Environmental Reliability | AbyssPro 7000 Passes Salt Spray and Sine Vibration Tests

Test Significance

AbyssPro 7000 environmental reliability test — **AbyssPro 7000 Environmental Reliability Testing**CTD instruments must withstand prolonged exposure to high-salinity seawater as well as vibration during transport, vessel operation, and field deployment. Azura conducted salt spray and sine vibration tests on the AbyssPro 7000 to validate its long-term structural and operational reliability under demanding conditions.

Salt Spray Test

01 / Test Conditions

Temperature: 35°C; pH: 6.5-7.2; duration: 96 continuous hours; salt solution: 5% NaCl; method: GB/T 10125-2021.

02 / Test Results

After testing, the housing, fasteners, and connectors showed no corrosion, peeling, or coating loss. Seals remained intact, functions were normal, and measurement accuracy met requirements.

03 / Reliability Validation

Salt spray and sine vibration tests further verified structural stability and operational reliability in demanding environments.

Environmental Reliability Validation

The results confirmed AbyssPro 7000 stability under demanding conditions and provide stronger assurance for reliable, accurate ocean observation data.

AbyssPro 7000 CTD

Designed for deep-sea observation with RS-232, RS-485, and USB interfaces for marine research, environmental monitoring, engineering, buoy systems, and vessel platforms.

Test Site

AbyssPro 7000 sine vibration test — Sine Vibration Test

Reliable Performance for Deep-sea Observation

AbyssPro 7000 is designed for deep-sea observation with RS-232, RS-485, and USB interfaces for research, monitoring, engineering, buoy systems, and vessel platforms.