Speeduino 36 - 1 trigger wheel test
Testing a BMW E36 Hall effect crank sensor on a 36 - 1 trigger wheel.
See V2.0 https://studio.youtube.com/video/0dXL9MCT-vU
Banggood link
https://www.banggood.com/Crankshaft-Position-Sensor-With-O-Ring-For-BMW-E36-E39-E46-E53-E60-12141709616-p-1007897.html?rmmds=search&cur_warehouse=CN
Video text
Speeduino/Megasquirt Crank Sensor
Hall effect crankshaft position sensor – BMW E36
This can be purchased for as little as £6.50 ($9) – see link below.
In this video I am using the E36 crank sensor and a 160mm diameter 36 – 1 trigger wheel.
Sensor connections.
Test wiring.
The +5volt is to pull the signal voltage up to 5 volts when the sensor is switched off, this is done by a jumper on the Speeduino board.
My Test Setup.
The trigger-wheel and sensor are mounted in a lathe with ~1.5mm air-gap.
The lathe is set to 1000rpm.
The signal output, from the sensor, is connected to an oscilloscope.
The lathe is switched on and runs up to speed (1000rpm), then switched off, running down to 0 rpm.
A clean, digital square wave is produced and you can also see the missing tooth.
Air Gap
The air gap was increased from 1.5mm until the signal dropped out, this was at about 6mm.
I hope this proves useful.
Thanks for watching.
Видео Speeduino 36 - 1 trigger wheel test канала lyndon evans
See V2.0 https://studio.youtube.com/video/0dXL9MCT-vU
Banggood link
https://www.banggood.com/Crankshaft-Position-Sensor-With-O-Ring-For-BMW-E36-E39-E46-E53-E60-12141709616-p-1007897.html?rmmds=search&cur_warehouse=CN
Video text
Speeduino/Megasquirt Crank Sensor
Hall effect crankshaft position sensor – BMW E36
This can be purchased for as little as £6.50 ($9) – see link below.
In this video I am using the E36 crank sensor and a 160mm diameter 36 – 1 trigger wheel.
Sensor connections.
Test wiring.
The +5volt is to pull the signal voltage up to 5 volts when the sensor is switched off, this is done by a jumper on the Speeduino board.
My Test Setup.
The trigger-wheel and sensor are mounted in a lathe with ~1.5mm air-gap.
The lathe is set to 1000rpm.
The signal output, from the sensor, is connected to an oscilloscope.
The lathe is switched on and runs up to speed (1000rpm), then switched off, running down to 0 rpm.
A clean, digital square wave is produced and you can also see the missing tooth.
Air Gap
The air gap was increased from 1.5mm until the signal dropped out, this was at about 6mm.
I hope this proves useful.
Thanks for watching.
Видео Speeduino 36 - 1 trigger wheel test канала lyndon evans
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
Cameta 101: How To Clean Your Camera's Image SensorHow to test for a bad crank sensorSpeeduino EMS #8 - Adv Trigger#3 - Cam w/IGN demoCrank and Cam SensorsPnPduino Honda OBD1 B/D Standalone ECU22re Trigger Wheel FabricationWhat's The Best Fuel Injection? Carburetors vs Port vs DirectSpeeduino Tachometer (rev counter) Connection💬 How to Set Up Any Crank Sensor | TECHNICALLY SPEAKINGWooden crankshaft – will it work?Arduino Uno Tachometer RPM using 3144 Hall Effect SensorAEM FIC/6 vs SpeedyEFI Speeduino ECU Why I am replacing the AEM - Eclipse 2G ProjectSpeeduino VR conditioner soldering🛠 Rotor Phasing Explained | TECHNICALLY SPEAKINGHow to Repair Curb Rash on any wheel rimInstall New TPMS Sensor DIY Without Needing Rebalancetrigger wheel bench testSpeeduino Sync Loss at high RPM FIXED - 2JZ to E46 Tuning36-1 trigger wheel mount to ati damperToolpost Grinder Part 24: First Test Grind