Haltech CAN System
This node allows any CAN Devices to be enabled and for a DTC Severity level to be set for each device.
If you have a Haltech CAN Supported Dash it will need to be enabled in this page by clicking the Tick box for the: Haltech CAN supported dash.
If your Haltech CAN supported Dash is only showing zero's, please contact Haltech Technical support as your Dash may need to be updated.
Wideband Controller Boxes
The Wideband Controller Boxes (WBC) can be enabled by ticking the WBC-1 or WBC-2 Boxes.
The Single Channel WBC will come with one O2 Sensor that can be assigned to the inputs.
The Dual Channel will have two O2 sensors that can be assigned to the inputs
The WBC will then be enabled and ready for the sensor (s) to be able to be assigned in the function. This type of sensor will then be able to be assigned in the O2 Control as well.
Input/ Output Expander Boxes
The Input/Output Expander Boxes (I/O Box) can be enabled by clicking the tick box for I/O Expander (Box A) or I/O Expander (Box B) depending on which box you have connected to the CAN port or Haltech CAN Hub. Once you have ticked the I/O box that is appropriate to your setup, you will be able to select a new range of inputs and outputs. You will see these listed as IOA or IOB and they will be seen in the I/O Resource report on the functions page
Select this setting and change it to Mainline Dyno when tuning a vehicle on a Mainline Dyno. This will allow the ECU to communicate via CAN to the dynamometer.
Thermocouple Amplifier Boxes
The Haltech Thermocouple Amplifier Boxes (TCA) can be enabled through this Node as well.
There are 4 different variants of Thermocouple Boxes that can be connected into a Haltech ECU, so it's important to check what Thermocouple Amplifier box or Boxes you have.
TCA 2 (Box A) 2 channel Thermocouple Amplifier
TCA 2 (Box B) 2 channel Thermocouple Amplifier
TCA 4 (Box A) 4 Channel thermocouple Amplifier
TCA 4 (Box B) 4 Channel thermocouple Amplifier
Once the Thermocouple Probes are plugged into the TCA Amplifier, you will then be able to assign the sensors to the appropriate inputs in the navigator tree.
The Haltech Keypads can be enabled through this Node. Ensure that the correct size keypad is enabled with 2 x 4 indicating a keypad with two rows and four columns of buttons (8 total) and 3 x 5 indicating a keypad with three rows and five columns of buttons (15 total).
Backlight Brightness Level - This sets the brightness of the overall backlighting for the keypad.
LED Brightness Level - This sets the brightness for the LED indicators on each button.
Wideband O2 Sensor(s)
A Wideband O2 sensor can be used by the ECU for monitoring and protection purposes, or for closed-loop O2 Control. A wideband sensor, by definition, measures a broad section of the AFR scale. As such, a Wideband O2 sensor is the preferred sensor to ...
CAN Wideband Controller (WB1 and WB2) (Bosch LSU 4.9 Lambda Sensors)
The Haltech CAN Wideband Controller is a plug and play product which increases the functionality of the Haltech ECU by using the Haltech CAN system which is available to all Elite and Platinum Series ECU's. It allows the user to accurately measure ...
Wideband O2 Sensors explained
What is an 02 Sensor what does it do? Broadly speaking there are two different types of O2 sensor available, wideband and narrowband. Both sensors have their place in tuning an engine, narrowband sensors are designed to be used in conjunction with a ...
Narrowband vs Wideband: Oxygen Sensors Explained
Today we’re talking Oxygen Sensors: what they are, how they work and why you need them. The Oxygen sensors can usually be found screwed into the exhaust system. They are located closer to the engine than to the tailpipe. Their job is to measure the ...
Trigger System Configuration
Engine Configuration - Trigger System Page This section contains setup information for configuring your engines' trigger system, including crank and cam trigger patterns and sensors. Trigger Configuration Trigger Type This is set to the type of ...