Festo CAMC Series Servo Drive, 87.2mm Length, 24 V

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Subtotal (1 unit)*

£171.20

(exc. VAT)

£205.44

(inc. VAT)

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RS Stock No.:
343-946
Mfr. Part No.:
CAMC-G-S1
Brand:
Festo
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Brand

Festo

Accessory Type

Safety Module

Voltage Range

24 V

Series

CAMC

Current Rating

20 mA

Length

87.2mm

Width

112.6mm

Depth

28.3mm

Dimensions

112.6 x 87.2 x 28.3 mm

COO (Country of Origin):
DE

Festo CAMC Series Servo Drive, 24V Voltage Range, 20 mA Current - CAMC-G-S1, Numeric Part Number:1501330


This servo drive is an integral component for various automation technology applications, providing precise control within electrical drive systems. Featuring dimensions of 112.6mm x 87.2mm x 28.3mm, this compact device is designed to operate within a voltage range of 24V. With a current rating of 20mA, it ensures efficient performance in demanding environments.

Features & Benefits


• Current rating of 20mA ensures compatibility with various components
• Enhanced safety features make it ideal for critical operations
• Designed for the Festo CAMC series, ensuring high standards of quality
• Facilitates precise control and monitoring in automation processes

Applications


• Used with safety modules for enhanced operational security
• Suitable for requiring efficient current performance
• Ideal for integration in automated production lines
• Effective in robotics for improved movement accuracy
• Used in electronic systems where precise drive control is essential

What are the implications of using a 24V drive in industrial applications?


Using a 24V drive ensures compatibility with standard automation equipment, enabling easier integration and reducing the risk of overloading components. The lower voltage also enhances safety by minimising electrical hazards in manufacturing settings.

How does the current rating affect the choice of this drive for specific tasks?


A current rating of 20mA indicates that it can efficiently support a moderate load without overheating, making it suitable for systems that require stable and consistent performance while preventing energy wastage.

What advantages does this drive offer in terms of space constraints in design?


The compact dimensions allow for installation in tight spaces, making it versatile for various machinery layouts while ensuring that performance is not compromised by size limitations.

In what scenarios would the integration of this safety module be crucial?


Integrating this safety module is crucial in environments where operational safety cannot be compromised, such as in high-speed production lines or robotic applications where errors could lead to significant hazards.

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