Need help?Do you have a question about the FUEL MASTER AIM 2 and is the answer not in the manual?
Details regarding the ownership and copyright of the manual and software.
Overview of the manual's purpose and the AIM2™ system.
Explains the function of FuelMaster® fuel accounting and control systems.
Guidelines for safe installation and operation of AIM2™ equipment.
Steps to prevent static damage to AIM2™ electronic components.
Methods to resolve potential radio frequency interference issues.
Explanation of symbols and their importance in procedures.
Details on warranty coverage, duration, and exclusions for FuelMaster® equipment.
Specifies that FuelMaster® systems must be initialized by trained personnel.
Outlines that AIM2™ requires no preventative maintenance but post-installation checks.
Lists necessary tools and materials for installation and maintenance.
Information on how to report suggestions for manual improvements.
Describes the secure and accountable control of fuel dispensing without user access.
Details the automated process of a fueling transaction using the AIM2™ system.
Sequence of events for completing an AIM2™ fueling system installation.
Overview of the hardware that constitutes a passive fueling system.
Describes the FMU-3500 as an FMU-2500 equipped for passive fueling and upgrade options.
Details the FMU-3535 adapted for mobile fueling applications.
Describes the AIM2™ module, its function, and variations.
Explains when and how to use external antennas for AIM2™ modules.
Describes the Access Point device for controlling access or monitoring movement.
Defines the function of a Prokee®/Smartcard for programming AIM2™ modules.
Details the intrinsically safe device installed on fueling nozzles for passive fueling.
Describes components that enable communication between nozzle tags and AIM2™ modules.
Lists various cables and devices for connecting AIM2™ modules to vehicles and systems.
Key points and crucial advice for successful AIM2™ system planning and installation.
Information on hardware, firmware, and software version compatibility for AIM2™.
Steps for setting up the software and developing vehicle records for AIM2™.
Guidance on choosing the appropriate nozzle tag to fit the fueling nozzle.
Criteria for selecting filler neck rings and appropriate RFID extension cable lengths.
Considerations for positioning the FMU to ensure effective communication with vehicles.
How to determine the correct AIM2™ connection based on vehicle type and OBD port.
Available methods for connecting AIM2™ modules to vehicles.
Instructions for connecting the AIM2™ module via the vehicle's OBD II port.
Alternative connection method using a speed sensor when OBD is unavailable.
Connecting AIM2™ to analog inputs for engine run time or PTO time.
Procedures to verify correct installation and readiness for programming.
Steps to configure an FMU-3500 to act as a programmer for AIM2™ modules.
Detailed process to convert an FMU-3500 into a programmer via laptop or Central Controller.
Instructions for creating a portable programmer from a standard FMU-3500.
Steps to configure a demonstration unit as an AIM2™ programmer.
Procedure for creating and encoding specialized Prokee/Smartcards for AIM2™ programming.
Step-by-step guide for programming AIM2™ modules using a configured FMU programmer.
Process for recalibrating odometer or chronometer settings for AIM2™ modules.
Instructions to modify the AIM2™ module's interface setting (e.g., OBD, Speed Sensor).
Procedure for resetting an AIM2™ module to default settings for reinstallation.
Guide for completing the ATP for AIM2™ installations, upgrades, startup, and training.
Checks and procedures for upgrading FMUs and software, including pre-upgrade steps.
Actions to take before performing upgrades to ensure compliance and data integrity.
Steps for updating FuelMaster software and converting the database.
Procedure for upgrading FMU hardware components and configurations.
Verification tests for FMU functionality and transaction processing.
Checks unique to AIM2™ sites, covering software, FMU configuration, and training.
Verification of AIM2™ configuration within the software system.
Ensuring correct AIM2™ settings in the FMU and hose configurations.
Topics covered during customer training on AIM2™ features and operations.
Section for recording details of personnel who received training.
Log for recording details of vehicles installed or trained on during the AIM2™ process.
Information required for site setup, including FMU and software details.
Procedure for documenting and addressing any NEC non-compliance issues.
Space to note any exceptions to the ATP, requiring approval.
Area for customer feedback on product improvement or installation process.
Fields for the installer's printed name and signature.
Fields for the customer's representative's printed name and signature.
Customer's agreement to terms regarding network security and liability.
General| Brand | FUEL MASTER |
|---|---|
| Model | AIM 2 |
| Category | Control Unit |
| Language | English |
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