Festo Braking Resistor CACR-LE2 Series Braking Resistor for Use with Servo Drives,CACR-LE2-100-W500

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PHP13,363.10

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PHP14,966.67

(inc. VAT)

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RS Stock No.:
342-968
Mfr. Part No.:
CACR-LE2-100-W500
Manufacturer:
Festo
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Brand

Festo

Accessory Type

Braking Resistor

Product Type

Braking Resistor

For Use With

Servo Drives

Series

CACR-LE2

Standards/Approvals

UL, CSA

Model Number

CACR-LE2-100-W500

COO (Country of Origin):
CZ

Festo CACR-LE2 Series Braking Resistor, 500W Power Rating, 380 to 780V Voltage Range - CACR-LE2-100-W500, Numeric Part Number:1336615


This braking resistor is designed specifically for use with servo drives, ensuring the efficient capture and dissipation of energy during operation. Capable of handling a voltage range from 380 to 780 volts, this 500W device is an integral accessory for enhancing the performance of high-voltage systems. Its robust design and reliable specifications make it suitable for various industrial applications, particularly in automation and electrical fields.

Features & Benefits


• Provides 500W power rating to effectively manage energy

• Ideal for high-voltage usage to ensure safety

• Specifically designed for use with servo drives for optimal performance

• Part of a comprehensive range of industrial braking resistors

• Facilitates efficient energy absorption during braking processes

Applications


• Used with servo drives for efficient energy management

• Essential in automation systems requiring reliable braking solutions

• Utilised in industrial machinery demanding precise braking capability

• Suitable for where high-voltage resistance is crucial

How does the operating voltage range impact performance?


The operating voltage range from 380 to 780 volts allows this component to function effectively across various systems, adapting to different requirements and ensuring optimal energy management during braking operations.

What are the advantages of using this resistor in automation applications?


By integrating this resistor into automation applications, users benefit from improved energy efficiency, maintaining system performance during braking while preventing damage caused by excess energy.

What specific challenges does this resistor address in industrial settings?


This component effectively handles high-voltage energy during braking, ensuring that servo drives can operate smoothly without overheating or malfunctioning due to energy spikes during operation.

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