8JSA62.EA015D023-0
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The 8JSA62.EA015D023-0 is a self-cooled synchronous motor with a rated power of 1.5 kW and a rated speed of 3000 RPM. Designed by B & R Automation, it is part of the 8JS Synchronous Motors series and features IP65 protection and a 100 mm flange size. The motor has a peak torque of 14.3 Nm and operates at 230 V.
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Product Description:
B & R Automation manufactures the 8JSA62.EA015D023-0 Synchronous Motor that is built for high accuracy and industrial reliability. It uses a self-cooling system for thermal efficiency. The motor size is 6 and the motor length is 2. It includes an EA motor encoder for feedback control.
The 8JSA62.EA015D023-0 Synchronous Motor has an encoder that operates using an inductive principle. It communicates using the EnDat protocol version 2.1. The inductive encoder with EnDat 2.1 ensures precise digital signal processing. The encoder is a single-turn type with 1 revolution. Its single-turn resolution improves position tracking for control systems. The resolution level is defined at 19. These features support stable and responsive motion control. The 8JS Synchronous Motor achieves a nominal speed of 1500 rpm. It features a smooth shaft motor type for clean mechanical output and supports direct-drive applications. The switching frequency is rated at greater than or equal to 6 Hz. It handles vibration during operation with 200 m/s² on both the stator and rotor. These specifications ensure stability under demanding operational conditions. The allowed ambient temperature during operation ranges from 5°C to 40°C. It supports relative humidity levels between 5 to 95%. When temperatures rise above 40°C the current capacity decreases. The reduction of the nominal current and stall current is 5% per 5°C.
The 8JSA62.EA015D023-0 Synchronous Motor has a connector size of 1.0. The motor’s vibration resistance allows consistent performance in high-demand setups. The 8JS Synchronous Motors deliver robust and efficient operation. It is well-suited for modern automation environments requiring precision and durability. The motor’s thermal and mechanical features meet stringent industrial needs.
Frequently Asked Questions about 8JSA62.EA015D023-0:
Q: Why is an inductive encoder used in the 8JSA62.EA015D023-0 motor?
A: The inductive encoder provides robust resistance to dust, oil, and temperature variations. This enhances long-term signal stability in industrial environments.
Q: How does the EnDat 2.1 protocol benefit signal transmission?
A: The EnDat 2.1 protocol enables digital, high-speed, and bidirectional communication. It also ensures synchronization with motion controllers for precise motor positioning.
Q: What advantage does the 19-bit resolution offer in the 8JSA62.EA015D023-0?
A: The 19-bit resolution ensures ultra-fine position tracking, critical for applications needing sub-micron movement accuracy. It supports precise closed-loop control.
Q: Why does the 8JSA62.EA015D023-0 use a smooth shaft design?
A: The smooth shaft reduces backlash and noise in direct-drive systems. It is ideal for clean, high-resolution torque transmission.
Q: How does the vibration resistance of 200 m/s² enhance motor reliability?
A: The 8JSA62.EA015D023-0 handles intense mechanical shocks, minimizing signal and mechanical disruption. It ensures performance stability under dynamic load conditions.
