TITANTEST Leak test system for underwater seismic nodes TITANTEST Leak test system for underwater seismic nodes

 A manufacturer specializing in materials conversion required a leak test system to prevent water ingression into seismic nodes commonly used to read data from oceans and other bodies of water. As their current leak test system did not provide adequate reliability, new system requirements included: 

  • Reliably leak test to prevent water ingression
  • 100% data logging
  • Automated calibration and validation
  • Customizable, programmable leak testing

We engineered a fully-integrated custom leak test system using our TITANTEST P-Series Helium Leak Detector and ATLAS Leak Process Controller, together providing the most cost-effective high-performance production leak testing solution on the market.

  • TITANTEST P-Series Helium Leak Detector with feature-packed software, comprehensive options, and “plug & play” accessories
  • ATLAS Leak Process Controller, configured for the helium accumulation leak test method with gas re-circulation
  • Serial interface to customer data logging system
  • Integrated helium calibrated leak standard for calibration and verification
Leak testing underwater seismic nodes.
Process components
Production Volume:
Medium to high
Tracer gas:
Leak Rate:
2 x 10-5 atmcc/sec
1 part every 2 minutes
ATLAS Leak Process Controller
Leak Test Method:
Helium accumulation
Portable cart
Leak Detector:
TITANTEST P-Series Helium Leak Detector

No accessories available.

Reference Materials

What Should I Include In My Leak Test System Request for Proposal (RFP)
Presentation: A Process for Selecting and Implementing the Optimum Leak Test Method

Product Brochures

Comprehensive Leak Test Solutions
ATLAS Leak Test Process Controller & Helium Charger
TITANTEST P-Series Helium Leak Detector
TITANTEST Leak Detector Accessories

Application Notes

Technical Note A: Production Leak Testing: What, Why and How


Production Leak Testing Solutions Showcase