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A Break Away Coupling is an essential protective device. It safeguards fluid loading and unloading equipment from catastrophic pull-away accidents.
At Teampower, we design these critical safety components for high-risk transfer operations. By disconnecting and sealing the line during unexpected movement, our couplings help protect plant piping and reduce unwanted product release.
Committed to high safety and environmental standards, our solutions help facilities maintain secure and reliable fluid transfer operations.
Selecting the right disconnect system depends on the operating environment and transfer dynamics. We categorize our break away couplings according to application conditions and release mechanisms. This helps facility managers identify a suitable configuration for their infrastructure.
Engineered for marine transportation and port applications, these units are designed for the demanding conditions of ship-to-shore fluid transfer.
Marine breakaway couplings typically release under a straight pull and are configured to withstand the side loads associated with marine loading arms. They help protect dock infrastructure if a vessel moves unexpectedly because of drift or tidal changes.
For land-based operations at terminal storage, petrochemical, and oil & gas facilities, industrial breakaway couplings provide versatile protection.
Unlike straight-pull marine configurations, industrial units can be designed to release at angles ranging from 0° to 90°. This multi-angle capability makes them suitable for top and bottom loading arms used in truck and rail transfer operations.
Understanding the trigger mechanism is important when designing a fluid transfer safety system. Teampower offers direct-pull and cable-release configurations for different operating layouts and emergency response requirements.
Mechanism Type | Trigger Method | Best Application |
|---|---|---|
Direct Pull (Breaking Pin) | Activates when physical tension on the hose or loading arm exceeds the calibrated breaking pin strength. | Standard truck, rail, and marine loading arms with predictable stress points. |
Cable-Release | Activates through a specialized cable attached to the vehicle or structure, triggering separation before excessive tension reaches the piping. | Complex loading configurations where early activation is required before significant hose or arm tension occurs. |
Teampower's break away couplings are developed for reliability, service life, and convenient maintenance. Supported by our R&D capabilities, we engineer safety devices for demanding fluid transfer operations.
The primary function of this equipment is to help prevent hazardous spills. Our designs incorporate internal non-return valves that close both ends of the fluid line upon separation.
This rapid automatic shutoff helps minimize product loss, reduce personnel exposure to transferred fluids, and limit environmental contamination.
Operational downtime is an important concern following a pull-away incident. Selected coupling configurations can support convenient on-site inspection and reassembly after activation.
Reassembly requirements depend on the coupling model and the condition of its internal components. The activated unit should always be inspected according to the manufacturer's instructions before loading operations resume.
Our safety disconnects are engineered for demanding industrial environments. Available configurations can cover nominal sizes from 1 inch to 12 inches, depending on the application and required flow capacity.
Material options may include 316 stainless steel and other application-specific materials. Specialized low-temperature sealing configurations are also available for LNG and cryogenic applications.
Final size, material, pressure rating, seal type, and release force should be confirmed according to the transfer medium and project operating conditions.
As a provider of full lifecycle engineering services, Teampower configures break away couplings for integration with existing or newly designed fluid transfer infrastructure.
These safety devices can operate with top, bottom, marine, and cryogenic LNG loading arms. By combining mechanical safeguards with advanced metering and control systems, we provide a complete closed loading and unloading system solution .
This integrated approach helps improve operational control and safety throughout the fluid transfer process.
Founded in 2005, Teampower supplies fluid loading equipment to customers in different industrial markets. Our custom engineering capabilities allow us to configure safety devices for projects involving hazardous or demanding transfer environments.
Petrochemical & Oil & Gas: Supporting the controlled transfer of volatile and corrosive fluids during truck and rail loading.
LNG & Cryogenic Transfer: Using specialized low-temperature seals and materials for liquefied natural gas transfer applications.
Terminal Storage: Helping protect manifold piping, loading racks, and transfer equipment from accidental truck drive-away incidents.
Marine Transportation & Ports: Protecting dockside infrastructure and ship-to-shore loading arms during unexpected vessel movement.
The following answers address common technical questions from procurement managers, terminal operators, and engineers.
A safety breakaway coupling uses a controlled separation mechanism with internal non-return valves. When the specified separation force is reached, the coupling separates and the valves close the fluid path on both ends.
This process helps limit fluid release and protect the connected hose, loading arm, and facility piping.
Selected breakaway coupling models can be inspected and reassembled after activation. However, the coupling, seals, breaking elements, valves, and connected equipment should be checked before the system returns to service.
Replacement requirements depend on the coupling design and the condition of its components after separation.
Marine breakaway couplings are generally designed for straight-pull separation in ship-to-shore transfer applications. Industrial breakaway couplings can be configured for separation at different angles to accommodate truck and rail vehicle movement.
Yes. Teampower offers specialized break away coupling configurations with low-temperature materials and sealing technology for LNG and cryogenic transfer applications.
Compatibility should be confirmed according to the fluid, operating temperature, pressure, connection type, and applicable project requirements.
Protecting fluid transfer infrastructure requires reliable, precision-engineered safety equipment. As a professional break away coupling manufacturer, Teampower provides industrial and marine safety solutions tailored to different operating requirements.
Whether you require a standard industrial unit, a marine configuration, or a cryogenic coupling, we can provide custom engineering and system integration support.
Contact our engineering team today to discuss your transfer medium, pipe size, pressure, temperature, connection type, release mechanism, and project requirements.
