Aim ACC3 Analogue CAN Converter for Kart
Aim ACC3 Analogue CAN Converter for Kart
The Aim analogue CAN converter (ACC3) is a compact and powerful module designed to extend the data acquisition capabilities of your logger. Managing up to 4 channels at 200Hz each, the ACC3 allows you to capture and analyse additional sensor data with precision.
Why Choose the Aim ACC3
Fully compatible with the Aim Solo 2 DL, the analogue to CAN converter is an ideal solution for expanding your setup and unlocking more detailed performance insights.
Like all Aim devices, the Aim ACC3 is built for motorsport applications. Its compact design ensures easy installation across a range of racing vehicles, while its robust construction guarantees reliability in demanding environments. When combined with Race Studio 3 software, the ACC3 unlocks powerful configuration and analysis tools, including suspension analysis with Aim Eclipse sensors and video synchronisation with SmartyCam 3 cameras.
Sensor Compatibility
The ACC3 supports up to 4 analogue inputs with frequencies up to 200Hz, offering compatibility with a wide variety of sensors:
- Thermocouples (K type, using dedicated compensated cables)
- Thermo Resistors
- 0–5V Sensors
- 0–12V Sensors
In addition, both the ACC3 and ACC3 Open feature 2 speed inputs (internal pull-up for open drain/collector input), enabling even greater flexibility for data acquisition.
Channel Configuration
Once the appropriate harness has been selected, the analogue to CAN converter allows you to configure channels according to the connected sensors. Up to 4 type K thermocouples can be managed simultaneously, giving you precise temperature monitoring across multiple areas of your engine or vehicle.
Suspension Analysis
The ACC3 is also designed to work with Aim Eclipse sensors. When paired with Aim linear potentiometers, data can be processed through the advanced suspension analysis tool in Race Studio 3 - providing a complete picture of chassis dynamics for deeper performance evaluation.
Original: $351.10
-65%$351.10
$122.89Product Information
Product Information
Shipping & Returns
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Description
Aim ACC3 Analogue CAN Converter for Kart
The Aim analogue CAN converter (ACC3) is a compact and powerful module designed to extend the data acquisition capabilities of your logger. Managing up to 4 channels at 200Hz each, the ACC3 allows you to capture and analyse additional sensor data with precision.
Why Choose the Aim ACC3
Fully compatible with the Aim Solo 2 DL, the analogue to CAN converter is an ideal solution for expanding your setup and unlocking more detailed performance insights.
Like all Aim devices, the Aim ACC3 is built for motorsport applications. Its compact design ensures easy installation across a range of racing vehicles, while its robust construction guarantees reliability in demanding environments. When combined with Race Studio 3 software, the ACC3 unlocks powerful configuration and analysis tools, including suspension analysis with Aim Eclipse sensors and video synchronisation with SmartyCam 3 cameras.
Sensor Compatibility
The ACC3 supports up to 4 analogue inputs with frequencies up to 200Hz, offering compatibility with a wide variety of sensors:
- Thermocouples (K type, using dedicated compensated cables)
- Thermo Resistors
- 0–5V Sensors
- 0–12V Sensors
In addition, both the ACC3 and ACC3 Open feature 2 speed inputs (internal pull-up for open drain/collector input), enabling even greater flexibility for data acquisition.
Channel Configuration
Once the appropriate harness has been selected, the analogue to CAN converter allows you to configure channels according to the connected sensors. Up to 4 type K thermocouples can be managed simultaneously, giving you precise temperature monitoring across multiple areas of your engine or vehicle.
Suspension Analysis
The ACC3 is also designed to work with Aim Eclipse sensors. When paired with Aim linear potentiometers, data can be processed through the advanced suspension analysis tool in Race Studio 3 - providing a complete picture of chassis dynamics for deeper performance evaluation.