The necessity of quality professional communication equipment exists in various sectors, specifically construction, security, and transportation. From planning massive teams to making timely deliveries and attending to emergencies, one must always expect their two-way radio to function perfectly regardless of the given situation.
Hence, quality batteries, as well as proper maintenance for such batteries, become highly essential for one to perform their obligations.
Improvements in battery technology have caused considerable changes in battery technology in the last ten years. Batteries made today have a bigger life span, is able to charge faster, and have better resistance to bad weather conditions.
Hence, by knowing the manner in which radio batteries operate and how to take care of them, one may avoid communication hurdles in handling their team.
Battery Types and Performance
Most radios have either lithium-ion or nickel-hydride batteries, both having unique advantages.
Lithium-ion batteries are primarily the battery option chosen by professional radios due to the battery’s ability to hold huge amounts of power in a small, light battery box, which will allow the radio to stay operational longer without adding too much weight.
When comparing batteries such as Motorola radio batteries with others, energy density is the most important specification.
Nickel hydride batteries, though outdated, can be helpful in certain situations. The type of battery will depend on the radio type and how it is being used.
Battery capacity is rated in mAh. A battery with a higher mAh rating will last longer in most cases, but amperes can also differ in physical size.
Extending Battery Life
Proper battery practices will enable batteries to last longer and perform better.
The effect of temperature on battery performance is significant. Excessive heat can contribute to more rapid wear of batteries. Very low temperatures could result in reduced power generation by the battery, albeit temporarily. To ensure the protection of batteries, it is advisable to store them in a cool and dry environment and also avoid exposing them to direct sunlight.
The way a radio is operated has implications for the battery life. Continuous communication requires more power than short and more infrequent operations. In this regard, a team that communicates every hour typically experiences a longer battery life than a team that communicates continuously.
Charging habits are also important. Although modern chargers do not allow overcharging, keeping the batteries on the charger continuously is still not advisable, as it has the potential to shorten the life of the battery. In most cases, it is better to charge the battery every night to charge it for the following day.
Centralized charging stations may be beneficial to organizations with numerous radios, as it makes battery management easier.
Compatibility and Safety
It is important to have a replacement battery that has been designed for a specific model of radio. A battery that has not been properly designed for use with the radio can reduce performance, result in damage to the radio itself, and result in safety problems.
It is a good idea to check the model number for the radio before purchasing a replacement battery to ensure that the proper battery is purchased. A battery may not have been made for the right radio even if it fits properly in the radio. It can be unreliable or cause the unit to accidentally shut down.
Purchasing from a licensed distributor is more likely to have a compatible battery. These distributors can determine whether a particular battery will work in a specific radio.
Organizations that use communications equipment on a regular basis should keep spare batteries on hand. Having fully charged batteries on hand means that communications equipment will not be interrupted due to failure of the main battery. This type of battery safety is particularly important when communications equipment is in use in remote locations or hazardous conditions.
Environmental Conditions
Radios for professional use are commonly found in challenging environments. Battery packs might be exposed to rain, dirt, sun, snow, falls, shaking, as well as other physical wear and tear that they experience.
When radios are utilized near water or rain, it is essential for the batteries to be adequately shielded against moisture. The water-resistance ratings help indicate how well equipment can deal with exposure to rain. Batteries need to be rated according to the temperatures where they will operate.
In construction sites and factories, durability is crucial. Batteries constructed with tough outer shells and reinforced internal areas are more resistant to falls, shocks, etc. than normal consumer batteries.
Managing Batteries for a Team
Companies that utilize multiple radios must have a defined battery-management plan; tracking inventory of batteries ensures that a company has enough charged batteries on hand while not over-ordering.
In order to make appropriate plans, managers need to determine:
- How many radios are in use.
- How long each team works during shifts.
- How frequently employees transmit.
- How many battery chargers are on hand.
- How many spare batteries are needed.
Training should also be provided on proper battery care, charging, and storage. Written instructions should state how batteries will be charged, rotated, stored, and inspected to ensure the best preventative maintenance of batteries.
Another factor for companies to consider is price. Price per battery becomes a moot point if a company buys a more expensive battery that requires fewer replacements over time, providing better value.
Conclusion
Dependable batteries are very important in communications. Selecting the right battery type and making sure that they are charged and stored properly, along with having spares, can ensure communication does not fail.
Battery management for an organization that uses a few radios or has a huge fleet will help improve safety.