Contents

Revision and Copyright Information
Warranty and Assistance
Warnings for DCP100 Users
Table of Contents
DCP100 Data Collection Platform Operator's Manual
- 1. Introduction
- 2. GOES System
  - 2.1 Orbit
  - 2.2 NESDIS and Transmit--Windows
  - 2.3 Data Retrieval
- 3. TGT1 Transmitter Specifications
- 4. Required Equipment
  - 4.1 Computer Base Station
  - 4.2 Field Station
- 5. Power Supplies
  - 5.1 12 and 24 AHr Sealed Rechargeable Batteries
  - 5.2 AC Power and Deep-Cycle Rechargeable Batteries
  - 5.3 Datalogger's Batteries
- 6. Installation
  - 6.1 Wiring
  - 6.2 Battery
  - 6.3 Antenna
- 7. Forward and Reflected Power
- 8. Programming the Transmitter
  - 8.1 Star Pound Mode
  - 8.2 Establishing and Editing Parameters
  - 8.3 Status Information and Test Transmissions
  - 8.4 Error Messages
- 9. Programming the Datalogger
  - 9.1 CR10X, CR10, CR510, and CR500
    - 9.1.1 Instruction
    - 9.1.2 Datalogger Programming Theory
  - 9.2 Program Instruction 123 - TGT-1 Auto Setup
    - 9.2.1 Functional Description
  - 9.3 21X
    - 9.3.1 Instruction 99
    - 9.3.2 Datalogger Programming Theory
Appendix A. Information on Eligibility and Getting Onto the GOES System
- A.1 Eligibility
- A.2 Acquiring Permission
Appendix B. Data Conversion Computer Program
Appendix C. Antenna Orientation Computer Program
Appendix D. Detailed Forward/Reflected Power Information
- D.1 Impedance Matching
- D.2 Calculating Power-Out
- D.3 Impedance Match Datalogger Program
- D.3.1 CR10X, CR10, CR510, and CR500
- D.3.2 21X
Appendix E. Channel/Frequency Correlation
Appendix F. Data Dump Datalogger Program
- F.1 Introduction
- F.2 Toggling User Flag 1 High
- F.3 Checking the Buffer
- F.4 Test Transmission
- F.5 Toggling User Flag 2 High
- F.6 CR10X Data Dump Program
- F.7 21X Data Dump Program
Appendix G. Local Magnetic Declination
- G.1 Determining True North
- G.2 Prompts from GEOMAG
Appendix H. Changing the CR10's RAM or PROM Chips
- H.1 Disassembling the CR10
- H.2 Installing New RAM Chips in CR10s with 16K RAM
  - H.2.1 Changing Jumpers
  - H.2.2 RAM Test
- H.3 Installing New PROM
Appendix I. 21X PROM Replacement Procedure
- I.1 Tools Required
- I.2 Procedure
Appendix J. Telonics Model TGT1 Certification by NOAA/NESDIS
Campbell Scientific Contact Information

Campbell Scientific DCP100 Instruction Manual

Campbell Scientific DCP100 Data Collection Device manual cover

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Campbell Scientific DCP100 Data Collection Device Specification

The Campbell Scientific DCP100 is a robust data collection platform designed for seamless integration into environmental monitoring systems. The device facilitates reliable data acquisition and transmission, making it ideal for remote and unattended applications. It is engineered to support a wide range of sensors and measurement peripherals, offering versatile compatibility for diverse data collection needs.

The DCP100 is equipped with a powerful microprocessor that ensures efficient data processing and storage. It features multiple communication options, including cellular, satellite, and radio frequency, allowing for flexible data retrieval and real-time monitoring. The device is designed to operate in various climatic conditions, featuring a rugged, weather-resistant enclosure that ensures durability and protection against environmental elements.

Power management is a key feature of the DCP100, with options for solar power integration and battery operation to support long-term deployments. The system's low power consumption design ensures extended operation, minimizing maintenance and operational costs. Data storage is facilitated through a large internal memory, with additional options for expandable external storage, ensuring ample capacity for high-frequency data logging.

The DCP100 is compatible with Campbell Scientific's LoggerNet software, providing a user-friendly interface for configuration, data management, and visualization. This integration enhances data accessibility and simplifies the process of data analysis. The device also supports advanced data encryption and secure transmission protocols, ensuring data integrity and security during transfer.

Overall, the Campbell Scientific DCP100 is a comprehensive data collection solution, offering robust performance, flexible connectivity, and reliable operation in demanding environments. Its advanced features and compatibility make it a preferred choice for environmental monitoring and research applications.

Campbell Scientific DCP100 Data Collection Device F.A.Q.

How do I perform a factory reset on the Campbell Scientific DCP100?

To perform a factory reset on the DCP100, press and hold the reset button located on the back panel for ten seconds until the device restarts. This will restore the system to its original factory settings.

What type of data storage options does the DCP100 support?

The DCP100 supports both internal memory storage and external storage options via USB or SD card, allowing for flexible data management.

How can I update the firmware of the DCP100?

To update the firmware, download the latest firmware version from the Campbell Scientific website. Connect the DCP100 to your computer via USB and use the provided software to upload and install the new firmware.

What should I do if the DCP100 is not powering on?

Check the power source and verify connections are secure. Ensure the power adapter is functioning. If the problem persists, consult the user manual for further troubleshooting steps or contact technical support.

How do I configure the DCP100 for remote data access?

To configure remote access, connect the DCP100 to a network via Ethernet or Wi-Fi. Use the network settings menu on the device to set up remote access, ensuring proper IP address configuration and firewall settings.

What maintenance is required for the DCP100?

Regular maintenance includes inspecting cables and connections for wear, cleaning the exterior with a soft cloth, and periodically checking firmware and software for updates.

How can I troubleshoot connectivity issues with the DCP100?

First, check all physical connections and ensure network settings are correct. Restart the device and network equipment. If issues persist, consult the network diagnostics section of the user manual.

Is it possible to integrate the DCP100 with third-party software?

Yes, the DCP100 is compatible with various third-party software platforms via standard communication protocols like Modbus and DNP3, facilitating integration for custom applications.

How do I calibrate sensors connected to the DCP100?

Calibration can be performed via the device interface. Navigate to the calibration menu, select the sensor, and follow the on-screen instructions to complete the process.

What are the common error messages on the DCP100 and their solutions?

Common error messages include "No Data" (check sensor connections), "Low Battery" (charge or replace the battery), and "Network Error" (verify network settings). Refer to the manual for detailed troubleshooting.