ABB S-073N 3BHB009884R0021
Product Parameters
- Operating Voltage: Can handle high – voltage operations, typically in the range suitable for industrial high – voltage applications, although the exact value may vary depending on the specific application requirements. Some sources suggest it can withstand voltages of up to several thousand volts.
- Output Frequency: Adjustable output frequency. By controlling the on – and – off times of the semiconductor switching devices, the module can modify the frequency of the output alternating current to meet the needs of different loads. The frequency adjustment range is designed to cover a wide spectrum relevant to industrial applications.
- Power Conversion Efficiency: Adopting advanced semiconductor switching devices and circuit design, the ABB S – 073N module can achieve high – efficiency power conversion. While the exact efficiency percentage is not specified in the given sources, it is designed to minimize energy loss during the DC – to – AC conversion process, contributing to overall energy savings in industrial systems.
- Current Limiting Capacity: Equipped with current – limiting functionality, the module can prevent excessive current flow. The specific current – limiting threshold is engineered to protect the module and the connected equipment from potential damage due to over – current situations.
- Over – Voltage Protection Threshold: Has an over – voltage protection mechanism. When the voltage exceeds a pre – set threshold value, the protection circuit within the module is activated to safeguard the module and the entire power system from the harmful effects of over – voltage. The exact over – voltage protection threshold is set based on the operating voltage range and safety requirements of the module.
Product Specifications
- Model Number: S – 073N.
- Product Code: 3BHB009884R0021.
- Manufacturer: ABB.
- Dimensions: Specific dimensions are not provided in the available information. However, considering its application in industrial settings, it is likely designed to be compact enough to fit into standard electrical enclosures and control panels while still being able to dissipate heat effectively due to its high – power operation.
