TK1 Slow Fill fueling nozzle for CNG refueling of cars (DN 4 mm)
The TK1 CNG fueling nozzle is designed specifically for time filling of vehicles with 'Fuelmaker' compressors and is best suited for this application. The TK1 CNG is now even easier to operate. The clamping jaws are opened when the nozzle is disconnected and the sliding sleeve need not being pulled back to connect the nozzle. Only push the nozzle straight onto the receptacle. The jaws of the TK1 CNG clamp onto the receptacle. While the fuelling nozzle is connected, the shut-off valve in the nozzle will open - the pressure-tight connection is established. Even difficult-to-access receptacles can easily be refuelled due to the extended construction of the fuelling nozzle.
Features:
Compatible with receptacles acc. to NGV1 standard and ISO 14469-1 and 3
Push-Pull actuation
Integrated shut-off valve
Plastic thermal protection
WEH® jaw locking mechanism
Colour coded sliding sleeve (3000 psi black, 3600 psi yellow)
High-grade materials
Compact design
TK1 Slow Fill fueling nozzle for CNG refueling of cars (DN 4 mm)
The TK1 CNG fueling nozzle is designed specifically for time filling of vehicles with 'Fuelmaker' compressors and is best suited for this application.
The TK1 CNG is now even easier to operate. The clamping jaws are opened when the nozzle is disconnected and the sliding sleeve need not being pulled back to connect the nozzle. Only push the nozzle straight onto the receptacle. The jaws of the TK1 CNG clamp onto the receptacle. While the fuelling nozzle is connected, the shut-off valve in the nozzle will open - the pressure-tight connection is established. Even difficult-to-access receptacles can easily be refuelled due to the extended construction of the fuelling nozzle.
Features:
- Compatible with receptacles acc. to NGV1 standard and ISO 14469-1 and 3
- Push-Pull actuation
- Integrated shut-off valve
- Plastic thermal protection
- WEH® jaw locking mechanism
- Colour coded sliding sleeve (3000 psi black, 3600 psi yellow)
- High-grade materials
- Compact design
