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For the deterioration diagnosis of zinc batteries, alkaline batteries, nickel-cadmium batteries, nickel-hydrogen batteries, and lithium-ion batteries.
●With logger function ●Simultaneous display of impedance, voltage, and clock ●Measurement frequency: 1kHz ± 30Hz ●Resistance value: 0.01mΩ to 40Ω ●Voltage: 1mV to 40V
It is a floor-standing movable calorimeter for safely testing the thermal, electrical, and mechanical stress of large battery cells and small modules.
The evaluation of these tests facilitates the assessment of the safety performance of battery cells, enables the definition of the safe operating limits of batteries, and makes it easier to research and develop the mechanisms of thermal runaway and thermal propagation. Options for capturing footage of battery explosions, nail penetration tests, temperature mapping of samples, and gas release sampling are available. This is a large-scale device capable of testing batteries for EV/HEV and aircraft. It is equipped with a container to hold fragments and smoke during sample explosions, an automatic safety valve, and an emergency cooling safety mechanism that automatically stops. Safety Testing Defines safe operating limits. To avoid the risks of thermal runaway and the potentially catastrophic consequences it may bring, it is essential to identify the safe operating limits of battery cells, modules, and packs. Therefore, batteries must be subjected to mechanical, electrical, and thermal stress to define safe operating limits. Thermal stability data from thermal stress tests helps define the safe operating temperature of the battery. Evaluating overcharging and discharge rates allows for the determination of maximum safe voltage and maximum safe current. The effects of mechanical stress and external short circuits (ESC) can be assessed.
This is a bench-scale calorimeter for stress testing small batteries. It also supports a small amount of ARC-type test cells.
The BTC-130 (Battery Test Adiabatic Calorimeter) is a bench-scale adiabatic calorimeter designed to test thermal, electrical, and mechanical stress on small battery cells. The evaluation of these tests facilitates the assessment of the safety performance of battery cells, the safe operating limits of batteries, and the research and development of thermal runaway mechanisms. The BTC-130 also supports the use of small quantities of ARC-type test cells, enabling thermal stability screening of individual battery components under adiabatic conditions.
It is a calorimeter for evaluating the characteristics of battery cells under normal and long-term usage conditions. It is compatible with adapters that accommodate various cell shapes.
The iso-BTC (Battery Testing Calorimeter) is an isothermal calorimeter designed for the characterization of the thermal behavior and electrical performance of battery cells under normal and long-term usage conditions. It supports a variety of adapters that enable the analysis of diverse cell shapes. The iso-BTC can fully integrate a charge-discharge unit, allowing for the repeated automatic cycling of battery cells under various operating conditions while simultaneously recording both the electrical performance of the battery and the heat generated. It also enables accelerated degradation testing, allowing for the investigation of the effects of battery degradation on cell performance. The chemical properties of the battery, the composition of the electrodes, and the type of battery cell can also be investigated in cell development using the iso-BTC. Through thermal mapping (multi-point temperature measurement), users can identify areas of the battery that generate larger amounts of thermal energy, which are highlighted. In addition to characterizing the thermal behavior of battery cells at various temperatures and (discharge) charge rates, this information can be used to develop effective and targeted thermal management strategies within battery modules and packs.
![Battery Tester "BT3554" [Rental]](https://image.www.ipros.com/public/product/image/e1e/2000450946/IPROS51260020308152776864.png?w=280&h=280)
Speeding up the deterioration diagnosis of lead-acid batteries. Reliable measurement even under UPS operating conditions.
The BT3554 is a battery tester that measures and saves data in approximately 2 seconds. With the addition of a protector, it enhances ease of handling and durability for on-site use. Equipped with noise reduction technology, it ensures accurate measurements even during UPS operation. Additionally, it can automatically save measurements once they stabilize, without the need for switch operation. 【Features】 - Improved noise resistance - Fast data saving - On-site report creation and reporting - Fastest approximately 2 seconds from lead contact to auto memory saving (60% shorter compared to conventional models) *For more details, please refer to the PDF document or feel free to contact us.
![Battery Tester "BT3554-11" [Rental]](https://image.www.ipros.com/public/product/image/22d/2000463674/IPROS03406336031673730984.jpeg?w=280&h=280)
This is a tester for diagnosing the degradation of secondary batteries primarily based on lead-acid batteries.
**Features** - High noise resistance performance: By adopting noise reduction technology, it significantly reduces fluctuations in measurement values. - Fastest measurement to storage in about 2 seconds. - Equipped with a function that automatically holds and stores measurement data when it determines that the measurement lead is connected to the target and that the measurement values are stable. - Display backlight: Considering visibility in dark places, it features a backlight on the LCD, with a light guide plate at the bottom, allowing LEDs to illuminate from the sides to achieve the backlight function.
Eliminate backtracking in operations with the measurement record guide. Just follow the voice guide to complete measurement, recording, and data organization.
■Efficiency in diagnosing the deterioration of UPS and lead-acid batteries with measurement record voice guidance ● Navigation voice guidance for measurement records ● Streamlined data management profile ● Fastest measurement to record in 2 seconds 1: Accurate diagnosis of lead-acid battery deterioration using proprietary technology This is a standard device that supports the deterioration diagnosis of UPS and lead-acid batteries. By measuring the internal resistance and voltage of the battery using the impedance method, diagnosis can be performed while the battery remains connected to the device in an uninterrupted state. Even in environments where noise is present, accurate measurements can be obtained thanks to proprietary noise reduction technology. 2: Measurement guidance and easy data management with the latest app When linked with a dedicated mobile device app, the next battery number to be measured is announced via voice guidance. This helps prevent measurement errors. Additionally, if the location information of the measurement site and the battery number are set in advance as profile information, they can be saved in association with the measurement data and diagnosis results. Data management remains simple even after diagnosing numerous batteries.
