Universal Measuring Head
Universal Measuring Head
The all in one Universal measuring head offers accurate depth, speed and line thickness for slickline/wireline sizes ranging from 0.092 inch to 1/2 inch.
Application
DataCan's Universal Measuring Head provides accurate depth, speed and line thickness measurements for slickline sizes from 0.092 inch and braided line sizes up to 1/2 inch. This eliminates the need for combination wireline units to carry two measuring heads. By incorporating dual digital encoders for electronic depth, a planetary drive for mechanical depth, and a slickline oiler system; this measuring head covers all your slickline, cased hole, and open hole measurement needs. The simple side loading, lightweight design makes for effortless installation and maintenance. The counter mounts to the overhead spooling arm or, if a tension device is not installed, a vertical spooler. Imperial and metric configurations are available. Included with the counter is a quick release adapter for mounting an Inline Tension Device.
Features
- Compact and Lightweight
- Straight Through Design Allows Side Loading While Reducing Line Bend, Fatigue and Wear
- Fits All Standard Slickline Sizes From 0.092 in. and Braided Lines Up to 1/2 in.
- Universal Head for Slickline, E-line and Open/Cased Hole
- Dual Digital Encoders, Mechanical Drive and Line Diameter Measurement
- Total of 3 Depth/Speed Readouts with Optional Fourth Readout Available
- Linewise Compatible
- Mount to Overhead Spooling Arm
- Metric and Imperial Configurations
- Optional Oiler
- Cased Hole and Open Hole Tension Devices Available
Benefits
The Universal Measuring Head is industry proven with recognized accuracy, more accurate than wraparound counters. The straight through design allows side loading, allowing the line to remain down hole for maintenance/installation. Designed to eliminate bend and fatigue, while the hardened steel rollers and wheels guarantee the integrity of the line. The unit is interchangeable between slickline and braided line with no hardware modifications.