Home » Battery Analyzer » GW Instek GBM-3300 Battery Meter, 3.2 Kohms, 300V, 3.5" TFT-LCD Display, GBM-3000 Series
GW Instek GBM-3300
GW Instek GBM-3300
GW Instek GBM-3300
GW Instek GBM-3300
GW Instek
SKU: 31765.1 | MPN: GBM-3300
New

GW Instek GBM-3300 Battery Meter, 3.2 Kohms, 300V, 3.5" TFT-LCD Display, GBM-3000 Series

£2,369.00
Available on Request
Manufacturers lead time applies

Ask an expert!

Email +44 (0)1492 643 060

GW Instek

GW Instek is a leading manufacturer of electronic test and measurement equipment, providing reliable and cost-effective solutions for laboratories, education and industrial applications. Its portfolio includes oscilloscopes, power supplies, spectrum analysers, signal generators, electronic loads, multimeters and LCR meters. Trusted by engineers, researchers and technicians worldwide, GW Instek products support product development, validation, maintenance and manufacturing processes.

Key Features

  • 3.5’ TFT LCD (320x240)
  • Measurement items: DC voltage and AC resistance
  • Voltage measurement: 300V (GBM-3300) or 80V (GBM-3080)
  • Resistance measurement: 0mΩ~ 3.2kΩ(max.)
  • Basic accuracy for voltage measurement: 0.01%
  • Basic accuracy for resistance measurement: 0.5%
  • Measurement resolution up to 0.1μΩ and 10μV, suitable for single-cell measurement
  • Independent GO/NOGO determination function for voltage and resistance respectively
  • The judgment mechanism of test lead (probe) disconnect/contact failure is to ensure the measurement reliability
  • Standard interfaces: USB host/device, RS-232C and Handler

GBM Battery Meter Overview

GW Instek launches a new series of desktop battery tester, the GBM-3000 series, which uses AC 1kHz as the test signal and measures battery's voltage and internal resistance to 300V (GBM-3300) and 80V (GBM-3080). The series features 3.5" TFT LCD, 4-wire measurement method, high-resolution (6-digit voltage / 5-digit resistance) measurement display capability, and independent GO/NOGO determination of voltage and resistance, various communications interfaces, etc. to meet various types of battery measurements, ranging from single cell, battery cell, to the end product (battery), etc. so as to facilitate users in achieving accurate measurements at all stages of production.