Data1 - ESP Sensors
ESP Sensors - Advanced Motor Temperature Monitoring and 3-Axis Vibration Measurement, available in High Temperature and High Accuracy models.
Overview
ADVANCED MOTOR TEMPERATURE MONITORING
The data1 sensor provides separate Motor Winding AND Motor Oil Temperatures simultaneously. When combined with our Well Temperature parameter, this gives you the ability to maintain the optimum performance of your ESP including the necessary downhole cooling that is provided by fluid flow past your motor. Temperature data is a necessary Operator tool for accurate understanding and protection of your ESP performance. By providing such crucial temperature measurements it allows additional alarms and trips to be set, adding greater control to help you Extend the Life of your ESP System and Maximise Production.
3-AXIS VIBRATION MEASUREMENT
A highly accurate and industry leading 3-Axis Vibration measurement has been introduced to ensure you receive a more accurate representation of potential mechanical stresses on the ESP System. With most other industry sensors offering only one or two axis, the RMSpumptools data1 sensor delivers more comprehensive, superior data.
Accessories
- Motor Base Crossover (sizes available for all motor types)
- Installation Kits
- Testing Equipment
Features & Benefits
- Increases ESP Runlife
- Prevents Pump-off
- Minimises ESP Failure Rates
- Diagnose ESP Condition
- Helps reduce Gas Locking
- Improved Operating Efficiency
- Lowers Running Costs
- Prevents Downtime
- Optimizes Production
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Application
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TransCVR Surface Display
Surface Choke and Testing Equipment
Training
We provide full product training to ensure you get the most from your RMSpumptools equipment. Training can be provided on or offshore and also accessed online through our dedicated training portal.
Solutions
With decades of proven engineering excellence, our products and innovative approach to design engineering provides solutions to some common, yet challenging upstream problems. Our tech consistently performs at the very outer limits of what’s possible.
