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OptiPump Controllers

OptiPump Controllers are not designed with a one-size-fits-all approach. AID has the expertise to deliver tailored controllers for each unique field application. Regardless of your industry our cutting-edge control, diagnostic and monitoring capabilities can help you manage your assets and improve performance.

AID-242412-Pump-L
AID-363012-Pump-L
AID-483616-Pump-L
AID-603616-Pump-L
AID-723824-Pump-L
AID-904830-Pump-L
AID-907224-Pump-L
APPLICATIONS & INDUSTRIES
A passion for excellence.

AID’s focus on advanced engineering and design ensures our controllers will perform at the highest level. With a robust set of reports and configuration options, OptiPump controllers provide a new level of visibility and control at your job site. 

Oil & Gas
Specialty Rental Equipment
Agriculture & Irrigation
HVAC
Mining & Aggregates
Water Utilities
Construction
  • ESP Drives – Our ESP controllers are perfect for gassy wells, with traditional gas lock recovery mode built in. And with AID’s unique gas lock avoidance control, you can prevent gas lock all together.
  • HPS Drives – HPS controllers include a full assortment of shutdown inputs, back-pressure valve control, plus a full series of additional controls tailored for your HPS site.
  • Rod Lift Drives – The OptiPump Rod Lift controller now creates a full dynacard. Utilizing both surface and downhole cards, the OptiPump Rod Lift controller provides advanced insight in critical well operation and performance.
  • Jet Pump Drives – Jet Pump controllers can monitor and control pump speed, discharge pressure, flowrate and other key performance metrics.
  • Progressive Cavity Drives – Our Progressive Cavity controllers offer a full assortment of shutdown inputs, as well as back-pressure valve control and a full assortment of other control options.
  • MobileDuty Drives – The user-friendly interface found on our MobileDuty controllers supports a streamlined setup process, plus quick and easy adjustments as the environments change.
DriveDefender Harmonic Filters Case Study
OptiPump Controllers Case Study

      

Our next generation rod lift controller leverages a load cell and inclinometer to generate a real time Dynacard, giving visibility into well performance. Unlike complex, high-cost alternatives, this solutions delivers the essential insights needed to monitor pump efficiencies and optimize production. Simplified diagnostics. Lowered costs. Improved uptime.

Key Features & Benefits:

  • The combination of an Inclinometer(included) and load cell(sold separately) provides accurate, real-time measurement data.
  • Diagnostics for pump stroke performance, aid in identifying down-hole issues without stopping the system.
  • Enables optimization of pump fillage and stroke data specific to unique well dynamics.
  • Keeps marginal wells pumping longer between full stops for a higher cut of oil per barrel of fluid.
  • Timed or manual restart options allow for safe and efficient recovery from common operating interruptions or power quality issues.
  • The VFD package has the ability to save electricity and correctly operate on many rod lift pumps without resistors. (resistor options available)  
  • Supports SCADA connections, Modbus TCP, and Modbus RTU/serial.
  • Multiple Operation Modes:  1) Pump-Off Fixed Speed – Constant speed with Dynacard Pump-Off Control.  2) Pump-Off Speed Control – Maximize runtime by slowing down based on Dynacard for a higher cut of oil.  3) Time clock function for basic operation. 

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