Bettico - Instruments And Controls Engineering For Innovative Technologies


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General Features of the Bettico

Stand-Alone Data Acquisition System

The Bettico Stand-Alone DAS is a multi-channel Data Acquisition system housed in a NEMA 4X enclosure, suitable for Oil Field service.

 

  • Environmentally sealed "Mouse" buttons on the lower left of the top face
  • Power is applied to the connector on the Right of the front side
  • Sensor signals connected between the Sensor Connector Panel (below) and the connector on the Left

  1. Physical:
    1. The enclosure is 14 inches long and 12 inches wide by 6 inches deep
    2. The unit excluding a carrying case weights 42 lbs
  2. Power:
    1. 12 volt DC powered, reverse connection protected
    2. Other power source accommodation available on request
  3. Inputs:
    1. 8 sensor input channels configured for customer requirements – typically 4 analog and 4 rate channels
      1. Features of each analog sensor input channel:
        1. Accepts 4 to 20 milliamp sensor signal, current source or current sink
        2. Provides 24 volts transmitter excitation power, current limited for Analog "Current Sink" sensors such as Pressure Transmitters
        3. Provides RFI and EMI filtering
        4. Provides internal Analog Channel sensor zero control
      2. Features of each rate sensor input channel:
        1. Provides internal log/calibrate selection switch to allow operator to simulate zero and up-scale sensor conditions in the calibrate position or real-time sensor signals in the log position for initial setup and troubleshooting purposes
        2. Accepts rate signals up to 2,000 pulses-per-second (Hz)
        3. Provides two-wire RFI and EMI filtering
        4. Provides differential instrumentation input circuit noise canceling
        5. Provides both power supply and optical signal isolation between the sensor and the system to prevent interference between systems connected to a sensor
        6. Provides an internal log/calibrate selection switch to allow operator to simulate zero and 500 Hz sensor conditions in the calibrate position or real sensor signals in the log position
        7. Provides signal level discrimination selection via internal LO-OUT / HI-IN calibration/level selection switch. The lo-out position is for tach generator signals and discriminates against low level signals while the hi-in position engages a high gain amplifier to allow detection of magnetic pickup level signals.
    2. Computer Access Ports: (Via front side Environmental Connectors)
      1. One TX/RX Serial connection (Com-3) for output of real-time data to secondary system such as Third Party Analysis program or Equipment Controller System
      2. One USB 2.0. Included 4-port expander allows connection of keyboard, printer, memory stick, modem, network adapter etc.
    3. Computer Access Ports: (Standard port connectors behind cover panel)
      1. One Standard 15 contact VGA connector for attaching VGA monitor
      2. Two Standard DB9 Com port connectors for Com-1 and Com-2
      3. One Standard PS2 connector for PS2 Keyboard
  4. Options
    1. Carrying case with Shock Mounts for DAS Mounting and Cable Connector Access Ports with Dust Covers
    2. Touch Screen for positioning On-Screen Pointer
    3. Solid-State Heat Exchanger for Elevated Ambient Temperature Operating Environment
    4. Optional Equipment Controller Modules (for Electric-over-Hydraulic/Air Power Devices that expect 0 or more to 20 or less ma or any voltage that can be derived from 0 to 20 ma, proportional to process variable quantity)
      1. Blender Sand Screw Controls
      2. Chemical Additive Controls
      3. Cement Powder Delivery Valve Position
      4. Flow Rate Control Valve
      5. Engine Throttles
  5. Additional Pictures:

 

 

Van C. Burroughs President, Bettico Inc.

2733 Whitmore Street Fort Worth, TX 76107

(O) 817-332-3400 (W) 800-838-3401 (F) 817-332-3365

van@bettico.com www.bettico.com

 

 

 

 

 

 

 

 

Bettico Inc.
Copyright © 1984-2009 (Bettico Inc.) All rights reserved.
Revised: March 2006
Mail.Bettico.Com