The CELLTRON™ Advantage Digital is a fast, user-friendly, premium handheld tester for measuring battery conductance, voltage, temperature and strap resistance in high-noise environments for a complete battery state-of-health analysis.

Highlights

THE NEXT GENERATION OF BATTERY TESTERS

With this lightweight handheld tester, users can quickly conduct a full battery performance assessment that can be uploaded wirelessly to the web-based UNITE™ database for centralized data storage, proactive maintenance planning, and compliance reporting. The CELLTRON™ Advantage Digital can measure battery voltage down to one (1) volt as well as measure inter-cell and terminal connection resistance for Valve Regulated Lead Acid (VRLA), Vented Lead Acid (VLA), and Nickel Cadmium (NiCad) batteries.

Key Advantages

ACCURATE CONDUCTANCE TESTING

The conductance-based diagnostics provided by the CELLTRON™ Advantage delivers a highly accurate and reliable predictor of the battery’s end of life.

HIGH NOISE IMMUNITY

The powerful dual-microprocessor architecture allows the tester to stand up to the high noise environments caused by UPS/battery systems and constant power supply switching (notorious for causing testers to fail).

DIGITAL SIGNAL FILTERING

Cleaner, more precise battery state-of-health measurements are achieved through new “Edge Rejection” technology which filters out anomalies that can corrupt battery signal readings at both the beginning and end of each sample signal.

WIRELESS COMMUNICATION

Built-in Wi-fi enables tester data to quickly and wirelessly be transmitted to and from the tester with no additional cards, cords, or hardware required. Users can pre-program battery string configuration details on their laptop and wirelessly upload to the tester.

FASTER TESTING TIMES

Testing is carried out in a matter of seconds simply by connecting the two test leads (either by clamp or probe) to the battery’s positive and negative posts.

DEVICE & USER PROTECTION

A fast-acting protection relay responds in milliseconds when a signal input in excess of 23.3 volts is introduced through the testing probes, providing instant protection to both the device and the user.