QASP100S110ADL

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Time Delay Relays refers to relays that set a time delay before turning the load \'on\' or \'off\', depending upon the needs of the application. One such type of Time Delay Relay is the QASP100S110ADL.

The QASP100S110ADL is a solid-state relay that is designed to be used in applications requiring precise time delays in line voltage control circuits. It is designed to provide circuit timing functions over a wide range of time delays, from 0.2 seconds to 200 seconds. The timing accuracy is +/-1% of the total time duration of the delay. It is also designed with a precision optical isolator, allowing it to operate over a wide range of signal input voltages, from 5 to 33 volts, while providing a maximum output current of 10 amps.

The QASP100S110ADL has several common applications, including: pulse duration and phase control, motor control, periodic control of lamps, fans, alarm systems, amplifiers, and computerized data acquisition systems. Additionally, it can be used in applications where an adjustable and accurate time delay is required, such as in the control of electric heating elements, automotive lighting systems, security systems, and other electrical equipment.

The QASP100S110ADL operates by utilizing a voltage-to-time conversion algorithm. The current requirement of the load is monitored, and a pulse of current is created. The pulse is then sent through a comparator circuit which converts the pulse width of the current to a corresponding amount of the time delay. The output signal is then sent to the load, allowing the load to be turned \'on\' or \'off\' according to the desired delay.

The QASP100S110ADL is a reliable and versatile Time Delay Relay. It is designed to provide accurate and adjustable timing functions for a wide variety of industrial and commercial applications. With its precision optical isolator, it can operate with a variety of input voltages, and it is capable of controlling loads with 10 amps of current. It also offers a range of time delays, from 0.2 seconds to 200 seconds, with an accuracy of +/-1% of the total time delay. This makes it an ideal solution for businesses and manufacturers looking for an efficient and powerful voltage-to-time conversion device.

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