SRP Automation
Owing to the mechanical nature of Sucker Rod Pumps, they are prone to failures. CIMCON’s innovative technology and solutions offer constant supervision and ensures continuous operation.

Matching the oil inflow with pump displacement through iRTU
CIMCON’s iRTU adjusts the pump off time to acquire sufficient fluid level to avoid fluid pounding. The pump-off time can be set or modified from remote location.CIMCON solution provides automatic start and Stop of pump on liquid level using Artificial Intelligence algorithms (without any sensor for liquid measurement).

Monitoring & controlling the downhole characteristics through Dynacard
From real-time surface to downhole dynamometer plots, daily gauging to fault and event logging, users can monitor multiple fields simultaneously from virtually anywhere in the world.

Configure I/O points through iRTU
The iRTU accepts feedback from a load cell, inclinometer, and current sensors to measure rod load, rod position, and motor torque apart from other sensor parameters. Wireless, radio, cellular, and satellite options allow remote telemetry.















- Monitors time-stamped well data, faults from RTU
- Acquire, compute stroke counts/ pump volume and pump up time
- Remote configuration of RTU parameters
- Display of well data locally
- Provision for manual data acquisition through designated port
- Pump fill monitor and Pump Off Control (POC)
- Monitors well intake, discharge pressure, flow & production
- Downhole pump, tubing, casing, fluid and reservoir models
- Monitor power consumption, efficiency calculation and report
- Monitors fluid level, downhole pump position, velocity, load and rod position
- Actual surface and pump dynamometer graph
- Predicted surface and pump dynamometer graph generators
- User-programmable MS Excel spreadsheet report generator software
- SCADA communication via wired/ wireless communication network
Money
Reduction of operating cost
Improved production accounting
Security
Improved safety due to the facility of remote operation
Environment
Better system efficiency due to availability of pump run data
Foundation
Improved data integrity through trend analysis
Early detection of problem to avoid expensive repairs
Extend pump life
Alert the operator with alarm messages
Increases manpower availability for analysis