Battery Tester

The battery charger is primarily designed for charging batteries and for the initial charging of batteries that have been stored for more than three months before installation. It can also serve as a mobile, standby DC power supply for vehicles. The instrument offers several advantages, including high power, compact size, lightweight design, simple operation, and a user-friendly interface. It is the ideal tool for battery maintenance.

Battery Load Bank is a special instrument for the test of NiCD and Lead-acid storage battery string of the whole string voltage of 24V, 48V, 110V, 220V, and it adopts current advanced testing technology theory, and has obtained a series of breakthrough in research and application of new technology, new parts, new material and new techniques, which is designed in accordance with the requests of national related testing and maintenance regulations and it is a special detection instrument for the performance detection of stationary battery. Its big discharge power, small volume, light weight, complete function of data management software of upper computer could greatly reduce the work load of daily testing and maintenance of stationary battery.

The HZFD-300 Battery Discharge Tester is specifically designed for performing discharge tests on battery packs (24V, 48V, 110V, 220V), testing the remaining capacity of battery packs, conducting daily battery maintenance, and checking the load capacity of DC power supplies. Based on the discharge characteristics of lead-acid and lithium batteries, the tester can monitor parameters such as battery voltage, discharge current, discharge time, discharge capacity, and more, in real time during the discharge process. The instrument uses an embedded operating system to automate the entire discharge process, ensuring complete intelligent operation.

The equipment is designed for use with batteries of 2V, 6V, or 12V, specifically to activate valve-regulated lead-acid batteries (VRLA) that have experienced capacity loss due to the crystallization of the plate material. It serves as a special tool for "activating" the battery and includes functions such as "check discharge," "automatic charging," and more.
The instrument offers high power, compact size, and lightweight design. It comes with fully functional PC data management software and features a user-friendly interface for seamless human-computer interaction. This greatly reduces the daily workload of battery testing and maintenance, making it the ideal assistant for battery maintenance tasks.

Internationally, conductivity and internal resistance testing have become widely used in the daily maintenance of batteries, replacing the traditional voltage inspection method. Since conductivity or internal resistance reflects the internal condition of the battery, it has been recognized as a critical parameter for accurately and quickly assessing the health of a battery.

The battery conductance or internal resistance tester is a digital, multifunctional portable device designed to quickly and accurately measure key battery operating parameters. The tester can display and record important data such as battery voltage, conductance or internal resistance, and connecting strip resistance through online testing, allowing for a precise assessment of the battery’s condition. When connected to a computer and specialized battery data analysis software, it forms an intelligent testing system that tracks the battery's performance over time. The system can provide advance warnings of potential issues, enabling engineering and management personnel to take appropriate action for maintenance and management.

The battery internal conductance tester uses a color resistance touch screen. The instrument can be operated by finger or stylus, making it flexible and convenient. It is a digital, multifunctional, portable tester designed for fast and accurate measurement of battery operating parameters. The instrument can detect the voltage, impedance, or conductance of a single battery online, store and process the detected data, issue alarms for battery failure, and accurately distinguish the condition of the battery. The instrument allows for saving, querying, deleting, and exporting test data. The upper computer software analyzes and displays the test data through various charts and automatically generates a battery test report.