Unbeatable Price Allen-bradley 2094-bc07-m05-s Iam (460v) Modules Power Add To Cart [8JIxufw6]

Unbeatable Price Allen-bradley 2094-bc07-m05-s Iam (460v) Modules Power Add To Cart [8JIxufw6]

Discover the power of precision with the Unbeatable Price Allen-bradley 2094-bc07-m05-s Iam (460v) Modules Power Add To Cart [8JIxufw6]. This robust module is designed for the Kinetix 6000 Drives, offering a seamless integration into your industrial control systems. With its superior performance and reliability, it's the ideal choice for applications that demand high-quality power management.

Key Product Features and Specifications

The 2094-BC07-M05-S IAM module boasts a wide range of impressive features and specifications. It features an AC input voltage range of 324…528V rms (three-phase), ensuring compatibility with various power sources. The module's AC input frequency of 47…63 Hz and control power AC input voltage of 95…264V rms (single-phase) provide flexibility and efficiency. Its internal shunt offers continuous power of 200 W and peak power of 22,300 W, making it suitable for demanding applications. Here are some of the key specifications:

• AC Input Voltage: 324…528V rms (three-phase), 360…480V nominal
• AC Input Frequency: 47…63 Hz
• Main AC Input Current: Nominal: 77 A (rms), Max Inrush: 56 A (0-pk)
• DC Input Voltage (Common Bus Follower): 458…747V dc
• Control Power AC Input Voltage: 95…264V rms (single-phase), 230V nominal

Practical Applications and Benefits

The Allen-Bradley 2094-BC07-M05-S IAM module is a versatile solution for a wide range of industrial applications. Its high efficiency of 95% ensures optimal performance and energy savings. The module's continuous output current to the bus of 71 A and intermittent output current of 142 A make it suitable for heavy-duty operations. With its ability to handle bus overvoltage of 825V dc and bus undervoltage of 275V dc, it provides robust protection for your system. This module is perfect for scenarios such as manufacturing, process control, and energy management, where reliable power management is crucial.