Mitsubishi FR-A8NP-60 E-KIT - VFD Inverter
The Mitsubishi FR-A8NP-60 E-KIT Variable Frequency Drive module provides a network and communication option supporting PROFIBUS-DP connectivity. Designed for the FR-E800 SERIES, it features a 1.647 kg weight and integrates seamlessly with industrial drive networks requiring field-level communication. Explore the brand at Mitsubishi, the product category at Mitsubishi Variable Frequency Drive, and linked series through FR-E800 SERIES.
| Brand | Mitsubishi |
| Product Type | VFD Inverter |
| Model Number | FR-A8NP-60 E-KIT |
Mitsubishi FR-A8NP-60 E-KIT VFD Inverter - Technical Specifications:
| Specification | Value |
|---|---|
| Type | NETWORK/COMMUNICATION OPTION |
| Series | FR-E800 SERIES |
| Weight (kg) | 1,647 |
| Network Interface | PROFIBUS-DP |
The Mitsubishi FR-A8NP-60 E-KIT Variable Frequency Drive communication module belongs to the FR-E800 SERIES and is used in industrial automation systems requiring fieldbus networking. The unit includes a network/communication option, supports PROFIBUS-DP, and features a 1.647 kg construction designed for stable integration within drive panels. Mitsubishi ensures compatibility with FR-E800 inverters to support reliable data exchange and coordinated machine control.
The Mitsubishi FR-A8NP-60 E-KIT Variable Frequency Drive accessory is suitable for conveyors, packaging machinery, automated handling systems, and assembly applications where high-speed communication is needed. Its PROFIBUS-DP interface enables synchronized operation, efficient diagnostics, and structured communication between controllers and drives. Engineers rely on this module for predictable data handling and robust industrial network performance.
The Mitsubishi FR-A8NP-60 E-KIT Variable Frequency Drive unit reinforces operational confidence through its PROFIBUS-DP capability, defined mechanical structure, and series-specific compatibility. Mitsubishiβs engineering reputation supports long-term reliability in automation environments where network stability is critical. This model remains a dependable option for plants requiring consistent communication, structured system integration, and secure drive connectivity.
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