8EI2X2HWD10.0600-1
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The 8EI2X2HWD10.0600-1 features a 10 mm diameter and 600 mm length, crafted from hardened steel with a hardness of ? HRC 60. Manufactured by B & R Automation as part of the 8EI Servo Drives series, it has a precision-ground surface finish. The part offers roundness of ? 5 ?m and both ends chamfered.
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Product Description:
The 8EI2X2HWD10.0600-1 Servo drive belongs to the ACOPOS P3 series of servo drives. It is made by B & R Automation that supports dual-axis motor control for synchronized motion systems. The voltage supply of the servo drive is 3-phase 200-480 VAC with ~10% tolerance. The servo drive fits industrial automation needs with compact wall mounting.
The 8EI2X2HWD10.0600-1 Servo drive has an input frequency range of 50/60 Hz (~4%). Each axis provides a continuous output current of 2.2 A. The peak output current per axis reaches up to 6 A. The servo drive has a maximum output frequency of 598 Hz. It uses an internal DC bus capacitance of around 1880 uF typically. The nominal switching frequency used by default is 5 kHz. The maximum input power required per axis is 1.25 kVA. The 8EI2X2HWD10.0600-1 Servo drive has an integrated braking resistor present with a 100 W continuous load. The peak power for the internal resistor reaches up to 1.5 kW. The external braking resistor connection is also available if needed. A 24 VDC auxiliary supply is supported with ~25% variation. The input capacitance on the 24 VDC line is around 4310 uF. The average consumption is 0.9 A plus any motor brake current. The drive has two motor connections supporting 2.2 A.
The encoder feedback if 8EI2X2HWD10.0600-1 Servo drive is handled by two X4x digital encoder ports. These ports support multiple standard encoder protocols in digital format. The motor cable length can go up to 75 m at 5 kHz. At 10 kHz, the cable length reduces to a maximum of 38 m. The cable length is limited to 19 m at 20 kHz switching. The encoder cable length can reach up to a maximum of 75 m.
Frequently Asked Questions about 8EI2X2HWD10.0600-1:
Q: What role does the internal DC bus capacitance play in 8EI2X2HWD10.0600-1?
A: The 1880 uF DC bus capacitance stabilizes internal voltage levels during load changes. It helps maintain smooth operation during rapid load fluctuations.
Q: Why is a 5 kHz switching frequency preferred in 8EI2X2HWD10.0600-1 operation?
A: Using a 5 kHz switching frequency balances performance and thermal efficiency. It also allows acceptable cable lengths without excessive electrical noise.
Q: How does the integrated braking resistor in 8EI2X2HWD10.0600-1 enhance system reliability?
A: The integrated braking resistor in 8EI2X2HWD10.0600-1 dissipates excess energy during deceleration. This prevents damage to the system and ensures stable braking.
Q: How does the encoder support in 8EI2X2HWD10.0600-1 ensure precise positioning?
A: Digital encoder ports in 8EI2X2HWD10.0600-1 support standard protocols for accurate feedback. This enhances motor positioning precision in automation systems.
Q: Why is a ~25% tolerance on 24 VDC input important in industrial setups?
A: The ~25% tolerance allows the servo drive to remain operational under voltage fluctuations. It is crucial in harsh or unstable industrial environments.
