Gajanand Engineering & Services

The Brahma Solenoid Valve with a 1/2 inch valve size is commonly used for regulating the flow of fluids, and it operates with an electromagnetic solenoid to open and close the valve. Here's a breakdown of what you might expect with a valve of this size:

Key Specifications and Features of 1/2 Inch Brahma Solenoid Valves:

1. Valve Size:

   • The valve is designed with a 1/2 inch port size, suitable for moderate flow rates.
   • This size is typical for smaller flow applications like domestic, industrial, or laboratory systems.

2. Solenoid Type:

   • The valve is solenoid-operated, meaning it uses an electric coil (solenoid) to actuate the valve.
   • Typically, these solenoid valves come in normally open (NO) or normally closed (NC) configurations, which indicates whether the valve stays open or closed when the solenoid is not powered.

3. Voltage Options:

   • Brahma solenoid valves can come in various voltage configurations, often 12V DC, 24V DC, or 110-240V AC, depending on the application.

4. Materials:

   • The body and components of Brahma solenoid valves are often made from brass, stainless steel, or other corrosion-resistant materials. This ensures they can withstand various fluid types, including water, oil, and gases.

5. Pressure Rating:

   • These valves are usually designed to handle moderate pressures, often up to 10 bar (145 psi) or more, depending on the exact model.
   • However, for higher pressure systems, it's essential to check the specific pressure ratings for the exact model.

The Brahma Solenoid Valve EG 12 SR with a 1-inch valve size is typically used for controlling the flow of fluids (liquids or gases) in various applications. Here are some general specifications and details you may find relevant for this type of valve:

• Valve Size: 1 inch (the diameter of the inlet and outlet ports of the valve).
• Model: EG 12 SR, which likely refers to the specific series and configuration of the valve.
• Solenoid Type: This is a solenoid-operated valve, which means it uses an electromagnetic solenoid to control the opening and closing of the valve. The "SR" might refer to a specific variant, such as a normally open or normally closed version.
• Material: Typically, these valves are made of brass or stainless steel, which are corrosion-resistant and suitable for various fluid types.
• Voltage: Solenoid valves like the EG 12 SR can come in different voltage options, often 12V DC, 24V DC, or 110-240V AC. It’s essential to check the exact specifications for your application.
• Applications: These valves are commonly used in industrial, HVAC, water treatment, and agricultural systems where flow control is needed.

The Brahma Gas Burner Solenoid Valve is an essential component used in gas burners to control the flow of gas to the combustion system. Solenoid valves are electrically controlled, meaning they can be automatically or remotely operated, allowing for precise control of gas delivery in various heating and industrial applications.

Brahma Gas Solenoid Valves are an important component in gas burner systems, used to control the flow of gas. These valves open or close the gas supply in response to electrical signals, ensuring the proper amount of gas flows to the burner for combustion. Brahma solenoid valves are designed for use in heating systems, industrial applications, and appliances that require accurate gas flow control.

The Medium Pressure Brahma Gas Valve (1/2 Inch) is an essential component used in industrial and commercial gas systems to control the flow of gas at medium pressures. It is part of a gas control system designed for safe and precise regulation of natural gas, LPG, or other gases, ensuring that gas is supplied to burners, heaters, and other equipment at the correct pressure.

 The M16/RM N.C 230V refers to a specific type of electrical component that is likely related to a solenoid valve, switch, or similar actuator used in industrial and automation systems. Here's a breakdown of the potential elements based on the description:Breakdown of M16/RM N.C 230V:

1. M16:

   • This could refer to the size or model of the component, often denoting specific features or applications. In some cases, M16 might refer to the thread size or mounting specifications of a component like a valve or connector.

2. RM:

   • RM could indicate a specific series or model designation for a product, such as an RM series solenoid valve or relay module. It might also refer to a manufacturer code or family of components.

3. N.C. (Normally Closed):

   • N.C. stands for Normally Closed, which refers to the state of a contact or valve when it is not energized. In a Normally Closed (N.C.) valve or switch, the valve is closed (no flow) or the circuit is off when the device is not powered or activated.
     • For instance, in a solenoid valve, when the coil is de-energized, the valve remains closed, preventing fluid flow. When the coil is energized, the valve opens, allowing flow.

The Solenoid Valve EG 12 L GMO is typically a solenoid-operated valve used in industrial and commercial applications for controlling the flow of liquids or gases. Solenoid valves are commonly used to automate the opening and closing of pipelines, tanks, or other systems. Here's a breakdown of its likely features and specifications:

Key Features of the Solenoid Valve EG 12 L GMO:

1. Solenoid Operation:

   • The valve is controlled by an electromagnetic coil (solenoid). When electrical current passes through the solenoid, it generates a magnetic field, which moves an internal plunger or diaphragm, either opening or closing the valve.

2. EG 12 L GMO Model:

   • The "EG" in the model name likely indicates the valve series or type, and "12" could refer to its size or a specific technical feature, such as pressure rating or flow capacity. The "L" could denote a particular version or feature, such as a longer stroke or specific design.
   • "GMO" could refer to the valve's material construction or compliance with specific standards, possibly indicating compatibility with gas, oil, or other media.

3. Flow Control:

   • Solenoid valves like the EG 12 L GMO are often used to control fluid or gas flow. They can be found in heating systems, water treatment plants, pneumatic systems, and HVAC applications, where automation of flow control is essential.

4. Materials and Compatibility:

   • The valve might be constructed using durable materials such as brass, stainless steel, or aluminum, making it suitable for various industrial media, such as water, air, oil, or gas.
   • The “GMO” in the model could indicate that the valve is designed for specific applications, such as gas-operated or oil-operated systems.

5. Normally Open (NO) or Normally Closed (NC):

   • Solenoid valves typically come in two configurations: Normally Closed (NC), where the valve remains closed when the solenoid is de-energized, and Normally Open (NO), where the valve remains open when the solenoid is de-energized. The EG 12 L GMO could come in either configuration, depending on the system's requirements.

Mild Steel Oil Burner Solenoid Valves and Coils (AC) are critical components used in oil burner systems to regulate the flow of fuel and control the ignition sequence in industrial and commercial heating applications. These solenoid valves are typically made from mild steel, which provides a durable and cost-effective material that can withstand harsh operational conditions. The coils that accompany these valves are typically powered by alternating current (AC), allowing for efficient control and operation.

Key Features of Mild Steel Oil Burner Solenoid Valves and Coils (AC):

1. Mild Steel Construction:

   • Mild steel is used for the construction of the valve body, offering a balance between strength and cost-effectiveness. It provides good resistance to corrosion in typical environments but is less resistant to harsh chemical exposure compared to stainless steel.

2. AC Coil:

   • The solenoid valves are powered by alternating current (AC), which allows for reliable and consistent operation in oil burner systems. The coil inside the solenoid generates a magnetic field when energized, which moves the valve mechanism to open or close, controlling the fuel flow to the burner.

3. Fuel Flow Regulation:

   • The primary function of the solenoid valve is to control the fuel oil flow to the burner. When activated, the solenoid valve opens, allowing oil to flow from the supply tank to the burner. When de-energized, the valve closes, stopping fuel flow. This mechanism is crucial for ensuring safe and efficient operation of the burner.

4. Fast Response:

   • The solenoid valves are designed to respond quickly to electrical signals, ensuring precise control over the fuel supply and allowing the burner system to start, stop, or adjust fuel flow as needed.

5. Energy-Efficient Operation:

   • Solenoid valves with AC coils are typically energy-efficient, requiring less power to operate than other types of actuators. The ability to control the opening and closing action of the valve with minimal electrical consumption helps optimize system performance.

6. High Durability:

   • Solenoid valves are designed to handle the demands of high-temperature environments typical of burner systems. Their construction with mild steel provides sufficient strength to withstand operating pressures and temperatures without failing prematurely.

7. Safety Mechanism:

   • These valves often include safety features, such as pressure relief, to prevent accidents or malfunctions. They are essential in preventing fuel leakage and ensuring the burner operates within safe conditions. They are also used in the shutdown sequence to stop the fuel supply when the burner is not in operation.