0.375", and there are several shaft modifications to choose from to meet individual requirements. For convenience, the motor has built-in electrical outlets with flying leads. Optional encoders and rear shaft extensions can help the motor work better.
With an IP 23 rating, this motor is dust and water-resistant. It can work in environments with temperatures between -20°C and +40°C. The 802D-2235-F05S stepper motor has a longer lifespan and less downtime thanks to its larger bearings, which enhance the bearing fatigue life by 400%. For quick positioning and high dynamics, the design provides low-speed torque, quick settling, and exceptional stiffness and damping. Applications necessitating rapid acceleration and pinpoint positioning are well-suited to the motor. The motor's ability to dissipate heat guarantees peak performance, even when subjected to extreme loads.
Frequently Asked Questions about 802D-2235-F05S:
Q: How does the oversized bearing benefit the 802D-2235-F05S motor?
A: The oversized 30mm bearings increase load-bearing capacity and lifespan. They enhance motor stability and reduce maintenance due to fatigue failure.
Q: What is the benefit of using neodymium-iron-boron magnets in 802D-2235-F05S motor?
A: Neodymium-iron-boron magnets provide a high torque-to-weight ratio. They enhance motor performance with increased efficiency and torque density.
Q: How does the motor’s thermal dissipation impact performance in 802D-2235-F05S?
A: Exposed laminations and a new bell design aid thermal dissipation. Effective cooling improves motor reliability and performance under heavy load conditions.
Q: Does the 802D-2235-F05S motor support encoder options?
A: Yes, it has optional encoders and rear shaft extensions. These features enable enhanced feedback and precise position control in automated systems.
Q: Why is the shaft diameter important for the 802D-2235-F05S motor?
A: The 0.375" shaft diameter provides better strength and load resistance. It also supports custom shaft modifications for a variety of applications.
