Hks-va028-v2.0 -

Note: The ammeter tracks current on the . It must never be wired directly across the positive and negative rails of a power supply, or it will create a direct short circuit. Wiring Diagrams and Applications 1. Shared Power Source Topology (Measurements Under 30V)

HKS-VA028-V2.0 is a specific hardware revision for a digital DC voltmeter and ammeter

The VA028-V2.0 uses a sophisticated algorithm to analyze the vehicle's driving conditions and adjust its performance accordingly. This allows drivers to enjoy optimized performance, regardless of their driving style or conditions.

I can provide a step-by-step wiring diagram tailored specifically to your project requirements. Share public link hks-va028-v2.0

The voltage sensing line. It connects directly to the positive terminal of the target source you want to measure (0–99.9V). 2. The Thick Wire Harness (Current Loop)

To understand the significance of the VA028 v2.0, one must first appreciate the canvas upon which it works: the Honda K-series engine. Renowned for its high-revving nature and efficient i-VTEC system, the K20 and K24 engines are staples in the tuning community. However, factory camshafts are designed with a compromise between fuel efficiency, emissions, and power. For enthusiasts seeking maximum naturally aspirated or forced-induced output, the factory profiles become a bottleneck. The HKS VA028 v2.0 enters this space as a solution to airflow limitations, specifically targeting the 2.0-liter K20 variant found in vehicles like the Honda Civic Type R (EP3) and the Integra Type R (DC5).

Monitoring battery health, alternator output, and parasitic drains in high-performance or off-road vehicles. Note: The ammeter tracks current on the

is a precision designed for real-time electrical monitoring . It is widely integrated into high-performance automotive platforms, electronic diagnostic workbenches, and custom DIY power supply projects.

Because of its small footprint and dual-readout layout, the HKS-VA028-V2.0 is frequently built into power distribution systems.

If your target system runs below 30V, it can power the module directly. Share public link The voltage sensing line

If you are currently planning a build with this module, tell me about your project: What are you using, what is the maximum load current , and will you be utilizing a shared or isolated power supply for the display? I can provide a step-by-step wiring checklist tailored to your specific hardware layout. Share public link

DC 0–10A (most common version includes a built-in shunt).