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SERVICE DESCRIPTION | Description of SBE 9Plus (3400 m) 0417: The SBE 9Plus (3400 m) 0417 is a temperature and salinity measurement device that includes the latest technology for accurate data collection in marine environments. It utilizes a conductivity sensor for salinity…

  • KST Serpong (Bacharuddin Jusuf Habibie)
  • Service Unit: per contract
  • Service Duration: 1 Working Days
  • Service Quota Per Day: 1
  • Service Capacity: 1 per contract
  • Minimum Amount: 1
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Description of SBE 9Plus (3400 m) 0417:
The SBE 9Plus (3400 m) 0417 is a temperature and salinity measurement device that includes the latest technology for accurate data collection in marine environments. It utilizes a conductivity sensor for salinity measurement, a thermistor sensor for temperature measurement, and a pressure sensor to measure depth or pressure up to 3400 meters. The device also features an internal data logger for automated data collection, making it suitable for real-time monitoring and long-term environmental studies.
Designed to withstand extreme oceanic conditions, the SBE 9Plus (3400 m) 0417 is built to endure the pressures of deep-sea environments while providing highly accurate readings, making it essential for oceanographic research, water quality monitoring, and other scientific investigations.
Key Specifications of SBE 9Plus (3400 m) 0417:
  1. Measured Parameters:
    • Temperature: Measures water temperature with high accuracy.
    • Salinity: Measures water salinity using the conductivity sensor.
    • Pressure: Measures depth or pressure up to 3400 meters.
  2. Sensors and Measurement Technology:
    • Conductivity sensor for accurate salinity measurements.
    • Thermistor sensor for precise temperature measurements.
    • Pressure sensor for measuring depth or pressure.
  3. Measurement Range:
    • Temperature: Measurement range from -5°C to 35°C with an accuracy of ±0.002°C.
    • Salinity: Measurement range from 0 to 80 PSU (Practical Salinity Units) with an accuracy of ±0.01 PSU.
    • Pressure: Measurement range up to 3400 meters with an accuracy of ±0.1% of the reading.
  4. Resolution and Accuracy:
    • Temperature: Accuracy of ±0.002°C, with a resolution up to 0.0001°C.
    • Salinity: Accuracy of ±0.01 PSU within the range of 0 to 80 PSU.
    • Pressure: Depth accuracy of ±0.1% of the reading (depending on the maximum depth used).
  5. Communication and Connectivity:
    • Communication Interface: Equipped with RS-232 for data communication to computers or monitoring systems.
    • Internal Data Logger for automated data collection and long-term monitoring.
    • Data download capability via USB interface.
  6. Design and Construction:
    • Compact and durable, designed to withstand deep-sea pressures and harsh environmental conditions.
    • Corrosion-resistant materials for reliable operation in marine environments up to 3400 meters depth.
    • Ideal for use in oceanographic research and water quality monitoring.
  7. Battery and Power:
    • Rechargeable internal battery, providing long battery life for extended usage in the field.
    • Battery life may vary depending on the frequency of measurements and operational settings.
  8. Applications:
    • Oceanographic Surveys: Measuring temperature, salinity, and depth in deep-sea environments for oceanographic research.
    • Water Quality Monitoring: Long-term monitoring of ocean water quality for scientific and industrial applications.
    • Marine Ecology Research: Studying the effects of temperature and salinity on marine ecosystems.
    • Industrial Applications: Used for industrial water quality monitoring in marine environments.
Advantages of SBE 9Plus (3400 m) 0417:
  • High Accuracy: Provides precise temperature, salinity, and pressure measurements for scientific and industrial applications.
  • Depth Measurement: Capable of measuring depths up to 3400 meters, suitable for deep-sea oceanographic surveys.
  • Durable Design: Built to withstand extreme pressure and corrosive marine environments, ensuring reliable performance in deep-sea conditions.
  • Portability and Ease of Use: Compact and easy to deploy on various platforms such as research vessels, buoys, or underwater vehicles.
  • Internal Data Logger: Allows for automated data collection over extended periods without requiring constant monitoring.