UBQ100,EV battery test probe
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Keywords
UBQ100
EV battery test probe
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Mechanical Data
Mechanical Data UBQ100 UBQL100 Working stroke 4.24mm 8.00mm Maximum travel 6.35mm 10.16mm Elastic force under working stroke 1.5N(5.5OZ) 1.6N(5.7OZ) Elasticity can be selected 2.0N(7.0oz) 0.8N(3.0oz) 3.0N(10.8oz) 2.3N(8.1oz) Materials
needle bar Gold plated on beryllium copper or SK4 nickel Needle Tube Gold plating on nickel of phosphor copper tube Spring Stainless steel wire or piano wire gold plated Casing Gold plating on nickel of phosphor copper tube Borehole size
plexiglass plate φ1.70mm(.067) Epoxy resin board φ1.75mm(.069) Working temperature
Standard -45 ℃ ~ 120 ℃ In the rapidly expanding world of electric vehicles (EVs), the EV battery test probe has emerged as a critical component in ensuring the safety, performance, and longevity of EV batteries.The EV battery test probe is a highly specialized device designed to interact with the complex and high - energy battery systems in electric vehicles. These probes are engineered with precision to make accurate and reliable connections to the battery cells or modules.
One of the key features of the EV battery test probe is its ability to handle high - voltage and high - current situations. As EV batteries operate at significant voltages, often hundreds of volts, the probe must be able to safely and effectively transmit test signals without any risk of arcing or electrical interference. It is constructed with high - quality insulating materials to protect the operator and the surrounding equipment during the testing process.
Accuracy is of utmost importance in battery testing. The EV battery test probe is designed to measure various parameters such as battery voltage, current, state of charge, and temperature with a high degree of precision. This data is crucial for evaluating the health of the battery. For example, by accurately measuring the state of charge, manufacturers can ensure that the battery is not over - charged or under - charged, which could lead to reduced battery life or even safety hazards.
The design of the EV battery test probe also takes into account the unique characteristics of different battery chemistries. Whether it's a lithium - ion battery, which is commonly used in most EVs, or other emerging battery technologies, the probe can be adapted to provide accurate testing. Different battery chemistries may have different voltage ranges, charge - discharge characteristics, and temperature sensitivities, and the test probe is capable of accounting for these differences.
In addition to laboratory testing, the EV battery test probe is also used in production lines. In a manufacturing environment, it is essential to quickly and efficiently test each battery to ensure that only high - quality products are shipped. The probe can be integrated into automated testing systems, allowing for rapid and consistent testing of multiple batteries. This not only speeds up the production process but also helps to maintain a high level of quality control.
Another important aspect of the EV battery test probe is its durability. Given that it will be used repeatedly in often - harsh manufacturing and maintenance environments, it is built to withstand physical wear and tear. The probe tips are made from durable materials that can maintain their electrical conductivity even after numerous test cycles.
Moreover, as the demand for EVs grows, so does the need for more advanced and reliable battery testing. Manufacturers of EV battery test probes are constantly researching and developing new features. Some probes are now being equipped with wireless communication capabilities, allowing for remote monitoring and data collection. This is particularly useful in large - scale battery storage systems where accessing each individual battery probe physically may be difficult.
In conclusion, the EV battery test probe is an indispensable tool in the electric vehicle industry. It plays a vital role in ensuring the quality, safety, and performance of EV batteries, which are the heart of electric vehicles. As the EV market continues to evolve, the development and improvement of the EV battery test probe will be crucial for the continued success of electric transportation.
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Installation height (Installation Heighl):16mm[14.24mm]
Recommended Stroke 4.6mm[3.5]
Mounting height(Installation Height):16.omm
Built stroke (Recommended stroke):4.3mm
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