8EI8X8HWD10.0400-1
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships in 3 Days
The B & R Automation 8EI8X8HWD10.0400-1 linear guide rail, part of the 8EI Servo Drives series, is constructed from hardened steel with a polished surface finish. It features an 8 mm rail width, an M3 through-hole mounting system with a 40 mm pitch. The rail operates between -20°C and 80°C.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 8EI8X8HWD10.0400-1 Servo Drive is a versatile solution from B&R Automation which ensures reliable performance. It is built for industrial automation environments and is featured in the 8EI Servo Drives series that delivers accurate control, high efficiency and flexible integration.
The 8EI8X8HWD10.0400-1 servo drive can supply a continuous root mean square (RMS) current of 8.8 A to each motor which defines its long-term operating capability without overheating. It has an internal capacitor with capacitance of 470 µF which stabilizes the DC voltage inside the drive and supports energy storage and regeneration. It uses a 5 kHz switching frequency for pulse width modulation (PWM) to control motor voltage which impacts efficiency, motor smoothness and heat generation. It can temporarily supply up to 10 kW of power and supports short bursts of high torque or acceleration in dynamic applications. It can run on standard industrial power grids globally (Europe: 50 Hz, North America: 60 Hz) and allows ±4% variation which gives flexibility and robustness. At the 24 volts DC input it itself draws 1.2 A and additional current is required if the motor's holding brake is engaged. It takes 60 seconds before it is ready to operate after it is operationalized.
The 8EI8X8HWD10.0400-1 servo drive voltage output is limited in such a way that connected motors should meet insulation standards per IEC TS 60034-25:2004. It supports two motor connections which allows independent or coordinated control of two motors. It may briefly draw up to 45 amperes when power is first applied. It is designed for load up to 10 kilovolt-amperes which indicates the maximum apparent power it can handle.
Frequently Asked Questions about 8EI8X8HWD10.0400-1:
Q: How does adjustable torque limit improve safety in servo applications?
A: Adjustable torque limits prevent mechanical overloads by limiting force applied during operation. This protects equipment and extends system lifespan.
Q: Why is the 60-second switch-on interval necessary for the 8EI8X8HWD10.0400-1 servo drive?
A: The delay allows safe capacitor charging and internal diagnostics. It ensures the drive initializes without power surges or instability.
Q: What is the benefit of using a 5 kHz switching frequency in 8EI8X8HWD10.0400-1?
A: A 5 kHz frequency balances switching losses with motor smoothness. It ensures thermal efficiency without compromising drive performance.
Q: How does the 5507 µF input capacitance affect power stability?
A: Large input capacitance reduces voltage ripple during dynamic loads. It stabilizes power input and improves performance under fluctuating conditions.
Q: Why is insulation compliance to IEC TS 60034-25:2004 required in 8EI8X8HWD10.0400-1?
A: It prevents premature motor insulation failure from voltage stress. Ensuring compatibility avoids damage from PWM waveform reflections.
