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Link CAN-Lambda Instruction Manual

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© 2021 Link Engine Management Ltd

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CAN Bus Information

Link CAN-Lambda modules are configurable to allow use in a variety of applications and with different CAN Bus bit
rates. From the factory, Link CAN-Lambda modules are all configured for:

·

Device identifier 0

·

1 Mbit/s bit rate 

When using only a single Link CAN-Lambda module, no configuration of the module is required unless the default CAN
bit rate of 1Mbit/s is not suitable.

Up to eight Link CAN-Lambda modules can be used on a CAN bus at any one time. As all Link CAN-Lambda modules
are configured to device identifier 0 at the time of manufacture, if more than one module is to be used it/they will need to
be configured to have a unique device identifier so it can be recognised on the CAN bus. Or if they are desired to be
used on a different bit rate CAN bus (eg 500 kBps). When using Link CAN-Lambda modules with Link ECUs this is
easily performed using PCLink. This uses the Link ECU as the communication bridge to connect the PC to the CAN
bus through the ECU. When using multiple Link CAN-Lambda modules with other manufacturers ECUs or displays, this
procedure must first be performed using PCLink and a Link ECU otherwise it can be done manually using a suitable
CAN bus tool. Module Configuration is detailed further in following sections.

The receiving ECU or display must be configured using the CAN information supplied in the following sections. Some
manufacturers may supply CAN template products for their devices that are pre-configured for use with Link CAN-
Lambda modules.

When using Link CAN-Lambda modules with Link ECUs on firmware greater than V5.6.0, the ECU can be easily
configured in the ECUs CAN setup as described in the section on 

Setup with Link ECU

. For use with other

manufacturers ECUs and displays a custom CAN configuration will need to be set up using the information in the
following sections.

Содержание CAN-Lambda

Страница 1: ...CAN Lambda Module...

Страница 2: ...ction 4 4 1 Overview 4 2 Features 5 3 Specifications Part III Installation 7 7 1 Mounting 7 2 Sensor Placement 8 3 Wiring 11 4 Setup with Link ECU Part IV CAN Bus Information 12 13 1 CAN Bus Wiring 14...

Страница 3: ...Welcome 3 2021 Link Engine Management Ltd 1 Welcome CAN Lambda Module User Manual...

Страница 4: ...on over a CAN bus means that signals are invariant to any noise encountered on the way to the ECU Link CAN Lambda is easy to configure with Link ECUs and is also compatible with other aftermarket ECUs...

Страница 5: ...0 V Sensor 10 8 16 5 V Input Current Controller 100 mA Sensor Heater 8 A Miscellaneous Operating Temp 20 to 100 C 4 to 212 F Sensor Genuine Bosch LSU4 9 Sensing Range 0 67 10 Lambda Pressure Compensat...

Страница 6: ...Link CAN Lambda Instruction Manual 6 2021 Link Engine Management Ltd Technical drawing showing dimensions...

Страница 7: ...y genuine Bosch LSU 4 9 Wideband Lambda sensors are compatible with Link CAN Lambda Modules To prevent fluids such as condensation from collecting between the sensor housing and sensor element Bosch r...

Страница 8: ...ne Management Ltd 3 3 Wiring Power and Communications Connector Pinout Pin Description Front view of connector 1 Power 2 GND 3 CAN L 4 CAN H Sensor Connector Pinout Pin Description Front view of conne...

Страница 9: ...Installation 9 2021 Link Engine Management Ltd Wiring...

Страница 10: ...Link CAN Lambda Instruction Manual 10 2021 Link Engine Management Ltd...

Страница 11: ...a 2 In the CAN ID box set the ID to 950 leave the format on Normal 5 Switch to the CAN Devices Tab 6 Connect a Link CAN Lambda module to the CAN Bus you selected in step 2 7 Press the Find Devices but...

Страница 12: ...500 kBps When using Link CAN Lambda modules with Link ECUs this is easily performed using PCLink This uses the Link ECU as the communication bridge to connect the PC to the CAN bus through the ECU Whe...

Страница 13: ...n twists Each device needs to be connected into the main bus The length of the wire used to connect to the bus must be less than 200mm To simplify the installation the following devices contain termin...

Страница 14: ...tatus Lambda 2 Error Device identifier 2 Lambda 3 Device identifier 3 Lambda 4 Device identifier 4 Lambda 5 Device identifier 5 Lambda 6 Device identifier 6 Lambda 7 Device identifier 7 Lambda 8 Infor...

Страница 15: ...Byte Use Exhaust Pressure RPM eg 3000 3000 RPM x10 kPa eg 1100 110 0 kPa 0 for no correction Note Pressure compensation range is 50 250 kPa Absolute pressure must be used not gauge pressure ie 0 abso...

Страница 16: ...eg send on 959 if current device identifier is 1 Data 0 Data 1 Data 2 Data 3 Data 4 Data 5 Data 6 Data 7 24 New device identifier New bus frequency New identifier between 0 and 7 inclusive 0 100 kbit...

Страница 17: ...Contact Link Technical Support 16 Heated too long Heater current is being applied but temperature not changing Check wiring inspect sensor for damage 17 25 Internal Error Contact Link Technical Suppo...

Страница 18: ...ement Ltd 47 APE under voltage Short to ground 48 APE over voltage Over 9V 49 Overheat or pump cell resistance too low Sensor Failure Check Sensor 50 Overheat or Nernst cell resistance too low Sensor...

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