Lir 2450 battery

Types

The LIR 2450 battery is a rechargeable lithium-ion coin cell. It features a compact design and is slightly larger than a quarter, allowing it to fit into spaces where regular AA/AAA batteries cannot go. Here are the various types of LIR 2450 batteries:

• Thermal resistant LIR 2450 battery

  LIR 2450 batteries are designed for applications where exposure to high temperatures is expected, such as in automotive or outdoor equipment batteries. They use special thermal-resistant electrolyte formulations that maintain stability and performance even at elevated temperatures. This ensures reliable power even in challenging environments.

• LIR 2450 batteries with safety features

  These coin batteries have integrated safety designs, such as pressure-relief mechanisms or anti-overcharge additives, that help mitigate risks like swelling or bursting. This is especially important for products requiring long-term usage in high-demand settings.

• High-drain LIR 2450 batteries

  These are optimized for applications requiring a quick energy draw, like LED flashlights or camera batteries. Their internal design allows for rapid energy release without a significant voltage drop.

• Low-drain LIR 2450 batteries

  These batteries are suitable for devices that consume power gradually and consistently. Examples are wall clocks and calculators. These coin batteries are made to provide a stable voltage over an extended period. This makes them ideal for gadgets that use power in small amounts but require constant energy.

• Energy dense LIR 2450 batteries

  These types of batteries are made to provide as much energy as possible in a small space. Their design utilizes advanced electrode materials to maximize the amount of lithium ions that can be contained within the cell. It allows the coin batteries to store more energy and power devices longer before needing a recharge.

Industrial application

The LIR 2450 is commonly used in the following industrial applications:

• Wireless sensor networks

  In industrial settings, these sensors monitor factors like temperature, humidity, and structural integrity. They use LIR 2450 batteries to operate wirelessly and send data to central systems, reducing the need for wired connections and allowing for more flexible sensor placement.

• Asset tracking and management

  LIR 2450 batteries are used in RFID tags or GPS devices that help businesses keep track of valuable equipment, inventory, and shipments. The long lifespan of these batteries ensures that tracking devices remain functional over extended periods, providing reliable location data.

• Automated machinery and robotics

  Many modern factories use robots or automated guided vehicles (AGVs) for tasks like assembly or transportation. LIR 2450 batteries power these devices, enabling them to operate efficiently without being tethered to a power source.

• Safety and monitoring systems

  The batteries are found in smoke detectors, gas leak sensors, and emergency shutdown systems. These are critical for maintaining workplace safety. Since many of these devices are designed to operate continuously, the LIR 2450's rechargeable capabilities make it a dependable power source for essential safety functions.

• Industrial IoT (Internet of Things) devices

  Industrial IoT technology relies on constant data exchange for efficiency. LIR 2450 batteries power these IoT devices, enabling them to collect and transmit data on machine performance, energy use, and other vital metrics. This helps companies to quickly understand how their equipment is performing.

Product specification and features

Technical specification

• Compact dimension and light weight

  The LIR 2450 comes in a size of 24 mm in diameter and 5 mm in thickness. It weighs about 9 grams. These make it compact and lightweight. It easily fits into small electronic gadgets, medical equipment, or wireless sensors, providing a steady power supply despite its reduced size.

• Long-lasting and efficient

  The coin batteries feature high energy density at around 200 Wh/L. This allows them to store more energy than standard batteries in their class. The rechargeable design extends their lifespan, typically lasting up to 500 charge cycles. This reduces the need for frequent replacements and providing long-term power for devices.

• Consistent power delivery

  It has a voltage of 3.7 volts with a consistent discharge rate. This ensures that devices receive a stable electrical current until the battery is fully drained. It improves the performance of power-hungry devices like remote controls and cameras, as they work best when powered with a constant voltage.

• Environmentally friendly and safe to use

  Since LIR 2450 coin batteries are rechargeable, they contribute to reduced electronic waste compared to single-use batteries. They are free from harmful heavy metals, making them environmentally safer.

• Easy charging

  These batteries can be charged via standard micro USB cables. This adds to their convenience as users can recharge them using readily available charging tools. No special equipment or chargers are needed, enabling hassle-free recharging anytime the power gets low.

How to install

Replacement involves several simple steps to install LIR 2450 batteries in electronic devices. Here is a general guideline:

• Turn off the device: The first step is to turn off the device that needs a new battery. This prevents any damage and ensures the device does not get any electrical surge during the replacement process.
• Locate the battery compartment: Find the battery compartment in the device. This is usually found on the back or underside of the gadget. Some devices may require removing screws, while others have sliding or snapping covers.
• Remove old batteries: If there's an existing LIR 2450 battery or any other coin cell configuration, carefully take it out. Note its orientation, as there may be small '+ and -' signs inside the compartment, indicating the correct way to place the new cells.
• Install the new LIR 2450 battery: Insert the new LIR 2450 battery into the designated slot. Ensure it matches the indicated orientation, as putting it the wrong way will cause it not to function well.
• Close the battery compartment: Once the new battery is correctly installed, close the battery compartment. This can involve sliding the cover back on, snapping it into place, or reattaching any previously removed screws.

How to use

LIR 2450 batteries are compatible with many devices. Here are some usage guidelines to make the most of these batteries:

• Keep the battery charged: Since it is rechargeable, always ensure that the LIR 2450 battery is adequately charged when needed. Use compatible chargers that the micro USB cable powers to achieve full charges.
• Monitor charge levels: Many devices have built-in indicators showing the battery level. Also, some external monitoring tools can check the charge status of LIR 2450 batteries using special apps or software.
• Optimize power-saving mode: Some gadgets powered by these batteries have additional settings, enabling them to use power-efficient modes. Activating these settings will allow the batteries to last longer.
• Avoid extreme conditions: Even though LIR 2450 batteries can resist heat, frequent exposure to very high or low temperatures can damage the battery life.
• Use in low-drain devices when possible: Although these batteries can power many gadgets, they are most efficient with low-drain devices. These include remote controllers and digital watches.

Quality and safety considerations

When it comes to quality and safety for LIR 2450 battery products, several factors should be considered.

• Quality materials equal quality applications

  The LIR 2450 batteries have premium-quality materials. These include lithium, cobalt, and nickel in the cell's structure. They are selected due to their reactivity and ability to store high amounts of energy in a small space. The manufacturing process also needs to be good to avoid issues like short-circuiting or overheating.

• Stability

  Many devices that these batteries power, from remote controls to medical tools, require dependable energy. The chemicals inside the batteries must be made to ensure they do not react with each other over time and create heat or gas. This keeps the battery stable and safe as it sits in a device, even if not in use.

• Cell design

  The battery cells are designed to prevent leakage and minimize risks. Even the way the positive and negative ends are shaped plays a part. Manufacturers ensure everything is tightly sealed and that spaces inside are small. This prevents any chance of the important battery liquids seeping out.

• Heat resistance

  Heat can be dangerous for batteries, causing breakage, flames, or gases. Special materials and designs in these batteries help them keep working safely even when exposed to high temperatures. This is particularly important for gadgets used outside or in very hot places.

• Easy charging and no overcharging

  These batteries can be easily charged, especially with common cable chargers. They have built-in features that stop the charging process if it ever goes too long. This avoids any overcharging dangers like swelling or breakage.

• Carrying many around safely

  LIR 2450 batteries don't have harmful metals, so they aren't poisonous to the planet. It is safe to carry a few around in a bag or vehicle without worry like with some other battery types that do contain bad chemicals.

Q&A

Here are some questions asked about the LIR 2450 battery:

• Q1. Can the LIR 2450 battery be used in a device that requires an alkaline battery?

  A1. No, do not use the LIR 2450 in devices that normally take an alkaline battery. It has lower voltage, so it will not power the gadget correctly. If a powered-up place needs the battery for a backup, real alkaline cells can be primary kept there and LIR 2450 used as a secondary power source.

• Q2. How long does it take to fully charge the LIR 2450 batteries?

  A2. The batteries will be fully charged in about two to three hours. The time may change depending on how low the battery level was at the start and the strength of the charger used.

• Q3. Will the LIR 2450 battery hurt the environment?

  A3. The LIR 2450 batteries are green-friendly. They aren't made with harmful heavy metals like lead or cadmium. This means less trash to throw away and less chance for bad germs to spread around. Taking care of the earth is one of the main reasons why rechargeable batteries were created to use over and over again.

• Q4. Can the LIR 2450 be stored for later use?

  A4. These lithium batteries are good to store for later use. Give them a full charge first and keep them in a cool, dry spot that is not too chilly or too warm. Don't put them in places like a car or outside where weather changes can bother them.

• Q5. How many times can the LIR 2450 battery be recharged and used?

  A5. The LIR 2450 batteries can be recharged and used around 500 times. This count can drop by factors like how strong the charger is and how low the batteries get each time power is pulled from them.