Hioki BT3554-11 Portable Battery Tester with L2020 Pin Type Lead and Built-In Bluetooth Technology

Compatible with many battery types, including lead-acid, nickel-cadmium and nickel-hydride batteries. Plus, it comes with a carrying case for easy transportation to and from work sites.

Key Features

• Battery measurement can be performed while the battery is connected to its host device, without taking it offline
• Measure and save data in as fast as 2 seconds
• Instantaneously diagnose battery degradation (PASS, WARNING, FAIL) by measuring internal resistance and voltage
• Noise reduction technology improves noise resistance
• Screen and audio guidance simplifies measurement
• Measurement data is linked to site information and saved, reducing management man-hours
• A variety of measurement data can be centrally managed using Hioki?s GENNECT Cross app
• Protector delivers better ergonomic hold and durability in the field

Accurately assess lead-acid battery deterioration using proprietary technology

The battery tester sets a new standard for UPS and lead-acid battery diagnostics. Since the battery?s internal resistance and voltage are measured using the impedance method, diagnostics can be performed while the battery is connected to its host device, without taking it offline. Proprietary noise reduction technology allows more accurate measurement, even in noisy environments.

Enjoy measurement guidance and easy data management functionality with the latest software

When the battery tester is paired with a dedicated mobile app (GENNECT Cross), the mobile device will provide audio guidance announcing the next battery number to be measured. This feature helps prevent erroneous measurements. You can also set up measurement locations information and battery numbers in advance to create profiles to which measurement data and diagnostic results will be linked. This capability simplifies data management, even when performing diagnostic work on large numbers of batteries.

Generating comparative judgments based on a lead-acid battery's internal resistance and voltage

By using its comparator function to simultaneously measure the internal resistance and voltage of a lead-acid, nickel-cadmium, or nickel-hydride battery, the battery tester can generate comparative judgments quantifying degradation of the cell based on user-specified threshold values. Furthermore, voltage sign detection facilitates instantaneous determination of whether batteries have been connected properly in newly installed UPS systems.

Saving data easily just by placing the leads in contact with a battery's terminals

The battery tester's auto-hold function automatically holds measured values once they stabilize. The instrument?s auto-memory function, which automatically stores measured values resulting from the auto-hold function in its internal memory, further streamlines work tasks.

New leads for more convenient measurement in distribution panels and other confined locations

The pin-type lead with L-shaped tips significantly improves ease of use when inspecting batteries installed in confined locations.

Input measurement data automatically into your existing Excel form: Excel Direct Input function

Excel Direct Input function allows you to input measurement values directly and automatically into an Excel file once the measurement auto-hold function is activated. You can easily input the data into an existing Excel form. (When using the Wireless Adapter Z3210).

Wall and shoulder strap let you work with both hands

If you?re measuring a number of batteries in a large area, use the included shoulder strap to carry the instrument with you while making measurements. Or if there are numerous batteries at a single location, use the magnetic strap to hang the instrument on the wall while you work.

Get results in as fast as 2 seconds

Simply touch the test leads to the battery terminals to easily capture battery condition data. Automatically save measurements results using the auto-hold or auto-memory function in just 2 seconds.

Applications

• Deterioration judgment of stationary lead-acid batteries