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To download and install the software for your Voltcraft BS-15 USB Endoscope

Controls: Includes a 5x digital zoom and adjustable LED lighting brightness directly through the hardware or software interface. voltcraft bs-15 usb software download

Do not connect the BS-15 yet.

After software install, navigate to the program folder (e.g., C:\Program Files (x86)\Voltcraft\BS-15).

Look for a subfolder called Drivers or USB Driver.

Run CP210xVCPInstaller_x64.exe (for 64-bit Windows) or the x86 version.

Complete the driver installation wizard.

" or the item number into the search bar to find the latest available drivers or user manuals. Standard Windows Installation: To download and install the software for your

Data Logging: Record voltage, current, and power over time (e.g., during a 10-hour discharge test).

Graphical Analysis: Visualize discharge curves to compare battery performance.

Report Generation: Export data to CSV for use in Excel or other analysis tools.

First-Time Test

Set a discharge current (e.g., 500mA).

Start a test. The graph should begin plotting voltage over time.

The BS-15 typically uses generic "USB Video Class" (UVC) drivers. The official software suite usually includes: Do not connect the BS-15 yet

Abstract

Background: The Voltcraft BS-15 is a low-cost USB battery diagnostic tool widely used by hobbyists and technicians to measure capacity, internal resistance, and discharge curves of NiMH, Li-ion, and lead-acid cells. However, its proprietary Windows-only software is no longer officially distributed or maintained, creating a significant usability and security risk for users seeking legacy drivers and executables from unverified third-party websites.

Select the communication port: From the top menu → Settings → USB Connection → Choose the COM port that appears when the device is plugged in (check Device Manager under "Ports (COM & LPT)").

Set the trigger mode: Change from "Auto" to "Normal" then back to "Auto" to stabilize the signal.

Adjust voltage scaling: For a 0-5V Arduino signal, set CH1 to 2V/div.

Timebase: Start with 1ms/div for audio signals, 1s/div for temperature logging.