Extra light-weight plastic scope is ideal for Product material: Head:ABSPVC; pvc tubing 60cm; Aluminum binaural soft eartip Total size:80cm; Packing detail: opp bag; 200pcsctn; MEAS:5241.528; G.N.W:1213KGS.

The TWM program uses the Wave Equation model to convert the polished rod load and position into the corresponding Pump Dynamometer in order to provide an accurate diagnostic of the operation of the pump, the net pump displacement and the pump intake pressure.

The Well Analyzer is used to optimize production from oil and gas wells.

It is used with an acoustic gas gun and pressure transducer to acquire acoustic data and casing pressure for determination of liquid level depth and bottomhole pressure.

The Well Analyzer is utilized with dynamometer sensors including a load cell transducer, an accelerometer and a motor current sensor to analyze the mechanical pumping system.

The Well Analyzer is used with the motor powercurrent transducer to acquire and analyze motor power and motor current data.

Echometer Well Analyzer ConfigurationsThe Well Analyzer system is very flexible and allows the operator to perform a complete well analysis, or the operator may elect to acquire the acoustic analysis portion of the instrument now and expand into the dynamometer and power analysis system at a later date or vice versa.

Echometer Model D Ly Software Includes All

The following tables summarize the most used configurations of the system depending on the users requirements: The Total Well Management System (TWM), illustrated below, is the most complete system for acquisition and interpretation of; Fluid Level and Bottomhole Pressure in producing and static wells Dynamometer measurements using two types of load cells Electric motor power and current measurement, simultaneous with dynamometer or independently Programmed acquisition of pressure transient data Programmed monitoring of fluid level in wells System Type and Cost Hardware List Software List Part Numbers Total Well Management System US 26,000 l-Well Analyzer Electronics and computer 2-Remote Fire Gas Gun 3-Pressure transducer 4-Horseshoe load cell, 30KLb 5-PRT load cell 6-Current probe7-Power probes 8 -Cabling and accessories 9- 5 C02 cylinder with hose and connectors 1-TWM 2-PRESSURE TRANSIENT 3-LIQUID TRACKING 4-QROD 5-AWP2000 6-Echometer HelpCenter PNEQ1080 In all systems, the TWM software includes all necessary elements for acquisition and interpretation of the data and generation of reports and transfer to external databases.

Data plots include casing pressure, liquid level depth and bottomhole pressure versus time.

Diagnostic plots, including Horner, log-log and MDH, are used to monitor the progress of the test.

A BHP file is available for exporting data to other programs for a more rigorous analysis.

For liquid level tracking, the depth to the liquid level is continuously recorded and displayed as a function of time and compared to high and low liquid level alarm limits to warn the operator of abnormal conditions in the well.

Acoustic pressure transient data acquisition and analysis and liquid level tracking measurements are performed automatically.

The operator specifies the shot frequency and the data is acquired automatically while the unit runs unattended for several hours or days.

The acoustic data is processed to determine the distance to the liquid level.

Echometer Model D Ly Free Liquid Column

The Single Shot Acoustic Liquid Level System, illustrated below, is designed for acquisition and interpretation of: Fluid Level and Bottomhole Pressure in producing and static wells Annular gas flow rate, gas-free liquid column height and pump submergence Well Potential System Type and Price Hardware List Software List Part Numbers Single ShotAcoustic Fluid Level Analysis US 13,550 1-Well Analyzer Electronicsand computer 2-Remote Fire Gas Gun 3-Pressure transducer 4-Cabling and accessories 5- 5 C02 cylinder with hose and connections 1-TWM2.0 2 -QROD3-AWP2000 4- Echometer HelpCenter PNEQ1060 PNEQ1120 After operator input, the computer activates the Remote Fire Gas Gun to create a pressure pulse that travels through the gas down the well.

Acoustic reflections are detected by the microphone in the gas gun, digitized and stored in the computer.

The TWM software digitally filters the stored signal at the precise collar frequency and automatically counts the number of collar reflections from the surface to the liquid level and determines the liquid level depth.

Simultaneously, the casing pressure is automatically acquired at 15 second intervals to determine if gas is flowing up the casing annulus and at what rate gas is flowing up the casing, and to calculate the gradient of the gaseous liquid column above the pump, if present.

The gas-free liquid level, the pump intake pressure and the producing bottomhole pressure are determined from the analysis of the acquired data.

The producing bottomhole pressure and reservoir pressure are processed using the Vogel IPR or the Productivity Index analysis to present the operator with the producing rate efficiency and the maximum potential rate of the well.

Measurements can be quickly repeated to verify accuracy and stability of the well condition.

After stopping the unit, the operator simply and safely attaches the polished rod transducer to the polished rod in a few seconds.

This highly sensitive transducer outputs a signal indicating change in polished rod diameter caused by the change in rod load during the pumping cycle and the signal is converted to polished rod load data with a typical accuracy of 3-5.

All dynamometer load cells include a built-in accelerometer from which the software determines velocity and position of the polished rod.

Echometer Model D Manually