ABB NXPP-02C Inverter Interface Board

Product Type:Interface Board

Manufacturer:ABB

Model:NXPP-02C

Application Compatibility:Wide range of ABB inverter models

Communication Protocols Supported:[“Profinet”,”EtherCAT”,”Modbus”]

Input/Output Channels:8 Inputs, 4 Outputs

Operating Temperature Range:-20°C to +50°C

Power Consumption:Max. 10W

Dimensions:150mm x 100mm x 35mm

Weight:200g

Mounting:Panel Mount

Connection Type:IP20 Rated Connectors

Safety Certification:CE, UL

    The ABB NXPP-02C Inverter Interface Board is meticulously designed to offer a robust solution for industrial control systems, facilitating the precise management of inverter operations through its advanced RS485 communication protocol. Its compact size and efficient power consumption make it ideal for integration into space-constrained applications without compromising performance.

    Featuring a wide operating temperature range from -20°C to +60°C, this interface board ensures reliable operation under various environmental conditions commonly encountered in industrial settings. Its IP20 protection class further safeguards against dust and minor splashes, enhancing durability in challenging work environments.

    Equipped with two high-efficiency output channels, the ABB NXPP-02C enables versatile control over multiple inverter devices simultaneously, optimizing energy usage and system responsiveness. The inclusion of a 24VDC operating voltage ensures compatibility with a broad spectrum of industrial power supplies.

    Ease of installation and use is paramount in the design of the ABB NXPP-02C, featuring standard mounting holes and straightforward connection options via its RS485 interface. This simplifies the setup process, allowing technicians to quickly integrate the board into existing systems with minimal disruption.

    For customers seeking a reliable and efficient interface solution for their inverter-based automation projects, the ABB NXPP-02C Inverter Interface Board stands out as an excellent choice, delivering unparalleled performance and reliability in harsh industrial environments.