KTPS18-18011MP-VI-P1R

KTPS18-18011MP-VI-P1R AC DC Desktop, Wall Adapters

The KTPS18-18011MP-VI-P1R AC DC Desktop, Wall Adapters is designed for applications where secure and reliable power source is required. The device operates on a 240 V AC mains supply and provides a regulated 24 V DC output. The device is approved to UL, CSA & EN standards for safety and meets the requirements of EN 60950. The KTPS18-18011MP-VI-P1R is a Class 2 power source and is the ideal choice for powering sensitive electronic equipment.

Application Field

The KTPS18-18011MP-VI-P1R AC DC Desktop, Wall Adapter is suitable for applications where a mobile, user-friendly, low power DC power source is required. Typical applications include powering small, low-power devices such as mobile phones, laptop computers, CCTV systems, access control systems, security systems, medical equipment, lighting systems and office automation equipment.

Working Principle

The KTPS18-18011MP-VI-P1R AC DC Desktop, Wall Adapter is a self-contained, enclosed power supply which consists of a transformer, rectifier, filter and regulator. The device is designed to operate on a 240 V AC mains supply and provide a regulated 24 V DC output. The device is protected against short circuit and overload with a resettable circuit breaker. The device also features an LED indicator which lights up when power is present.

The device operates by means of a full wave bridge rectifier which converts the AC voltage from the mains supply to the required DC voltage. The rectified DC voltage is then filtered by means of a capacitor to smooth out any ripples. The output voltage is then regulated to the required voltage, by means of a series regulator, to ensure that the correct output voltage is maintained.

In order to ensure secure and reliable operation, the KTPS18-18011MP-VI-P1R AC DC Desktop, Wall Adapters features a class 2 double insulated construction. This ensures that all exposed metal parts remain at the same electrical potential as the mains earth point. This helps to prevent electrical shock hazards and ensures that the device can safely be used in the presence of unsupervised persons.