AiM Sport

AiM ACC 2 Analogue CAN Converter

Name: AiM ACC 2 Analogue CAN Converter
Brand: AiM Sport
SKU: ACC
Price: 549.0 NZD
Availability: InStock

AiM ACC 2 Analogue CAN Converter

$549.00 NZD +GST

Sale Sold out

Quantity

Got questions?

You can contact us via our chat box on our website, phone or email.

Aaron Harris: +64 27 449 9654 & aaron@harriscomms.co.nz
Rex Harris: +64 21 682 912 & rex@raceradios.co.nz

Delivery Costs and Timelines

New Zealand:

Nationwide delivery for just $14 NZD.
Delivered by NZ Couriers or Post Haste.
Delivery Time: 1-7 days (avg. of 1.3).
Free Local Pickup is also available from 15 Michael Road, Paraparaumu 5032.

Australia:

Standard shipping costs $32.95 AUD.
Delivered by Asendia, DHL Express or FedEx.
Delivery Time: 7 - 14 days (avg. of 7.8).

United States:

Our standard US delivery fee is $36.95 USD. However, please note that if your item's weight, size, or delivery address exceeds our standard requirements, an additional cost may be passed on to you. We will notify you if the shipping cost increases after you have placed your order. If you are unsatisfied with the revised shipping cost, you can cancel your order.

Delivered by Asendia or FedEx.
Delivery Time: 5 - 9 days (avg. of 5.6).

Payment Options

We accept Apple & Google Pay, Debit or Credit Cards, and PayPal for easy and secure transactions.

Exclusively for our New Zealand customers, we offer Afterpay and Bank Transfer.

Tax

Please note that your country may charge import duties, taxes and fees that you may have to pay ahead of delivery. If you have any questions regarding this, please get in touch.

The AiM ACC Analogue CAN Converter is a high-performance device designed to integrate analog signals into a CAN network for real-time data acquisition and analysis.

Key features include the ability to convert up to eight analog inputs into a digital CAN output, compatibility with a wide range of sensors, and a compact, robust design suitable for harsh automotive environments. Benefits of using the AiM ACC include enhanced data precision, simplified wiring, and improved telemetry capabilities.

The AiM ACC Analogue CAN Converter unique selling points are its ease of installation, user-friendly configuration software, and seamless integration with AiM data loggers and dash displays, making it an ideal solution for motorsport professionals and enthusiasts seeking to optimize vehicle performance through advanced data monitoring.

The AiM ACC 2 is the new compact and powerful Analogue to CAN Converter that manages up to four channels at 200 Hz each. Now compatible also with the AiM Solo 2 DL.

The new compact AiM Analog CAN Converter, now available for everyone

Enhance Your Logger Performance Your Motorsport.

The AiM ACC is the new compact and powerful Analogue CAN Converter that manages up to four channels at 200 Hz each. Now compatible also with the AiM Solo 2 DL.

ACC 2 manages 4 analog inputs:

	Thermocouples
	Thermoresistances
	0-5 V
	0-12 V

... to a max frequency of 200 Hz each.

SPLIT HARNESS

With ACC 2 customers can choose, according to their needs, among 5 different split harnesses. Up to 4 thermocouples or 4 analog channels 0÷5 V/0÷12 V are available.

SUSPENSION ANALYSIS

ACC 2 can be connected to Eclipse sensors. All the acquired data by AiM linear potentiometers can be managed through the new Suspension Analysis Tool in Race Studio 3, for an even more complete performance analysis software.

Configure and Analyse With Race Studio 3

Configuration

With Race Studio 3 you can create, modify, delete, import and export configurations. With all channels, ECU drivers, Math channels, Display Pages, Digital outputs, Alarms, Shift Lights and all the expansions you need. You will also be able to manage the map of all your racing tracks. And compare two laps watching the video recorded by SmartyCam HD cameras.

Analysis

With Race Studio 3, you can also analyse all data recorded and downloaded to your PC: graphs, histograms and tables will help you study your performance, providing objective support to avoid mistakes and improve performances.