EXPLORE THE INSIGHT3 E-LINE CAMERA
Features
- Best-in-class resolution and frame rate
- High-intensity LED illumination
- Storage of pristine high-bandwidth video in the tool simultaneous with lower bandwidth streaming of images and video clips to the surface
- Variable transmission bandwidth copes with exceedingly long lines or noisy environments
- Compact design makes for easy transportation and rig-ups
- Standard 1-3/16″-12 GO box connector
Applications
- Mechanical inspections such as parted tubing, corrosion, obstructions, or restrictions
- Wireline and drilling fishing operations
- Gas lift and SCSSV inspection
- Survey of scale and organic buildup
- Determination of water intrusion
- Checking sand screens and slotted liners for wear, plugging, or buildup
Benefits
- Highly portable downhole camera system (1 operator + suitcase-sized hard cases)
- Deployable on most single and multi-conductor electric lines
- Can significantly reduce operator intervention costs
Specifications
Camera OD: 1.69″ (43mm)
Max Pressure: 15,000 psi (100 MPa)
Max Temperature: 257 °F (125 °C)
Tool Length: 96″ (245cm)
Tool Weight: 33 lbs (15kg)
Recording Resolution, Frame Rate, Duration:
1080p, 30fps, color – 10 hours
720p, 60fps, color – 10 hours
720p, 30fps, color – 20 hours
SRO Resolution, Update Rate:
Configurable, from 320×240 to 1920×1080; up to 30fps
Note: specified weight, length include single inline bow spring centralizer
SEE YOUR WELL, BE WELL INFORMED
The Insight3 HD Electric Line Camera is a next-generation “hybrid” design, combining the large flash storage of a memory camera with the real-time feedback of an e-line or fiber system. This combination allows the operator to effectively direct and tweak camera position and functions while downhole, as well as have a broadcast-quality high definition color video at the end of the run.
Insight3 is able to operate from the vast majority of electric line cable used in the oil and gas industry, whether single or multi-conductor. Operation over more than 30,000′ (9,000m) of 7/32″ wireline is possible. With a wireline unit already on site or nearby, the tool and top-side electronics are small enough to be transported by air to a job site, greatly reducing intervention time.
Imagery and telemetry data from the tool are transmitted to the top-side receiver in real time. This data is viewed and stored via a laptop computer, and may be saved to removable media and/or electronically sent from location. A freely-distributable viewer allows all stakeholders the opportunity to easily browse and interpret well data.
Obtaining images of a wellbore obstruction or wireline fish allows operators to fully understand what they are up against. Validating downhole conditions can help determine the best course of action, increasing the likelihood of a successful intervention while reducing the operator’s overall risk and associated costs.