Fame Stage TV

Fame Stage TV A Film is a Petrified Fountain of Thought.– Jean Cocteau

A motor control circuit consisting of a contactor and an overload relay for motor protection. The contactor (yellow sect...
04/04/2025

A motor control circuit consisting of a contactor and an overload relay for motor protection. The contactor (yellow section) is responsible for switching the motor on and off by controlling the power flow. The start button energizes the contactor coil, closing its contacts and allowing current to flow to the motor. The overload relay (blue section) protects the motor from excessive current by disconnecting the circuit if an overload condition occurs. When the overload trips, it activates a normally closed (NC) contact, breaking the circuit and stopping the motor. The stop button is wired in series, ensuring the motor can be turned off manually. The three-phase motor (M) receives power through the contactor and overload relay. Proper wiring ensures efficient operation and protection of the motor from electrical faults.

Two different wiring methods for lighting circuits: junction box light position wiring (left) and loop-through switch po...
04/04/2025

Two different wiring methods for lighting circuits: junction box light position wiring (left) and loop-through switch position wiring (right). The junction box method uses a central box to distribute power to the lamp, switch, and next light, with clearly marked terminals for neutral, live, and earth connections. The loop-through switch wiring method routes the power through the switch before reaching the lamp, using a terminal strip and a metal backbox for secure connections. The blue wires represent neutral, brown wires are live, and green/yellow wires provide grounding for safety. Both wiring methods are commonly used in UK electrical installations. The junction box method is preferred for centralized distribution, while loop-through wiring simplifies individual switch connections. Proper wiring, insulation, and secure connections are essential for safety and functionality.

An electrical distribution panel with circuit breakers and surge protection devices. The panel features Eaton circuit br...
04/04/2025

An electrical distribution panel with circuit breakers and surge protection devices. The panel features Eaton circuit breakers and GA&DA surge protectors, designed to protect the electrical system from overloads, short circuits, and voltage spikes. The wiring shown includes brown wires for the live (phase) connections, blue for the neutral wire, and yellow/green for the earth (ground) connection. The surge protectors are installed to prevent damage from power surges, particularly from external sources like lightning or grid issues. Proper installation of such components ensures the safety of the electrical system, minimizing risks of fire or electrical hazards. The panel is housed in a plastic box, with flexible conduits for cable management, ensuring neat and secure routing of the wires.

Installing a circuit breaker is sometimes considered the most intimidating part of home electrical work. In fact, most p...
04/04/2025

Installing a circuit breaker is sometimes considered the most intimidating part of home electrical work. In fact, most people choose not to do it themselves out of fear of being shocked. However, installing circuit breakers into most..

An overview of an overload relay, a crucial component in motor protection circuits. Manufactured by Schneider Electric, ...
04/04/2025

An overview of an overload relay, a crucial component in motor protection circuits. Manufactured by Schneider Electric, this relay helps prevent motors from overheating due to excessive current. It features adjustable current settings, allowing users to set the appropriate protection level. The normally open (NO) and normally closed (NC) contacts play a role in controlling the motor and signaling faults. The reset button allows manual restoration after a trip, while the stop button can be used to interrupt operation. The relay connects to the supply side of the contactor and has dedicated terminals for the load. This device enhances motor safety, efficiency, and reliability by preventing damage caused by prolonged overcurrent conditions.

A well-organized electrical control panel, essential for managing power distribution and automation systems. The top sec...
04/04/2025

A well-organized electrical control panel, essential for managing power distribution and automation systems. The top section contains circuit breakers, protecting different loads from electrical faults such as short circuits and overloads. Below them, contactors and relays are neatly arranged, responsible for switching and controlling electrical loads. The panel also includes a programmable logic controller (PLC) or relay-based control system, automating operations efficiently. Terminal blocks at the bottom ensure proper wiring connections, reducing clutter and allowing easy troubleshooting. Labeled wiring and components enhance safety, making maintenance straightforward. The use of cable ducts and routing prevents wiring tangles and ensures proper insulation. This setup exemplifies a professional and efficient electrical panel, crucial for industrial and commercial applications.

The working principle of an electromechanical relay used for switching high-voltage circuits with low-voltage control. T...
04/04/2025

The working principle of an electromechanical relay used for switching high-voltage circuits with low-voltage control. The relay coil is energized when the push button is pressed, creating a magnetic field that moves the central movable pole. This action shifts the contact from the normally closed (N/C) position to the normally open (N/O) position, allowing current to flow to the 220V lamp, turning it on. When the button is released, the coil de-energizes, and the contact returns to its default state, switching the lamp off. The relay provides electrical isolation between the control and power circuits, ensuring safe operation. Such relays are commonly used in automation, motor control, and safety circuits. This simple yet effective switching mechanism enhances efficiency and reliability in electrical systems.

A two-way lighting circuit, which allows control of a single light from two separate switches. At the top, the ceiling r...
04/04/2025

A two-way lighting circuit, which allows control of a single light from two separate switches. At the top, the ceiling rose acts as the main connection point, distributing neutral (blue), live (brown), and earth (green/yellow) wires. The loop terminal maintains power distribution to the next light, ensuring continuous operation across the circuit. Two-way switches, marked with terminals L1, L2, and C (common), are wired together using traveler wires to enable switching from either location. This type of setup is commonly used in hallways, staircases, and large rooms where multiple control points are needed. Proper wiring and secure terminal connections are crucial for safety and efficiency. Always follow wiring regulations or seek professional assistance when installing such circuits.

⚡🔁 How does AC turn into DC? Let’s break it down!Say hello to the Bridge Rectifier Circuit — the unsung hero behind most...
04/04/2025

⚡🔁 How does AC turn into DC? Let’s break it down!
Say hello to the Bridge Rectifier Circuit — the unsung hero behind most power supplies 🔋🔧
🔌 What is it?
A Bridge Rectifier is a smart circuit that converts AC (Alternating Current) into DC (Direct Current) — the type of power most electronic devices need to work properly.
🔷 How it works:
➡️ The circuit uses 4 diodes arranged in a bridge 🟥🟦
➡️ AC input is applied to two opposite corners 🔄
➡️ DC output is taken from the remaining corners, giving you a stable DC+ and DC- voltage ⚡➕➖
🔁 No matter which way the AC current flows, the rectifier ensures the output stays in the correct DC polarity.
💡 It does this by directing each half of the AC wave through a specific pair of diodes — transforming it into pulsating DC.
✨ To make it even smoother, capacitors are added to filter out voltage ripples — resulting in a more stable and clean DC output 📈🔋
📦 You’ll find bridge rectifiers in most electronic power supplies, converting AC mains into DC power for devices like:
🖥️ Computers
📱 Mobile chargers
🔌 Home appliances
🔊 Audio equipment
⚙️ Simple yet powerful engineering that keeps your devices running smoothly!

Inverter or Non inverter Air-conditioner 👇
04/04/2025

Inverter or Non inverter Air-conditioner 👇

220v AC to 12DC Convertor Circuit
04/04/2025

220v AC to 12DC Convertor Circuit

220v AC to 12v DC Circuit
04/04/2025

220v AC to 12v DC Circuit

Address

119 Monroe Street
New York, NY

Telephone

+5176458644

Website

Alerts

Be the first to know and let us send you an email when Fame Stage TV posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to Fame Stage TV:

Shortcuts

Share

Category