Rock7 RockFLEET Wiring Configuration

There are two variations of the RockFLEET wiring configuration with different colours for Power and Ground/Earth. The RockFLEET can also be wired to up to three switches which can be mapped to events such as OPS NORMAL or DISTRESS. Contact TracPlus support to set up the correct mappings for these switches.

RockFLEET GSM LTE:

New Version - RockFLEET GSM:

Wire Colour	Purpose	Details
Red	Power	12/24V DC
Black	Neutral (Negative)	Ground/Earth
Blue	RS232	Do not use
Pink	RS232	Do not use
Yellow	Switch 0	Activated by taking to ground or from ground
Green	Switch 1	Activated by taking to ground or from ground
Grey	Switch 2	Activated by taking to ground or from ground

Switches :

• Power sources must have 2A circuit breakers.
• Switch and sensor inputs are not internally debounced. Input switches or sensors should be externally debounced and must switch between the open circuit and Signal Ground.
• A switch is activated on a change on the switch wire, this can be either going from Low (ground) to High or High to Low (ground).
  
  WARNING: NO VOLTAGE IS TO BE APPLIED TO SWITCH AND SENSOR INPUTS. APPLYING VOLTAGE TO SWITCH AND SENSOR INPUTS WILL RESULT IN DEVICE FAILURE AND VOID YOUR WARRANTY.
• Installation must be performed by an appropriately licensed engineer with reference to the requirements of all applicable installation regulations, instructions and guidelines.

Old Version - RockFLEET:

The RockFLEET unit is designed to be attached to mains power for most of the time, via the cable. However, it does have an internal rechargeable battery for when the unit loses power.  

To attach the unit to mains power, simply wire the positive (brown) and negative (white) cores of the cable into your power supply. The unit will run on any voltage between 9v and 32v. It will draw a maximum of about 700mA under normal operation.  

If you intend to fuse the circuit Rock7 suggests fitting a 2A fuse.

Note: The unconnected ground (Black) is a shielded cable - it is designed to only be connected inside the tracker, and is not exposed at the other end of the cable - connecting it both ends would defeat the point of a shield, it is all correctly wired within the device.