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The 3/4 Semiger Breakaway Valve is essential for fuel distribution systems. It is designed to prevent disconnection due to excessive force, which can damage equipment. It is made of aluminum and precision casting to ensure durability and safety. The valve features a bushing connection and is compatible with ZVA automatic fuel nozzles. The valve is highly reliable and provides excellent performance in demanding environments.
The valve uses BSP/NPT threads and Viton O-ring material to provide a secure, leak-proof seal. It can withstand a breakaway force of 800N to 1500N. The valve is silver-white with a slight copper color, making it ideal for use at gas stations. It comes with a 1-year warranty for peace of mind.
| Parameter | Value |
|---|---|
| Origin | Guangdong, China |
| Color | Silver-white with copper tint |
| Application | Fuel dispenser transfer pipe |
| Compatible Nozzle | ZVA Automatic Fuel Nozzle |
| Size | 3/4 inch |
| Material | Aluminum |
| Technology | Casting |
| Connection Type | Bushing |
| Thread Type | BSP/NPT |
| Outlet Size | M34×1.5 |
| Inlet Size | 3/4 inch (Female) |
| O-Ring Material | Viton |
| Breakaway Force | 800N to 1500N |
| Net Weight | 0.23kg |
| Warranty | 1 year |
Automatic disconnect: activates under excessive force or pressure to protect equipment.
High-quality construction: Made of durable materials for long-lasting performance.
Compatibility: Designed for fuel dispensing systems.
Color: Silver-white with copper accents.
Enhanced safety: Prevents potential damage to dispensers and equipment.
Durability: Designed to withstand harsh refueling environments.
Reliability: Ensures consistent performance over time.
Fuel Dispensers: Ideal for use in fuel dispensers to prevent damage from accidental pull-off.
Gas Stations: Ensures safety of fuel station equipment by disconnecting under excessive force.
Fuel Delivery Systems: Ideal for integration into fuel delivery systems for added protection.
Automatic Refueling Nozzles: Works seamlessly with ZVA automatic refueling nozzles for reliable operation.
Vehicle Refueling: Used in fuel stations to maintain equipment integrity during vehicle refueling.
Storage Tanks: Can be used in refueling systems connected to storage tanks to prevent accidental pull-off.
Industrial Refueling Applications: Suitable for use in industrial refueling environments to protect dispensing equipment.
1. What is the purpose of the 3/4 Semiger Breakaway Valve?
It automatically disconnects under excessive force or pressure to prevent damage to refueling equipment.
2. What materials are used in its construction?
The 3/4 Semiger Breakaway Valve is made of high-quality materials to ensure durability and reliability.
3. Where can this 3/4 Semiger Breakaway Valve be used?
It is designed for use in fuel dispensing systems such as gas stations and refueling stations.
4. What is the color of the3/4 Semiger Breakaway Valve?
The valve is silver-white with a slight copper tint.
5. How does the 3/4 Semiger Breakaway Valve enhance safety?
By automatically disconnecting under excessive force or pressure, it prevents potential damage to the dispenser and equipment.
As a premier manufacturer and supplier of fluid transfer safety components, we engineer this 3/4-inch breakaway device to deliver uncompromising protection for commercial fuel distribution systems. Designed to instantly mitigate risks during accidental vehicle drive-offs, this precision-crafted component ensures immediate separation and hazardous fluid containment, safeguarding your critical infrastructure.
Precision-cast aluminum construction for maximum durability
Calibrated 800N to 1500N breakaway force threshold
Seamlessly compatible with ZVA automatic fuel nozzles
Premium Viton O-ring for absolute leak prevention
The Beilin 3/4 Semiger Breakaway Valve presents a robust, silver-white metallic finish with a subtle copper tint, visually indicative of its premium precision-cast aluminum body. When handled, the substantial net weight of 0.23kg conveys immediate structural integrity, built specifically to withstand the relentless, high-vibration demands of continuous fuel transfer environments. Its smooth, meticulously machined threads ensure a flawless bushing connection, while the internal shear mechanisms operate with silent, mechanical precision. By integrating this critical safety device into your fuel dispenser transfer pipes, facility operators instantly elevate the operational security of the entire station.
In the event of a catastrophic pull-off force, the internal mechanism yields instantly, severing the connection before structural damage can travel up to the dispenser unit. This swift, decisive action not only prevents hazardous fuel spills and subsequent environmental contamination but also saves operators thousands in potential equipment replacement costs and extensive facility downtime. Furthermore, the integration of high-grade Viton O-rings guarantees a secure, vapor-tight seal, eliminating the faint, hazardous odor of escaping hydrocarbons and ensuring a safe, compliant refueling atmosphere for all personnel.
Parameter | Value |
|---|---|
Origin | Guangdong, China |
Color | Silver-white with copper tint |
Application | Fuel dispenser transfer pipe |
Compatible Nozzle | ZVA Automatic Fuel Nozzle |
Size | 3/4 inch |
Material | Aluminum |
Technology | Precision Casting |
Connection Type | Bushing |
Thread Type | BSP/NPT |
Outlet Size | M34×1.5 |
Inlet Size | 3/4 inch (Female) |
O-Ring Material | Viton |
Breakaway Force | 800N to 1500N |
Net Weight | 0.23kg |
Warranty | 1 year |
Investing in high-tier safety infrastructure requires components that deliver consistent, verifiable results. This breakaway valve is meticulously engineered to provide facility operators with peace of mind through advanced mechanical design and superior material selection.
Instantaneous Disconnect Mechanism: Activates immediately under excessive tension, effectively isolating the dispenser from the hose to prevent catastrophic structural failure and hazardous fluid release.
Heavy-Duty Material Composition: Crafted from precision-cast aluminum, offering an exceptional strength-to-weight ratio that resists physical impacts and the corrosive nature of modern fuel blends.
Seamless System Compatibility: Designed with standard 3/4-inch sizing and versatile BSP/NPT threading, allowing maintenance teams to execute rapid, tool-efficient installations across diverse dispensing platforms.
Distinctive Visual Identification: The unique silver-white finish with copper accents not only provides an aesthetic edge but also aids maintenance crews in quick visual inspections and component identification in low-light environments.
To meet the rigorous demands of modern fuel distribution networks, this device is built upon five foundational pillars of engineering excellence, ensuring optimal performance across all operational metrics.
Engineered for emergency responsiveness, the device features a highly calibrated breakaway force threshold of 800N to 1500N. This precision ensures that during an accidental vehicle drive-off, the valve separates instantly, cutting off the fuel supply to prevent dispenser damage, severe fuel leaks, and potential fire hazards.
Constructed utilizing advanced precision casting technology, the aluminum body offers unparalleled resistance to environmental degradation. Coupled with a premium Viton O-ring, the unit maintains an impenetrable, leak-proof seal even when exposed to aggressive fuel chemicals and extreme temperature fluctuations.
Minimizing operational downtime is crucial for commercial fueling facilities. With its standard 3/4-inch female inlet, M34x1.5 outlet, and universal BSP/NPT thread options, this valve integrates flawlessly with ZVA automatic fuel nozzles, ensuring swift replacement and immediate system restoration.
This component is not limited to standard retail environments. Its rugged architecture makes it highly suitable for industrial-grade refueling applications, storage tank connections, and complex fuel delivery systems where reliability under pressure is non-negotiable.
Designed for longevity in harsh refueling environments, this safety device significantly reduces the Total Cost of Ownership (TCO). Backed by a comprehensive 1-year warranty, facility managers can rely on consistent performance and dedicated support, mitigating the risks associated with unexpected equipment failure.
Procuring critical safety components requires a partner dedicated to engineering superiority and uncompromising quality standards. Our manufacturing processes are designed to deliver components that exceed industry expectations and provide long-term operational stability.
Rigorous Quality Control: Every single valve undergoes exhaustive stress and pressure testing before leaving the facility, ensuring the breakaway force remains strictly within the 800N-1500N specification.
Advanced Manufacturing Technology: Utilizing state-of-the-art precision casting, we eliminate microscopic structural flaws, resulting in a denser, more reliable aluminum body that withstands years of heavy usage.
Optimized Supply Chain: As a direct manufacturer, we maintain robust inventory levels and streamlined distribution channels, ensuring that your facility receives critical replacement parts exactly when needed, without unnecessary delays.
Commitment to Environmental Safety: Our designs prioritize leak prevention and immediate spill mitigation, helping your operations remain fully compliant with stringent environmental protection regulations.
Navigating the technical specifications of fuel safety equipment can be complex. Below are detailed answers to the most critical questions posed by facility engineers and procurement specialists.
What is the specific activation threshold for the breakaway mechanism?
The safety device is meticulously calibrated to activate and separate when subjected to a pull-off force ranging between 800N and 1500N, ensuring optimal protection without premature disconnection.
How does the Viton O-ring enhance the lifespan of this safety device?
Viton is a premium synthetic rubber renowned for its exceptional resistance to harsh hydrocarbons, synthetic fuels, and extreme temperatures, thereby ensuring a long-lasting, leak-proof seal that prevents vapor escape.
Can this component be integrated directly with standard ZVA automatic nozzles?
Yes, the valve is engineered with precise M34x1.5 outlet dimensions and a bushing connection type specifically designed for seamless, secure integration with standard ZVA automatic fuel nozzles.
What maintenance is required to ensure optimal performance over time?
We recommend routine visual inspections for exterior physical damage or thread wear. Because it is a single-use emergency safety device, it must be completely replaced following any breakaway incident to guarantee continued facility safety.
Does the precision-cast aluminum construction resist environmental corrosion?
Absolutely. The specialized precision casting process creates a highly dense, non-porous aluminum structure that, combined with its protective silver-white and copper-tinted finish, aggressively resists oxidation and environmental weathering in harsh outdoor fueling stations.
