AD100+ Alternator Tester Kit is Now Available
JAS proudly introduces the AD100+ Alternator Tester and Kit to the Australian market.
The AD100+ unit is a must-have tool for any automotive professional servicing computer-controlled alternators.
Computer-controlled alternators are unable to be tested using previous methods, and they can also be quite difficult and time-consuming to remove for testing. The AD100+ is the best tool for testing smart alternators on or off the vehicle.
With its ability to identify the alternator's protocol, the tester accurately checks alternator operation for protocols, including LIN, BSS, RLO, SIG, PD, RVC, COM, DFM, F, and FR.
With all the various protocols manufacturers use, this unit can identify and control the alternator output to give accurate results, identifying issues such as slipping harmonic balancers, belts, connections and, of course, a faulty alternator, eliminating costly time in misdiagnosis.
Its user-friendly design, clear screen with large font, and sealed, soft-touch buttons mean operating the tester is effortless. The long connecting cable and included plug looms make it easy to test alternators, no matter their configuration.
Another essential feature of the AD100+ is its 12-24v operation, making it suitable for use on many vehicles.
The AD100+ is the selected tester we at JAS use in our R&D workshop. After testing many, this was the superior tester to give the correct information in the fastest period.
The AD100+ is the ultimate solution for testing computer-controlled alternators.
Features:
- • Easy operation
- • Clear screen with large font.
- • Sealed, soft-touch buttons
- • Large connecting cable, with the five most common plug loom adaptors
- • 12 – 24v operation
- • Sturdy storage case
- • Identifies the protocol the alternator is using
- • Allow the alternator control to test the alternator operation
- • Identifies Alternator Control Type
- • Protocols able to be tested; LIN, BSS, SIG, PD, RVC, COM, DFM, F, FR
Contact your local branch or order your AD100+ here.
