Home KEB SM Synchronous Servo Motor Series 14.SM.000-3400

14.SM.000-3400

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The KEB 14.SM.000-3400 is part of the SM Synchronous Servo Motor Series, designed for use with a 400 VAC input voltage. It delivers an output voltage of 230 VAC and functions with a frequency of 50/60 Hz. The motor is 3-phase and suited for resistive loads, with an IP21 protection rating ensuring environmental reliability.

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Description
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FAQ

Product Description

The 14.SM.000-3400 is a 3-phase motor manufactured by KEB Automation for high-precision motion control. It delivers exceptional smooth running performance and reliable torque output in demanding applications such as robotics, CNC machinery and automated systems. This motor is suited for handling resistive loads, ensuring efficient energy conversion and consistent performance. The motor has a rated capacity of 3000 VA, allowing it to handle substantial power loads. This capacity ensures that the motor can support demanding applications requiring significant energy output.

The 14.SM.000-3400 offers wide adaptability to different power systems, operating efficiently at both 50Hz and 60 Hz frequencies. The dual-frequency support allows users to integrate the motor seamlessly into their setups. The motor is rated for a nominal motor speed of 3000 RPM, making it well-suited for high-speed applications requiring precision and efficiency. This capability ensures rapid and accurate motion control, enabling the motor to perform demanding tasks such as positioning and synchronization in automation systems. The high-speed operation enhances productivity and supports smooth, consistent performance in various motion applications.

The 14.SM.000-3400 operates on an input voltage of 400 VAC, providing compatibility with typical industrial electrical systems. This voltage level provides consistent and stable power delivery, maintaining precise motor performance. The motor delivers an output voltage of 230 VAC, ensuring efficient power conversion. This output voltage supports precise operation of downstream components, such as actuators or additional control systems, enhancing system reliability and ensures consistent performance in various industrial applications. The motor is built to perform reliably in typical industrial environments. It features IP 21 level of ingress protection which provides resistance to solid objects but does not safeguard against moisture. This indicates that the motor should be installed in indoor settings with minimal exposure to contaminants.

14.SM.000-3400 Technical Specifications

Input Voltage:	400 VAC
Output Voltage:	230 VAC
Capacity:	3000 VA
Frequency:	50/60 Hz
Load Type:	Resistive
Phase:	3-Phase
Protection Rating:	IP21

Frequently Asked Questions about 14.SM.000-3400

Q: What is the input voltage of the 14.SM.000-3400?

A: The 14.SM.000-3400 operates on an input voltage of 400 VAC, ensuring stable and efficient power delivery for consistent motor performance in industrial environments.

Q: What is the output voltage of the 14.SM.000-3400?

A: The 14.SM.000-3400 provides an output voltage of 230 VAC, supporting seamless operation of connected systems and ensuring compatibility with standard industrial devices.

Q: What kind of loads is the 14.SM.000-3400 suited for?

A: The 14.SM.000-3400 is designed for resistive loads, making it ideal for applications such as heating systems and other processes requiring consistent energy conversion.

Q: What is the capacity of the 14.SM.000-3400?

A: The 14.SM.000-3400 has a capacity of 3000 VA, ensuring it can handle substantial power loads effectively, supporting demanding industrial applications with reliability.

Q: What frequency range does the 14.SM.000-3400 support?

A: The 14.SM.000-3400 operates at both 50 Hz and 60 Hz, making it compatible with global power standards and suitable for international industrial applications.

Internal Product Review

‘‘The 14.SM.000-3400 impresses with its smooth operation and adaptability to various industrial tasks, delivering excellent precision and efficiency. Users appreciate its compatibility with global power standards and robust design. However, its focus on resistive loads may limit its use in reactive systems.’’