L6R60D-240-C8

Polarization:	--
Weight:	0.617 lb (280.00g)
Cord Length:	39.4" (1.00m)
Input Connector:	IEC 320-C8
Approvals:	cUL, UL
Size / Dimension:	4.72" L x 2.01" W x 1.34" H (120.0mm x 51.0mm x 34.0mm)
Output Connector:	Barrel Plug, 2.5mm I.D. x 5.5mm O.D.
Operating Temperature:	0°C ~ 40°C
Efficiency:	Level VI
Applications:	ITE (Commercial)
Series:	Tri-Mag®, L6R60D
No Load Power Consumption:	100mW (Max)
Power (Watts):	65W
Current - Output (Max):	2.71A
Voltage - Output:	24V
Voltage - Input:	90 ~ 264 VAC
Input Type:	Cord (Sold Separately)
Form:	Desktop (Class I)
Region Utilized:	International
Part Status:	Active

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L6R60D-240-C8 AC DC Desktop, Wall Adapters Application Field and Working Principle

The L6R60D-240-C8 AC DC Desktop, Wall Adapters is a reliable low-cost power source that can provide high performance energy to a variety of applications. Featuring an intelligent design with advanced features, this device has an ability to be used in a variety of application fields and offers an energy efficient alternative that is cost-effective and environmentally friendly. Below we will discuss the application field of this device and its operating principle.

Application Field

The L6R60D-240-C8 AC DC Desktop, Wall Adapters is used in a variety of application fields. This device is suitable for being used in residential power supply systems, and it can also be used in industrial applications, such as industrial control systems, computer control systems, communication equipment, electronic products, medical equipments, appliances, etc. Also, the device serves as a reliable power source for medical and laboratory equipment, such as lab analyzers, medical imaging equipment, and other medical instruments.

Features and Systems

The device features a wide-range input voltage of 6 volts to 60 volts, and it can deliver up to a continuous output current of 24 amperes. It has a universal input voltage for both AC and DC operation. The device has a short-circuit protection functionality to ensure that it does not damage the connected equipment even if it is exposed to an overcurrent.The device has a built-in overload protection system which allows it to be used in harsh operating environments. The overload protection mechanism can provide maximum protection for the connected equipment. In addition, the device has an advanced thermal protection system which helps it maintain its long-term reliability and performance. Moreover, the device also features an over-voltage protection system to ensure that the connected equipment does not get damaged due to excessively high voltage.

Working Principle

This AC DC Desktop, Wall Adapters utilizes a DC-to-DC conversion function to convert the input voltage from AC to DC. This is done by utilizing a diode bridge and a voltage regulator. First, the AC power from the main electricity supply is converted into DC voltage using the diode bridge. The voltage regulator is then used to regulate the voltage output of the device and ensure that it is offering the correct voltage output.The device also utilizes a switching power supply system, which allows it to provide better efficiency and energy conservation. The switching power supply works by converting energy to low-voltage DC power through a high-frequency transformer. This helps the device in using less energy and thus offering higher efficiency and energy savings.

Conclusion

In conclusion, the L6R60D-240-C8 AC DC Desktop, Wall Adapters is an energy efficient device that can provide high-performance energy supply to a variety of applications. This device can be used in residential power supply, industrial control systems, medical and laboratory equipment, computer control systems, communication equipment, and other electronic products as well. It features an intelligent design with advanced features, a wide-range input voltage of 6 volts to 60 volts, and a continuous output current of 24 amperes. It also has an overload protection and over-voltage protection system to ensure the safety of the connected equipment. The working principle of this device involves utilizing a DC-to-DC conversion function with a diode bridge and a voltage regulator, along with a switching power supply system for better efficiency.

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