Prerequisites for the PTO feature to work:

● Please check if the correct devices are installed to report PTO events (OBD-II: DCM970-21ZB70 / 2-wire Hardwired: DCM970-21ZB71 or 6pin/9pin JBus: DCM970-21ZB72 Note: 16pin JBus is supported)

● Firmware: 34D0015330 and above. Configuration: Should end with _4 and Enable the PTO package for the device.


How does Azuga utilize PTO?

Azuga utilizes PTO (Power Take-Off) by connecting a special cable to its plug-and-play device. The cable receives the digital input (ON/OFF) from the PTO switch and transmits it to the device, which then reports it to the Azuga cloud. This allows Azuga to track and measure instances of PTO usage, which can be helpful for fleet managers who need to monitor panic events, fuel consumption, and equipment utilization.

Here are some of the benefits of using Azuga to track PTO usage:

  • To track and measure panic events: Fleet managers can Track and measure panic events such as door opening and closing, switches being turned on and off, and sirens engaged and disengaged in the vehicles.
  • Improved fuel efficiency: By tracking PTO usage, fleet managers can identify opportunities to reduce fuel consumption. For example, if a fleet manager sees that a particular vehicle is using PTO for extended periods of time, they can investigate the cause and implement changes to improve efficiency.
  • Improved safety: By tracking PTO usage, fleet managers can identify potential safety hazards. For example, if a fleet manager sees that a particular vehicle is using PTO in a dangerous area, they can take steps to prevent accidents.

If you are a fleet manager who is looking to improve fuel efficiency, increase equipment utilization, and improve safety, then Azuga is a great solution for tracking PTO usage. To learn more, please visit our website or contact us today. 

Important:

  • The voltage on the digital input must be 0 V or 12 V for either of the actuation levels.
  • If OFF is indicated by 0 V, then ON must be indicated by 12 V (OR) If ON is indicated by 0 V, then OFF must be indicated by 12 V.