A Complete Downhole ESP Monitoring and Control System


With Y-MAC you can:
Increase oil production
Reduce pump downtime due to failures
Get more control of your field and
Reduce sensor related problems

Download Product Brief

Advantages

• Only system that can do spectral vibration analysis
• Can run without high voltage connection which saves cost and simplifies surface system
• Can survive effectively with high imbalance
• Increase oil production due to reduced down time
• Reduce pump downtime
• Reduce sensor related problems

Key Features

• Alerts operator when changes occur
• Measures:
  • Intake pressure and temperature
  • Water cut and gas production
  • Pump vibration
  • Discharge pressure and temperature (option)
  • Pump Casing Corrosion (option)

Applications & Uses

• Easy data access and system usage
• Unqiue advanced warning system
• Robust, reliable system
• Fault tolerance

Ziebel’s Y-MAC (Y-Neck, Monitoring and Control) is the condition monitoring system for all types of oil field pumps. Y-MAC has teh ability to detect changes in the pump system and with the Ziebel Spectral System, provides unique advance warnings of pump anomalies. As a result, pump optimization is accurate and measurable. Y-MAC monitoring will make your pump operation more effective, easier to manage and progressively reduce problems the longer the system is operated.

In addition, Y-MAC monitoring system has numerous of advantages over competitive systems. Our system features spectral vibration analysis, has the ability to survive high imbalance and functions without a high voltage connection -- which is safer and simplifies the surface system. This ESP monitoring system can be delivered at a dramatically reduced cost versus other products on the market.

How does it work?

Y-MAC transmits data using high frequency pulse transmissions. Motor cable stray currents do not generate high frequency pulses they tend to generate low frequency or DC current. Our competitors all use low frequency or DC current to measure the downhole, so the motor stray current upsets these DC systems where Y-MAC is unaffected.

We use pulse transmissions, so the pulses are still received at the surface even when there is current to ground through the motor circuit.

Because other systems use analogue data transmission, 70% of the downhole and surface system affect the readings you get at the surface. Using our digital technology, only 10% of the system can alter sensor readings.

This means that you will get data from ESP wells reliably and more often than you would when using the Ziebel Y-MAC solution. If the pump is running, the Y-MAC will be monitoring.