This document summarizes a data acquisition (DAQ) system used for collecting real-time oil and gas well data. The DAQ system consists of hardware components like base radio loggers and wireless sensors, as well as configuration and display software. Common sensors described are for pressure, temperature, and flow measurement, and provide high accuracy over long battery life. The document outlines the setup and use of the configuration software to identify sensors, assign addresses, and acquire real-time data for calculating production rates and reporting.

2.  DAQ is used for collecting real time data,
calculating oil/gas rate and reporting
 DAQ consist of two major components
 HARDWARE (AKS Technologies)
 CONFIGRUATION & DISPLAY SOFTWARE
(Fekete Field Notes)

3.  Base Radio logger
 Wireless sensor
 Logger Cable
 USB Interface Cable
 DAQ Laptop

4.  Base radio logger is a heart of DAQ & key
component of acquisition system use for
communicate with remote field sensors unit
 Base radio logger receive data from sensor and
also stored in internal removable flash memory
card
 A single Base Radio can communicate with 100
sensors
 Receive data up to 3000’ range to field units with
clear line of sight & 500’ to 1000’ with obstruction

7. Following are the wireless sensors which are most
commonly used
 Pressure sensors
 Temperature sensors
 Differential sensors
 Flow meter sensors

8.  +/- 0.1% accuracy rate for full scale reading
 Stability +/- 0.1% per year
 C size 3.6 volt lithium battery
 Up to 20 year battery life depending upon sample
rate
 SS base and diaphragm with ½’’ NPT
 Pressure sensor range 5 to 10000psi
 Temperature rating -40 to 185 deg F

9. Three types of software are used for configuration and
display data.
 BRL Config (Base radio logger configuration)
 MB Config (Mod bus configuration)
 Fekete Fast Field Notes(Display & Reporting)

10.  Use to configure base radio logger with sensor
 RF ID given to sensor and same ID put in software
with the name of sensor for use which purpose e.g.
Wellhead sensor have ID 1 written in software both
name and ID

12.  Use to configure Logger with system for acquire
real time data

14. Following are the step use for config Mod bus
 Add RTU
 Add Well head , Gas meter , Oil meter
 Add Auxiliary channel
 Address assign as per BRL config using formula =
40,000+(RFID*10)+5
 Com port and Baud rate

19.  After the completion of previous steps save file
 For acquire real time data play MBC file

21.  For display real time data
 For calculate oil/gas rate
 For Reporting

33. http://www.aks-technologies.com/
http://www.fekete.com/
Fekete field note help

35.  They are the memory tools use to measure
down hole pressure and temperature.
 Use for BHP survey with slickline as well.

36. ETS Gauges
Spartek Gauges SS5067
Pressure Rating: 16K &
10K Psi
Temperature Rating:
177°C or 350°F
O.D: 1.27” or 0.675m
Sensor type: Quartz
Length: 27.239”

37.  They work on Piezoelectric Effect.
Piezoelectric Effect
 It is the linear electromechanical interaction
between the mechanical and the electrical state in
crystalline materials.
 Reversible process i.e.(the internal generation of
electrical charge resulting from an applied
mechanical force and vice versa.)
 When pressure is applied, response is in the form of
Frequency.
 These frequencies are then converted to real
pressure by using the calibration coefficients.

39. • The output signal of the reference crystal is varied with the pressure and temperature
signals to reduce their frequencies from the MHz to the kHz.

41.  Spartek system PC software.
 Communication cable.
 Battery pack.
 Bull nose/ Crossover.
 Battery housing.
 O-rings / C-rings
 Torque Wrench
 Battery depasifier.