Fuentes de poder Batteries, solar panels, ac chargers, regulators

About Fuentes de poder

Reliable power supplies enable data acquisition systems to continuously acquire and process data. Because our components use minimal power, many of our systems can be run using sealed rechargeable or alkaline batteries. Systems that require more power are often supplemented with external rechargeable batteries, regulators, ac transformers, or solar panels.

FAQs

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AC Chargers and Transformers

AC chargers and transformers plug into a 110 or 220 Vac source to recharge sealed rechargeable batteries.read more

Solar Panels

Solar panels are photovoltaic power sources capable of recharging batteries. The minimum battery size and solar panel output required depend on the average current drain of the system, the maximum tim...read more

Regulators

Charge regulators, or charge controllers, must be used to connect sealed rechargeable batteries with a charging source (such as an ac transformer or solar panel). Regulators control the current flowin...read more

Sealed Rechargeable Batteries

For sealed rechargeable battery options, Campbell Scientific offers battery packs and replacement batteries. The battery packs consist of a battery, mounting bracket to attach the battery to an enclos...read more

Frequently Asked Questions

Number of FAQs related to Fuentes de poder: 2

What might cause a battery to not hold its charge?

When a battery won’t charge above approximately 10 or 8 V, it has a bad cell. The battery should be replaced.

A 12 V lead-acid battery is six cells in series; the chemistry provides a little over 2 V per cell.
How can it be determined which power supply is the best for a system?

Estimating the power consumption of a system can help with selecting the best power supply option. The system power consumption can be approximated by calculating the average current required by the datalogger, sensors, and peripheral equipment. This average current drain is primarily determined by the percentage of time spent in an active versus quiescent state, which can be approximated from the scan rate and program length of the datalogger.

For more information, and guidance through the calculations, see the "Power Supplies Overview" brochure or the "Power Supplies" application note.

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