Measuring

Application Scenarios of Batteries in Measurement Instrumentation

Portable Measurement Instruments:
Instruments such as portable voltmeters, ammeters, and multimeters are typically compact, lightweight, and easy to carry for on-site measurements. Batteries provide them with portability, enabling measurement tasks to be conducted in environments without power supply.

Handheld Measurement Devices:
Devices like handheld thermometers, hygrometers, and lux meters are commonly used for on-site monitoring and measurement of various environmental parameters. Batteries supply them with stable electrical energy, ensuring the accuracy and reliability of measurement results.

Specialized Measurement Instruments:
Instruments specialized in measuring parameters such as pressure, flow, and liquid level are usually installed in specific measurement environments, such as industrial production lines and laboratories. Batteries provide them with continuous electrical energy, ensuring the continuity and stability of measurement work.

Technical Characteristics of Batteries in Measurement Instrumentation

High Energy Density:
Batteries have high energy density, capable of providing sufficient electrical energy within a limited volume to meet the long-running needs of measurement instruments.

Long Lifespan:
High-quality batteries typically have a long lifespan, capable of enduring multiple charge-discharge cycles, reducing the frequency of battery replacement and lowering usage costs.

Good Stability:
Batteries exhibit small voltage variations during charging and discharging, providing stable electrical energy supply to ensure the measurement accuracy and stability of instruments.

High Safety:
Batteries are usually designed and manufactured with safety in mind, featuring overcharge protection, over-discharge protection, and other safety functions to prevent safety issues arising from battery failures during use.

Selection and Maintenance of Batteries in Measurement Instrumentation

Selecting Appropriate Batteries:
Choose the appropriate battery type and specification based on factors such as the power demand, operating time, and working environment of the measurement instrument. For example, for instruments requiring long-term operation, batteries with high energy density and long lifespan can be selected.

Regular Battery Replacement:
Regularly check the battery's charge level and performance, and promptly replace batteries that are low on charge or have degraded performance to ensure the normal operation and measurement accuracy of the instrument.

Proper Battery Usage:
When using batteries, pay attention to whether the battery's polarity, voltage, and other parameters match the instrument to avoid damaging the instrument or causing safety issues due to incorrect battery usage.

Proper Battery Storage:
For batteries that are not used for a long time, store them in a dry, cool, and well-ventilated place to prevent the batteries from being exposed to moisture, heat, or other physical damage.

In summary, batteries have a wide range of application scenarios and important technical characteristics in measurement instrumentation. Proper selection and maintenance of batteries are crucial for ensuring the normal operation and measurement accuracy of measurement instruments.

Alkaline Batteries

Carbon Batteries

Button Cell Batteries

Rechargeable Batteries

Specialty Batteries