AL2406-0001-0001
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The AL2406-0001-0001 from Beckhoff's AL Linear Motors series is a flange-mounted motor crafted from an anodized aluminum alloy. It boasts a tensile strength of 310 MPa and supports a maximum load capacity of 1200 N. The motor weighs 0.85 kg and operates reliably in temperatures ranging from -40°C to +85°C.
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Product Description:
The AL2406-0001-0001 Linea Motor is created by Beckhoff. The model falls under the series of Beckhoff AL Linear Motors.
The AL2406-0001-0001 linear motor can operate continuously at 3.08 A without overheating which defines its sustained force capability. It completely relies on air cooling which limits continuous power output compared to water cooled variants. It has 190 newton² / watt motor constant which suggests greater efficiency in converting electrical power into force. It is able to handle 8.20 amperes of maximum current briefly during acceleration or peak load which is useful for rapid thrust demands. The module has a thermal resistance of 0.75 °C/W which measures how efficiently heat is dissipated that helps improve thermal performance and longer duty cycles. It has a physical width of 50 mm which impacts mechanical integration and installation footprint in linear stages or machines. It comes with standardized industrial connectors such as M23 and D sub connectors which are used for power and signal and ensures compatibility with existing automation infrastructure. The amount of power it dissipates as heat during continuous operations is 99 watts which directly influences thermal management needs. It generates 22.63 of back EMF per unit velocity which is used in control design.
The AL2406-0001-0001 linear motor has 24 mm of physical distance between magnetic poles which determines the resolution of force generation and affects commutation frequency. It has a total 6 coils which reflects internal winding complexity and segmentation and influences force ripple, control smoothness and precision. It is able to reach 12 meters per second of linear speed which makes it suitable for high speed positioning or fast moving automation systems.
Frequently Asked Questions about AL2406-0001-0001:
Q: Why is the 34 mH winding inductance significant in AL2406-0001-0001 linear motor performance?
A: The 34 mH inductance improves current stability and reduces ripple in fast-switching drives. It also aids in achieving smoother motion profiles during rapid acceleration.
Q: What benefits does the 24 mm pole pitch offer in the AL2406-0001-0001 linear motor?
A: A 24 mm pole pitch ensures optimized magnetic resolution for force generation. This enhances commutation accuracy and positional precision in high-performance systems.
Q: How does thermal resistance of 0.75 °C/W improve reliability of AL2406-0001-0001?
A: This low thermal resistance allows better heat dissipation during extended operation. It helps prevent thermal overload and extends the motor’s service life.
Q: What role does the motor constant of 190 N²/W play in system efficiency?
A: A higher motor constant means more thrust is generated per watt. This results in energy-efficient performance under load without sacrificing force output.
Q: Can the AL2406-0001-0001 linear motor handle frequent peak load changes?
A: Yes, with a peak current of 8.20 A, it supports dynamic applications. It handles rapid thrust transitions during acceleration or deceleration efficiently.
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