NI SCXI-1324 High-voltage power strip

NI SCXI-1324 High-voltage power strip

Functional characteristics
Convenient wiring: Equipped with 48 screw terminals, it can quickly and conveniently connect signals, meeting various signal connection requirements.
Electromagnetic shielding: It adopts a shielded housing design, which can provide electromagnetic interference (EMI) protection, ensuring the stability and accuracy of signal transmission and reducing the impact of external interference on the signal.
High-voltage application: It is suitable for application scenarios that require high-voltage signals, featuring a relatively high voltage rating. It can reliably handle high-voltage signals and meet the data acquisition and signal processing requirements in high-voltage environments.
Module compatibility: Specifically designed for use with the SCXI-1160 relay module, it can be easily installed in front of the module. The combination of the two enables high-voltage universal switch applications, expanding the functions and application scope of the system.
Common-mode isolation: The common-mode isolation voltage between channels and between channels and ground is 250Vrms, which can effectively suppress common-mode interference, improve the accuracy and reliability of signal measurement, and ensure the safe operation of the system in high-voltage environments.

Physical properties
Operating temperature range: The recommended operating temperature range is 0 to 50°C, the storage temperature range is -20 to 70°C, and the non-condensing relative humidity range is 5% to 90%. It can adapt to various industrial and laboratory environments.

Application field
General-purpose switch: It can be used in various scenarios that require the function of a high-voltage general-purpose switch to achieve on-off control of high-voltage circuits, such as the start and stop control of equipment in industrial automation production lines and switch operations in power systems.
High-voltage signal conditioning: In industrial automation equipment such as high-voltage testing devices and motor drive systems, it is used to conditioning high-voltage signals, such as signal amplification, filtering, and isolation, to ensure the accuracy and security of subsequent data acquisition and processing.
Power supply control: It can be applied in power supply systems to control and monitor high-voltage power supplies, achieving stable power output and protection. For instance, it is used in uninterruptible power supply (UPS) systems, high-voltage direct current power supply systems, etc., to control the on and off of power supplies and monitor power supply status.
Test and measurement system: In laboratory and industrial testing environments, it is used to connect high-voltage testing instruments and equipment, such as oscilloscopes, withstand voltage testers, etc., to measure and analyze high-voltage signals, providing data support for the performance testing and fault diagnosis of equipment.