PLCs, Power Supplies & Others

The FUJI NP1BS-03 functions as a compact base board for the NP1 series programmable controller system. Fuji Electric designed this component for small-scale control applications requiring minimal I/O capacity. This unit provides backplane connectivity in a space-efficient footprint.

Module Mounting Capacity

This base board accommodates up to 3 I/O modules in a single assembly. It provides dedicated slots for CPU and I/O module installation. Therefore, users can build compact control systems for distributed or standalone applications.

Technical Specifications

Backplane Architecture

The FUJI NP1BS-03 integrates a backplane for distributing power and communication signals. It routes data between the CPU and connected I/O modules efficiently. Moreover, the compact design minimizes signal path lengths for reliable operation.

Power Distribution

This base board distributes power to all installed modules through the backplane connections. It accepts external power input through a dedicated power connector. Consequently, modules receive consistent voltage levels without complex wiring arrangements.

Physical Characteristics

Measuring approximately 6.5 inches in length, this base board occupies minimal panel space. It weighs roughly 1.10 lbs for straightforward mounting and installation. The rigid construction maintains alignment for proper module insertion and secure retention.

Interface Configuration

This base board features 3 module connectors for accepting NP1 series CPU and I/O modules. Each connector provides both power and signal pathways for seamless integration. Additionally, the power connector simplifies field wiring by consolidating external connections into a single point.

System Integration

This base board belongs to the Fuji NP1 series programmable controller product family. It supports CPU modules, digital I/O, analog I/O, and specialty modules for flexible configuration. The FUJI NP1BS-03 provides essential infrastructure for facilities requiring small-scale NP1-based control systems with minimal physical footprint.

Details