Festo, 1600N 200 mm, 1725843

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PHP82,571.09

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PHP92,479.62

(inc. VAT)

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RS Stock No.:
202-9680
Mfr. Part No.:
EAGF-V2-KF-63-200
Manufacturer:
Festo
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Brand

Festo

Product Type

Electrical Linear Actuator

Maximum Load

1600N

Stroke Length

200mm

Series

EAGF

Maximum Force

1260N

Maximum Operating Temperature

80°C

Standards/Approvals

RoHS

COO (Country of Origin):
HU

Festo EAGF Series Electric Linear Actuator, 200mm Maximum Stroke Length, Rod Linear Actuator Type - EAGF-V2-KF-63-200, Numeric Part Number: 1725843


This electric linear actuator is a rod linear actuator designed to deliver high performance in various automation applications. With a maximum stroke length of 200mm, this actuator from the EAGF series offers precise linear motion control Ideal for tasks requiring reliable operation and efficiency. It is suitable for integration into numerous industrial systems, making it a versatile choice for users in the automation and mechanical industries.

Features & Benefits


• Utilises Advanced design for enhanced linear motion control
• Engineered for precise positioning in industrial environments
• Supports a maximum stroke length of 200mm for diverse usage
• Compatible with various control systems for flexible integration
• Constructed for high durability to withstand operational demands

Applications


• Used with conveyor systems for material handling tasks
• Applied in robotic systems for accurate motion control
• Utilised for adjustable positioning in assembly line setups
• Suitable for use in automated test equipment for precise measurements
• Operates effectively in various electronic component placements

What are the power requirements for this actuator?


The actuator operates on standard electrical specifications, typically compatible with common power supply systems found in industrial settings, ensuring straightforward integration.

How does this actuator maintain accuracy during operation?


The actuator employs Advanced feedback mechanisms that allow for precise control of movement, minimising errors and enhancing operational reliability in various tasks.

What materials are typically used in the construction of this actuator?


The actuator is commonly built with high-strength materials that withstand operational stresses, providing longevity and consistent performance in demanding environments.

Can this actuator be customised for specific application needs?


Yes, the actuator can be modified in terms of stroke length and interfacing options to meet unique application requirements, enhancing its versatility across different industrial uses.

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