Medical Oxygen Plant - Model AST-3

Medical Oxygen Plant - Model AST-3 Specification

Type
PSA Medical Oxygen Plant

Material
Industrial Grade Steel

Production Capacity
10 nm3/hr

Production Rate
180 lpm

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC based panel

Purity(%)
93%

Voltage
380V

Power
11 kw

Working Pressure
4 bar

Weight (kg)
500 kg

Dimension (L*W*H)
1200*800*1800 mm

Color
White & Grey

Display
Touchscreen HMI

Input Air Source
External compressor

Maintenance Access
Front panel service

Power Phase
Three phase supply

Installation
Indoor use

Cylinder Filling Option
Available

Mobility
Stationary unit

Noise Level
Low noise operation

Oxygen Outlet
Single point

Medical Oxygen Plant - Model AST-3 Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Month

Delivery Time
1-2 Week

About Medical Oxygen Plant - Model AST-3

The Medical Oxygen Plant - Model AST-3 offers astonishing value and robust performance for healthcare providers seeking inestimable reliability and instant savings. This dominant PSA oxygen generation system is constructed with industrial-grade steel and operates automatically with computerized PLC controls and a user-friendly touchscreen HMI display. With a single-point outlet and cylinder filling option, it reserves a production rate of 180 lpm, assuring continuous oxygen supply with 93% purity. Low noise operation and easy front-panel maintenance access make this stationary, indoor unit ideal for demanding environments. Backed by trusted service and supply across India.

Distinctive Features & Broad Applications

Model AST-3 is engineered with a single oxygen outlet, low noise emission, and an advanced touchscreen HMI, ensuring efficient control and safety. Healthcare institutions, clinics, and medical facilities primarily use the unit for intensive oxygen supply needs. Its sturdy, stationary build makes it well-suited for indoor hospital environments where reliability and continuous operation on an external compressor are paramount. The industrial-grade steel body guarantees durability on all applicable surfaces.

Export Reach, Supply Capacity & Market Charge

The AST-3's dominant attributes fortify its market value, making it highly sought across export destinations such as Southeast Asia, Africa, and the Middle East. Our supply ability is inestimable, ensuring consistent fulfillment of large-scale demands with efficiency. With focused valuation, the unit is available for international customers via FOB ports in major Indian cities, providing competitive charges and prompt delivery to enhance your procurement experience.

FAQ's of Medical Oxygen Plant - Model AST-3:

Q: How does the Medical Oxygen Plant - Model AST-3 operate?

A: The AST-3 uses Pressure Swing Adsorption (PSA) technology to generate medical-grade oxygen from compressed air, controlled by a PLC-based system and displayed via a touchscreen HMI for easy operation.

Q: What is the production rate and purity level of this oxygen plant?

A: The Medical Oxygen Plant - AST-3 delivers an astonishing production rate of 180 liters per minute (lpm) with an oxygen purity of 93%, suitable for a wide range of medical applications.

Q: When should I consider adding the cylinder filling option?

A: Adding the cylinder filling option is essential when you require oxygen storage or anticipate peak demands, ensuring a ready reserve supply during emergencies or power outages.

Q: Where can the AST-3 model be installed?

A: The AST-3 has been specifically designed for indoor use in controlled healthcare environments, such as hospitals, clinics, or central oxygen supply rooms.

Q: What is the process for maintenance and servicing the unit?

A: Maintenance is simplified with easy access from the front panel, allowing service personnel to perform regular upkeep efficiently, maintaining compliance with healthcare standards.

Q: What are the main benefits of using the Model AST-3 oxygen plant?

A: Key benefits include dominant reliability, continuous oxygen availability, low noise operation, instant savings on oxygen supply costs, and robust performance for critical healthcare environments.

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