The EWC1010A is a one-way needle bearing with a 10mm bore and 16mm outer diameter, crafted from sturdy steel. It features a press-fit design for secure mounting and handles torque up to 1.18 Nm.
Its open construction allows easy lubrication, while the steel cage and needles ensure durability. The plastic spring provides smooth operation in temperatures from -30°C to 110°C.
This bearing is interchangeable with INA models, making it a practical choice for replacements. Ideal for applications like conveyor systems or machinery where one-directional movement is needed.
Weighing just 6g, it’s lightweight yet robust for its compact size. Compliant with RoHS standards for safe use.
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Why Choose EWC1010A Bearing for Precision Tasks?
EWC1010A Bearing features a steel needle design, ensuring precise operation in compact spaces.
Its press-fit shaft mount type simplifies installation, making it ideal for quick assembly needs.
The lubricated construction of EWC1010A Bearing reduces friction, enhancing smooth performance.
With a torque capacity of 1.18 Nm, it handles moderate loads efficiently.
EWC1010A Bearing operates reliably in temperatures from -30° to 110°C, suitable for varied environments.
Its lightweight design at just 6 grams adds minimal bulk to applications.
Where Is EWC1010A Bearing Used?
EWC1010A Bearing is commonly used in industrial machinery, especially in conveyor systems where one-way rotation is needed. Its press-fit design ensures a secure mount, reducing slippage during operation.
In automotive applications, EWC1010A Bearing fits well in gearbox mechanisms, providing smooth one-directional movement. The steel construction offers durability, even under frequent load changes.
For automation equipment, EWC1010A Bearing works efficiently in robotic arms, enabling precise motion control. The lubricated design helps maintain performance over long periods.
In consumer electronics, EWC1010A Bearing can be found in printers, where its compact size and reliability are key. The lightweight design doesn’t compromise on strength.
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