Models
The three available models include the OWD Insertable sensor which can be inserted directly into your pipe or tank through a hot tap, helping you avoid costly drainage, the need for a bypass loop, or having to cut a section in the pipe. The KAM OWD FT Flow Through model can be used in an analyzer/densitometer loop, for process optimization where an accurate determination of water concentration is important. It is also vital to optimizing the desalinization process. The KAM OWD Spool is designed for well-head applications and includes a KAM SMS Static Mixing Spool and an integrated sample valve.
To ensure the highest degree of accuracy, the flow must be homogeneous. KAM CONTROLS recommends installation of the patented KAM ML Measurement Loop, KAM SMP Static Mixing Plate or KAM SMS Static Mixing Spool upstream of your OWD detector to create a fully homogenous mixture in your pipeline. Proper calibration, also key to complete accuracy, can be achieved in the field with the KAM PKF Portable Karl Fischer Moisture Analyzer. Data from the PKF analyzer can then be entered into the OWD.
OWD Insertable
A: OWD Insertable installed on a main pipe with 2", 3", or 4" flanged seal housing, OR
B: OWD Insertable installed on a main pipe with 2" MNPT seal housing
- Inserts and retracts without having to drain the pipe
- Ideal for Pipeline applications
OWD FT Flow Through
OWD FT Flow Through installed on a analyzer loop with ½", ¾", 1", or 2" FNPT. Also available with 2" flanges
- Other sizes, including metric available
- Available in 0–100% or 0–10% models
- Ideal for refinery desalter and analyzer loop applications
OWD Spool
OWD Spool on 2" seamless pipe with weld-neck flanges; Integrated SMS Static Mixing Spool; ½" sample valve with ½" pitot probe
- Ideal for skid fabrication and automated well test applications
- Includes patented KAM SMS Static Mixing Spool
- Includes ½" sample valve with ½" pitot probe
Key Advantages
The patented multi-antenna design of the KAM Water Cut Meter provides continuous water-cut measurement over a full 0-100% range. One antenna is designed for oil-continuous phase, one for water continuous phase, and the emulsion phase is measured based on combined data from the two. A third antenna monitors and adjusts for fluid anomalies
- Automatically detects transitions between oil continuous and water continuous modes and monitors both modes simultaneously
- Full 0-100% range
- Automatic temperature correction
- Automatically corrects for effects of density (with input)
- Pressure rated up to ANSI 2500
- Fluid temp to 600ºF (315ºC)
- Negligible pressure drop with insertable model
- All requisite electronics housed within unit (can also be mounted remotely) and included in unit price
- 1% of full scale accuracy
- No salinity offset required
