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ZHN-02
Parameter | Specification/Description |
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Model | ZHN-02 |
Nitrogen Flow | 2 NM³/h (Controllable) |
Nitrogen Purity | 99.99% |
Inlet Pressure | 0.6-0.8 MPa |
Nitrogen Pressure | ≤ 0.6 MPa |
Power | 15 W |
Supply Voltage | AC 220V |
Dimensions (L x W x H) | 500mm x 450mm x 780mm |
Air Inlet Pipe | 12mm air pipe, air source must be dehydrated and deoiled before being connected to the nitrogen generator |
Nitrogen Outlet Pipe | 6mm air pipe, qualified nitrogen can be used directly at the outlet |
Flow Meter | Controls the nitrogen outlet flow rate. Lowering the flow rate increases nitrogen concentration |
Programmable Time Relay | Adjusts the working order and pressure relief time for the A and B tanks. Factory settings usually require no adjustment by the user |
Air Pressure Gauge | Displays real-time air pressure before entering the nitrogen generator. Normal range: 0.6-0.8 MPa |
Nitrogen Pressure Gauge | Displays real-time pressure inside the nitrogen tank |
Pressure Gauges for A and B Towers | Monitors the pressure in the A and B molecular sieve towers. Only one tower works at a time, the other is in pressure relief or low-pressure state |
Air Source Requirements: The incoming air must be dehydrated and deoiled before being connected to the nitrogen generator to ensure optimal performance.
Pressure Control: The built-in pressure gauges allow for easy monitoring of both air pressure and nitrogen pressure, ensuring the system operates under ideal conditions.
Programmable Relay: This feature automates the operation of the nitrogen generation process, including switching between the two molecular sieve towers, making it more efficient and reducing the need for manual intervention.
Controllable Flow: The flow meter allows users to adjust the flow rate of nitrogen, providing flexibility for various applications. Reducing the flow rate can help increase the nitrogen concentration.
Laser Cutting: Provides nitrogen for cutting metals, especially for applications that require high-purity nitrogen to avoid oxidation.
Laser Welding: Used in welding processes to shield the weld area and improve weld quality.
Food Packaging: Nitrogen is used to extend the shelf life of perishable goods by displacing oxygen.
Medical and Electronics Industries: Used in laboratories and electronic manufacturing where an inert atmosphere is required.