BoYata
BoYata 32960 7 Pin to RS232 DB9 Cable for Trimble 5700 5800 R7 R8 GNSS GPS Receiver TSC1 TSC2 2 in 1 accessory
A 1.5 m data cable links Trimble 5700 5800 R7 R8 GNSS receivers to TSC1 TSC2 collectors via a 7 pin plug and a DB9 RS232 connector
- Transfer data to Trimble 5700 5800 R7 R8 GNSS GPS receivers
- Connect TSC1 TSC2 data collectors via DB9 RS232 9 pin connector
- 7 pin male plug mates with Trimble 32960 59046 port specification
- 59Inches 1.5m cable length suits field survey setups
- Each cable rigorously tested for compatibility with major brand equipment
Purpose and audience
This cable connects Trimble GNSS receivers to TSC-series data collectors for field surveying. It serves professionals who need to move data between a 5700, 5800, R7 or R8 receiver and a TSC1, TSC2, TSCE, TDS, PRO, XR, XRS or XT collector. The 2-in-1 accessory bundles both connector types in one assembly.
Critical specification
Plug A is a 0B 7-pin male connector and Plug B is a DB9 RS-232 9-pin connector, so the link only works with devices that present those exact ports. The cable length is 59 inches or 1.5 metres, which fixes the maximum separation between receiver and collector.
Bundled value
No separate adapters or software are included; the single cable replaces two different leads and is tested for compatibility with the listed Trimble models. Custom lengths are available from the manufacturer if the standard reach does not suit the job site.
Highlights
- Transfer data to Trimble 5700 5800 R7 R8 GNSS GPS receivers
- Connect TSC1 TSC2 data collectors via DB9 RS232 9 pin connector
- 7 pin male plug mates with Trimble 32960 59046 port specification
- 59Inches 1.5m cable length suits field survey setups
- Each cable rigorously tested for compatibility with major brand equipment
Specifications
No published specifications for this item yet.
Questions about this item
What does the 59-inch cable length mean for connecting a Trimble receiver to a data collector in the field?
The 59-inch length gives you about 1.5 metres of reach between the 7-pin port on a Trimble 5700, 5800, R7 or R8 GNSS receiver and the DB9 RS-232 port on a TSC1, TSC2, TSCE, TDS, PRO, XR, XRS or XT data collector, allowing the two units to sit on a pole or tripod without strain.
How does the DB9 RS-232 interface limit data transfer when used with Trimble GNSS equipment?
The DB9 RS-232 connector carries standard serial signals at RS-232 voltage levels, so the link runs at the baud rate set on both the receiver and the data collector; the cable itself adds no protocol overhead beyond the physical RS-232 electrical specification.
What physical connectors must be present on the Trimble receiver and the data collector for this 7-pin to DB9 cable to fit?
The receiver needs a 0B 7-pin male receptacle and the data collector needs a DB9 9-pin RS-232 female receptacle; the cable plugs directly into both without adapters.
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