Motorcycles

In Bitron, we strongly believe that the motorcycle world demands for more innovative and customizable solutions. Therefore we are aiming at improving our entire dedicated product portfolio with a clear scope: increasing efficiency.

what we are doing -moto

What we are doing

Our core business, in the motorcycle sector, is characterized by 2 macro - families. The first one is the Fuel Management System: our fuel pumps and fuel level sensors are perfectly customized for all thermal engine types. The second one is the sensors family, with contactless technology. In addition, together with our customers, we have developed our electronic throttle grips, electronic valves (oil and air), height sensors for suspensions and the electric actuators, with various application such as windshields. 

looking at the future_motorcycles

Looking at the future

We develop and produce our products always thinking of two fundamental elements: the driver safety and the efficiency of the vehicle in all its parts. For this reason we are concentrating our resources in order to improve the human - machine interface to ensure the rider the perfect control of his bike. In addition, with the aim of accelerating the transition process to zero emission mobility, we are focusing our efforts to improve charging and battery management system performances. 

Drive by wire handrgrips controls

Description

We have shaped our throttle grips to provide the higher level of comfort while riding. In addition, they can be  standard or heated and both already integrated with accelerator position sensors.

Key features: 

  • Redundant output with contactless angular sensors.
  • Mechanical hysteresis.
  • Cruise control cancel option (negative stroke).
  • Standard and heated grips.
  • Customer specific grip texture.
Fuel Modules

Description

Our fuel pump modules are suitable for all type of motorbikes: street, sport, enduro, off-road and scooters (2-3 wheels).

Key features:​​​​​

  • Compact size.
  • Wide range of applications: high performance (big engines), low current consumption (small engines).
  • Plastic flanges with integrated electrical connectors.
  • Returnless or 2-ways configurations.
  • Optimized layout for tank geometries.
  • Mechanical pressure regulator or electronic driver.
  • Arm or tubular fuel level sender integrated.
Fuel lever senders (Tubular)

Description

According to our customers needs we can adapt our tubular fuel level senders length in order to integrate them in every fuel pump modules.

Key features: 

  • Fuel level signal; fuel low level signal.
  • Electrical part in the upper zone (suitable for fuels type e22).
  • Modularity – available 150 to 210 mm length.
  • High reliability.
  • Plastic flange with electrical connector integrated.
  • Excellent contact pressure.
  • Reduced blades displacement (reduced wear).
  • Integrated signal damping (calibrated hole).
  • High resolution (over 60 steps).
  • Double-face resistance to improve the scooter  tank adaptability.
  • Direct in-tank assembly without additional flange.
Fuel level senders (Metal arm)

Description

Stand alone arm fuel level sender,  integration in a complete fuel pump modules is an option

Key Features

  • High resolution (up to 60 steps).
  • Customizable float and arm.
  • Customizable ohimoc range
  • Working angle from 45° to 100°. 
  • Suitable for fuel type E30/M15.
  • Integrated electrical connector
  • Weight, about 150 g.
Switches and sensors

Description

We have designed and developed our switches and sensors to provide the widest range of application. They are manufactured for all type of 2-wheels vehicles.

Key features: 

Oil Pressure Switches

  • Scooters and motorcycle applications.
  • Single level pressure switch for low pressures.
  • Small sizes; high reliability; calibration stability.
  • Single wire electric connection.
  • Filter version available.

High Level Pressure Switch

  • Suspensions system application for scooters.
  • Hydraulic stop light switch for motorcycles.
  • Single level switch.
  • Small sizes; high reliability.

Linear Position Sensor

  • Gear sensor for motorcycles.
  • Hall-effect technology.
  • High temperature resistant.
  • Working in a oil bath.
Canister valves

Description

Our solution in terms of canister valve is an on/off pwm controlled solenoid valve for fuel vapor canister purge. The function of the evap purge ev is to regulate purge flow of fuel vapors from the charcoal canister to the intake manifold.

Key features:

  • 3-2 nC or 2-2 nC valve.
  • Supply voltage: 13.5 V, 10Hz (PWM).
  • Pressure rang: -600 mbar in passing direction, 1 bar in non passing direction.
  • Coil resistance: 21 ohm.
  • Flow rate: up to 5 kg/h at dp = 200mbar to 600mbar.
  • Temperature: -40ºC to 140 ºC.
Aerodynamic Actuators

Description

Rotative Actuator designed and developed for wide range of applications. 
Manufactured for all type of 2-wheels vehicles.

Key features:

  • High vibration resistance
  • IP6k7k
  • PWM
  • 360° rotation
  • Low current assumption DC Motor
  • Max Torque 5Nm
  • Operation Temperature: -20° +80°
  • Customized interfaces of the output shaft


Under development

  • High-performances variants
  • LIN or CAN
  • ODB capable through absolute encoder
  • EMC optimization of hardware and software
  • ASPICE development
Gear Position Sensor

Description

The Gear Position Sensor detects the position of the gear, such as first or second, and sends the data as electric signal to the ECU to adjust engine parameters such as fuel injection timing, ignition timing, and other factors based on the current gear position

It is based on a contactless technology (Hall Effect), thus avoiding sliding contacts, subject to damage from collision and wear.

Key features:

  • Operation Voltage: 5.0 V
  • Operation Temperature Range: -20°C ~ + 120°C
  • High level Vibration resistance
  • High level Chemical resistance
  • Sensor body waterproof: IP69X
  • Small dimensions and weight  
  • Easy assembling
Shift Shaft Sensor

Description

The Shift Shaft Sensor detects the movement of the gear shaft and the data as electric signal to the ECU to momentarily cut ignition or fuel delivery to ensure smooth gear changes without causing driveline shock or engine damage.

It is based on a contactless technology (Hall Effect), thus avoiding sliding contacts, subject to damage from collision and wear.

Key features:

  • Operation Voltage: 5.0 V
  • Operation Temperature Range: -20°C ~ + 120°C
  • High level Vibration resistance
  • High level Chemical resistance
  • Sensor body waterproof: IP69X
  • Very Small dimensions and weight  
  • Easy assembling