The Pulse Interface panel has much of the same functionality of a standard panel but is limited
to being able to process positive/negative pulse type tools, and an analog CCL. While the standard interface panel has a
digital signal processor capable of digitizing and displaying line signals (telemetry) for visually adjusting pulse discriminators, the
PIP does not have these capabilities. In the near future the PIP will be upgradeable to support the SDS Telemetry System.
The Warrior Well Logging System for pulse type tools employs advanced software and widely available hardware to provide a
cost-effective solution to well logging requirements in cased hole applications.
Its main features include:
Windows Based System Using Windows 10 and Windows 11
The real time logging operation may be conducted at the same time as other tasks, such as plotting, log heading editor, job ticket
preparation etc. The use of Windows ensures longevity, future enhancement and support for the system.
Ease of Use with Graphical User Interface
The system provides an easy to use interface compatible with all current Windows versions. Data monitoring and all log functions are
available in separate windows, which may be resized and repositioned as the user wishes.
Warrior Pulse-Analog Well Logging System Main Features
The system supports most downhole tools using pulse type
data transmission. It also includes a connector for input of
analog signals allowing the system to be used as a data recorder.
The operator interface includes a display of the positive and negative pulse heights (obviating the need for
an oscilloscope)and discriminator levels may be set manually, or automatically by the software.
Services are predefined so that the operator simply selects the required services and is presented with a fully
configured service set up with the last tool string and calibrations run. If other tools are to be run, the
graphical tool string editor is used to select the required tool and load the appropriate parameters
and calibrations.
Data monitors include raw and calibrated data of all sensors, including depth and line speed.
Multiple log plot windows may be opened for comparison of, for example, main and repeat log sections.
Log plots may be paused and scrolled to any depth and annotations added, while data acquisition continues.
Depth correlation may be performed while logging, with the screen plot and system depth updated until correct
depth is attained.
Log curve scales and other presentation parameters may be adjusted while logging and the screen plot redrawn
until the desired output is obtained.
The hardcopy plotter may be stopped and started at any time, presenting any interval with any desired presentation
format. Multitasking allows log-heading data entry and other ancilliary tasks to be performed while logging
continues. In this way rig time is reduced and logs are delivered faster.
Notebook or Rackmount Computer
The system uses the industry standard Universal Serial Bus (USB) for interconnection between the tool interface
and the PC. Almost any Windows based notebook or other personal computer may be used.
Tool Interface and Power Supply
A compact tool interface and power supply is provided which is suitable for the most downhole tools. It inlcudes
a tool power supply, depth encoder and line weight sensor interface, as well as circuitry for pulse detection,
collar logging, and analog inputs as previously mentioned. The primary functions of the tool interface are
controlled from Windows by means of slider bars. The interface panel includes a USB hub for connection of
other USB peripherals.
Plotter Support
Generation of the final log print with heading, annotated log sections, calibrations, tool string diagrams, etc.,
is easily a chieved. The system supports most well log plotter types currently in use, including color and the
generation of multiple copies using pre -folded paper. Multiple plotters may be driven concurrently and
independently. The system also supports .pdf and .tif file formats as a plot output, which may emailed directly to the customer.
Typical Pulse-Analog Specification:
Software:
Hardware:
Mutli-tasking under MS Windows 10 and Windows 11, 32/64 Bit
Typical Rack Mount Version
System services include:
Computer:
Calibrations Filtering Graphical Tool String Configuration Tool String Diagrams
Real Time Data Monitors High Speed Multi-Well Log Database
3.0 GHz multi-core processor 8 GByte RAM 1 TByte Sata Hard Disk Dual Display PCIe Graphics
USB 2.0/3.0 Ports DVD-RW SVGA 19 inch color rack mount LCD monitor Rack mount 101 keyboard with mouse or trackball
Acquisition Modules include the following services:
Tool Interface and Power Supply:
Gamma Ray Gravel Pack Neutron
Single Detector (most types)
Dual Detector Collar Locator Tracer with Real Time Interpretation
Multi-arm Calipers with Pipe Tally Casing Inspection Temperature Temperature
Temperature Pressure Production Logging Analog Tools User Defined Tools and Services
Recalculation (Relog) from raw data
Log Heading Editor System Setup Control Depth Units
Data Units Display Parameters Graphical Log Format Editor Well Sketch
Merge, Splice and TVD Correction Log Annoations and Curve Labeling
Log Presentation Editor LAS ASCII Writer and Reader LIS Reader/Writer
Pulse Detection Collar Logging 250vdc, 250ma Power Supply Depth Encoder and Line Tension
Customer Analog and Counter Inputs 16 Channel, 16 bit ADC 6 Channel Counter/Timer 4 Port USB Hub
Plotter, includes support for Printrex iSys(Veritas)
Neuralog
HP DesignJet, PaintJet, DeskJet Color Epson Stylus Dot Matrix, and others
Data/Fax Modem (optional)
Wired and Wireless Surface Sensor Systems
The Pulse-Analog system can be configured with a Carry Case
with front I/O connections or Rack Mount with rear I/O connections.
please contact SDS for details.
In addition to the Pulse-Analog Logging System, SDS also has the Slick Line Acquisition
Box (SLAB). The SLAB box provides CCL, depth, line tension, surface pressure and strain gauge inputs in the
standard configuration.
There are also four optional analog and counter inputs which makes this panel ideal for use with slick line
and memory logging.
