Keyfeatures
Dual-Range Charging Panel – Certified low-pressure 330 psi and high-pressure 3,300 psi configuration in one weatherproof cabinet.
Single-Person Cylinder Loading – Easy-load trays support manual or hydraulic handling depending on cart size.
Self-Venting Regulators – Automatic shut-off and pressure relief enhance operator safety.
Auto-Retract Hose Reels – Two reels with 9 m hoses provide flexible servicing reach.
Tow-Ready Design – Front-mounted tow bar with 50 mm eye enables simple airfield maneuvering.
Highlights
The NBNT nitrogen cart family supports all usual aircraft types across base and line maintenance.
Airbus
All types
Boeing
All types
Business Jets
All types
Application Cases
Line Maintenance – Tire pressure servicing, strut replenishment, and nitrogen system top-ups across commercial fleets.
Base Maintenance – Integrated low/high charging supports scheduled inspections and overhaul cycles.
Configuration Options
Safety & Operation
Dual pressure gauges provide calibrated inlet, low, and high outlet readings.
Excess pressure relief valves maintain controlled, safe servicing.
Lockable cabinet protects charging system from unauthorized access.
Certified under BS EN, CE, and UKCA standards.
Delivered calibrated and service-ready.
Mobility & Transport
Tow bar with 50 mm eye allows easy towing; optional 76 mm available.
Four pneumatic tires support stable airfield mobility.
Compact frame dimensions simplify hangar storage and transport.
Durability & Corrosion Protection
Zinc-phosphate primer and powder-coat finish resist corrosion.
Weatherproof cabinet shields charging system from outdoor conditions.
Hard-wearing tires withstand repeated ramp usage.
Why RH Aero?
Certified Design—Global Support
NBNT nitrogen carts combine dual-pressure capability with ergonomic, one-person operation. Modular configurations, compliant documentation, and RH Aero-backed calibration ensure safety and repeatable servicing. With global support, exchange schemes, and optional boosters or country-specific connections, operators achieve maximum availability with minimal downtime.