Cables and Connector Systems
Guide to cable types, connector compatibility, cable routing, and common wiring mistakes when assembling 3D-PAWS systems.
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Guide to cable types, connector compatibility, cable routing, and common wiring mistakes when assembling 3D-PAWS systems.
3D-PAWS stations use standardized cables and connectors to link sensors, data loggers, and power systems. Understanding these connections is essential for successful assembly, troubleshooting, and maintenance.
Detailed wiring diagrams are provided in the data logger-specific sections of this manual.
Grove
I2C / Analog sensors
4-pin plug-and-play
Dupont
Flexible wiring
Male/female pin headers
Male: Exposed pins
Female: Socket holes
Must match correctly to avoid damage or loose connections.
Analog: Continuous voltage signal (requires correct pin mapping)
Digital (I2C): Bus communication allowing multiple sensors (requires correct wiring and addressing)
Most 3D-PAWS sensors use Grove (I2C or analog) connections, which simplify wiring and reduce errors.
Proper cable routing improves reliability:
secure cables to prevent movement or strain
avoid sharp bends or tension
keep cables away from moving parts
protect connections from moisture
use zip ties or printed cable clips
Wrong pins
Double-check pinouts
Reversed power/ground
Verify red/black wires
Loose connections
Ensure secure crimps
Incompatible connectors
Match male/female connectors
Poor cable routing
Use clips or zip ties
verify connections before powering on
label cables when possible
use consistent wiring practices
double-check sensor pinouts
test I2C addresses before final assembly
Detailed wiring diagrams are available in the data logger-specific pages:
individual sensor documentation
data logger pinout reference sheets
Particle IoT documentation
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Was this helpful?