Home Kollmorgen S700 Servo Drive Series S7480A-2CF2-F2

S7480A-2CF2-F2

Name: S7480A-2CF2-F2
Brand: Kollmorgen
Price: 490 USD
Rating: 4.5 (33 reviews)

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5 Minutes 55 Seconds

The S7480A-2CF2-F2 is a digital servo amplifier designed by Kollmorgen. It is designed exclusively for brushless synchronous, asynchronous, and DC motor designs. It generates a rated output current of 48 amperes, and features a built-in fan for temperature regulation.

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Description
Specs
FAQ

Product Description

The S7480A-2CF2-F2 is a digital servo amplifier designed by Kollmorgen to improve industrial automation process by ensuring the accurate control of the speed, position and torque output of industrial servo motor. This amplifier is a state-of-the-art device designed exclusively for synchronous, asynchronous, and DC motors, the combination of this amplifier and industrial servo motor forms a rapid response system that is well suited for use in a wide range of industrial applications including food processing machines, paper processing machines, transfer facilities, and lots more. The amplifier is designed according to the IP20 protection class, for optimum protection, it must only be operated in a closed control cabinet. The S7480A-2CF2-F2 digital servo amplifier can be used in residential and business areas, however the user will be required to implement additional mains filter measures to prevent electrical interference. The S7480A-2CF2-F2 industrial servo amplifier requires a rated supply voltage that falls between 208 to about 480 volts, also the rated input power required by the amplifier for continuous operation is about 35 kilovolts amperes. This servo amplifier is designed with a built-in fan that ensures proper ventilation in the control cabinet, at rated current about 555 to 685 watts of thermal energy is dissipated from the servo amplifier. The Rated DC bus voltage of the S7480A-2CF2-F2 servo amplifier falls between 290 to about 675 Volts, the amplifier also generates a rated output current of 48 amperes during operation. The maximum output current that can be produced by this servo amplifier is 96 amperes. This servo amplifier is designed to automatically shut down if the temperature in the control cabinet gets excessively high, operators should ensure that the ambient temperature around the control cabinet is kept between 0 to about 40 degree Celsius.

S7480A-2CF2-F2 Technical Specifications

Rated supply Voltage:	208 to 480V
Thermal dissipation at rated current:	555 to 685W
Rated input power for continuous operation:	35kVA
Rated DC bus link voltage:	290 to 675V
Rated output current:	48A
Peak output current:	96A
Switching frequency:	8/16kHz
Form factor of the output current:	1.01
Maximum noise emission:	62dB
Weight:	13kg

Frequently Asked Questions about S7480A-2CF2-F2

Q: Is the S7480A-2CF2-F2 integrated with any expansion cards?

A: The S7480A-2CF2-F2 servo amplifier features two types of expansion cards. The integrated expansion cards include the Module 2CAN mounted expansion card, and the Fan Controller expansion card.

Q: When is the isolating transformer needed with the S7480A-2CF2-F2 servo amplifier?

A: The isolating transformer is needed when protection against indirect contact is absolutely essential or when an alternative form of shock hazard protection is needed.

Q: What does the Safe Torque Off integrated safety function do?

A: The Safe Torque Off is designed to prevent the unexpected restart of a system. It is intended to provide functional safety.

Q: Is the emergency stop function different from the emergency off function?

A: Yes. The emergency stop function is the fastest possible way to shutdown the amplifier in dangerous situation, while the emergency off function is used to protect against electrical accidents by switching off the electrical power supply of the amplifier.

Q: How does the S7480A-2CF2-F2 servo amplifier prevent overtemperature damage?

A: The amplifier is designed to automatically shutdown in case of excessively high temperature in the control cabinet. It also features a built-in air blower that dissipates excess heat.