Control Panel

Product Details:

as a near-zero voltage difference between the phases. Line-to-Ground (L-G) faults are often simulated using simple switches that connect a line to the ground plane, triggering the Arduino input pin when the circuit is completed. For overload detection, a Current Transformer (CT) is integrated to step down the line current, and its output is then passed through a rectifier circuit (like a bridge rectifier) to convert the AC signal to a DC voltage proportional to the load current, which the Arduino can read. If the measured current exceeds a pre-set threshold, the Arduino executes a trip action. This action involves driving a BT136 TRIAC-based Solid State Relay (SSR) to safely isolate and trip the load (acting as a circuit breaker). Simultaneously, a buzzer alarm is activated, and fault details, such as the fault type and location, are displayed on a 16x2 LCD for the operator. The entire setup is commonly mounted on a miniature transmission tower structure built from ice cream sticks to give a tangible representation of the physical transmission environment.
What you have to arrange - 1. 24x18 inch any hardsheet 2. Glue gun and stick

Additional Information:

• Item Code: PJH01
• Production Capacity: 10
• Delivery Time: 05 Days
• Packaging Details: As per video

Product Details:

Over and uner voltage relay - engg project for electrical students. With 50 pages of project report.