| Configuration Tested: | NovAtel GISMO (ProPak)
Power: External sealed lead-acid battery.
Firmware: 3151R V3.35 |
| Data Logger: | DAP Data Recorder (PC9500)
Power: Ni-Cad batteries supplies.
Software: GIS Mobile Data Collector Module V1.15 |
| Data Input/Output Port: | LEMO 10pin-Female (mates to 10pin LEMO-Male - LEMO p/n FGG.1K.310.CLAC55Z). |
| Supplied RTCM Cable: | LEMO 10pin-Male (p/n FGG.1K.310.CLAC55Z) to DE9M. |
| Cable & Connectors Used in BMGS Testing: | The above supplied NovAtel cable a DB9F/DB9F Gender Changer (available through electronic supply dealers) is used to connect to the CDGPS. |
| Antenna: | - External GPS antenna mounted on supplied NovAtel exntendable range pole integrated into NovAtel backpack.
- CDGPS antenna installed on BMGS range pole (manufactured from PVC pipe) in additional antenna mounting loops on backpack. The CDGPS receiver was placed in one of the backpack pouches.
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| RTCM Reception Indication: | Data Collection is indicated by a spinning indicator graphic on the screen. |
| Post Mission Data Access: | Data analysis and viewing done using the NovAtel GISMO software (version 1).
- Post-mission analysis shows standard deviation of collected positional data for both post-processed and real-time positions.
- No indicators/flags as to whether a data point was RTCM-corrected or uncorrected. The method used to distiguish between corrected and uncorrected points was to view the standard deviation associated with each point.
- The user can also export the individual data fixes to an ASCII file and import into a spreadsheet for further analysis, however, this is a somewhat time consuming method.
- There are a number of tools for dissecting and analyzing the data (e.g., satellite residual plots, etc.).
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| General Notes: | - In order to utilize the RTCM features of the GISMO, you may need to consult your GISMO equipment dealer for additional information to that which is supplied in the User's Manual.
- NovAtel Support 1-800-280-2242 or E-Mail: support@novatel.com
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