8I74T400150.010-1
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The 8I74T400150.010-1 inverter features a carbide material build, a TiAlN coating, a shank diameter of 4.0 mm, and a maximum cutting speed of 210 m/min. Part of the 8I7 ACOPOS Inverters series crafted by B & R Automation, it has a 35° helix angle and complies with the DIN 6535 HB ISO standard.
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Product Description:
The ACOPOS Inverter 8I74T400150.010-18I6 is manufactured by B & R Automation with the aim of providing precise control of motors in industries. This inverter has a mains Input of 3x 380-500VAC±-15%+10%, so it can be used with various Regional power supplies.
For system safety, the 8I74T400150.010-18I6 inverter accommodates a maximum assumed short-circuit current of 5 kA to provide a safe response to unplanned faults. This inverter gets extensive flexibility of control in terms of output frequency range of 0 – 599Hz, to operate in both low-speed accuracy as well as high-speed operations. The relay response time for this inverter is limited to 2 ms to allow for quick transitions and signal execution within the control system. This inverter has a built-in EMC filter, which limits conducted emissions and electromagnetic noise in control cabinets. This also satisfies industrial EMC standards and reduces interference hazards for adjacent equipment. This inverter has a 1.5 kW (2 HP) motor power rating, which is excellent for compact-scale machines as well as mid-range automation networks. The protection functions for this inverter include Class 10 Motor Overload Protection, which protects it against overheating and mechanical stress during overloads.
The input frequency range of 50 to 60 Hz ±5% provides this inverter with a stable operation under typical power supply conditions and accommodates small deviations without any performance loss. The output current of this inverter supports 4.1 A max output with regularity to provide efficient operation with sustained load changes. A rated apparent power of 4.2 kVA at 500 VAC allows efficient access to available power levels when this inverter is operating. This inverter’s maximum inrush current of 10 A prevents input power line disturbance during startup and minimizes the effect on upstream breakers or fuses.
Frequently Asked Questions about 8I74T400150.010-1:
Q: How does the EMC filter in the 8I74T400150.010-1 reduce electrical interference?
A: The integrated EMC filter suppresses conducted emissions and noise. This helps maintain signal integrity in surrounding equipment.
Q: Why is an output frequency range of 0 to 599 Hz significant?
A: It enables precise speed control across various motor types. This makes the inverter suitable for both low and high-speed operations.
Q: What is the purpose of the Safe Torque Off feature in 8I74T400150.010-1?
A: The STO function ensures immediate torque shutdown during safety events. It improves machine safety compliance and prevents accidental motion.
Q: How does a 2 ms relay response time enhance system control?
A: It ensures rapid switching in control circuits. This is crucial for time-sensitive industrial automation tasks.
Q: Why is limiting inrush current to 10 A important during startup?
A: It prevents sudden current spikes that could damage components. This ensures smoother power-up and longer system life.
