Dungs
Dmv-dle-5050/11-dn50-pmax500mbar-24v-ev-doble-dungs
The Dungs DMV-DLE-5050/11 gas solenoid valve is a high-performance gas control device. Below is a detailed introduction to the product:
I. Product Overview
The Dungs DMV-DLE-5050/11 gas solenoid valve belongs to the DMV series from Dungs. This series integrates two solenoid valves into a compact unit, making it particularly suitable for applications where precise control of gas flow is required.
II. Product Features
Dual Valve Technology:
The solenoid valve adopts a dual valve design, with two primary solenoid valves that are not electrically connected, enabling rapid start-up and shutdown.
Both solenoid valves V1 and V2 comply with the DIN EN 161 Class A, Category 2 standards for electrically operated shut-off valves, ensuring the reliability and safety of the device.
High Performance:
The maximum allowable working pressure is 0.5 bar, making it suitable for various gas pressure environments.
The main flow rate is adjustable, allowing users to regulate the gas flow according to actual needs.
The design features rapid closure and slow opening (DMV-DLE series), which helps reduce gas impact and noise.
Durability:
The solenoid valve is manufactured from high-quality materials, providing good corrosion resistance and wear resistance.
The materials in contact with the gas are aluminum, steel, and other non-ferrous metals, making it suitable for dry gases with an H2S volume content of up to 0.1%.
Easy Installation and Maintenance:
The solenoid valve adopts a flange connection for easy installation.
The DC solenoid coil design simplifies electrical connections.
Limit switches can be installed to monitor the operating status of the solenoid valve.
III. Technical Parameters
Model: DMV-DLE-5050/11
Specification: 50mm (specific dimensions may vary by model)
Applicable Medium: Liquefied petroleum gas and other gases
Flow Direction: One-way
Working Pressure: Maximum 0.5 bar
Closing Time: Less than 1 second
Opening Time: Approximately 20 seconds at room temperature +20°C and without rapid lifting (DMV-DLE series)
Power Supply: DC solenoid valve; the specific voltage range should be determined based on the product specifications.
IV. Application Scenarios
The Dungs DMV-DLE-5050/11 gas solenoid valve is widely used in various gas combustion equipment, such as gas boilers, gas water heaters, and gas ovens. When used in conjunction with a burner controller, it can achieve precise control of gas flow, improve combustion efficiency, and reduce emission pollution.
V. Precautions
Before installation and use, please read the product manual and relevant safety specifications carefully.
Ensure that the power supply for the solenoid valve complies with the requirements in the product specifications.
Regularly check the operating status of the solenoid valve, and handle any abnormalities promptly.
In summary, the Dungs DMV-DLE-5050/11 gas solenoid valve is a high-performance, durable, and easy-to-install and maintain gas control device, suitable for various applications where precise control of gas flow is required.
Dmv-dle-5050/11-dn50-pmax500mbar-24v-ev-doble-dungs
The Dungs DMV-DLE-5050/11 gas solenoid valve is a high-performance gas control device. Below is a detailed introduction to the product:
I. Product Overview
The Dungs DMV-DLE-5050/11 gas solenoid valve belongs to the DMV series from Dungs. This series integrates two solenoid valves into a compact unit, making it particularly suitable for applications where precise control of gas flow is required.
II. Product Features
Dual Valve Technology:
The solenoid valve adopts a dual valve design, with two primary solenoid valves that are not electrically connected, enabling rapid start-up and shutdown.
Both solenoid valves V1 and V2 comply with the DIN EN 161 Class A, Category 2 standards for electrically operated shut-off valves, ensuring the reliability and safety of the device.
High Performance:
The maximum allowable working pressure is 0.5 bar, making it suitable for various gas pressure environments.
The main flow rate is adjustable, allowing users to regulate the gas flow according to actual needs.
The design features rapid closure and slow opening (DMV-DLE series), which helps reduce gas impact and noise.
Durability:
The solenoid valve is manufactured from high-quality materials, providing good corrosion resistance and wear resistance.
The materials in contact with the gas are aluminum, steel, and other non-ferrous metals, making it suitable for dry gases with an H2S volume content of up to 0.1%.
Easy Installation and Maintenance:
The solenoid valve adopts a flange connection for easy installation.
The DC solenoid coil design simplifies electrical connections.
Limit switches can be installed to monitor the operating status of the solenoid valve.
III. Technical Parameters
Model: DMV-DLE-5050/11
Specification: 50mm (specific dimensions may vary by model)
Applicable Medium: Liquefied petroleum gas and other gases
Flow Direction: One-way
Working Pressure: Maximum 0.5 bar
Closing Time: Less than 1 second
Opening Time: Approximately 20 seconds at room temperature +20°C and without rapid lifting (DMV-DLE series)
Power Supply: DC solenoid valve; the specific voltage range should be determined based on the product specifications.
IV. Application Scenarios
The Dungs DMV-DLE-5050/11 gas solenoid valve is widely used in various gas combustion equipment, such as gas boilers, gas water heaters, and gas ovens. When used in conjunction with a burner controller, it can achieve precise control of gas flow, improve combustion efficiency, and reduce emission pollution.
V. Precautions
Before installation and use, please read the product manual and relevant safety specifications carefully.
Ensure that the power supply for the solenoid valve complies with the requirements in the product specifications.
Regularly check the operating status of the solenoid valve, and handle any abnormalities promptly.
In summary, the Dungs DMV-DLE-5050/11 gas solenoid valve is a high-performance, durable, and easy-to-install and maintain gas control device, suitable for various applications where precise control of gas flow is required.