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mapper last won the day on January 9
mapper had the most liked content!
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I have done lots of development on this engine! Including ground braking 5-stage dry sump kit. 1250 Nm at 3500 and 1100 PS :-D https://www.maptec.ch/product-page/maptec-B58-Ultimate-PI-1100PS-Race-Engine You can PM me.
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Yes, but you need a extra Licence for .CSV imports. We have a few professional race teams customers who use it.
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Yes, we reverse engineered the Renault Megane RS 3 and replaced the stock ECU with Link Furry. We used a AIM Dash, so the OEM dash is not fully integrated yet. However, it is something we can do, if we get enough requests for the ECU Kit.
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alis reacted to a post in a topic: Share your Math Channel List
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Arron Eades reacted to a post in a topic: Link Razor PDM
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G5 + the new DI expansion Job will do exactly that. Just bigger and better!
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mapper reacted to a post in a topic: Trigger Voltage Thresholds on DIs
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Wildt267 reacted to a post in a topic: Idle Control LT Learning?
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I totally agree, this would make sense. Also, a long term trim function for Wastegate duty cycle would be great.
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the function is already there for a few years!
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mapper reacted to a post in a topic: PC Link and Firmware 6.20 released
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mapper reacted to a post in a topic: PC Link and Firmware 6.20 released
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Just use Virtual Aux, several GP PWM Tables and math to combine anything.
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mapper reacted to a post in a topic: Multiple Target Lambda Tables
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koracing reacted to a post in a topic: Multiple Target Lambda Tables
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RyanG reacted to a post in a topic: Multiple Target Lambda Tables
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RyanG reacted to a post in a topic: Decelartion enrichment
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It would be great, if you can build in a second CAN output stream, so the Link CAN Lambda can be used like a MoTeC LTC. Also 3th part devices have sometimes templates for the MoTeC LTC and not for the Link CAN Lambda. There is a good market for it, because of the supply chain issue.
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I have done the stock ACD ECU and worked out a stragey on G4X to control Center differentials with 3 different maps for acceleration, and 3 maps for braking. Additionally, there is a slip and steering angle overlay. Works quite good!
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We need many more target lambda tables, like for: post start ECT based IAT based Exhaust Temp Throttle Position average load based knock fuel trims (apply target trim instead of enrich, which the CL pulls back) NOS compensation two separate targets for Multi fuel mode Launch One way I can think of to do it, is use 4,5,6D and better some more tables as a target lambda or target lambda trim instead of a fuel trim. However, the ECU should just use the richest target within the calibration, so it doesn't get too rich when several conditions are meet. Like high IAT, ECT and Exhaust Temp, which are usually hit at the same time. Using target modifier for each condition, would end up in extensively rich target lambda.
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That's exactly what I did for testing. However, there should be some additional conditions used like PT1- like reduction of fuel de-enrichment, coolant temp compensation, and all the stuff which is used in the acceleration model, just with a negative sign, before it is applied to the fuel model.
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When the Throttle is suddenly lifted, lambda values go much to rich, do to the small delay in MAP reading and the fuel film puddle in the ports are sucked into the cylinder. I like to see a deceleration enrichment which removes fuel in these situations. Wondering if other tuners are missing this too?
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good suggestions I would also add a time delay to each filter setting. So for example when transient rpm was detected, mixture map sampling is delayed by X secs or better engine cycles until Lambda reading has stabilized
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mapper reacted to a post in a topic: Mixture Map
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mapper reacted to a post in a topic: Math Block Character Limit
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mapper reacted to a post in a topic: Possibility of Controlling Electric Power Steering by PDM
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Here is what the manual says. From my expierence the full 33 amps are reached only for a very short time, so the Razor PDM might handle it fine. On top you can define Inrush current and safety trip time. The hardware is very capable, so I guess it will handle it just fine. Outputs High Power There are 4x high power outputs with a maximum safe inrush current of 80A and a continuous current limit of 25A at 12V. While the maximum safe inrush current is 80A, the maximum measurable current is 60A. The high power outputs each share two pins of the 26-pin super seal connector. They can be used as high-side or low-side drivers, have a max frequency of 10kHz, and can be configured as 4 x half bridges or 2 x full bridges allowing control of devices such as e-wastegates. When in full bridge mode, Output 1 is paired with Output 2 and Output 3 is paired with Output 4. Outputs can be joined together to allow the use of higher current devices.
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You can use several outputs in parallel to get more current.