Nitrogen storage tank N-80/N-80H

The Nitrogen Storage Tank N-80 and N-80H represent a comprehensive nitrogen generation and storage solution for professional tire service operations. Cavalry understands that tire service facilities need equipment that generates nitrogen efficiently, stores it effectively, and delivers it precisely when needed. These nitrogen storage systems meet those requirements through integrated engineering that combines generation capability with storage capacity.

Nitrogen inflation offers measurable advantages for tire service operations. Nitrogen molecules are larger than oxygen molecules, which means nitrogen diffuses through tire rubber more slowly than oxygen . This results in more stable tire pressure over time, reducing the frequency of pressure checks and adjustments . For commercial fleet operators, this translates to reduced maintenance time and improved fuel efficiency . For passenger vehicles, nitrogen helps maintain optimal tire pressure longer, contributing to better handling and extended tire life . Using nitrogen also reduces the moisture content inside the tire, which can help protect wheels from corrosion .

The N-80 series features professional energy efficiency management that helps save power during operation. This is particularly valuable in busy workshop environments where nitrogen generation equipment runs frequently. The energy-saving design reduces operating costs without compromising nitrogen generation or storage performance.

Adjustable nitrogen generation purity settings allow shops to customize purity levels based on specific applications. This flexibility means technicians can select higher purity for performance applications or adjust for standard tire service needs. The dedicated chip control system with precise pressure sensors ensures reliable, accurate operation across all settings.

Automatic precision inflation to preset pressures simplifies the tire service process. When the pipe is connected to a tire, the N-80 series automatically inflates to the pre-set pressure, reducing the potential for inflation errors. For tires being inflated for the first time, the automatic vacuum and inflation cycle ensures proper nitrogen purity inside the tire from the start.

The N-80 series includes a special mode designed specifically for managing zero-pressure tires. This feature allows technicians to safely and effectively inflate tires that have lost all pressure, supporting comprehensive tire service capability. Both models operate on AC110V/220V 50/60Hz power supplies with 30W power consumption, suitable for workshops with different electrical configurations. The operating temperature range of -20°C to 70°C supports consistent performance across diverse climate conditions.

Product highlights

Efficient Nitrogen Generation with High Purity
The N-80 and N-80H generate nitrogen efficiently with high purity levels of 95% or higher. The integrated storage capability means nitrogen is available on demand for tire service operations. The efficient generation reduces wait times while the storage function ensures nitrogen is ready when needed.

Professional Energy Efficiency Management
Professional energy efficiency management helps save power during operation. This feature reduces operating costs in busy workshop environments where nitrogen generation equipment runs frequently. The energy-saving design supports sustainable workshop operations without compromising generation or storage performance.

Adjustable Nitrogen Generation Purity
Adjustable nitrogen generation purity settings allow shops to customize purity levels based on specific applications. This flexibility means technicians can select higher purity for performance applications or adjust for standard tire service needs. The customizable approach accommodates different customer requirements and vehicle types.

Automatic Precision Inflation to Preset Pressures
When the pipe is connected to a tire, the N-80 series automatically inflates to the pre-set pressure. This automation reduces the potential for inflation errors and ensures consistent results across different technicians. The precise pressure monitoring supports accurate tire inflation every time.

Automatic Vacuum and Inflation for First-Time Service
For tires being inflated for the first time, the automatic vacuum and inflation cycle ensures proper nitrogen purity inside the tire from the start. This feature removes residual air and moisture, maximizing the benefits of nitrogen inflation. The automated process reduces technician effort during tire service.

Special Mode for Zero-Pressure Tire Management
The N-80 series adopts a special mode specifically designed for managing zero-pressure tires. This feature allows technicians to safely and effectively inflate tires that have lost all pressure. The special mode supports comprehensive tire service capability for all tire conditions.

Dedicated Chip Control with Precise Pressure Sensors
Dedicated chip control with precise pressure sensors ensures reliable, accurate operation across all functions. The sensor monitoring provides consistent pressure readings for accurate inflation control. The chip control system supports automated functions including vacuum, inflation, purity management, and zero-pressure mode.

Safe, Reliable, and Accurate Operation
The N-80 series is designed for safe, reliable, and accurate operation across all functions. The combination of chip control, pressure sensors, and automated processes supports consistent results. The safety features protect both operators and equipment during tire service operations.

Broad Inlet Pressure Range (6-10Bar)
The inlet pressure range of 6-10Bar accommodates varied workshop compressed air systems. This flexibility makes the nitrogen storage system suitable for facilities with different air supply configurations. The broad pressure range supports consistent performance across different workshop conditions.

Wide Operating Temperature Range (-20°C to 70°C)
The N-80 series operates reliably across temperatures from -20°C to 70°C, suitable for workshops in diverse climate conditions. This wide temperature range supports consistent performance across different geographic regions and seasonal variations.