VEDAQ 2000-C
The VEDAQ 2000-C™ Portable Multi-Function EMI Drill Pipe Inspection System for drill pipe up to 6-5/8" O.D.
The VEDAQ 2000-C™ is a portable, computerized, multi-function EMI system for inspecting drill pipe and tubing. Transverse flaw detection and TRUEWALL™ solid state (Hall effect) wall monitoring functions are standard on the VEDAQ 2000-C™. It's lightweight, compact and extremely portable design allows the VEDAQ 2000-C™ to be operated at the rig site or in a pipe yard. Commands (i.e. gain, coil, buggy adjustments) are controlled on the computer. The inspection results are displayed digitally in the software with individual channel colors for easy interpretation. The VEDAQ 2000-C™ is designed to meet most industry requirements set forth by API, DS-1, etc.
Product Specifications
| Technical and Performance Data | |
| Capacity: | 2 3/8" to 6 5/8" O.D. drill pipe and tubing |
| Functions: | Transverse flaw detection (MFL) TRUEWALL™ magnetic wall thickness monitoring (MFD) |
| Data Acquisition: | Data acquisition system with Dell laptop computer (all functions performed on computer with multi-color data display) |
| Production Rate: | Up to 150 ft /minute |
| Inspection Criteria: | The VEDAQ 2000-C™ is designed to meet most industry specifications (i.e. API, DS-1, etc.) |
| Major Components: | Electronics console Dell laptop computer with VEDAQ software Power, signal, and buggy drive cables High speed buggy drive with variable speed DC motors Powerful DC magnetizing coils Air jack set (standard or Hi-Low models available) Buggy heads (sizes optional) Calibration standards (sizes optional) |
Product Images
Mode of Operation
The system is calibrated on a standard at the beginning of the job. The magnetizing coil is placed over the end of the pipe. The buggy drive and head are placed on top of the pipe and the mag coil is placed on the buggy drive. The air jacks lift the pipe so the coil & buggy will clear the pipe racks.The electronics operator then powers the buggy down the pipe and starts the computer while observing the data on the software. When the buggy reaches the other end of the pipe, the jacks lower the pipe to the racks, the buggy and coil are removed and placed on the next pipe. The process is then repeated in the opposite direction.