Festo, 1000mm, 2500N, 5000mm/s, 8041862

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£2,151.63

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£2,581.96

(inc. VAT)

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RS Stock No.:
281-1071
Mfr. Part No.:
ELGA-TB-KF-80-1000-0H
Brand:
Festo
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Brand

Festo

Maximum Stroke Length

1000mm

Maximum Load

2500N

Series

ELGA-TB

Maximum Speed No Load

5000mm/s

Maximum Force Lifting

2500N

Motor Technology

Servo Motor, Stepper Motor

Duty Cycle

100%

IP Rating

IP40

Model Number

8041862

COO (Country of Origin):
DE

Festo ELGA-TB Series Electric Linear Actuator, 1000mm Stroke Length, 2500N Maximum Load - ELGA-TB-KF-80-1000-0H, Numeric Part Number:8041862


This electric linear actuator is designed for precision and high performance in automation applications. With a maximum stroke length of 1000mm and capable of handling loads up to 2500N, it offers exceptional movement control. This actuator employs advanced servo and stepper motor technologies, achieving speeds of up to 5000mm/s, making it ideal for various industrial tasks.

Features & Benefits


• Achieves exceptional efficiency with a 100% duty cycle
• Provides a maximum speed of 5000mm/s for rapid operations
• Boasts high accuracy with a repetition precision of ±0.08mm
• Equipped with an IP40 rating for protection against solid objects
• Designed with a robust recirculating ball bearing guide for smooth operation
• Constructed from anodised aluminium for enhanced durability

Applications


• Used in automated assembly lines
• Applied for precise positioning in robotics
• Utilised in material handling systems
• Implemented in packaging machinery
• Suitable for CNC machining

What type of motor is included with this actuator and what are its advantages?


It features both a stepper motor and a servo motor, which provide high precision and reliability in motion control. These motor types allow for accurate positioning and smooth speed transitions, essential for automated processes.

What is the maximum acceleration this actuator can handle?


The actuator can manage a maximum acceleration of 50 m/s², which facilitates rapid start and stop capabilities without compromising the stability of the load being moved.

How does the ambient temperature range affect the actuator's performance?


It operates efficiently in temperatures ranging from -10 °C to 60 °C, ensuring functionality in various industrial environments without the risk of failure or decreased performance.

What materials are used in the construction of the actuator?


The actuator is made from a wrought aluminium alloy, stainless steel components, and high-alloy stainless steel for pulleys, providing robust construction while remaining lightweight and corrosion-resistant.