Transcript Slide 1
Scorpion DCP
Scorpion DCP
Remote Access Dry-Coupled Crawler System
Scorpion DCP
• Non-encoded dry coupled crawler designed to be: • • • Cost effective Simple to set up and use Compatible with any UT set
Scorpion DCP
• Adds remote access thickness measurement capability to existing UT equipment
Scorpion DCP
• Unique Dry Coupled Wheel Probe • • No liquid couplant required 2.5mm near surface resolution
Scorpion DCP
• A 5mhz, twin crystal transducer is mounted in the centre of the wheel probe axle
Scorpion DCP
• A pair of 12mm thick Ro-Cee rubber tyres fit over the Probe axle • A cork washer prevents cross-talk between each side of the transducer
Scorpion DCP
• Unique Properties of Ro-Cee rubber : • • • High wear resistance Attenuation very close to water Similar impedance to Perspex • An effective alternative to liquid or gel Ultrasonic couplant
Scorpion DCP
• A neodymium magnet mounted in front of the wheel probe maintains adequate probe pressure
Scorpion DCP
• No wasteful water-feed required • Able to climb higher than a water fed crawler (no water to carry) • Supplied with 50M Umbilical
Scorpion DCP
• • Simple to setup Easy to use
Scorpion DCP
• Compatible with most UT set • UT set connects to Control Module via standard BNC connectors
Scorpion DCP
• Neodymium belly magnets & wheel magnets • 13.6KG pull-off force
Scorpion DCP
• Powered by 12V battery Pack • • Ruggedized for site use Provides 8 hours continuous operation • Audible low voltage alarm
Scorpion DCP
• Four independently controlled drive-wheels provide full steering control
Scorpion DCP
• Cost effective • Simple to set up and use • Minimal training required • No water required • Able to climb higher than water fed alternatives (50M)
Silverwing