Used National Instruments SCXI-1324 High-Voltage Screw Terminal Block

The National Instruments SCXI-1324 is a high-voltage screw terminal block designed for connection to SCXI signal conditioning modules. It provides a secure interface for wiring high-voltage signals in modular test and measurement systems.

Developed during NI's growth in modular instrumentation, the SCXI-1324 reflects the company's precision engineering standards—robust connectivity, grounded design, and long service life. It's the kind of component built to make every signal path reliable, no matter how complex the setup.

Product Condition

This unit is used but in good, clean condition, showing minor marks from previous use. Fully intact terminals and screw points. No broken posts or stripped contacts. Stored carefully since removal.

Product Overview

National Instruments built the SCXI line for engineers who needed configurable, reliable signal routing across research, manufacturing, and automated test environments. The SCXI-1324 terminal block mounts directly to compatible SCXI modules, allowing easy access to input channels for high-voltage signal connections and custom test setups.

Key Features

Applications

Frequently Asked Questions

What is the SCXI-1324 used for?

It connects high-voltage signals to compatible National Instruments SCXI modules for measurement or control applications.

Is this terminal block compatible with other SCXI modules?

Yes, it is designed for SCXI systems and connects directly to specific NI modules depending on configuration.

What condition is this unit in?

Used, with light cosmetic marks from prior installation. All screw terminals are functional and undamaged.

Does it require calibration?

No calibration is needed. The SCXI-1324 serves as a passive wiring interface.

How is it mounted?

The terminal block attaches to the front of an SCXI module via screws and alignment posts for stable connection.

Built for precision and longevity, this NI terminal block once formed the bridge between sensors and data. Its next role—whether in restoration, research, or reconfiguration—awaits your design.