



Any warnings that show in this section are warnings that have been issued through the project completion process. They are listed here for your review.
Fire Truck Types are identified by how the body is designed. Use these graphics and text to match the truck base.
Which manufacturer upfits the vehicle to make the finished fire truck?
Specify the engine type to be used in the fire truck.
Where you use your fleet is important to help identify to most cost efficient and most compatible system for your ambulance.
These values help us to identify maintenance service savings and will enable us to calculate savings based on the fuel prices for your area.
These fields help to calculate how much your fire truck is in use, and how much idle time is possible for your fire truck during a 24 hour period.
This is the results of the information entered through the project assistant. You can click on any of the icons to quickly jump back to that area to edit the project.
This allows you to add any internal value you feel that you would saving from the use of our Idle Mitigation System over the life of the vehicle.
The ZeroRPM Idle Mitigation System will save 10,000 engine hours over the service life of the vehicle. Calculated preventative maintenance savings have already been captured in the project. Idling an engine leads to accelerated wear and tear on, not only the engine, but other chassis components.
What additional value should be used, excluding routine preventative maintenance savings, to quantify reducing your engine hours over the vehicle service life by 10,000 hours?
Any warnings that are issued through the process of completing the project assistant will be displayed here for your review.
Idle mitigation will result is less than desired results with current selection. More Info
You have selected the option to configure your Idle Mitigation System to work with one chassis driven air conditioning compressor. You have also selected a geographic region where dual chassis driven air conditioning compressors are typically recommended. ZeroRPM air conditioning systems are designed to maintain the environmental conditions, provided by the chassis compressor, during temporary Idle Mitigation events. The combination that you have chosen will perform best when the ambient temperatures are less than 90°F degrees. When ambient temperatures exceed 90°F degrees the system may not be able to maintain the designated temperature to be maintained in the vehicle. In the event that it cannot, the IMS software will automatically crank the engine to maintain the designated temperature through the chassis driven AC system. This will result in reduced Idle Mitigation and the related benefits. You may also find that the chassis driven AC system is not able to maintain comfortable operator temperatures within the vehicle when the ambient temperature exceeds 90°F degrees. If you need more help determining the best solution for your application please feel free to request further consultation at the end of this session.
Hide TextThe IMS3HAC6 has been developed for colder climates where air conditioning is less of a priority. ZeroRPM air conditioning systems are designed to maintain the environmental conditions, provided by the chassis compressor, during temporary Idle Mitigation events. The IMS3HAC6 was designed to be used when ambient temperatures are less than 80°F degrees. When ambient temperatures exceed 80°F degrees the system may not be able to maintain the designated temperature in the vehicle. In the event that it cannot, the IMS software will automatically crank the engine to maintain the designated temperature through the chassis driven AC system. This will result in reduced Idle Mitigation and the related benefits. We have used your location to decide if the IMS3HAC6 could be an option for your application. Only you know your actual operating conditions. We recommend an IMS4HAC12 or larger to maintain comfortable conditions in the vehicle when climatic conditions are greater than 80°F degrees. If you need more help determining the best solution for your application please feel free to request further consultation at the end of this session.
Contains the estimated savings for this project.
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