B&R 8V1180.00-2 ACOPOS Servo Drive
Delivery time 3 days
Product origin New/used
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The B&R 8V1180.00-2 ACOPOS servo drive is a high-performance servo drive manufac
The B&R 8V1180.00-2 ACOPOS servo drive is a high-performance servo drive manufactured by B&R Automation. Here are the details and features of the product:
Basic parameters:
Model: 8V1180.00-2
Brand: B&R
Series: ACOPOS
Main input voltage: 400 VAC - 480 VAC
Frequency: 50/60 Hz
Nominal input voltage: 24 VDC
Installation load: Maximum 17 kVA
Functional features:
Equipped with overload and ground fault protection to ensure that the equipment can safely stop running under abnormal conditions to avoid damage or safety accidents.
It is suitable for the field of industrial automation, especially in industrial equipment that requires precise control and adjustment, such as horizontal industrial equipment.
As part of the ACOPOS intelligent servo drive, this product supports software programming, allowing users to adjust multiple functional parameters to adapt to different application scenarios.
Working environment:
Working temperature range: No specific value is directly provided, but according to the general product characteristics of B&R Automation, it is expected to work normally in a wide temperature range.
Installation altitude: Based on the 8V1090 Acopos servo drive mentioned in reference article 2, it can be inferred that this series of products are suitable for environments with an altitude of up to 2000 meters.
Physical characteristics:
Protection level: IP20 (dust and water resistance level)
Weight: Not directly provided, but expected to be comparable to other similar servo drives.
Applicable scenarios:
Suitable for application scenarios that require precise control, adjustment and protection, such as industrial automation production lines, robot control, CNC machine tools, etc.
Notes:
Installation and operation should be carried out by qualified experts to ensure that the equipment is correctly installed, configured and operated to avoid errors and damage.
In actual applications, care should be taken to avoid electromagnetic interference to PLC and other equipment when the inverter is running to ensure stable and reliable operation of the system.
