Rotate the handle to connect vehicle receptacle. The check valve elements in both the refueling nozzle and the receptacle are forced to open with force from each other, in this way, the refueling route is open. When the refueling nozzle is removed, valve elements in both the refueling nozzle and the receptacle will resume to its original position under the pressure of medium and spring, to make sure that complete seal in place and no leakage will occur.
Features
1.Vacuum layer design slows down frosting and icing on the surface of the nozzle.
2.Three-claw design with forced claw opening to avoid spring freezing.
3.Safety lock mechanism to prevent nozzle blow.
4.The large filling flow enables faster filling of LNG vehicles
5.Tile positioning to prevent nozzle dropping.
6.High-performance energy storage sealing ring to avoid leakage during filling
Technical Specifications
T605T602
Max. Filling Pressure1.6MPaMax. Filling Pressure1.6MPa
Max. Working Pressure3.5MPaMax. Working Pressure3.5MPa
Filling Flow190L/minFilling Flow190L/min
Type of SealSpring Energy Storage Seal RingType of SealSpring Energy Storage Seal Ring
Interface SizeM36×2Interface SizeSpring Energy Storage Seal Ring M42×2
Main Body Material304 Stainless Steel, UltraluminMain Body Material304 Stainless Steel
Technical Specifications
T605 | T602 | ||
Max. Filling Pressure | 1.6MPa | Max. Filling Pressure | 1.6MPa |
Max. Working Pressure | 3.5MPa | Max. Working Pressure | 3.5MPa |
Filling Flow | 190L/min | Filling Flow | 190L/min |
Type of Seal | Spring Energy Storage Seal Ring | Type of Seal | Spring Energy Storage Seal Ring |
Interface Size | M36×2 | Interface Size | Spring Energy Storage Seal Ring M42×2 |
Main Body Material | 304 Stainless Steel, Ultralumin | Main Body Material | 304 Stainless Steel |
