Ldh Gas Industrial Oxygen Gas Generator with High Purity Output

• Customization: Available
• Application: Medical Institution
• Scale: Large
• Model NO.: LPO-30
• Voltage: 380V
• Purity: 90-99%
• Control: Easy
• Use: Medical
• Capacity: 10-300m3/H
• Transport Package: Wooden Box
• Specification: 1900*1800*2100
• Trademark: LDH
• Origin: Beijing China
• HS Code: 841960
• Production Capacity: 500

Product Description

Our Advantages

Core Components The system's critical components are sourced from internationally renowned brands or original imported products, ensuring exceptional quality and reliability.

Automated Operation The system supports fully automated functionality, including automatic start/stop, remote start/stop, automatic purge of non-compliant oxygen, and full-system equipment interlock control.
Multifunctional Monitoring System Equipped with an LCD touchscreen, the integrated monitoring system allows users to configure parameters such as flow rate, oxygen purity, and pressure. Real-time online monitoring of oxygen flow, purity, and pressure is displayed in full-screen mode for intuitive operation.
Energy-Efficient Oxygen Generation The system directly extracts oxygen from ambient air with no consumables other than electrical power, ensuring sustainable and cost-effective operation.
Optional Remote Wireless Monitoring A remote wireless monitoring module is available, enabling real-time dynamic tracking of equipment status. This feature supports automated control and optimizes operational efficiency through cloud-based data integration.
Dual-Mode Maintenance Capability The equipment supports both remote and on-site maintenance. Real-time operational data and status updates can be monitored remotely, facilitating proactive maintenance and minimizing downtime.
Remote Debugging and Upgrades Built-in remote diagnostic tools allow for firmware upgrades and system debugging via secure network connections, ensuring long-term compatibility and performance optimization.

 

 

 

 

 

 

Product Parameters

	Model	purity	Size	Weight	Inlet	Oulet
1	LPO-3	90-95%	1200*900*1900	520	DN15	G1/2"
2	LPO-5	90-95%	1350*1050*2100	750	DN20	G1/2"
3	LPO-10	90-95%	1550*1300*2100	1100	DN25	G1/2"
4	LPO-15	90-95%	1700*1450*2350	1500	DN32	G1/2"
5	LPO-20	90-95%	1800*1550*2350	1750	DN32	G1/2"
6	LPO-25	90-95%	1900*1650*2400	2000	DN40	G1"
7	LPO-30	90-95%	2000*1750*2400	2250	DN40	G1/2"
8	LPO-35	90-95%	1970*1250*2800	1800	DN40	DN25
9	LPO-40	90-95%	2000*1300*2460	2380	DN40	DN25
10	LPO-50	90-95%	2000*1300*2800	2790	DN50	DN25
11	LPO-60	90-95%	2000*1300*2800	2930	DN50	DN25
12	LPO-70	90-95%	2200*1500*2900	3190	DN50	DN40
13	LPO-80	90-95%	2200*1500*2900	3585	DN50	DN40
14	LPO-90	90-95%	2250*1550*2980	3940	DN50	DN40
15	LPO-100	90-95%	2370*1500*3050	4249	DN65	DN40
16	LPO-110	90-95%	2370*1500*3240	4508	DN65	DN40
17	LPO-120	90-95%	2370*1500*3440	4708	DN65	DN40
18	LPO-130	90-95%	2370*1500*3600	4910	DN65	DN50
19	LPO-160	90-95%	2440*1850*3700	5810	DN80	DN65

Oxygen flow	1~1000Nm3/h
Oxygen purity	30%-98%
Oxygen dew point	≤-45ºC
Export pressure	0.1~0.8Mpa

 

Product Applications

Oxygen serves two primary functions: respiration support and combustion facilitation. Beyond these fundamental roles, it has numerous applications that capitalize on its oxidizing properties across various industries.

1. Healthcare

Oxygen is crucial for respiration in oxygen-deficient environments, including underwater diving, mountaineering, high-altitude aviation, space exploration, and medical emergency situations. In healthcare settings, it aids in treating patients with respiratory disorders and during surgical procedures, ensuring adequate oxygenation to sustain vital physiological functions.

2. Metallurgical Processes

In steelmaking, introducing high-purity oxygen initiates oxidation reactions with carbon, phosphorus, sulfur, and silicon. This not only reduces the carbon content in steel but also purifies the material by removing impurities. The exothermic nature of these oxidation reactions generates sufficient heat to maintain the required smelting temperature, significantly shortening production cycles and enhancing steel quality. In iron production within blast furnaces, increasing the oxygen concentration in the combustion air reduces coke consumption and boosts output. Similarly, in non-ferrous metal smelting, oxygen-enriched processes expedite production timelines and improve overall efficiency.

3. Chemical Industry

Within the synthetic ammonia manufacturing process, oxygen acts as an oxidant for raw materials, intensifying reaction kinetics and enhancing fertilizer production yields. It is integral to high-temperature processes such as heavy oil cracking and coal gasification, enabling the conversion of feedstocks into valuable chemical intermediates and fuels.

4. Defense and Aerospace

Liquid oxygen is a highly efficient oxidizer and the propellant of choice for modern rocket engines, providing the necessary thrust for space launches. In supersonic aviation, it supports combustion in high-performance engines. Additionally, when combined with combustible materials, liquid oxygen forms powerful explosives, commonly utilized in specialized certain mining applications.

5. Other Applications

Oxygen, when combined with combustible gases like acetylene or propane, creates oxy-fuel flames used extensively in metal welding and cutting. This technique is particularly prevalent in the mechanical engineering sector due to its precision, efficiency, and ease of operation, making it the preferred method for industrial fabrication and construction projects.

 

Company Profile

 

Our Services

 

FAQ

 

1. What is the purity of the PSA oxygen machine?
   Conventional PSA oxygen generators typically achieve an oxygen purity of 90%-93%.
   Our advanced PSA systems can deliver purity levels of 95%, 98%, and up to 99% for specialized applications.
   
    
2. Key considerations for ozone generator compatibility?
   When pairing an oxygen generator with an ozone system, prioritize models with stable flow rate and purity control. Fluctuations in oxygen supply can significantly impact ozone concentration and production efficiency.
   
    
3. How to maintain a PSA oxygen machine?
   Routine maintenance is straightforward:
   Air Compressor:
   • Contact authorized technicians for complex maintenance tasks.
   • Adhere to manufacturer guidelines for oil changes and service intervals.
   • Schedule regular filter replacements and oil checks.