The system is equipped with intelligent sensors that detect the pressure levels in both primary and secondary gas sources. When the primary source is depleted or reaches a critically low level, the control panel automatically switches to the secondary source without any interruption to the gas supply, ensuring a seamless flow of gases to critical medical areas.
LAX AIR INTRODUCES FIRST TIME IN INDIA SMS BASED GAS BANK CONTROLLING SYSTEM
Control Panel
Plant IN charge
Plant Operator
Our fully automatic control panel with SMS alert system will send SMS to the operator when the Gas Cylinders gets EMPTY either, left bank or right bank, If the operator doesn't replace the Cylinders with in 20 minutes, then the alert SMS will be sent to the Plant in charge automatically.
- The status of the Gas Bank can also be checked by the SMS.
- Customized as desired require
TWO SOURCE FULLY AUTOMATIC
GAS CONTROL PANEL
A Two-Source Automatic Gas Control Panel is designed to ensure an uninterrupted supply of medical gases by automatically switching between two gas sources, such as primary and backup cylinders. This system provides continuous gas flow, monitors pressure levels, and ensures reliability in critical medical environments. Built with advanced control mechanisms, it guarantees safe and efficient management of medical gas supply for healthcare facilities.
With two gas sources, the system provides redundancy, enhancing the reliability and safety of medical gas distribution. This is especially important in environments like hospitals, where even a minor disruption can have significant consequences.
The panel includes built-in pressure gauges and alarm systems to monitor the gas levels and pressure in real-time. In the event of abnormal pressure levels, visual and audible alarms notify healthcare staff to take corrective actions. This ensures the system operates safely and efficiently.
The control panel is designed to be compact and easy to install, fitting seamlessly into various medical settings. Its user-friendly interface allows healthcare staff to monitor and operate the system with minimal training.
Two Source Fully Automatic
GAS CONTROL PANEL
Applications
- Ensuring Uninterrupted Care: Two-Source Automatic Gas Control Panel
- Reliable Medical Gas Solutions for Critical Healthcare Needs
- Dual-Source Safety: Continuous Medical Gas Supply for Every Facility
- Seamless Gas Delivery: Enhancing Patient Care with Dual-Source Technology
- Redefining Reliability: The Two-Source Automatic Gas Control System
- Continuous Gas Flow for Critical Medical Applications
- Automatic Gas Control for Maximum Efficiency and Safety in Healthcare
- Advanced Gas Distribution for Healthcare: Two-Source Control Panels
- Dual Gas Supply: A Lifeline for Hospitals and Emergency Care Units
- Innovative Gas Control for Uninterrupted Healthcare Services
TWO SOURCE FULLY AUTOMATIC GAS CONTROL
DIGITAL FULLY AUTOMATIC GAS CONTROL PANEL INSTALLATION DIAGRAM
Features
- Micro-Processor Controlled auto change-over
- Constant uninterrupted supply
- High flow output - 3000 lpm @ 4.2 bar
- Stable discharge pressure & flow Visual & audible signal
- Pressure unit display options - bar, psi & kg/cm2
- Optimization of residual gas in cylinders
| Display | Switching Mode | Manifold Setup | Gas Service | Inlet Pressure (Max) | Outlet Pressure (Max) | Flow (lpm, Max) | Order Reference | ||
|---|---|---|---|---|---|---|---|---|---|
| Bar | PSI | Bar | PSI | ||||||
| Digital Display | Microprocessor Controlled | Two Source System With 2 banks of gas cylinders | Comp.O2 N2O Med. Air (AR 4) Med. Air (AR 7) Nitrogen CO2 Other Comp. Gas |
150 110 150 150 150 110 150 |
2175 1600 2175 2175 2175 1600 2175 |
4.2 4.2 4.2 7 4.2 4.2 4.2 |
61 61 61 102 61 61 61 |
3500 3500 3500 3500 3500 3500 3500 |
Specify Gas |
| Display | Switching Mode | Manifold Setup | Gas Service | Inlet Pressure (Max) | Outlet Pressure (Max) | Flow (lpm, Max) | Order Reference | ||
|---|---|---|---|---|---|---|---|---|---|
| Bar | PSI | Bar | PSI | ||||||
| Analog Display & LED Indicator | Pneumatic (Manual resetting required for next change-over) | Two Source System With 2 banks of gas cylinders | Comp.O2 N2O Med. Air (AR 4) CO2 |
150 110 150 110 |
2175 1600 2175 1600 |
4.2 4.2 4.2 4.2 |
61 61 61 61 |
1500 1500 1500 1500 |
|
| Display | Switching Mode | Manifold Setup | Gas Service | Inlet Pressure (Max) | Outlet Pressure (Max) | Flow (lpm, Max) | Order Reference | ||
|---|---|---|---|---|---|---|---|---|---|
| Bar | PSI | Bar | PSI | ||||||
| Digital Display & LED Indicators | Microprocessor Controlled | Three source system with 3 banks of gas cylinders & LMO/PSA plant as Primary source of oxygen | Oxygen Left Bank Oxygen Right Bank LMO/PSA Emergency Bank |
150 150 4-5 4.2 |
2175 2175 2175 73 61 |
4.2 4.2 4.2 4.2 |
61 61 61 61 |
3500 3500 3500 3500 |
|
| Gas Service | Inlet Connection | Outlet Connection | ||
|---|---|---|---|---|
| Oxygen Left Bank | 3/4 *BSP* | 3/4*BSP* | High pressure regulator relief setting | 15.5 bar (225psi) |
| Oxygen Right Bank | 3/4*BSP* | 3/4*BSP* | Line pressure relief valve setting | 5.17 bar (75psi) Input:220-240V AC |
| LMO/PSA | 3/4*BSP* | 3/4*BSP* | Power supply adaptor | Output: 12V / 5 Amp DC |
| Emergency Bank | 3/4*BSP* | 3/4*BSP* |
| Display | Switching Mode | Manifold Setup | Gas Service | Inlet Pressure (Max) | Outlet Pressure (Max) | Flow (lpm, Max) | Order Reference | ||
|---|---|---|---|---|---|---|---|---|---|
| Bar | PSI | Bar | PSI | ||||||
| Digital Display & LED Indicators | Microprocessor Controlled | Three source system with 3 banks of gas cylinders & LMO/PSA plant as Primary source of oxygen | Oxygen Left Bank Oxygen Right Bank LMO/PSA Emergency Bank |
150 150 4-5 4.2 |
2175 2175 2175 73 61 |
4.2 4.2 4.2 4.2 |
61 61 61 61 |
3500 3500 3500 3500 |
|
| Gas Service | Inlet Connection | Outlet Connection | ||
|---|---|---|---|---|
| Oxygen Left Bank | 3/4 *BSP* | 3/4*BSP* | High pressure regulator relief setting | 15.5 bar (225psi) |
| Oxygen Right Bank | 3/4*BSP* | 3/4*BSP* | Line pressure relief valve setting | 5.17 bar (75psi) Input:220-240V AC |
| LMO/PSA | 3/4*BSP* | 3/4*BSP* | Power supply | Output: 12V / 5 Amp DC |
| Emergency Bank | 3/4*BSP* | 3/4*BSP* |
| Display | Switching Mode | Manifold Setup | Gas Service | Inlet Pressure (Max) | Outlet Pressure (Max) | Flow (lpm, Max) | Order Reference | ||
|---|---|---|---|---|---|---|---|---|---|
| Bar | PSI | Bar | PSI | ||||||
| Digital Display & LED Indicators | Microprocessor Controlled | Three source system with 3 banks of gas cylinders & LMO/PSA plant as Primary source of oxygen | Oxygen Left Bank Oxygen Right Bank LMO/PSA Emergency Bank |
150 150 4-5 4.2 |
2175 2175 2175 73 61 |
4.2 4.2 4.2 4.2 |
61 61 61 61 |
3500 3500 3500 3500 |
|
| Gas Service | Inlet Connection | Outlet Connection | ||
|---|---|---|---|---|
| Oxygen Left Bank | 3/4 *BSP* | 3/4*BSP* | High pressure regulator relief setting | 15.5 bar (225psi) |
| Oxygen Right Bank | 3/4*BSP* | 3/4*BSP* | Line pressure relief valve setting | 5.17 bar (75psi) Input:220-240V AC |
| LMO/PSA | 3/4*BSP* | 3/4*BSP* | Power supply | Output: by SMPS |
| Emergency Bank | 3/4*BSP* | 3/4*BSP* |
| Display | Switching Mode | Manifold Setup | Gas Service | Inlet Pressure (Max) | Outlet Pressure (Max) | Flow (lpm, Max) | Order Reference | ||
|---|---|---|---|---|---|---|---|---|---|
| Bar | PSI | Bar | PSI | ||||||
| LED Indicators | Microprocessor Controlled | Tow source system with primary source as LMO/PSA Plant & a secondary reserve source | Oxygen/Liquified Gas/Psa | 150 | 2175 | 4.2 | 61 | 3500 | |
Auto Changeover LMO/PSA to Manifold
| Display | Switching Mode | Manifold Setup | Gas Service | Inlet Pressure (Max) | Outlet Pressure (Max) | Flow (lpm, Max) | Order Reference | ||
|---|---|---|---|---|---|---|---|---|---|
| Bar | PSI | Bar | PSI | ||||||
| LED Indicators | Microprocessor Controlled | Tow source system with primary source as LMO/PSA Plant & a secondary reserve source | Oxygen/Liquified Gas/Psa | 150 | 2175 | 4.2 | 61 | 3500 | |
Installation Layout
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September 12, 2024/
Medical gases are used for patient’s healthcare in different ways. In the early of 1950s, healthcare providers recognised the hazards…