Oil Burner Solenoid Valve

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MOQ : 1 , , Piece

Oil Burner Solenoid Valve Specification

End Connection
Screwed

Power Consumption
18W

Working Presssure
10 Bar Max

Operating Voltage
230V AC

Material
Brass

Valve Structure
Direct Acting

Way Type
2 Way

Processing Type
Die Cast

Pressure
0.5 - 10 Bar

Dimension (L*W*H)
95 x 50 x 45 mm

Port Size
1/4 Inch BSP

Connection Type
Threaded

Application
Oil Burner Systems

Media
Oil

Temperature of Media
-10C to +90C

Working Temperature
Up to 90C

Weight
350 g

Color
Golden & Black

Oil Burner Solenoid Valve Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
100 Pieces Per Month

Delivery Time
1 Week

About Oil Burner Solenoid Valve

By keeping track of the latest market trend, we are engaged in manufacturing, exporting and supplying a quality array of Oil Burner Solenoid Valve. The provided valves are used to release steam from tanks that are formed in pipelines. These valves are manufactured by our skilled professionals using quality-approved raw materials with the help of advanced techniques. Further, clients can purchase these Oil Burner Solenoid Valve in different specifications as per their specific needs at industry leading prices.

Features:

Trouble free operation
Enhanced durability
Resistant to corrosion
Easy to fit

Robust Construction and Long Cycle Life

Die-cast from quality brass, this solenoid valves nickel-plated finish enhances corrosion resistance. The NBR (Nitrile Rubber) seal maintains tight closure and ensures safe operation with various oil media. Engineered for longevity, the valve can function reliably for over one million cycles, contributing to reduced maintenance and downtime.

Versatile Application and Easy Installation

Whether you are designing new oil burner systems or upgrading existing units, this solenoid valve fits seamlessly due to its universal mounting position and threaded port connections. Its compact size and PG9 cable entry ease installation in tight spaces, while its IP65 protection is ideal for demanding environments.

Fast and Reliable Operation

With a response time of less than one second, this valve is ideal for applications requiring precise flow control. Its Class F coil insulation and robust die-cast body assure safe operation at 230V AC, while power consumption remains economical at 18W. The normally closed configuration protects against unintended flow during power loss.

FAQs of Oil Burner Solenoid Valve:

Q: How is the Oil Burner Solenoid Valve installed in burner systems?

A: The valve is easily installed thanks to its universal mounting position and 1/4 Inch BSP female threaded ports. The compact dimensions (95 x 50 x 45 mm) and PG9 cable entry accommodate straightforward integration into most oil burner setups.

Q: What fluids are compatible with this solenoid valve?

A: This solenoid valve is suitable for use with kerosene, light oil, and diesel, supported by its NBR (Nitrile Rubber) seal and brass body construction. It is not recommended for aggressive chemicals or fluids outside the listed media.

Q: When should this valve be used in an oil burner system?

A: It is ideal for controlling oil flow in residential, commercial, or industrial burner systems whenever fast, precise opening and closing are needed, particularly when reliable sealing and quick response are priorities.

Q: Where can this solenoid valve be mounted?

A: Thanks to its versatile design, the valve can be mounted in any orientation, making it suitable for various installation scenarios within confined burner chambers or open machinery spaces.

Q: What is the process for maintaining this solenoid valve?

A: Routine inspection for debris or buildup, checking for seal integrity, and verifying electrical connections are recommended. With a cycle life exceeding one million operations, regular preventive maintenance reduces the risk of unexpected downtime.

Q: How does the valves IP65 rating benefit usage?

A: The IP65 protection class ensures the valve is resistant to dust and water ingress, supporting reliable operation in harsh industrial environments and outdoor burner systems.

Q: What are the advantages of the direct-acting, normally closed configuration?

A: Direct-acting, NC valves offer rapid response and secure shutoff when de-energized, minimizing leakage risk and providing extra safety during system power failures.

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