1300130486

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The 1300130486 series of instruments are solid-state relays used in industrial control applications, such as the control of resistive loads, Thyristors, and Triacs. They can be used for a variety of other applications, such as phase angle control in motor drives, phase control in linear power supplies, contactor control, on/off switching of motors, control of heating elements, or as a switch for low current applications.

1300130486 are usuall composed of a Gate Trigger Opto-isolator, solid-state relay chip, zero cross detector, and a diode. The Gate Trigger Opto-isolator is used to optically isolate the input from the output, thus protecting any connected equipment or personnel from any surprise electrical discharges. TheGate Trigger Opto-isolator receives the input signal, which is convertedinto a voltage pulse. This voltage pulse drives a current through the relaychip, which causes the output relay to be switched.

The 1300130486 series also contains a Zero Cross Detector, which monitors the output voltage of the load. When the detected voltage turns frompositive to negative (or vice versa) the zero cross detector reports thissignal to the relay chip, which causes the output relay to be switched.As such, the 1300130486 series provides phase control instead ofpossible phase shift.

The application range of 1300130486 is very wide as it can be used for a variety of industrial control applications, including resistive loads, Thyristors, and Triacs. It can also be used for motor drives and contactor control, as well as the switching of motors, heating elements, and low current.

The working principle of 1300130486 is the process of optically isolating the input from the output to protect any equipment or personnel connected to the system. This isolation allows the relay chip to receive voltage and convert it into a voltage pulse, which drives current to the relay, causing it to switch on or off, depending on the input signal. The Zero Cross Detector monitors the load voltage and when it detects a change from positive to negative (or vice versa) it sends a signal to the relay chip that results in the relay being switched on or off.

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