Description
This product is one of Adaptonic’s plug-in ECUs, also called eMod010. It’s a direct plug and play for S5 Mazda RX7 FC.
Adaptronic’s main objective in creating the Adaptronic Modular ECU line is to work towards Adaptronic’s mission which is to give people control. In doing this, they came up with a system which would give people greater flexibility and at the same time, overcome the limitations of our main product line, the Select ECUs.
This ECU plugs directly into the factory loom, with additional inputs and outputs available on unused pins in the factory connector. The additional pins you have access to give you the following options:
- An additional 2 injector outputs
- An additional O2 input, and 2 additional 0-5V inputs for logging or other functions like sequential box strain gauges
- Additional ignition output for conversion to direct fire
- Oil pressure, fuel pressure and oil temperature inputs (plus we read the fuel temperature input and use that in the fuel density calculation)
- CAN (Wideband lambda can be connected via analogue input, or via serial.)
General Features
- Modular system, so that people can buy hardware upgrades later as their needs develop (eg additional inputs, outputs, or specific functions, eg drive by wire or built-in lambda)
- Wireless communication
- Maximum output of 22 (8 ignition, 8 injector, 4 auxiliary, tacho and fuel pump)
- 3 complementary drivers in the ECU to drive inverse outputs
- Smooth transition to direct fire
- Drive dual speed fuel pump
- Injector staging is automated
- Has an option to manually set the percentage of fuel to be delivered in secondary (or third, or fourth…) stages
- Handle the factory pickup, the 36-1 FFE trigger with the factory sensor, and the 36-1 FFE trigger with a Hall effect sensor
- Fast USB communication, requiring no drivers
- Headphone port for listening to the knock sensor while tuning
- 4 x serial ports
- 1 x CAN port
- Power over USB to do loading of maps, firmware etc without having to provide it with 12V power
- 32MB of onboard logging to flash
- Exception logging, able to detect faults and log a bunch of things that happen around the same time to help with ECU setup and tech support
- Tested to MIL-STD-202G, a military vibration standard, which varies the frequency and peaks at 7.5g of oscillating acceleration
Variable | Number | Details |
Analogue 0-5V inputs | 11 | Each is 0 – 5.5V, 55k input impedance
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Analogue oxygen sensor inputs | 2 | Each can be either:
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Temperature inputs | 4 | Each is 0 – 5.5V, 55k input impedance to ground Each can be:
Manifold air temperature, coolant temperature, oil temperature, fuel temperature |
Crank trigger inputs | 3 |
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Vehicle speed input | 1 |
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Sensor power and ground |
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Knock inputs | 1 |
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Wired Outputs | 2 |
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Headphone output | 1 | Mono output, can be selected as direct knock input or filtered knock input |
Power sources | 3 | ECU can be powered by 12V EFI input, ignition switch, or USB (USB for settings / firmware upgrades / log retrieval only; 12V must be applied to read inputs) |
CAN channels | 1 |
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USB connection | 1 |
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Serial connections | 4 |
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Wireless connection | 1 |
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Inbuilt sensors |
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Inbuilt logging | 32 MB |
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Exception (fault) detection | 16 MB | Separate logging memory for storing logs during “exceptions” (sensor / trigger faults etc) |
Built-in scope | 4 channels |
Channels include
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Main loop execution speed | Variable depending on tuning mode and corrections enabled, 400 Hz nominal |
Main Output Module
Number of injector outputs | 8 |
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Number of ignition outputs | 8 |
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Number of aux outputs | 4 |
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Upgrades to Hardware
Hardware upgrades | 2 |
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