How We Can Help You

Campbell Scientific systems are used in the oil and gas industry to monitor and control pumping facilities, and monitor slope stability, water resources, weather, air quality, and equipment performance. Our rugged, low-power instruments are used worldwide, even in harsh, remote locations. Campbell dataloggers can use various types of input, and can output data and alarms via most communication methods.

Systems

Measurements Made Water Content Accuracy Required Equipment Soil Suitability Rods Sensors

CS655

Soil electrical conductivity (EC), relative dielectric permittivity, volumetric water content, soil temperature
  • Volumetric Water Content: ±3% (typical with factory VWC model) where solution EC < 10 dS/m
  • Volumetric Water Content: ±1% (with soil-specific calibration) where solution EC < 3 dS/m
Measurement system Short rods are easy to install in hard soil. Suitable for soils with higher electrical conductivity. Not replaceable Not interchangeable

Other Products

Measurements Made Water Content Accuracy Required Equipment Soil Suitability Rods Sensors

CS650

Soil electrical conductivity (EC), relative dielectric permittivity, volumetric water content, soil temperature
  • Volumetric Water Content: ±3% (typical with factory VWC model) where solution EC < 3 dS/m
  • Volumetric Water Content: ±1% (with soil-specific calibration)
Measurement system Long rods with large sensing volume (> 6 L) are suitable for soils with low to moderate electrical conductivity. Not replaceable Not interchangeable

CS616

Volumetric water content of porous media (such as soil) ±2.5% VWC (using standard calibration with bulk EC of ≤ 0.5 dS m-1, bulk density of ≤ 1.55 g cm-3, and measurement range of 0% to 50% VWC) Measurement system Long rods and lower frequency are well-suited for soft soil with low electrical conductivity (< 2 dS/m). Not replaceable Not interchangeable

HS2

Volumetric water content of porous media (such as soil)
  • Probe Options: 3% typical (Accuracy assumes solution EC of < 4 dS/m when using the CS658 20-cm probe.)
  • Probe Options: 3% typical (Accuracy assumes solution EC of < 6.5 dS/m when using the CS659 12-cm probe.)
HS2 is a complete system. Short rods are easy to install in hard soil. Suitable for soils with higher electrical conductivity. Replaceable Interchangeable sensors; can swap the 12 cm and 20 cm sensors with the reader.

HS2P

Volumetric water content of porous media (such as soil)
  • Probe Options: 3% typical (Accuracy assumes solution EC of < 4 dS/m when using the CS658P 20-cm probe.)
  • Probe Options: 3% typical (Accuracy assumes solution EC of < 6.5 dS/m when using the CS659P 12-cm probe.)
HS2P is a complete system. Short rods are easy to install in hard soil. Suitable for soils with higher electrical conductivity. Replaceable Interchangeable sensors; can swap the 12 cm and 20 cm sensors with the reader.

TDR200

Customize a System

Most of the systems we sell are customized. Tell us what you need and we'll help you configure a system that meets your exact needs.

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Frequently Asked Questions

Number of FAQs related to Oil and Gas: 1

  1. Most Campbell Scientific systems are built from individual components. This provides maximum flexibility for our customers, but it does not lend itself to pricing a "typical" system. Contact Campbell Scientific for assistance in pricing a system to meet the unique needs of the application.

Integrators and Consultants

The following is a list of companies that have developed expertise in our products and provide consulting, installation, and other services for oil and gas applications.

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