SharpZ3 navigation expansion module connections - SharpZ3 | SharpOS 13.1

AutoVu™ SharpZ3 Deployment Guide 13.1

Applies to
SharpZ3 | SharpOS 13.1
Last updated
2020-07-14
Content type
Guides
Guides > Deployment guides
Language
English (United States)
Product
SharpZ3
Version
13.1

With the navigation expansion module, the SharpZ3 system can add precise location information to license plate reads and can ensure that the patrol vehicle is accurately displayed on maps in Genetec Patroller™.

To provide the wheel tick information required for precise positioning, you can connect the base unit to the vehicle's VSS signal, or you can install the odometry sensor.

VSS connections

Odometry sensor connections

  Component Description
A Navigation expansion module The navigation expansion module adds precise positioning to the SharpZ3 system.
B Satellite navigation antenna The GNSS satellite navigation antenna is connected to the base unit and works with the odometry inputs to provide precise georeferencing for the vehicles associated with the plate reads. For more information on which satellite navigation hardware to install, see Satellite navigation hardware options.
NOTE: Connecting the satellite navigation antenna to the navigation expansion module provides more accurate location information than connecting an antenna to the in-vehicle computer.
C Reverse signal The SharpZ3 system is usually connected to the vehicle’s reverse signal by tapping the reverse lights.
D VSS or odometry sensor cable connection Connect the hardware to the base unit as shown in the diagram.
NOTE: The wire that connects to the CGND pin is the drain wire from the sensor cable.
E VSS signal You can tap the VSS signal from the vehicle's power-train control module (PCM). For more information, see the vehicle's electrical schematics documentation.
NOTE: Some newer vehicles and electric vehicles do not include a VSS or OSS.
F Odometry sensor If the VSS signal from the vehicle is unavailable, you can install an odometry sensor. In general, a VSS provides more ticks per wheel rotation, resulting in more accurate odometry. For more information on the odometry sensor, see Installing the odometry sensor.