All TODO couplings, including the TODO-MATIC, are constructed with longevity in mind, using materials that withstand the demands of frequent use. With a maximum working pressure of 25 bar (362 Psi) and sizes ranging from 1” to 6”, TODO-MATIC couplings provide versatility and reliability for a variety of aviation fuel transfer scenarios.
Certifications and Compliance: A Commitment to Quality
TODO's commitment to safety and quality is demonstrated through rigorous adherence to the most stringent industry regulations. The TODO aviation range, including the TODO-45 and TODO-MATIC couplings, complies with:
- ISO 45/MS24484: Aircraft pressure refuelling connections
- NATO STANAG 3105: Industry agreed cross-compatibility
This commitment ensures that every TODO product meets the exacting standards required for safe and efficient aviation fuel transfer operations. iso45-aviation-couplings-installation.png
TODO's Aviation ISO 45 Compliant Couplings
TODO's aviation fuel transfer equipment is the premier choice for safe, spill-free bunkering of aviation fuels in commercial, offshore, and military applications.
Designed based on the proven TODO-MATIC® coupling technology, these products offer high-flow fuel delivery without the complexity of traditional ISO45 underwing connections.
The TODO-MATIC aviation hydrant connection, with its integral overpressure relief valve, is an example of TODO's innovative approach to aviation fuel transfer. This system allows trapped fluid pressure to be safely dissipated without spillage, enabling easy connection and disconnection under pressure and flow conditions. Features of the TODO-MATIC aviation couplings include:
- Economical alternatives to ISO 45 standard hose couplings
- Valves that automatically open and close upon connection and disconnection
- Simple single-action operation with no levers or switches
- Guaranteed closed valves prior to disconnection
- Minimal residual loss on disconnection
- High reliability with very few moving parts
- Robust construction without external operational components