8EI4X5MWT10.0500-1
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The 8EI4X5MWT10.0500-1 is a stainless steel threaded rod with a length of 500 mm and a thread size of M10. Manufactured by B & R Automation under the 8EI Servo Drives series, it features a thread pitch of 1.5 mm and a tensile strength of 700 MPa. This rod is graded A2-70 with a 10 mm diameter.
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Product Description:
The 8EI4X5MWT10.0500-1 Servo Drive is compatible with the 8EI Servo Drives series. It is featured with precise feedback control and PWM control for enhanced torque and it is designed by B & R Automation.
The 8EI4X5MWT10.0500-1 servo drive has an 1880 micro farad of DC bus capacitance which helps absorb voltage spikes, smoothen DC voltage and support high dynamic load changes typical in servo applications. It is designed to accept both single phase and three phase AC input voltages in a wide range which increases flexibility for global installations across regions with different mains standards. The logic or control power supply requirement is 24 VDC with ±25% tolerance which provides robustness against input fluctuations and is commonly used to power internal control circuits, fans, sensors or I/O interfaces. It can function with main frequencies of 0 Hz or 60 Hz, with a tolerance of ±4%. The total capacitance at the drive’s input is 5507 µF which helps in buffers the energy, improves power stability and reduces stress on the power supply during high current demands. The drive can handle 5 kilovolt-amperes of maximum apparent power which defines its rating. It has a built in line filter that complies with electromagnetic compatibility (EMC) standards for industrial environments (Category C3) which minimizes interference on the mains and ensures regulatory compliance.
The 8EI4X5MWT10.0500-1 servo drive typically needs 60 seconds before switching on again after powering off. It draws up to 22 amperes upon initial power up due to charging internal capacitors. The module base current draw value is 1.2 amperes. It is compatible with TN-S and TN-CS power distribution systems which affects safety, EMC behavior and compatibility with facility electrical infrastructure.
Frequently Asked Questions about 8EI4X5MWT10.0500-1:
Q: How does the 1880 µF DC bus capacitance improve the performance of the drive?
A: It stabilizes the DC voltage during rapid load changes. This allows the 8EI4X5MWT10.0500-1 drive to maintain consistent performance under dynamic motor conditions.
Q: Why is a wide AC input voltage range important for the 8EI4X5MWT10.0500-1 servo drive?
A: It enables compatibility with different regional power standards. This flexibility makes the drive ideal for global deployment across varying electrical infrastructures.
Q: How does the integrated EMC line filter benefit the 8EI4X5MWT10.0500-1 in industrial settings?
A: It minimizes electromagnetic interference affecting nearby equipment. This ensures stable performance and compliance with EN 61800-3 Category C3 industrial EMC standards.
Q: What is the advantage of using a 5507 µF input capacitance in servo applications?
A: It reduces voltage dips during load transitions. This helps the 8EI4X5MWT10.0500-1 drive sustain performance under sudden motor load variations.
Q: How does compatibility with TN-S and TN-CS networks affect electrical safety?
A: It ensures proper grounding and fault current management. This contributes to stable and safe operation in industrial electrical systems.
