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MD-Lambda-View
cable pull sensor

The most elegant solution for determining the throttle valve or carburetor slide position.

Seilzugsensor (5).png

The biggest problem in determining the throttle valve or carburetor slide position is attaching a suitable sensor to the throttle body or carburetor. With a throttle body, a sensor can be attached to the throttle shaft, but this requires some modification. With a conventional carburetor, the whole thing looks more complicated, if not impossible.

 

This is where the MD-Lambda-View cable-operated throttle sensor comes into play. It is installed in place of the standard throttle cable.

 

 

How does the MD-Lambda-View cable pull sensor work?

Explosion.png

Sensorplatine Hall-Sensor

Schrauben

Gehäuseoberteil

Kugellager

Magnet

Seilzugpin

Rotor

ball bearings

ball bearings

Gehäuseunterteil mit Gewindebuchsen

Seilzugkappe

Seilzug

The entire assembly behaves like a conventional throttle cable, but actuates a magnetic position sensor driven by a cable pulley system. This means that all actions at the throttle grip are simultaneously transmitted to the carburetor slide or throttle valve and also to the integrated position sensor.

Technical data

Technical Data

 

Maximum cable pull

56 mm

 

Maximum rotation angle of the internal rotor

237°

Supply voltage

5V from MD-Lambda-View or 9V-15V from the vehicle electrical system

Integrated transient and reverse polarity protection

 

Output signal

Linear to cable pull 0.5V - 4.5V or 0V - 5V (2 outputs)

Independent of cable pull (integrated learning function)

 

Settings

Two buttons for learning function

Min (idle)

Max (full throttle)

LEDs for indicating operating states

Not learned (slow flashing)

Normal operation learned (continuous light)

Fault operation (SOS)

Reset - both buttons simultaneously (fast flashing)

 

Connections

5V, 9V - 15V, GND Output 1: 0.5V - 4.5V Output 2: 0V - 5V

 

Dimensions

L = 60.5 mm, W = 42.2 mm, H = 29.5 mm (excluding cables)

 

Connection to the vehicle

Cable core and sheath can be shortened individually

Screw-on cable nipples

MD-Lambda-View Seilzugsensor Einzelteile

upper and lower housing and rotor

MD-Lambda-View Seilzugsensor ohne Platine

assembled sensor and position sensor PCB

MD-Lambda-View Seilzugsensor mit Platine

Position sensor inserted (unglued)

output signal function test

The first prototypes are currently being built. More information will be available here as soon as they are finished.

DATA PROTECTION

ABOUT ME

I am a graduate engineer, passionate motorcyclist and mechanic. If possible, I try to do all the work on my machines myself. I've always been bothered by the fact that there is no "tiny" module on the market that shows you the lambda value of the engine in a plain, simple way. Everything that is currently available more or less spoils the design of the motorcycle. That's why I developed MD-Lambda-View.

THANK YOU FOR YOUR MAIL!

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