8LSA36.R0030C200-0
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The 8LSA36.R0030C200-0 by B & R Automation is part of the 8LS Synchronous Motors series, featuring a synchronous servo motor design. It delivers 3.0 Nm of rated torque with a speed of 6000 rpm and operates at 400 V. This motor includes an IP65 protection class and a Singleturn EnDat encoder with 4096 ppr resolution.
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Product Description:
B & R Automation manufactures the 8LSA36.R0030C200-0 synchronous motor for industrial automation. Its nominal speed of operation is 3000 RPM and possess a maximum operating speed of 9000 RPM. This motor comes with a built-in connector of size 1 for electrical connectivity and it maintains ambient thermal condition through natural convection.
The 8LSA36.R0030C200-0 motor provides a nominal turn effect of 2.7 Nm and a stall torque of 3 Nm. Its maximum torque and stall current are 12 Nm and 2.1 A, respectively. This motor has a torque constant of 1.45 Nm/A and associates a voltage constant equal to 87.96 V/1000 RPM. Its stator resistance is 8.18 Ohm and has an electrical time constant of 5.5 ms along with a thermal dissipation value of 36 minutes. The 8LSA36 motor features smooth operations with a moment of inertia 1.15 kg·cm² and it creates very minimal vibrations due to its severity level A. It operates on a voltage source of 3 x 400/480 VAC, with 10% tolerance and consumes 848 W of power under normal load conditions. The 8LSA36 motor has a weight of 5 kg without brake and it supports a 24 VDC brake system. The brake possesses a holding torque of 4 Nm and an inertia of 0.38 kg·cm².
The 8LSA36.R0030C200-0 motor uses a resolver feedback system for keeping in check the position and speed. It has an IP65 protection rating when equipped with the optional oil seal. The 8LSA36 motor operates normally up to 104 °F while it extends its operating thermal value up to a maximum of 122 °F, which results in premature aging. This motor provides both horizontal and vertical mounting positions through its flange configuration design.
Frequently Asked Questions about 8LSA36.R0030C200-0:
Q: How does the natural convection cooling in the 8LSA36 motor improve its performance?
A: Natural convection cooling minimizes reliance on external cooling systems, reducing maintenance needs while maintaining stable thermal performance. This allows continuous operation in environments where additional cooling might be impractical.
Q: What role does the 1.45 Nm/A torque constant play in the 8LSA36.R0030C200-0 motor?
A: The torque constant determines how efficiently the motor converts electrical current into mechanical torque. A higher torque constant means the motor provides more torque per unit of current, enhancing energy efficiency.
Q: Why is the 8LSA36 motor equipped with a resolver feedback system?
A: The resolver feedback system ensures precise position and speed control, improving the motor’s accuracy and reliability in closed-loop applications. This makes the motor ideal for high-performance automation and robotics.
Q: What impact does the 8LSA36 motor’s low 1.15 kg·cm² moment of inertia have on its operation?
A: A lower moment of inertia allows the motor to accelerate and decelerate more quickly, offering faster response times. This enhances the motor’s performance in dynamic applications like robotic arms or CNC machines.
Q: How does the 24 VDC brake system improve the 8LSA36.R0030C200-0 motor's functionality?
A: The 24 VDC brake system ensures secure holding of the motor’s position when powered off, providing additional safety. With a 4 Nm holding torque, it guarantees reliable operation in high-precision applications.
