ZM6 bench testing, 5000 starts
The new ZM6 has been subjected to rigorous field testing to evaluate its performance and reliability under varying operational conditions.
Throughout the testing phase, the ZM6 has completed more than 200 start cycles. Notably, one specific test involved switching the device on and off every 20 seconds while operating at a load of 70 amps. This approach was designed to simulate frequent start-stop scenarios and assess the unit's durability under such stress.
In addition to the high-load start cycles, further testing was conducted with the ZM6 performing an additional 5,000 starts at a reduced load of 20 amps. This extended sequence aimed to evaluate the system's consistency and longevity when exposed to frequent activations at lower current levels.
Another aspect of the field testing focused on the ZM6's ability to sustain performance during prolonged operation. The device was operated continuously for 250 hours, drawing 20 amps throughout the duration of the test. This assessment provided valuable insights into the ZM6's thermal management and long-term reliability under a steady load.
Throughout the testing phase, the ZM6 has completed more than 200 start cycles. Notably, one specific test involved switching the device on and off every 20 seconds while operating at a load of 70 amps. This approach was designed to simulate frequent start-stop scenarios and assess the unit's durability under such stress.
In addition to the high-load start cycles, further testing was conducted with the ZM6 performing an additional 5,000 starts at a reduced load of 20 amps. This extended sequence aimed to evaluate the system's consistency and longevity when exposed to frequent activations at lower current levels.
Another aspect of the field testing focused on the ZM6's ability to sustain performance during prolonged operation. The device was operated continuously for 250 hours, drawing 20 amps throughout the duration of the test. This assessment provided valuable insights into the ZM6's thermal management and long-term reliability under a steady load.