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Model/Type: LGW10A2

This is a specific model identifier for a gas valve or gas control component, likely a solenoid valve or gas valve combination.

Manufacturer: DUNGS

A leading German manufacturer specializing in combustion controls, gas valves, and safety components for heating systems and appliances.

Origin: Made in Germany

Maximum Operating Pressure (Gas/Air Side):

Pmax. = 500 mbar Luff

"Luff" likely means "Luft" (German for "air"), indicating this pressure rating applies to the gas/air mixture side of the valve.

Maximum operating pressure is 500 millibar (50 mbar is a common gas supply pressure; 500 mbar ~ 0.5 bar or ~7.25 PSI).

Electrical Ratings:

AC 50-60Hz 10A 250V

Supply: Alternating Current (AC)

Frequency: 50 Hz or 60 Hz compatible.

Current Rating: Maximum 10 Amperes.

Voltage Rating: Maximum 250 Volts AC.

Indicates the electrical characteristics required to power the valve's coil/solenoid.

Certifications & Identification Marks:

ID.No: CE-0085: Likely a manufacturer-specific identification number or potentially related to CE conformity.

AQ0673: Probably an internal manufacturer part number or batch code.

TU12/940162S: This strongly suggests a Type Examination Certificate number issued by a European notified body (like TÜV). "TU12" often refers to TÜV Rheinland, and "940162S" is the specific certificate number. This certifies the component meets essential safety requirements for the European market (e.g., Gas Appliances Regulation (GAR)).

CE Marking (Implied): The presence of a Type Examination Certificate (TU12/...) strongly indicates the component carries CE marking, signifying conformity with relevant EU directives (like the Gas Appliances Directive/Regulation).

Key Application:

This component is primarily used in gas-fired appliances like boilers, furnaces, water heaters, or industrial burners.

Its function is typically to control the flow of gas safely, often opening/closing based on electrical signals from a control system to allow gas for ignition and main burner operation.

Missing Information (Common for such components):

Valve Type: Explicit confirmation (e.g., solenoid valve, gas safety shut-off valve, combination gas valve).

Voltage Range: Specific operating voltage (e.g., 24V AC, 120V AC, 230V AC - though 250V rating covers common mains voltages).

Pressure Range: Minimum operating pressure, closing pressure.

Or***ce Size/Flow Rate: Gas throughput capacity.

Port Size/Connection Type: Inlet/Outlet thread size (e.g., R 3/4", NPT 1/2").

Temperature Ratings: Ambient and media temperature limits.

Sealing Class: Leak-tightness specification.

Suitable Gases: (e.g., Natural Gas, LPG).

Normally Open/Closed: Default state without power.

Power Consumption (Wattage): Of the coil.

/Type: LGW10A2

Specification Summary: LED LIGHT DP-744C Rechargeable Head Torch

Model: DP-744C

Product Type: Rechargeable Head Torch (Headlamp)

Light Source: LED

Brightness Modes (Implied by Wattage Labels):

Low Mode: ~30W equivalent brightness

Medium Mode: ~60W equivalent brightness

High Mode: ~80W equivalent brightness

*(Note: These wattage figures are almost certainly marketing equivalents indicating relative brightness levels, NOT the actual power consumption. Actual power draw will be significantly lower, likely in the 3W-10W range total).*

Power Source: Rechargeable Battery (Integrated, type unspecified - likely Lithium-ion)

Recharging: Via included USB cable (Micro-USB or USB-C assumed, not specified).

Key Features (Typical for this type):

Adjustable head strap.

Tilt-adjustable head.

Multiple lighting modes (High/Medium/Low, possibly strobe/SOS).

Water-resistant (likely IPX4 or similar - splashproof).

Comfortable headband.

Important Notes on Wattage:

Marketing Equivalents: The "30W", "60W", "80W" labels are not the actual electrical wattage the headlamp consumes. They are marketing terms meant to convey that the brightness is similar to that of a traditional 30W, 60W, or 80W incandescent bulb. This is a very common practice.

Actual Power: The actual power consumption of the entire headlamp on its highest setting is likely between 5W and 10W. The LEDs themselves are highly efficient, but the stated wattages are vastly exaggerated for perceived brightness comparison.

Physical Impossibility: An 80W actual draw would generate immense heat and require a huge battery, making it completely impractical and unsafe for a small head-worn device.

# LED LIGHT DP-744C