LSM34N-29-602-E2-2KA
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MPN: M.1302.7103
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The Kollmorgen LSM34N-29-602-E2-2KA is a 3-phase brushless servo motor designed for industrial automation applications. It operates at 230V and offers a continuous torque of 29 in-lb (3.3 Nm) and a peak torque of 117 in-lb (13.2 Nm). This motor is capable of reaching speeds up to 6000 rpm and is controlled by a frequency inverter drive.
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Product Description:
The LSM34N-29-602-E2-2KA is a 3-phase brushless servo motor made by Kollmorgen, a well-known name in industrial motion solutions. This motor is designed for precise motion control in industrial automation. 3 phase means the motor has three separate windings, 120 electrical degrees off each other, that interact with the magnetic field to produce rotational motion. This is smoother and more powerful than a single-phase motor. 230V input voltage means the standard voltage required to run the motor. This is the common voltage used in industrial applications, so you won’t need to change your infrastructure. A key performance characteristic of the LSM34N-29-602-E2-2KA is torque. The continuous torque rating of 29 in-lb (3.3 Nm) is the amount of torque the motor can sustain indefinitely without overheating. This is important to know how long the motor can do consistent work. The peak torque of 117 in-lb (13.2 Nm) is the maximum torque the motor can deliver.
The motor can go up to 6000 rpm, which is also a key performance indicator. This high speed allows for fast positioning and movement, which is important in many automation processes. The 8-pole rotor design of the motor affects its performance and speed characteristics. More poles mean higher torque at a lower speed. The electrical characteristics of the LSM34N-29-602-E2-2KA are important for its efficient and reliable operation. The winding resistance of 1.32 ohms and inductance of 12.4 mH affect the motor’s electrical time constant and response to the control signal. These are important to tune the drive system for optimal performance. The motor’s rated load of 2 HP (horsepower) is the general idea of its power output. The KT torque constant of 40 Nm/Amp is the amount of torque per amp of current given to the motor.
The KE voltage constant of 49 V/kRPM is the back EMF (electromotive force) of the motor per speed. This is important for drive control and for understanding the motor’s behavior when decelerating. The peak current of 33 amps and stall current of 8.3 amps peak is the current carrying capacity of the motor. These are to be taken care of not to damage the motor from excessive current. The LSM34N-29-602-E2-2KA is designed to be controlled by a frequency inverter drive. These drives allow precise control of the motor’s speed and torque by varying the frequency and voltage of the power given to the motor. This flexibility is important for the motion profiles in automation applications. The combination of the motor’s high torque and speed and its control characteristics makes it suitable for harsh industrial applications.
Frequently Asked Questions about LSM34N-29-602-E2-2KA:
Q: What are the electrical specifications of this motor?
A: This servo motor operates at 230V and is designed for 3-phase operation. It has a winding resistance of 1.32 ohms and an inductance of 12.4 mH, making it highly efficient and stable.
Q: What torque values does this motor provide?
A: The LSM34N-29-602-E2-2KA delivers a continuous torque of 29 in-lb (3.3 Nm) and a peak torque of 117 in-lb (13.2 Nm), ensuring strong performance in demanding applications.
Q: What is the maximum speed of the LSM34N-29-602-E2-2KA?
A: This motor can reach speeds of up to 6000 rpm, making it suitable for high-speed motion control systems in industrial settings.
Q: What type of control drive is needed for this motor?
A: The motor is controlled by a frequency inverter drive, allowing for precise speed and torque adjustments in automated systems.
Q: What makes this motor suitable for industrial environments?
A: With its 8-pole design, high torque-to-inertia ratio, and rugged construction, this motor is built for durability and performance in harsh industrial conditions.
