SBT60 Battery Tester adopts the four-AC-terminal testing for battery impedance and voltage measurement for higher voltage/resistance measurement accuracy, providing wider voltage/resistance measurement range and faster measurement speed. In addition, the tester offers a comparator feature and abundant outputs to provide proper solutions according to different application scenarios.
SBT60 Battery Tester – High-precision and High-resolution Battery Tester
A high-precision and high-resolution battery tester that employs the AC 4-terminal testing method to ensure more accurate measurements of battery internal resistance and voltage. SBT60 is equipped with a comparator function that automatically assesses whether the battery parameters meet the standards and calculates the pass rate. It is suitable for testing and sorting various types of batteries such as lithium batteries, power batteries, energy storage batteries, and more.
High measurement accuracy: voltage ±0.01%rdg ±3dgt; resistance: ±0.4%rdg ±5dgt
Voltage measurement up to 60V
Resistance measurement 3mΩ - 3,000Ω
High measurement resolution: voltage up to 10μV; resistance up to 0.1μΩ
Enhanced Output Options
Adopts the AC 4-terminal testing method
10ms response time and 20ms sampling time
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Higher precision! Wider range! Faster measurement! More features!
Provide high measurement accuracy
Adopts the AC 4-terminal testing method for measuring battery voltage and impedance, realizing higher voltage measurement accuracy and resistance measurement accuracy.
Our premier power analyzer with top-tier quality and precision measurements
High measurement accuracy data acquisition, customized for enterprise R&D testing with modular solutions.
Comparator function
SBT300 Battery Tester features an independent comparator function for voltage and resistance measurements, capable of providing Pass/Hi/IN/Lo judgments displayed simultaneously. It can convey a comprehensive judgment result via an external I/O port. Hi/Lo can be set according to their respective upper and lower limits or user-defined standard deviations (%). The comparator mode offers two options: manual and automatic (automatic by default). In manual mode, the tester will only output the comparator's result when the EXT I/O is ON, making it suitable for switch or PLC control scenarios. The buzzer configuration includes OFF, HL, IN, BT1, and BT2. Under BT1 and BT2 modes, different beeps can be set for IN or Hi/Lo.
Analog Output function
SBT300 Battery Tester offers an analog output for resistance measurement. By connecting the analog output to a data logger, it enables the recording of resistance variations. This facilitates the long-term measurement and evaluation, such as those required for fuel cells, using a data acquisition system.
Calibration function
SBT300 Battery Tester has the capability to compensate for the bias voltage or gain drift within the internal circuitry of the measured device, and calibrate the measured data to improve the measurement accuracy. The calibration function offers both automatic (default) and manual modes. In automatic mode, the calibration is performed every 30 minutes. In manual mode, the calibration can be initiated manually through EXT I/O and communication commands. During the calibration process, measurements will be temporarily suspended, with the automatic mode set as the default. Additionally, if the sampling rate is not set as SLOW, the calibration will be automatically executed after the preheating phase.
Statistical feature
SBT300 Battery Tester can calculate statistical indicators based on measurement results and generate a normal distribution graphs, enabling the observation of the normal distribution of the measurements.
Storage feature
SBT300 Battery Tester is equipped with 2.8GB internal storage for storing measurement results in csv or mat format. Additionally, it offers a USB port for exporting data via a USB flash drive, allowing for convenient access to measurement data at any time.
Solution
Discover how our INNO Instrument can assist you in overcoming significant challenges, delivering exceptional service that exceeds customer expectations.
Static Resistance Testing for Automobile Wiring Harness Crimp Connections
The wiring harness is the central network of an automobile’s electrical system. Without the wiring harness, the vehicle’s electrical circuit wouldn’t exist. The wiring harness refers to a set of bundled components designed for connecting the electrical circuit. These components are made of copper contact terminals (connectors) that are crimped to wires and cables and then encased with insulation or a metal shell. Automobile wiring harness testing includes environmental testing, electrical performance testing, and mechanical performance testing of the wiring harness.
Lithium-ion Battery Safety Performance Testing
The safety problems caused by lithium-ion battery has become a topic arousing wide concern. To ensure its safety, the design, manufacturing and usage of lithium-ion battery must be regulated by strict quality control and safety measures. SUITA provides the SBT300 Battery Tester with high accuracy for battery internal resistance testing. It can accurately measure the safety performance indicators of lithium-ion battery, monitor these data in real time and save the measurements. Lithium-ion battery safety performance testing mostly involves core parameter measurement, including voltage and internal resistance, to ensure its stability and safety.
New Energy Lithium-ion Battery Testing
Battery technology is the core technology for new energy vehicle and the critical limiting factor their development. Lithium-ion battery has emerged as a major player in new energy batteries and the main force for new energy vehicle, but its service life extension and safety still raise a lot of attention. Its service life can be extended and the risk of lithium-ion battery being misused can be avoided by pre-use test. It can also clarify the usage path for lithium-ion battery and help new energy vehicle makes more steadier progress.
Why should I choose INNO Instrument?
How can we make testing easier, faster and better? This is the challenge that INNO has been diligently addressing, and our team of experts continuously delivers outstanding and innovative solutions to tackle this issue.
We are currently collaborating closely with globally renowned automotive manufacturers and leading companies in battery, solar panel, energy storage, semiconductors, manufacturing, and R&D. Our objective is to consistently enhance our solutions and assist our customers in achieving industrial upgrades.
It is well-suited for applications in the renewable energy, battery, energy storage, and other related sectors. It is versatile and can be utilized in a variety of tests, offering strong extensibility.
It provides long-term real-time data storage and playback analysis.
Phase compensation is implemented to enhance power measurement accuracy.
