The LASER 12watt/2.4 Amp DUAL USB charger gets all of your USB powered devices charged faster. ) Total 24 watt
Faster is better
The Laser 12watt DUAL USB Wall charger will charge twice as fast as a standard charger* especially on new generation tablets, smartphones and power banks. It also means that if you're in a hurry, the Laser 12 watt DUAL USB charger will get you going faster. Just in a few minutes on charge and you're up and running again.
Good things come in pairs
The Laser 12 watt DUAL USB home charger as two USB charging ports which means you can have two USB powered devices charged at the same time...faster.
A stylish addition to your home
The Laser 12 watt DUAL USB wall charger has a narrow body (perfect for powerboards) and a low profile (great for hard to reach places). So get rid of that big bulky plastic charger and bring some colour to your power outlet.
The Laser 12watt USB DUAL USB home charger works with ALL USB powered devices. That's because no matter how much power your USB powered device needs, the LASER 12watt DUAL USB charger will onyl ever provide the right amount of charge which means no over or under chargin g.
Compliant with Australian and New Zealand Standards and carrying approvals for Electrical Safety, the LASER 12watt DUAL USB wall charger also has built in safety features to protect against electrical spikes, overcharging and over heating.
|Other external features|
|Number of sockets||2|
|Watt Rating||2 x 12 watts (2.4A)|
|Simultaneous device charging||Yes|
|Built-in Safety circuitry||Yes|
|Heat resistant body||Yes|
|Aluminium Socket Housing||No|
|Power indicator light||Yes|
|High strength ABS casing||Yes|
|Available in colours||Black, Blue, Green, Pink, Purple, Red, White|
|Product Dimensions (mm)||w: 32 h: 26 d: 76|
|Inner Carton Qty||1|
|Master Carton Qty||32|
|3 key feature benefits||1: Built-in over current power protection 2: LED charging indicator 3: Each USB port delivers up to 12 watts (2.4A)|
Why it is important to get UBS port charger with 2.4 A?
The power output level of a charger is measured in amps or watts. The higher power (2.4amps or 2.4A, 12watts or 12W) chargers are often required by modern phones and tablets in order to charge the device. Lesser powered USB chargers (1A or 5W) have been the standard for many years but they are only sufficient for charging smaller mobile devices. These 1A or 5W chargers do not meet the power requirements to charge tablets such as Apple iPad. Choose a 2.4A Laser charger to make sure you meet the charging requirements of the latest mobile devices.
What should I look for when buying a power charger?
There are 3 main types of chargers. These are wall, car and portable battery chargers. You should determine where you intend to use the charger to decide the type of charger to buy.
Other than the type of charger, you should consider the charging requirement of the mobile device. The power output level of a charger is measured in amps or watts. The higher power (2.4amps or 2.4A, 12watts or 12W) chargers are often required by modern phones and tablets in order to charge the device. Lesser powered USB chargers (1A or 5W) have been the standard for many years but they are only sufficient for charging smaller mobile devices. These 1A or 5W chargers do not meet the power requirements to charge tablets such as Apple iPad. Choose a 2.4A Laser charger to make sure you meet the charging requirements of the latest mobile devices.
Last but not least, always buy a device tested for electrical safety and approved to Australian Standards. Failure of electrical equipment is a common cause of house fires. All Laser products go through stringent testing to comply with Australian Standards.
What are the dangers of non-compliant products without electrical safety?
A device tested for electrical safety means it has been approved to Australian Standards. Such testing is very involved and includes every component of the product - from the outside casing through to each electronic component and cable inside. This is especially important for 240v products as exposure to such voltages can be extremely harmful in the event of a fault. Failure of electrical equipment is a common cause of house fires. All Laser products go through stringent testing to comply with Australian Standards.
How Power Output is delivered
The three most common values used when discussing electricity are; 1) Voltage or “V” (measured in volts), 2) Resistance or “r” (measured in Ohms) and 3) Current or “I” (measured in Amps)
When applying these terms to Consumer Electronics, we most commonly hear about them being applied around products like USB charging devices.
In this application most of us know USB runs on about 5.0 volts. Resistance, well, resistance is very rarely used and of little interest however when compared to current.
Current is very important as it describes the strength of the voltage or how fast it flows.
If you consider your garden hose as an analogy - voltage would be the width of the hose, the current would be how fast the water flows through it.
Eg. You can fill up a bucket of water faster when you turn the tap on faster.
When talking about wall plug USB chargers, built-in circuitry converts the 240 volts mains power down to 5 volts (for USB) and in varying currents or amps. Car chargers also do the same this, however they convert 12 volts down to 5 volts also with varying strengths. Early chargers only had fairly modest outputs of about 1.0 amp, however modern chargers can now output up to 2.4 amp which effectively can charge a device in almost half the time.
This 5 volt USB power can also be used not only charge your smart phone or tablet, but it can also be used to charge portable power storage devices called power banks. These power banks can also deliver varying amounts of current or amps however it is measured in a slightly different way, called Milliamp Hour or mAH for short. Eg if your smart phone has a 5,000mAh battery, you can get up to two full charges from a power bank that can hold up to 10,000mAh of power.