Contents

Revision and Copyright Information
Warranty and Assistance
Table of Contents
SAT HDR GOES Transmitter
- 1. Introduction
- 2. GOES System
  - 2.1 Orbit
  - 2.2 NESDIS and Transmit(Windows
  - 2.3 Data Retrieval
- 3. SAT HDR GOES Functions
  - 3.1 LED Function
  - 3.2 Status Switch
  - 3.3 Communication Ports
    - 3.3.1 Configuration Port
    - 3.3.2 CS I/O Port
    - 3.3.3 Auxiliary Port
    - 3.3.4 SDI-12 Serial Port
  - 3.4 RF Connectors
    - 3.4.1 RF Transmission Connector
    - 3.4.2 GPS Receiver Connector
  - 3.5 Power Connector
- 4. DCPComm
  - 4.1 Install DCPComm
  - 4.2 Load and Edit the Configuration File
  - 4.3 Making Edits
    - 4.3.1 Platform ID
    - 4.3.2 Mode
    - 4.3.3 Message Window
    - 4.3.4 Minimum Supply Voltage
    - 4.3.5 Timed Configuration
    - 4.3.6 Timed Channel
    - 4.3.7 Baud Rate
    - 4.3.8 Interleaver
    - 4.3.9 Random Configuration
    - 4.3.10 GPS Fix Time Out
    - 4.3.11 Communication Port Type
    - 4.3.12 Serial Time Out
    - 4.3.13 SDI-12 Settings
    - 4.3.14 Debug
  - 4.4 Transfer the Configuration Information to the SAT HDR GOES
  - 4.5 Using DCPComm for SAT HDR GOES Setup and Testing
    - 4.5.1 Terminal Window
    - 4.5.2 Write Data to Self-timed or Random Buffer
    - 4.5.3 Read Data from SAT HDR GOES
      - 4.5.3.1 Read GPS
      - 4.5.3.2 Read Configuration
      - 4.5.3.3 Read Last Message Status
      - 4.5.3.4 Read Status
      - 4.5.3.5 Read Error Register
      - 4.5.3.6 Read GPS Time
  - 4.6 SDI-12 Transparent Mode
- 5. Programming the Datalogger
  - 5.1 General Programming Information
    - 5.1.1 Deciding How Much Data will be Transmitted and When
    - 5.1.2 Deciding What Data Format to Use
    - 5.1.3 Managing Data, Writing More Data than Will Be Transmitted
  - 5.2 Sending Data to the Transmitter
    - 5.2.1 Buffer Control
    - 5.2.2 Data Format
    - 5.2.3 P126 Result Codes
  - 5.3 Read Status and Diagnostic Information from the SAT HDR GOES
    - 5.3.1 Program Instruction 127
    - 5.3.2 P127 Status Commands Explained
      - 5.3.2.1 P127, Command 0: Read Time
      - 5.3.2.2 P127, Command 1: Read Status
      - 5.3.2.3 P127, Command 2: Read Last Message Status
      - 5.3.2.4 P127, Command 3: Transmit Random Message
      - 5.3.2.5 P127, Command 4: Read SAT HDR GOES Error Registers
      - 5.3.2.6 P127, Command 5: Clear SAT HDR GOES Error Registers
      - 5.3.2.7 P127, Command 6: Return SAT HDR GOES to on-line mode.
  - 5.4 Programming Examples
    - 5.4.1 Using P126
- 6. Field Installation
  - 6.1 Field Site Requirements
  - 6.2 Transmission Antenna
  - 6.3 GPS Antenna
    - 6.3.1 How the GPS Signal is Acquired and Used
    - 6.3.2 GPS Antenna Location
Appendix A. Information on Eligibility and Getting Onto the GOES System
- A.1 Eligibility
- A.2 Acquiring Permission
Appendix B. Data Conversion Computer Program (written in BASIC)
Appendix C. Antenna Orientation Computer Program (written in BASIC)
Appendix D. RAWS-7 Data Format
- D.1 Introduction
- D.2 Format
- D.3 Programming the Datalogger for RAWS-7 format
- D.4 RAWS-7 Sample Data
- D.5 Writing additional data values beyond the RAWS-7
Appendix E. GOES DCS Transmit Frequencies
Appendix F. High Resolution 18-Bit Binary Format
Appendix G. GOES/Radio Set Certification

Campbell Scientific SAT HDR GOES Instruction Manual

Campbell Scientific SAT HDR GOES Transmitter manual cover

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Campbell Scientific SAT HDR GOES Transmitter Specification

The Campbell Scientific SAT HDR GOES Transmitter is a compact, high-performance satellite communication device designed for meteorological and environmental monitoring applications. It facilitates data transmission via the Geostationary Operational Environmental Satellites (GOES) system, ensuring reliable and timely delivery of critical information. The transmitter operates with a high data rate capability, supporting up to 9600 bps, which allows for efficient transmission of large datasets. It features a robust design that ensures durability in harsh environmental conditions, making it suitable for remote field deployments.

The SAT HDR GOES Transmitter integrates seamlessly with Campbell Scientific data loggers, offering compatibility with various sensors and peripherals to create a comprehensive data collection system. It supports multiple data formats and protocols, providing flexibility for diverse data acquisition needs. The device includes advanced error-checking and correction algorithms, enhancing data integrity during transmission. Power efficiency is a key aspect of its design, with low power consumption that is ideal for solar-powered installations.

Configuration and management of the transmitter are streamlined through user-friendly software tools, which facilitate easy setup and monitoring. The SAT HDR GOES Transmitter also incorporates diagnostic features for real-time system status monitoring, ensuring optimal performance and reducing maintenance requirements. Its compliance with NOAA and NESDIS specifications guarantees that it meets the stringent standards necessary for operational use within the GOES network. This transmitter is an essential component for organizations requiring dependable and efficient satellite communication to support their environmental data collection and monitoring efforts.

Campbell Scientific SAT HDR GOES Transmitter F.A.Q.

What are the basic steps to set up the Campbell Scientific SAT HDR GOES Transmitter?

To set up the SAT HDR GOES Transmitter, first connect the transmitter to your data logger. Configure the transmitter settings according to the satellite transmission schedule and ensure the antenna is correctly positioned to face the satellite. Perform a test transmission to verify connectivity.

How do I troubleshoot connectivity issues with the SAT HDR GOES Transmitter?

Check the antenna alignment and ensure it is not obstructed. Verify cable connections and inspect them for damage. Confirm the transmitter's settings match the expected satellite configuration. Review diagnostic logs for any error messages.

What maintenance is required for the SAT HDR GOES Transmitter?

Regularly inspect the antenna and cables for physical damage. Clean the antenna surface to prevent obstruction. Check firmware updates for the transmitter and apply them as necessary. Conduct periodic transmission tests to ensure proper operation.

How can I improve the signal strength of the SAT HDR GOES Transmitter?

Ensure the antenna is properly aligned and that there are no physical obstructions. Use high-quality cables and connectors to minimize signal loss. Consider upgrading to a higher-gain antenna if persistent issues exist.

What should I do if the SAT HDR GOES Transmitter is not powering on?

Verify the power source is operational and properly connected. Check for blown fuses or tripped circuit breakers. Inspect the power cable for any damage or disconnection. If issues persist, consult the user manual or contact technical support.

How do I update the firmware on the SAT HDR GOES Transmitter?

Download the latest firmware from the Campbell Scientific website. Connect the transmitter to a computer via the appropriate interface. Use the provided software to upload and install the firmware update, following the on-screen instructions.

What data logging options are compatible with the SAT HDR GOES Transmitter?

The SAT HDR GOES Transmitter is compatible with various Campbell Scientific data loggers, such as the CR1000X and CR6. Ensure your data logger's firmware is up-to-date to maintain compatibility and functionality.

How can I test the transmission of the SAT HDR GOES Transmitter?

To test the transmission, configure the transmitter for a test schedule and initiate a test signal. Check the diagnostic LEDs for indication of successful transmission and monitor the receiving station for data receipt.

What environmental conditions can affect the performance of the SAT HDR GOES Transmitter?

Extreme weather conditions such as heavy rain, snow, or wind can impact transmission. Additionally, large physical obstructions like mountains or buildings can interfere with the signal path. Regular maintenance can mitigate some environmental effects.

How do I configure the SAT HDR GOES Transmitter for a new satellite?

Access the transmitter's configuration settings and input the new satellite parameters such as frequency, baud rate, and transmission schedule. Ensure the antenna is realigned to the new satellite's position. Perform a test transmission to confirm successful setup.