The high-speed nHSC-3X-S Series camera design provides a unique solution for applications where space is at a premium, including airborne, automotive, and ground testing.
Features
- High resolution (1280 x 1024 pixels)
- High frame rate (up to 500 frames per second at full resolution)
- Optional built-in CompactFlash recorder
- Provides RS-170A video and data/clock output for image preview
- Rugged, lightweight, and miniature size
- IRIG AC, DC, or IEEE 1588 for time synchronization and timestamp support
- Real-time clock timestamp support
- Circular buffer for pre-event and post-event image capture
- 100/1000BASE-T Ethernet
- 28V power
Applications
- High-speed film camera replacement
- Component testing
- Vehicle testing
- Materials testing
The nMGR-2000 is the controller in a networked high-speed camera system. It provides the configuration and control between multiple networked high-speed cameras, recorders, switches, and the camera control panel.
The TTC ACT-1000 Active Camera Target is a standalone device intended for laboratory use and camera setup verification.
The CCP-2100 is a multi-function camera control panel that can control up to 64 cameras.
The high-speed nHSC-36-S1(M)-1 camera design provides a unique solution for applications where space is at a premium, including airborne, automotive, and ground testing.
TTC nHSC-31-S Network High-Speed Camera, Optional Built-in Recorder
The high-speed TTC nHSC-3X-S1 series camera design provides a unique solution for applications where space is at a premium, including airborne, automotive, and ground testing.
The nHSC-3X-S1 series camera is a standalone and/or networked high-speed camera that is capable of 500 frames-per-second operations. The camera optionally includes an integrated CompactFlash recorder to allow easy removal of critical post-test data. It also provides integrated video preview and easily integrates into a system with other Curtiss-Wright network equipment including switches, recorders, and the nMGR-2000-1 high-speed camera manager.
The nHSC-3X-S1 series camera is configured using the TTCWare software. The images that are stored in the camera’s memory are transferred to a PC and converted to industry-standard image formats.
The Need for Speed: Using Photogrammetric Analysis with High-Speed Cameras in Flight Testing Applications
Flight test engineers encounter situations where they need to use photogrammetric analysis to determine how objects, surfaces, and mechanical systems perform. This typically requires capturing images at high speed from multiple angles. Read this white paper to learn more about high-speed cameras and how they can provide users with the ability to conduct in-depth, quantitative analysis of their high-speed images.
Aerospace Instrumentation Brochure
Flight test engineers encounter situations where they need to use photogrammetric analysis to determine how objects, surfaces, and mechanical systems perform. This typically requires capturing images at high speed from multiple angles. Read this white paper to learn more about high-speed cameras and how they can provide users with the ability to conduct in-depth, quantitative analysis of their high-speed images.