The AXN/CHS/03U Axon chassis from Curtiss-Wright is a robust, compact solution for flight test and space data acquisition in aerospace and defense applications. Featuring three user slots and a 50W isolated power supply, it supports a wide 18-68 VDC input range for versatile power compatibility. Its rugged aluminum housing ensures durability in harsh environments, while flexible slot design allows any user module combination, with optional remote mounting via Axonite housing. This chassis delivers reliable performance for mission-critical data acquisition, ideal for demanding aerospace testing scenarios.
Key Features
- Three User Slots: Accommodates any combination of Axon user modules for flexible configurations.
- 50W Isolated Power Supply: Supports 18-68 VDC input for robust power compatibility.
- Rugged Aluminum Housing: Ensures durability in extreme aerospace and defense environments.
- Remote Module Support: Compatible with Axonite housing for remote module placement.
- Wide Input Range: Operates reliably with diverse power sources (18-68 VDC).
- Advanced Protection: Features fault monitoring and glitch immunity for stable operation.
- LED Indicators: Provides power and status LEDs for easy monitoring.
- Compact Design: Optimized for space-constrained flight test and space applications.
- Versatile Module Placement: Allows any user module in any slot for customization.
- Mission-Critical Reliability: Designed for high-stakes aerospace and defense data acquisition.
Applications
The AXN/CHS/03U Axon chassis is engineered for defense and aerospace, excelling in flight test instrumentation and space data acquisition. Its compact, rugged design suits fighter jets, UAVs, and satellite systems, enabling precise data capture for parameters like pressure, temperature, and vibration. The chassis supports critical testing in missile development and hypersonic vehicles, offering flexible module configurations for tailored solutions. Remote Axonite compatibility reduces wiring in space-constrained setups, ensuring reliable performance in harsh environments for defense contractors and aerospace engineers.
