Festo Belt Driven Linear Actuator, 400mm, 1500N, 5000mm/s, 8041852
- RS Stock No.:
- 203-6974
- Mfr. Part No.:
- ELGA-TB-KF-70-400-0H
- Brand:
- Festo
Subtotal (1 unit)*
£1,555.14
(exc. VAT)
£1,866.17
(inc. VAT)
FREE delivery for orders over £50.00
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- Shipping from 18 November 2025
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Units | Per unit |
---|---|
1 + | £1,555.14 |
*price indicative
- RS Stock No.:
- 203-6974
- Mfr. Part No.:
- ELGA-TB-KF-70-400-0H
- Brand:
- Festo
Specifications
Technical Reference
Legislation and Compliance
Product Details
Find similar products by selecting one or more attributes.
Select all | Attribute | Value |
---|---|---|
Brand | Festo | |
Actuator Type | Belt Driven Linear Actuator | |
Maximum Stroke Length | 400mm | |
Maximum Load | 1500N | |
Series | ELGA-TB | |
Maximum Speed No Load | 5000mm/s | |
Maximum Force Lifting | 1500N | |
Motor Technology | Servo Motor, Stepper Motor | |
Duty Cycle | 100% | |
IP Rating | IP40 | |
Model Number | 8041852 | |
Select all | ||
---|---|---|
Brand Festo | ||
Actuator Type Belt Driven Linear Actuator | ||
Maximum Stroke Length 400mm | ||
Maximum Load 1500N | ||
Series ELGA-TB | ||
Maximum Speed No Load 5000mm/s | ||
Maximum Force Lifting 1500N | ||
Motor Technology Servo Motor, Stepper Motor | ||
Duty Cycle 100% | ||
IP Rating IP40 | ||
Model Number 8041852 | ||
- COO (Country of Origin):
- DE
Festo ELGA-TB Series Electric Linear Actuator, 400mm Maximum Stroke Length, 1500N Maximum Load - ELGA-TB-KF-70-400-0H, Numeric Part Number:8041852
This electric linear actuator is a high-speed belt-driven actuator designed for precise motion control in automation applications. With a maximum stroke length of 400mm and a robust load capacity of 1500N, it efficiently supports industrial tasks. The actuator features advanced motor technology, including options for servo and stepper motors, ensuring reliability and versatility across various settings.
Features & Benefits
• Exceptional speed of up to 5000mm/s for quick operations
• Achieves an outstanding maximum force of 1500N for heavy lifting
• Equipped with a recirculating ball bearing guide for smooth movement
• Features an IP40 rating to protect against dust ingress
• Supports a 100% duty cycle for continuous operation
• Designed with a toothed belt for precise linear motion
• Achieves an outstanding maximum force of 1500N for heavy lifting
• Equipped with a recirculating ball bearing guide for smooth movement
• Features an IP40 rating to protect against dust ingress
• Supports a 100% duty cycle for continuous operation
• Designed with a toothed belt for precise linear motion
Applications
• Used in advanced robotics for precise movement
• Ideal for material handling systems in production lines
• Utilised in assembly machines requiring linear motion
• Applied in laboratories for testing and measurement setups
• Commonly implemented in packaging machinery for efficiency
• Ideal for material handling systems in production lines
• Utilised in assembly machines requiring linear motion
• Applied in laboratories for testing and measurement setups
• Commonly implemented in packaging machinery for efficiency
What type of motors can be used with this actuator?
The actuator can be operated using either servo motors or stepper motors, offering flexibility for various applications.
How does the maximum speed affect its performance in automation tasks?
A maximum speed of 5000mm/s enhances productivity, allowing for rapid movement and increasing overall system efficiency.
What measures are implemented to ensure durability in this design?
The actuator is constructed from anodised aluminium and stainless steel components, which contribute to its longevity and robustness in industrial environments.
What is the significance of an IP40 rating for this actuator?
An IP40 rating indicates that the actuator offers protection against solid objects greater than 1mm, ensuring reliable performance in dusty environments.
How is the actuator's acceleration and force rated in practical terms?
It can achieve a maximum acceleration of 50 m/s², effectively managing high thrusts and maintaining stability during operations.