Multi-place Hyperbaric chamber

Multi-place Hyperbaric chamber

 

1 Introduction

Please find below the Omega Hyperbaric Chamber System which specified at the Technical Part of this document. This document prepared for the standard chamber.

 

2 Chamber Payment method

Payment Method : %60 advance, %30 against Factory acceptance, %10 after against Customer acceptance documents.

Delivery type : FOB

Delivery Time : 3 months.

 

2200 mm diameter, min. 2 Bar working pressure
Multi-place Hyperbaric Chamber could includes:
Ped Certified Hyperbaric Chamber
Ce Certified System
Medical Equipments Connections
Full Automatic Computer Control System
Bechoff Plc System
Certified Software
Well Combined Automatic Valves
Compressed Air Supply System
Kaesser Compressor Sk22
Galvanized Air Tank 2 Unit
Piping,
Regulator
Valves, Safety valves, Manometers and sensors
Fire Extinguishing System
Water Tanks
Stainless Steel Piping Inside The Chamber
Detecting / Activating System (Flame And Smoke Sensors)
3x Hand Held Fire Extinguisher
3x Fire Blanked
Air condition System
Ferroli Chiller System
Chamber Internal Radiator
Control Unit In Control Panel
Climate Panels Inside Chamber
FOB Transport
Onsite Installation + Technical Training

 

Omega stands for Patient Treatment and this is a new type two lock Hyperbaric Treatment chamber which accommodates in main lock and in ante lock. Because of its special shape and size the Omega is spacious enough to allow comfort treatment seasons and easily access. The Omega is designed in such a way that it gives the maximum of space for patient and attendant; but keeping its volume and dimensions and weight to a minimum. Designed for Lounge Comfort because we know the long treatments conditions.

 

3 Technical Specifications

Design Standard 97/43/EEC, 93/42/EEC Capacity 6+2 / 8+2/ 10+2/ 12+2/ 14+2/ 16+2
Test Pressure 3 Bar Operating Pressure minim 2Bar

 

3.1 Weight and dimensions

6+2 8+2 10+2
Main Chamber Capacity 6 Person 8 Person 10 person
Ante Chamber Capacity 2 person 2 person 2 person
Overall Length 4600 mm 5300 mm 6100 mm
Overall Width 2220 mm 2220 mm 2220 mm
Overall Height 2300 mm 2300 mm 2300 mm
Internal Diameter of Chamber 2200 mm 2200 mm 2200 mm
Door opening 700 x 1700 mm 700 x 1700 mm 700 x 1700 mm
Length of Main Chamber 3000 mm 3700 mm 4500 mm
Length of Ante Chamber 1200 mm 1200 mm 1200 mm
Door # 2 3 3
Total Weight 11000 kg. 12000 kg. 13000 kg.
Material 10028 grade steel 10028 grade steel 10028 grade steel
Approval Lloyds Register or Bureau Veritas Lloyds Register or Bureau Veritas Lloyds Register or Bureau Veritas

 

Qty Name Width (mm) Height (mm) Lenght (mm) Weight (Ton) Volume m3
1 Automation Panel 1000 1700 1900 0,25 3,23
1 Pressure Tank (300 lt) 700 2000 700 0,15 0,98
3 Pressure Tank (1000 lt) 900 2200 900 0,35 1,78
1 Chiller Unit 360 900 1350 0,15 0,44
2 Compressor 840 1490 1000 0,35 1,25
1 Dryer 590 118 690 0,67 0,05
3 High Pressure Cylinder 400 1500 400 0,1 0,24
3.2 Ambient Conditions Name Temperature Humidity Altitude Air Quality
Hyperbaric Chamber Between 18 C and 25 C Between %40 rh and %70 rh N/A EN 12021 air standards for breathing
Automation Panel Between -5 C and 45 C Between %20 rh and %90 rh N/A N/A
Pressure Tank (300 lt) Between 18 C and 25 C N/A N/A N/A
Pressure Tank (1000 lt) Between 18 C and 25 C N/A N/A N/A
Chiller Unit Between -5 C and 45 C Between %20 rh and %90 rh 1000 N/A
Compressor Between 3 C and 45 C Between %20 rh and %90 rh 1000 EN 12021 air standards for breathing
Dryer Between 3 C and 45 C Between %20 rh and %90 rh 1000 N/A
High Pressure Cylinders and racks Between -5 C and 45 C N/A N/A N/A

 

 

3.3 Power Supply

Basic requirements

The Chamber is designed in accordance with the conditions for an electrical power supply specified by EN 60204-1 (IEC 60204-1 section 4.3. In the absence of other user-specified conditions, the limits laid down in this standard must be adhered to. The machine requires a symmetrical three-phase power supply. In a symmetrical three-phase supply the phase displacement and voltages are equal for all phases. The machine may only be operated from an earthed TN or TT three-phase supply. Connection to an IT supply is not permitted without taking further measures (earth leak detection, etc.).

The supply cable conductor diameters (copper multi-core) and fusing (slow-blow class gL/gG) are selected according to the German DIN VDE 0100-430 (IEC 60364-4-43 and IEC 60364-4-473) and DIN VDE 0298-4 standards for 30°C ambient temperature and wiring type C.

 

 

4. Spare Part list Part No Part Name Maintenance Period Needs to be Replaced in
Brx.D.05 Door Gaskets 6 months 5 Years
Brx.M.02 Door Hinges 1 Year –
Brx.ML.01-02 Medical Lock doors Hinges 1 Year –
Brx.ML.01.01-02 Medical Lock door Gaskets 6 Months 5 Years
Brx.J.01-02 Chamber Painting 1 Year –
Brx.W.01-02 Viewports 1 Year 10.000 cycles
Brx.S.01 BIBS Demand Regulators 6 Months 5 Years
Brx.S.02 BIBS Exhaust Regulators 1 Months 5 Years
Brx.V.01 Automatic Exhaust Valves 1 Year –
Brx.F.01 Manual Exhaust and Air Valves 1 Year –
Brx.S.01 Seats 1 Year –
Brx.O.01 Light System Lenses 2 Years 10.000 cycles
Brx.O.02 Light System Led 1 Year –
Brx.A.01 Intercom 1 Year –
Brx.G.01 Oxygen Analyzer 6 Months –
Brx.N.01 Oxygen Sensor 6 Months 2 Years
Brx.Nn.02 Check Valves 6 Months 5 Years
Brx.Wi.01 Pressure Sensors 1 Year 10 Years
Brx.Gal.01 Temp. and Humidity Sensors 1 Year 10 Years
Brx.Sa.01 Camera 1 Year –
Brx.Ebm.01 Air Conditioning Fans 1 Year 10 Years
Brx.Nn.01 Radiator 1 Year –
Brx.Br.01 Silencer 6 Months –
Brx.Bu.01 Fire Suppression Cylinders 1 Month –
Brx.Kk.01 Fire Suppression Controls 6 Months –
Brx.Ya.01 Air Tanks 1 Month –

 

5 Chamber Equipments

  1. Eyebolts (MAPA)
  2. Windows (Acrylic glass)
  3. Medical Lock
  4. Camera Windows
  5. Blind Flange
  6. Main Chamber Manual Control Panel
  7. Ante Chamber Manual Control Panel
  8. Doors
  9. Chamber Upper Closing Panels

 

5.1 Eyebolts (MAPA)

These elements are using for chamber transportation. Well placed MAPA providing to exact lift without any unbalanced weight.

 

5.2 Windows (Acrylic glass)

These windows are using for both, visual check and lightening, inside of the chamber. These windows main parts are certified PMMA acrylic. It is important to use for Hyperbaric chamber. Viewports are manufactured from a certified special material called PMMA. It is designed according to ASME PVHO-1 standards. In our system visible angles are 1200.

 

5.3 Medical Lock

Medical Lock of the Chamber provides the transfer of the necessary medicines or equipments to and from the chamber during a treatment session without interruption. Robust design door lock mechanism because there are used super magnets. Medical Lock is equipped with a double secured lock system and the accidental opening of the outer door of the medical lock is prevented when the chamber is pressurized. This secured lock system prevents opening of the other door when one of them is already open. Medical Lock is equipped with a double secured lock system and the accidental opening of the outer door of the medical lock is prevented when the chamber is pressurized. This secured lock system prevents opening of the other door when one of them is already open.

 

5.4 Camera Windows (or internal CCTV Camera)

Those windows are using for CCTV camera monitoring inside of the chamber. These windows main parts is certified PMMA acrylic.

High angle windows used in our products. The visible angle is 1200.

 

5.5 Blind Flange and Spare passages

Those ports installed on the chamber for big passage such as emergency Valves and spare for future passage for the new equipment. Those are welded on the Chamber body and can be machined the Blind flange cover. Additionally spare passages for future installation for cable or piping at least 6 for main chamber, 4 for ante chamber.

 

5.6 Main Chamber Manual Control Panel

In case of fault or depend of operator choose the main chamber can be control from this panel. This panel design for especially for emergency use without electricity. Very low profile control consol and completely separated from ante chamber and main chamber. Manuel control valves are very light using. Bibs gas selection valves are securely design (that valves have secure lock).

 

5.6.1 FSS ALARM FOR MAIN CHAMBER

This equipment designed for the both visual and sound alarm when detect any smoke or UV light inside the main chamber.

 

5.6.2 FSS ACTIVATION VALVE

This valve will open the FSS main valve and water will come to inside around 2 sec under high pressure and flow rate.

 

5.6.3 MAIN CHAMBER DEPTH GAUGE

This gauge will show the main chamber inside pressure level. It is important to use it for following pressurizing level and speed.

 

5.6.4 OXYGEN PRESSURE IN THE SYSTEM

This gauge will show the oxygen pressure level in the supply pipe. This gauge is showing both ante and main chamber bibs system oxygen pressure level.

 

5.6.5 OXYGEN PERCENTAGE IN THE MAIN CHAMBER ENVIRONMENT (OXYGEN ANALYSER)

This ANALYSER will show the oxygen percentage level inside the main chamber environment.

 

5.6.6 MAIN CHAMBER MANUAL COMPRESSION VALVE

The operator can pressurize the main chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

5.6.7 MAIN CHAMBER MANUAL DECOMPRESSION VALVE

The operator can depressurize the main chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

 

5.6.8 BIBS GAS SELECTION (O2&AIR) VALVE

The operator can be select breathing gas from this valve opening (air or oxygen) for each lock of the chamber. So the operator can select the gas even if there is electricity lack. This valve combined with BIBS GAS SELECTION (AUTOMATIC&MANUAL) VALVE. Before use this valve, the operator have to select Manual position. This valve has a lock mechanism for using that valve please open the lock.

 

5.6.9 BIBS GAS SELECTION (AUTOMATIC & MANUAL) VALVE

The operator can be select breathing gas management (AUTOMATIC&MANUAL) for each lock of the chamber. So the operator can select the system even if there is electricity lack. This valve combined with BIBS GAS SELECTION (O2&AIR) VALVE. This valve has a lock mechanism for using that valve please open the lock.

 

 

5.7 Ante Chamber Manual Control Panel

 

5.7.1 FSS ALARM FOR ANTRE CHAMBER

This equipment designed for the both visual and sound alarm when detect any smoke or UV light inside the Ante chamber.

 

5.7.2 FSS ACTIVATION VALVE

This valve will open the FSS main valve and water will come to antre chamber inside around 2 sec under high pressure and flow rate.

 

5.7.3 ANTRE CHAMBER DEPTH GAUGE

This gauge will show the Ante chamber inside pressure level. It is important to use it for following pressurizing level and speed.

 

5.7.4 AIR PRESSURE IN THE SYSTEM

This gauge will show the Air pressure level in the supply pipe.

 

5.7.5 OXYGEN PERCENTAGE IN THE ANTRE CHAMBER ENVIRONMENT (OXYGEN ANALYSER)

This ANALYSER will show the oxygen percentage level inside the Ante chamber environment.

 

5.7.6 ANTRE CHAMBER MANUAL COMPRESSION VALVE

The operator can be pressurize the ante chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

5.7.7 ANTE CHAMBER MANUAL DECOMPRESSION VALVE

The operator can depressurize the ante chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

5.7.8 DRAIN VALVE

This valve installed for draining for the chamber air conditioner condensation water for each lock. There are 3 positions. Operator has to be select right position for which chamber will be drain. In normal conditions the valve has to be keep closed (OFF position). But in case of high humidity level operator can leave it opened directions to pressurizing lock.

 

5.7.9 PILOT AIR VALVE

This valve installed for security of the software system. If there are unwanted compression, decompression or other malfunctions which coming from software, operator can cancel or cut the power of valve control by using

this valve. When turned off this valve all automatic valve will be turn as the standby position and operator can manage the chamber by manually.

 

5.8 Doors

The doors are specially calculated, designed and produced for that project. Doors can be opened fully and to allow easy passage for inside or our side of the chamber. Door windows are exactly same as the windows which mentioned about in this document on section

 

5.9 Windows. Hinges have adjustment screw for the easy working and prevent to pressure leakage. They have 2 needle bearing and 2 conic bearing which oiled with special oil for rich Oxygen environment. Robust design door lock mechanism because there are used super magnets.

 

5.9 Chamber Upper Closing Panels

Those is used just for cosmetics they don’t have any lifting feature.

 

6 Automation

 

6.1 Automation Panel

 

1- Multimedia System

2- Intercom

3- Patient Warning Panel

4- Indicators

5- Air Condition Remote Control Panel

6- Sound power telephone

7- CCTV Monitor Quad

8- CCTV Monitor Spot

9- DVR

10- Software Monitor

11- Software On /Off & Operator Warning Buzzer

12- Main power On/Off & Operator Warning Cancel Button

13- Joysticks Panel

14- Light Control Panel

15- Gas & Environment Control Panel

 

Automation Panel provides control and monitoring of the Hyperbaric Oxygen Treatment Chamber. PC Communication and PLC provide main pressurizing and decompression of the chamber via software. Due to the design of panel it is easy to control and monitor the treatment chamber.

 

6.1.1 Multimedia System

Navitech DTV-8600 (See the producer User Guide) used for main chamber patient entertainment. In the same time Operator can follow the film from onside monitor.

 

6.1.2 Intercom

The AMCOM chamber communication systems are full feature hard wire, two lock communicator systems. The AMCOM II has independent volume controls (operator, inner lock, & outer lock.), as well as separate on/off controls for each lock. Both models are supplied with hand-held microphones, for use by the operator. The 2820A-4003 has the capability of two modes of operation, a simple intercom type operation, or telephone type operation using headsets both inside and outside the chamber. The two modes are known as, 2-wire and/or full duplex (4-wire) communications. The two-wire mode of operation is a simplex type system. The operator monitors the chamber conversations via a talkback speaker mounted on the front panel of the unit. The operator can talk to the occupants by using the hand held microphone, or by using the Push-To-Talk (PTT) switch and speaking into the front panel talk back speaker. Inside the chamber is a talk back speaker, which picks up the sounds within the chamber. When the operator speaks to the chamber, the 2820A-4003 connects the chamber internal speaker to the amplifier output and the operator voice is broadcast to the chamber occupants. All switching operations take place outside the chamber.

The full duplex mode of operation requires the use of two headsets, one for the operator and one for use inside the chamber. Conversations are full duplex, and occur as with a telephone, and do not require the use of the PTT switch. Additional headsets can be used both inside and outside the chamber, allowing several parties to communicate. The system also permits mixed operation, however any mixed operation does require the use of the PTT switch. The PTT switch also provides an over-ride function, operator conversation over-rides occupant. Full duplex is a communications system designed from the “ground-up” to take advantage of the current “state of the art” in semiconductor technology and provide superior communications. The unit operates from 115/230 VAC 50/60 Hz and has internal rechargeable battery back-up. It also can be operated from an external 12 VDC power source. Power Switch Turns unit on/off, applies power to the unit from internal rechargeable batteries or from external source. Speaker Switch ON/OFF. Panel Microphone Condenser microphone to pickup tender voice, it operates when Speaker Switch is ON and PTT Switch is depressed. P.T.T. Switch

Push to Talk Switch enables operator to speak to the occupants of the chamber, used in the 2-wire mode. Push to talk is not required when operating in full duplex (4-wire) mode. In the full duplex mode this switch allows the operator to interrupt all locks with a priority message. Volume Controls control the volume for the operator, adjusts the volume level of the audio originating in the inner and outer locks.

The inherent quality of your solid state AMCOM chamber communicator will provide years of continuous failure-free service, if properly used and maintained.

 

6.1.3 Patient Warning Panel

Patient warning panel designed for chamber insider to warn in any case to operator. There are sound and light which button activated. When the operator recognize the alarm, can check and reset the alarm. Operator can close completely the system.

 

6.1.4 Indicators

Patient warning panel designed for following and monitoring chambers pressure and temperature, O2 system pressure, Air Supply pressure.

* Easy to use by touch screen keypad.

* Display can be Calibrated by this touch screen panel.

* The monitor can be selected between graphic or digit screen completely or time intervals.

* Maximum and minimum measurement values are registered.

* The maximum or the minimum values can be hold on the display.

* Parameter access protection on 3 levels.

 

6.1.5 Air Condition Remote Control Panel

 

6.1.6 Soundpower telephone

Sound Power telephone can serve as emergency communication equipment without any external power supply – 1 unit for main chamber to talk with ante chamber or Operator panel, 1 unit for ante chamber to talk with Main chamber or Operator panel, 1 unit for Operator panel to talk with ante chamber or main chamber.

 

  1. Voice amplifying without power:

Sound power telephone set could carry out loud and clear communication without any external power. It is different from any other telephones with power. This set could send out calling signal only by turning the handle of the generator without any external power DC24V or internal battery.

It could also perform voice-amplified communication more than 10 minutes. The voice is loud and clear and its volume is the same with that of auto telephone.

  1. Noise-proof.
  2. Receiving/sending indication: when the telephone receives calling, it could display the telephone number of the calling party.
  3. System is feed by DC24V so that the handle of generator needn’t be turned for calling in normal conditions.

 

6.1.7 CCTV Monitor & Quad Software Monitor & CCTV Monitor Spot

There are two separate CCTV Monitor – one for each Camera Monitor and the second for Spot changing for each camera.

 

6.1.8 DVR

The DVR system is recording both sound and image from the Chamber cameras. And this equipment allowing the backup system connecting such as USB stick, DVD recording or LAN connections. COMPRESSION FORMAT * Standard H.264 compression with low bit rate and better image quality LIVE SURVEILLANCE * Support HD VGA output * Support channel security by hiding live display * Display the local record state and basic information * Support USB to make full control RECORD MEDIA * Support two SATA HDD to record for a longer time without any limitation BACKUP * Support USB 2.0 devices to backup * Support built-in SATA DVD writer to backup * Support saving recorded files with AVI standard format to a remote computer through internet.

 

RECORD & PLAYBACK * Record modes: Manual, Schedule, Motion detection and Sensor alarm r * Support recycle after HDD full * Resolution, frame rate and picture quality are adjustable * 128MB for every video file packaging * 4 audio channels available * Two record search mode: time search and event search * Support 8/16 screen playback simultaneously * Support deleting and locking the recorded files one by one * Support remote playback in Network Client through LAN or internet recording.

 

ALARM * 1 channel alarm output and 8/16 channel alarm input available * Support schedule for motion detection and sensor alarm * Support pre-recording and post recording * Support linked channels recording once motion or alarm triggered on certain channel * Support linked PTZ preset, auto cruise and track of the corresponding channel.

 

PTZ CONTROL * Support various PTZ protocols * Support 128 PTZ presets and 8 auto cruise tracks * Support remote PTZ control through internet.

 

SECURITY * Customize user right: log search, system setup, two way audio, file management, disk management, remote login, live view, manual record, playback, PTZ control and remote live view * Support 1 administrator and 63 users.

 

6.1.9 Software On /Off & Operator Warning Buzzer

This button is using for On/Off the software computer. when opened the Automation panel from the key wait around 1 minute and press 1 times to this button and see the button lights opened in 5 sec. To close the software computer firstly close all running programs and software from the computer then can use this button or Windows Start menu and Shut Down button. For emergency or locked PC Shut Down please press this button and hold as pressed 10 seconds. When start the computer you can see the windows starting menu in 10 seconds, please don’t press again until completely start windows. If there are no image in 10 seconds on the software monitor, check the monitor is on or not.

Operator warning will activated by software to be sure operator is near the Automation panel. This is triggering every 5 minutes as default but can be changeable from software.

 

6.1.10 Main power On/Off & Operator Warning Cancel Button

Main Power Key designed for the Starting or Shutting of the Automation main Electricity. To start the Automation panel please turn it to open position. For shut down turn it to Off position. In every project Automation have 2 unique keys which producer has not any spare.

Warning reset Button is connected to the software when the software triggered operator alarm you can use this button to Resetting Alarm timer. If software is not in use, this triggering will not be happen.

 

6.1.11 Joysticks Panel

Joysticks and chamber selection button designed for the software. When the software is working and the season started you can shift to manual using from software panel and then you can control pressurizing the compression and decompression and the management of the desired chamber. Joysticks have spring back to position type so that hold it until to desired valve position and when reach desired valve position release it.

 

6.1.12 Light Control Panel

Light control Buttons designed the management of the desired chamber illumination. To lights on desired chamber please turn the belonging button on position.

 

6.1.13 Gas & Environment Control Panel

Climate Fan control Buttons designed the management of the Main chamber cooling or heating fans start. To start chamber fans please press the belonging button ON or HI position. ON position can be used only for main chamber first stage fans and HI ventilation air level Stage II. Bibs Gas Selection Button and Ventilation Button can be use only with Barox software manual using. Auxiliary Buttons can be use independently from the software and main purpose is when the chamber reach 0.3 bar the standard exhaust valves cannot be enough to discharge pressure inside chamber at desired time. The operator can help to software or can do additionally exhaust when desired.

 

6.2 Automation Software for hyperbaric treatments

 

6.2.1 Main Screen

The software Main Screen contains 6 important modules. User can follow everything about the Session on Main screen. This software includes all Languages (English, German, French, Italian, Spanish, Portuguese, Greek, Dansk, Romanian, etc.).

 

6.2.2 Graphic Module

The software has flexible Graphic area. Software can calculate Pressure or Time and draw fit graphic for each session. Software keeps Pressure Values on left vertical side and Time Values on bottom horizontal side. User can trace graphic by mouse also. When mouse hover on graphic area software opens information balloon and give information of pressure and time.

Reference graphic has 2 different colors. Light gray line shows Air and Green line shows Oxygen. During session software draws real pressure and time graphic. During session, White line shows Air and Red line shows Oxygen.

The software provides Oxygen graphics also. Optionally Software may takes Oxygen values from 3 different point (Zone 1, Zone 2and Zone 3) and draw graphics for each of them. Every 6 minutes Oxygen graphics refresh automatically and start from first moment. Oxygen graph shows between 19% – 25% of Oxygen values. If oxygen value will go up or down of limits graphic line color will change on blue to show Oxygen level is not in normal limits.

 

6.2.3 Ventilation Module

The software has 3 steps Easy-to-Use Ventilation. For use ventilation session must be out of compression and decompression. Software enables ventilation module automatically when session access to desired pressure straight level. Then user can change valves for ventilation. First step: User opens only input valve. Then software manage output valve and keep pressure stable.

Second step: User opens only output valve. Then software manage input valve and keep pressure stable.

The third step: The user opens input and output valves together. Then software leave automatic control and user manage pressure.

Note: The user can change output valve till set up value on Setting Screen and input valve can be opened till 30% of output valve.

 

6.2.4 Information and Sensors Modules

User can follow on main screen Selected Profile Information, Main and Ante Chamber Pressure, O2 and rest information of chambers, FIO2 values, Automatic or Manual session information and O2/Air valve information.

 

6.2.5 Buttons

Settings : User can change settings of software, see Data Logs, Patients Records.

 

Create/Edit Profile : User can create new profile or edit an existing profile. If user uses edit option during session, it will not affect Profile while session ends.

 

Select Profile : User can select Profile of Session. Button doesn’t work during Session.

 

Patient Records: User can record Patients of session. Button works when Profile Selected.

 

Close Valves: During session user can use this button to stop valves. Then software doesn’t control valves till click “Continue” button. This button stops valves also in Manual Session.

Note: Close Valves button will change on “Continue” button after pressing.

 

Manual : During session user can go into manual management and then software will not control valves till user click “Automatic” button. Button works only during session.

Note 1: Manual button will change on “Automatic” button after pressing. Note 2: User can’t go Automatic mode if Pressure Difference more than + / – 0.5 msw. User must catch profile firstly.

 

Oxygen: User can choose O2/Air during Manual session. Button works in Manual session and Oxygen level less than 23.5%.

Note: if Oxygen level is more than 23.5% software will ignore all requests of change on O2.

 

Start Profile: Starts profile if there is a selected profile. If not profile selection screen will appear. Button doesn’t work during session.

 

Stop Profile: Stops profile and close all valves. Then user must decompress chamber. Button works during session only.

 

Exit: Close program. If there is session software will stop profile firstly then close itself.

 

6.2.6 Settings

User can set max values of Input Valve, Output Valve, Ventilation, Pressure of Profile, Minutes of Profile and Operator warning Screen time. In Setting Screen there is User Settings, Patient Records, Calibration of FIO2 and O2, and Data Log details. Also user can change Software Language.

 

6.2.7 User Settings

On screen, the user can add new users easily.

6.2.8 Patient Records

User can see previous patient records of session. The user can print out document also and export to PDF file. Patient records screen has easy filter system. User selects year and month then software lists sessions in selected year/month with date and Profile name.

 

6.2.9 Calibrations

The software has easy calibration of FIO2 (Optional) and O2 sensors. User must give 100% Oxygen to FIO2 channels and then press calibration button for each of channel. And for O2 calibration in normal conditions (where O2 is 20.6%) user must press calibration button for O2.

 

6.2.10 Data Logs

User can see previous Data Logs of sessions. User can print out document also and export to PDF file. Data Logs contains also graph of sessions. When press the Data Logs button select file dialog will appear. Then user must choose profile (not Picture File).

 

6.2.11 Create/Edit Profile

User can use this screen for create new profile or edit an existing profile. At same time user can see graphic of Profile steps.

 

6.2.12 Create Profile

User should type a name for new profile. Then user should give Minute, Pressure and Air/O2 parameters. After parameters user can add step into profile. To delete a step user must go list of steps, right click on step which must be deleted and choose “Delete” option. To change step, on list of step user must double click on step. Then up of list user will see old values and “Update” button. User can change parameters and edit step easily.

 

On this screen, the parameters work like that:

Minutes: 15 Pressure: 15 Air/O2:Air -> 15 minutes goes 15 msw in Air.

Minutes: 15 Pressure: 15 Air/O2: O2 -> 15 minutes keep at 15 msw in O2.

Minutes: 15 Pressure: 0 Air/O2: Air -> 15 minutes goes 0 msw in Air.

 

6.2.13 Edit Profile

Firstly user must click “…” button near of Profile name box, then the same with Create Profile Step.

 

6.2.14 Patient Records

For each session user can record patients. To save patients user must choose profile firstly because software will save also profile into records. User can add new patients also via New Patient button on Patient Records Screen. To record patient user must double click to seats and then select which patient. Only nurse seat user must type not from patient list. User can delete patients also from list. To delete patients user must right click on patient and then choose Delete option.

 

7 Chamber internal equipments

 

7.1 Sound Power Telephone (Please see the 6.1.6 in this document)

There are two Sound power telephone as same as the Automation panel to talk between main chamber and ante chamber, main chamber and automation panel, automation panel and ante chamber, or three telephone together.

 

7.2 Seats

Chamber seats are specifically produced for hyperbaric use in accordance with EN14931“Pressure Vessels for Human Occupancy (PVHO) – Multi-place Chambers. The seats are certified oxygen-enriched atmosphere compatible foam suitable for hyperbaric applications (Flame Retardant).

 

7.3 Paint

Inside and outside of the chamber is both painted with certified flame-proof and non-poisonous paint. The paint starts burning at higher temperatures compared to similar products because of its flame proof characteristic, and the burning only occurs locally at the centre of the heat effect and when the heat source is moved away the fire goes out on its own. Moreover steam comes when burning this paint is not harmful for human. By this way harm caused by the steam of paint due to excessive heat is prevented that might be This special Chamber Paint is particularly ordered from an unrivalled manufacturer in world and applied by experts.

 

7.4 Bibs System

The Omega Hyperbaric Oxygen Treatment Chamber has BIBS (Built in Breath System) masks for each patient that provides treatment gas as oxygen or any mixed gas used for treatment. To provide continuous flow, every patient has separate line.

 

7.5 Medicine Cabinet

This Stainless Steel Cabinet installed in the chamber for Medical equipment and first aid kits.

 

7.6 Fire suppression Nozzles

Fire suppression nozzles well calculated and installed for the patient seat and fire risky area. There are two kinds of nozzles one for spraying water at very high flow rate and the second is for rapid air cooling to reach secure temperature level.

 

7.7 FSS Activation Valves

Fire suppression activation valves installed 2 in main chamber and 1 in ante chamber for easy reachable area. All valves release only belonging lock of the chamber. To use it, crack the seal and turn it to release position.

 

7.8 Operator Warning Button

Every seat station has button for warning to operator. When anyone need to help from outside it is enough one press to this button, which installed over the head.

 

7.9 Fire extinguisher & Fire blanked

3 units Fire blanked can be use for small and local fire for use remove blanked from the plastic cover, hold in upright position, place over the fire.

There are 3 Unit Fire extinguishers.

Class A: This is suitable for inside the chamber fires. It is filled with 2 1/2 gallons (9 liters) of pressurized water.

 

7.10 Fire detecting Sensors

There are 3 Unit Fire detectors installed in the each lock(1 for antre, 2 for main). The alarm will be activated only when the sensor detects a flame (ultraviolet rays) in accordance with the detection timer. The 4 following detection times are selectable by a slide switch located on the sensor body.

<0.2 sec., 1 sec., 6 sec., 30 sec.,>

The internal alarm sounder output is greater than 80dB at 3.3ft.(1m) in front of the sensor, and it can be turned off. Equipped with Tamper output.

Sensor is activated can be easily identified by Alarm memory indication. Memory LED on the sensor body blinks for 3 min. and lights on for 47 min. after alarm activation.

 

7.11 Led Lights and Fan Panel

This panel is allowing the very high efficiency air distribution and the lightening. Led Light

 Modules easily joined together to make seamless strip lighting and high efficiency.

 Low maintenance costs thanks to a lifetime of up to 50,000 h

 Simple fixing thanks to mounting holes

 Gently press down the edges of the plastic cover and pull down to open.

 The led board equipped with 14 LEDs each.

 Luminous flux: 700 lm/m

 Color rendering index Ra: 85

 Module efficacy: up to 96 lm/W

 

8 FSS system

Multi-place Hyperbaric Oxygen Treatment Chamber Fire Suppressing System (FSS) is designed and certified according to NFPA-99 (National Fire Protection Association) Article 20. NFPA 99 classifies for the Multi-place hyperbaric Chamber conditions as Class A. Main chamber and ante chamber is equipped by atomizer and spray fog nozzles on FSS pipe. internal spray fog ) that is 1- Water Tank 2- Water Tank 3- High pressure Cylinder 4- Pneumatic Valve 5- Pilot air tank 6- Regulators.

Categorie: Etichetă:

Descriere

Multi-place Hyperbaric chamber

 

1 Introduction

Please find below the Omega Hyperbaric Chamber System which specified at the Technical Part of this document. This document prepared for the standard chamber.

 

2 Chamber Payment method

Payment Method : %60 advance, %30 against Factory acceptance, %10 after against Customer acceptance documents.

Delivery type : FOB

Delivery Time : 3 months.

 

2200 mm diameter, min. 2 Bar working pressure
Multi-place Hyperbaric Chamber could includes:
Ped Certified Hyperbaric Chamber
Ce Certified System
Medical Equipments Connections
Full Automatic Computer Control System
Bechoff Plc System
Certified Software
Well Combined Automatic Valves
Compressed Air Supply System
Kaesser Compressor Sk22
Galvanized Air Tank 2 Unit
Piping,
Regulator
Valves, Safety valves, Manometers and sensors
Fire Extinguishing System
Water Tanks
Stainless Steel Piping Inside The Chamber
Detecting / Activating System (Flame And Smoke Sensors)
3x Hand Held Fire Extinguisher
3x Fire Blanked
Air condition System
Ferroli Chiller System
Chamber Internal Radiator
Control Unit In Control Panel
Climate Panels Inside Chamber
FOB Transport
Onsite Installation + Technical Training

 

Omega stands for Patient Treatment and this is a new type two lock Hyperbaric Treatment chamber which accommodates in main lock and in ante lock. Because of its special shape and size the Omega is spacious enough to allow comfort treatment seasons and easily access. The Omega is designed in such a way that it gives the maximum of space for patient and attendant; but keeping its volume and dimensions and weight to a minimum. Designed for Lounge Comfort because we know the long treatments conditions.

 

3 Technical Specifications

Design Standard 97/43/EEC, 93/42/EEC Capacity 6+2 / 8+2/ 10+2/ 12+2/ 14+2/ 16+2
Test Pressure 3 Bar Operating Pressure minim 2Bar

 

3.1 Weight and dimensions

6+2 8+2 10+2
Main Chamber Capacity 6 Person 8 Person 10 person
Ante Chamber Capacity 2 person 2 person 2 person
Overall Length 4600 mm 5300 mm 6100 mm
Overall Width 2220 mm 2220 mm 2220 mm
Overall Height 2300 mm 2300 mm 2300 mm
Internal Diameter of Chamber 2200 mm 2200 mm 2200 mm
Door opening 700 x 1700 mm 700 x 1700 mm 700 x 1700 mm
Length of Main Chamber 3000 mm 3700 mm 4500 mm
Length of Ante Chamber 1200 mm 1200 mm 1200 mm
Door # 2 3 3
Total Weight 11000 kg. 12000 kg. 13000 kg.
Material 10028 grade steel 10028 grade steel 10028 grade steel
Approval Lloyds Register or Bureau Veritas Lloyds Register or Bureau Veritas Lloyds Register or Bureau Veritas

 

Qty Name Width (mm) Height (mm) Lenght (mm) Weight (Ton) Volume m3
1 Automation Panel 1000 1700 1900 0,25 3,23
1 Pressure Tank (300 lt) 700 2000 700 0,15 0,98
3 Pressure Tank (1000 lt) 900 2200 900 0,35 1,78
1 Chiller Unit 360 900 1350 0,15 0,44
2 Compressor 840 1490 1000 0,35 1,25
1 Dryer 590 118 690 0,67 0,05
3 High Pressure Cylinder 400 1500 400 0,1 0,24
3.2 Ambient Conditions Name Temperature Humidity Altitude Air Quality
Hyperbaric Chamber Between 18 C and 25 C Between %40 rh and %70 rh N/A EN 12021 air standards for breathing
Automation Panel Between -5 C and 45 C Between %20 rh and %90 rh N/A N/A
Pressure Tank (300 lt) Between 18 C and 25 C N/A N/A N/A
Pressure Tank (1000 lt) Between 18 C and 25 C N/A N/A N/A
Chiller Unit Between -5 C and 45 C Between %20 rh and %90 rh 1000 N/A
Compressor Between 3 C and 45 C Between %20 rh and %90 rh 1000 EN 12021 air standards for breathing
Dryer Between 3 C and 45 C Between %20 rh and %90 rh 1000 N/A
High Pressure Cylinders and racks Between -5 C and 45 C N/A N/A N/A

 

 

3.3 Power Supply

Basic requirements

The Chamber is designed in accordance with the conditions for an electrical power supply specified by EN 60204-1 (IEC 60204-1 section 4.3. In the absence of other user-specified conditions, the limits laid down in this standard must be adhered to. The machine requires a symmetrical three-phase power supply. In a symmetrical three-phase supply the phase displacement and voltages are equal for all phases. The machine may only be operated from an earthed TN or TT three-phase supply. Connection to an IT supply is not permitted without taking further measures (earth leak detection, etc.).

The supply cable conductor diameters (copper multi-core) and fusing (slow-blow class gL/gG) are selected according to the German DIN VDE 0100-430 (IEC 60364-4-43 and IEC 60364-4-473) and DIN VDE 0298-4 standards for 30°C ambient temperature and wiring type C.

 

 

4. Spare Part list Part No Part Name Maintenance Period Needs to be Replaced in
Brx.D.05 Door Gaskets 6 months 5 Years
Brx.M.02 Door Hinges 1 Year –
Brx.ML.01-02 Medical Lock doors Hinges 1 Year –
Brx.ML.01.01-02 Medical Lock door Gaskets 6 Months 5 Years
Brx.J.01-02 Chamber Painting 1 Year –
Brx.W.01-02 Viewports 1 Year 10.000 cycles
Brx.S.01 BIBS Demand Regulators 6 Months 5 Years
Brx.S.02 BIBS Exhaust Regulators 1 Months 5 Years
Brx.V.01 Automatic Exhaust Valves 1 Year –
Brx.F.01 Manual Exhaust and Air Valves 1 Year –
Brx.S.01 Seats 1 Year –
Brx.O.01 Light System Lenses 2 Years 10.000 cycles
Brx.O.02 Light System Led 1 Year –
Brx.A.01 Intercom 1 Year –
Brx.G.01 Oxygen Analyzer 6 Months –
Brx.N.01 Oxygen Sensor 6 Months 2 Years
Brx.Nn.02 Check Valves 6 Months 5 Years
Brx.Wi.01 Pressure Sensors 1 Year 10 Years
Brx.Gal.01 Temp. and Humidity Sensors 1 Year 10 Years
Brx.Sa.01 Camera 1 Year –
Brx.Ebm.01 Air Conditioning Fans 1 Year 10 Years
Brx.Nn.01 Radiator 1 Year –
Brx.Br.01 Silencer 6 Months –
Brx.Bu.01 Fire Suppression Cylinders 1 Month –
Brx.Kk.01 Fire Suppression Controls 6 Months –
Brx.Ya.01 Air Tanks 1 Month –

 

5 Chamber Equipments

  1. Eyebolts (MAPA)
  2. Windows (Acrylic glass)
  3. Medical Lock
  4. Camera Windows
  5. Blind Flange
  6. Main Chamber Manual Control Panel
  7. Ante Chamber Manual Control Panel
  8. Doors
  9. Chamber Upper Closing Panels

 

5.1 Eyebolts (MAPA)

These elements are using for chamber transportation. Well placed MAPA providing to exact lift without any unbalanced weight.

 

5.2 Windows (Acrylic glass)

These windows are using for both, visual check and lightening, inside of the chamber. These windows main parts are certified PMMA acrylic. It is important to use for Hyperbaric chamber. Viewports are manufactured from a certified special material called PMMA. It is designed according to ASME PVHO-1 standards. In our system visible angles are 1200.

 

5.3 Medical Lock

Medical Lock of the Chamber provides the transfer of the necessary medicines or equipments to and from the chamber during a treatment session without interruption. Robust design door lock mechanism because there are used super magnets. Medical Lock is equipped with a double secured lock system and the accidental opening of the outer door of the medical lock is prevented when the chamber is pressurized. This secured lock system prevents opening of the other door when one of them is already open. Medical Lock is equipped with a double secured lock system and the accidental opening of the outer door of the medical lock is prevented when the chamber is pressurized. This secured lock system prevents opening of the other door when one of them is already open.

 

5.4 Camera Windows (or internal CCTV Camera)

Those windows are using for CCTV camera monitoring inside of the chamber. These windows main parts is certified PMMA acrylic.

High angle windows used in our products. The visible angle is 1200.

 

5.5 Blind Flange and Spare passages

Those ports installed on the chamber for big passage such as emergency Valves and spare for future passage for the new equipment. Those are welded on the Chamber body and can be machined the Blind flange cover. Additionally spare passages for future installation for cable or piping at least 6 for main chamber, 4 for ante chamber.

 

5.6 Main Chamber Manual Control Panel

In case of fault or depend of operator choose the main chamber can be control from this panel. This panel design for especially for emergency use without electricity. Very low profile control consol and completely separated from ante chamber and main chamber. Manuel control valves are very light using. Bibs gas selection valves are securely design (that valves have secure lock).

 

5.6.1 FSS ALARM FOR MAIN CHAMBER

This equipment designed for the both visual and sound alarm when detect any smoke or UV light inside the main chamber.

 

5.6.2 FSS ACTIVATION VALVE

This valve will open the FSS main valve and water will come to inside around 2 sec under high pressure and flow rate.

 

5.6.3 MAIN CHAMBER DEPTH GAUGE

This gauge will show the main chamber inside pressure level. It is important to use it for following pressurizing level and speed.

 

5.6.4 OXYGEN PRESSURE IN THE SYSTEM

This gauge will show the oxygen pressure level in the supply pipe. This gauge is showing both ante and main chamber bibs system oxygen pressure level.

 

5.6.5 OXYGEN PERCENTAGE IN THE MAIN CHAMBER ENVIRONMENT (OXYGEN ANALYSER)

This ANALYSER will show the oxygen percentage level inside the main chamber environment.

 

5.6.6 MAIN CHAMBER MANUAL COMPRESSION VALVE

The operator can pressurize the main chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

5.6.7 MAIN CHAMBER MANUAL DECOMPRESSION VALVE

The operator can depressurize the main chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

 

5.6.8 BIBS GAS SELECTION (O2&AIR) VALVE

The operator can be select breathing gas from this valve opening (air or oxygen) for each lock of the chamber. So the operator can select the gas even if there is electricity lack. This valve combined with BIBS GAS SELECTION (AUTOMATIC&MANUAL) VALVE. Before use this valve, the operator have to select Manual position. This valve has a lock mechanism for using that valve please open the lock.

 

5.6.9 BIBS GAS SELECTION (AUTOMATIC & MANUAL) VALVE

The operator can be select breathing gas management (AUTOMATIC&MANUAL) for each lock of the chamber. So the operator can select the system even if there is electricity lack. This valve combined with BIBS GAS SELECTION (O2&AIR) VALVE. This valve has a lock mechanism for using that valve please open the lock.

 

 

5.7 Ante Chamber Manual Control Panel

 

5.7.1 FSS ALARM FOR ANTRE CHAMBER

This equipment designed for the both visual and sound alarm when detect any smoke or UV light inside the Ante chamber.

 

5.7.2 FSS ACTIVATION VALVE

This valve will open the FSS main valve and water will come to antre chamber inside around 2 sec under high pressure and flow rate.

 

5.7.3 ANTRE CHAMBER DEPTH GAUGE

This gauge will show the Ante chamber inside pressure level. It is important to use it for following pressurizing level and speed.

 

5.7.4 AIR PRESSURE IN THE SYSTEM

This gauge will show the Air pressure level in the supply pipe.

 

5.7.5 OXYGEN PERCENTAGE IN THE ANTRE CHAMBER ENVIRONMENT (OXYGEN ANALYSER)

This ANALYSER will show the oxygen percentage level inside the Ante chamber environment.

 

5.7.6 ANTRE CHAMBER MANUAL COMPRESSION VALVE

The operator can be pressurize the ante chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

5.7.7 ANTE CHAMBER MANUAL DECOMPRESSION VALVE

The operator can depressurize the ante chamber from this valve opening. This is the proportional valve. So the operator can adjust the flow rate even if there is electricity lack.

 

5.7.8 DRAIN VALVE

This valve installed for draining for the chamber air conditioner condensation water for each lock. There are 3 positions. Operator has to be select right position for which chamber will be drain. In normal conditions the valve has to be keep closed (OFF position). But in case of high humidity level operator can leave it opened directions to pressurizing lock.

 

5.7.9 PILOT AIR VALVE

This valve installed for security of the software system. If there are unwanted compression, decompression or other malfunctions which coming from software, operator can cancel or cut the power of valve control by using

this valve. When turned off this valve all automatic valve will be turn as the standby position and operator can manage the chamber by manually.

 

5.8 Doors

The doors are specially calculated, designed and produced for that project. Doors can be opened fully and to allow easy passage for inside or our side of the chamber. Door windows are exactly same as the windows which mentioned about in this document on section

 

5.9 Windows. Hinges have adjustment screw for the easy working and prevent to pressure leakage. They have 2 needle bearing and 2 conic bearing which oiled with special oil for rich Oxygen environment. Robust design door lock mechanism because there are used super magnets.

 

5.9 Chamber Upper Closing Panels

Those is used just for cosmetics they don’t have any lifting feature.

 

6 Automation

 

6.1 Automation Panel

 

1- Multimedia System

2- Intercom

3- Patient Warning Panel

4- Indicators

5- Air Condition Remote Control Panel

6- Sound power telephone

7- CCTV Monitor Quad

8- CCTV Monitor Spot

9- DVR

10- Software Monitor

11- Software On /Off & Operator Warning Buzzer

12- Main power On/Off & Operator Warning Cancel Button

13- Joysticks Panel

14- Light Control Panel

15- Gas & Environment Control Panel

 

Automation Panel provides control and monitoring of the Hyperbaric Oxygen Treatment Chamber. PC Communication and PLC provide main pressurizing and decompression of the chamber via software. Due to the design of panel it is easy to control and monitor the treatment chamber.

 

6.1.1 Multimedia System

Navitech DTV-8600 (See the producer User Guide) used for main chamber patient entertainment. In the same time Operator can follow the film from onside monitor.

 

6.1.2 Intercom

The AMCOM chamber communication systems are full feature hard wire, two lock communicator systems. The AMCOM II has independent volume controls (operator, inner lock, & outer lock.), as well as separate on/off controls for each lock. Both models are supplied with hand-held microphones, for use by the operator. The 2820A-4003 has the capability of two modes of operation, a simple intercom type operation, or telephone type operation using headsets both inside and outside the chamber. The two modes are known as, 2-wire and/or full duplex (4-wire) communications. The two-wire mode of operation is a simplex type system. The operator monitors the chamber conversations via a talkback speaker mounted on the front panel of the unit. The operator can talk to the occupants by using the hand held microphone, or by using the Push-To-Talk (PTT) switch and speaking into the front panel talk back speaker. Inside the chamber is a talk back speaker, which picks up the sounds within the chamber. When the operator speaks to the chamber, the 2820A-4003 connects the chamber internal speaker to the amplifier output and the operator voice is broadcast to the chamber occupants. All switching operations take place outside the chamber.

The full duplex mode of operation requires the use of two headsets, one for the operator and one for use inside the chamber. Conversations are full duplex, and occur as with a telephone, and do not require the use of the PTT switch. Additional headsets can be used both inside and outside the chamber, allowing several parties to communicate. The system also permits mixed operation, however any mixed operation does require the use of the PTT switch. The PTT switch also provides an over-ride function, operator conversation over-rides occupant. Full duplex is a communications system designed from the “ground-up” to take advantage of the current “state of the art” in semiconductor technology and provide superior communications. The unit operates from 115/230 VAC 50/60 Hz and has internal rechargeable battery back-up. It also can be operated from an external 12 VDC power source. Power Switch Turns unit on/off, applies power to the unit from internal rechargeable batteries or from external source. Speaker Switch ON/OFF. Panel Microphone Condenser microphone to pickup tender voice, it operates when Speaker Switch is ON and PTT Switch is depressed. P.T.T. Switch

Push to Talk Switch enables operator to speak to the occupants of the chamber, used in the 2-wire mode. Push to talk is not required when operating in full duplex (4-wire) mode. In the full duplex mode this switch allows the operator to interrupt all locks with a priority message. Volume Controls control the volume for the operator, adjusts the volume level of the audio originating in the inner and outer locks.

The inherent quality of your solid state AMCOM chamber communicator will provide years of continuous failure-free service, if properly used and maintained.

 

6.1.3 Patient Warning Panel

Patient warning panel designed for chamber insider to warn in any case to operator. There are sound and light which button activated. When the operator recognize the alarm, can check and reset the alarm. Operator can close completely the system.

 

6.1.4 Indicators

Patient warning panel designed for following and monitoring chambers pressure and temperature, O2 system pressure, Air Supply pressure.

* Easy to use by touch screen keypad.

* Display can be Calibrated by this touch screen panel.

* The monitor can be selected between graphic or digit screen completely or time intervals.

* Maximum and minimum measurement values are registered.

* The maximum or the minimum values can be hold on the display.

* Parameter access protection on 3 levels.

 

6.1.5 Air Condition Remote Control Panel

 

6.1.6 Soundpower telephone

Sound Power telephone can serve as emergency communication equipment without any external power supply – 1 unit for main chamber to talk with ante chamber or Operator panel, 1 unit for ante chamber to talk with Main chamber or Operator panel, 1 unit for Operator panel to talk with ante chamber or main chamber.

 

  1. Voice amplifying without power:

Sound power telephone set could carry out loud and clear communication without any external power. It is different from any other telephones with power. This set could send out calling signal only by turning the handle of the generator without any external power DC24V or internal battery.

It could also perform voice-amplified communication more than 10 minutes. The voice is loud and clear and its volume is the same with that of auto telephone.

  1. Noise-proof.
  2. Receiving/sending indication: when the telephone receives calling, it could display the telephone number of the calling party.
  3. System is feed by DC24V so that the handle of generator needn’t be turned for calling in normal conditions.

 

6.1.7 CCTV Monitor & Quad Software Monitor & CCTV Monitor Spot

There are two separate CCTV Monitor – one for each Camera Monitor and the second for Spot changing for each camera.

 

6.1.8 DVR

The DVR system is recording both sound and image from the Chamber cameras. And this equipment allowing the backup system connecting such as USB stick, DVD recording or LAN connections. COMPRESSION FORMAT * Standard H.264 compression with low bit rate and better image quality LIVE SURVEILLANCE * Support HD VGA output * Support channel security by hiding live display * Display the local record state and basic information * Support USB to make full control RECORD MEDIA * Support two SATA HDD to record for a longer time without any limitation BACKUP * Support USB 2.0 devices to backup * Support built-in SATA DVD writer to backup * Support saving recorded files with AVI standard format to a remote computer through internet.

 

RECORD & PLAYBACK * Record modes: Manual, Schedule, Motion detection and Sensor alarm r * Support recycle after HDD full * Resolution, frame rate and picture quality are adjustable * 128MB for every video file packaging * 4 audio channels available * Two record search mode: time search and event search * Support 8/16 screen playback simultaneously * Support deleting and locking the recorded files one by one * Support remote playback in Network Client through LAN or internet recording.

 

ALARM * 1 channel alarm output and 8/16 channel alarm input available * Support schedule for motion detection and sensor alarm * Support pre-recording and post recording * Support linked channels recording once motion or alarm triggered on certain channel * Support linked PTZ preset, auto cruise and track of the corresponding channel.

 

PTZ CONTROL * Support various PTZ protocols * Support 128 PTZ presets and 8 auto cruise tracks * Support remote PTZ control through internet.

 

SECURITY * Customize user right: log search, system setup, two way audio, file management, disk management, remote login, live view, manual record, playback, PTZ control and remote live view * Support 1 administrator and 63 users.

 

6.1.9 Software On /Off & Operator Warning Buzzer

This button is using for On/Off the software computer. when opened the Automation panel from the key wait around 1 minute and press 1 times to this button and see the button lights opened in 5 sec. To close the software computer firstly close all running programs and software from the computer then can use this button or Windows Start menu and Shut Down button. For emergency or locked PC Shut Down please press this button and hold as pressed 10 seconds. When start the computer you can see the windows starting menu in 10 seconds, please don’t press again until completely start windows. If there are no image in 10 seconds on the software monitor, check the monitor is on or not.

Operator warning will activated by software to be sure operator is near the Automation panel. This is triggering every 5 minutes as default but can be changeable from software.

 

6.1.10 Main power On/Off & Operator Warning Cancel Button

Main Power Key designed for the Starting or Shutting of the Automation main Electricity. To start the Automation panel please turn it to open position. For shut down turn it to Off position. In every project Automation have 2 unique keys which producer has not any spare.

Warning reset Button is connected to the software when the software triggered operator alarm you can use this button to Resetting Alarm timer. If software is not in use, this triggering will not be happen.

 

6.1.11 Joysticks Panel

Joysticks and chamber selection button designed for the software. When the software is working and the season started you can shift to manual using from software panel and then you can control pressurizing the compression and decompression and the management of the desired chamber. Joysticks have spring back to position type so that hold it until to desired valve position and when reach desired valve position release it.

 

6.1.12 Light Control Panel

Light control Buttons designed the management of the desired chamber illumination. To lights on desired chamber please turn the belonging button on position.

 

6.1.13 Gas & Environment Control Panel

Climate Fan control Buttons designed the management of the Main chamber cooling or heating fans start. To start chamber fans please press the belonging button ON or HI position. ON position can be used only for main chamber first stage fans and HI ventilation air level Stage II. Bibs Gas Selection Button and Ventilation Button can be use only with Barox software manual using. Auxiliary Buttons can be use independently from the software and main purpose is when the chamber reach 0.3 bar the standard exhaust valves cannot be enough to discharge pressure inside chamber at desired time. The operator can help to software or can do additionally exhaust when desired.

 

6.2 Automation Software for hyperbaric treatments

 

6.2.1 Main Screen

The software Main Screen contains 6 important modules. User can follow everything about the Session on Main screen. This software includes all Languages (English, German, French, Italian, Spanish, Portuguese, Greek, Dansk, Romanian, etc.).

 

6.2.2 Graphic Module

The software has flexible Graphic area. Software can calculate Pressure or Time and draw fit graphic for each session. Software keeps Pressure Values on left vertical side and Time Values on bottom horizontal side. User can trace graphic by mouse also. When mouse hover on graphic area software opens information balloon and give information of pressure and time.

Reference graphic has 2 different colors. Light gray line shows Air and Green line shows Oxygen. During session software draws real pressure and time graphic. During session, White line shows Air and Red line shows Oxygen.

The software provides Oxygen graphics also. Optionally Software may takes Oxygen values from 3 different point (Zone 1, Zone 2and Zone 3) and draw graphics for each of them. Every 6 minutes Oxygen graphics refresh automatically and start from first moment. Oxygen graph shows between 19% – 25% of Oxygen values. If oxygen value will go up or down of limits graphic line color will change on blue to show Oxygen level is not in normal limits.

 

6.2.3 Ventilation Module

The software has 3 steps Easy-to-Use Ventilation. For use ventilation session must be out of compression and decompression. Software enables ventilation module automatically when session access to desired pressure straight level. Then user can change valves for ventilation. First step: User opens only input valve. Then software manage output valve and keep pressure stable.

Second step: User opens only output valve. Then software manage input valve and keep pressure stable.

The third step: The user opens input and output valves together. Then software leave automatic control and user manage pressure.

Note: The user can change output valve till set up value on Setting Screen and input valve can be opened till 30% of output valve.

 

6.2.4 Information and Sensors Modules

User can follow on main screen Selected Profile Information, Main and Ante Chamber Pressure, O2 and rest information of chambers, FIO2 values, Automatic or Manual session information and O2/Air valve information.

 

6.2.5 Buttons

Settings : User can change settings of software, see Data Logs, Patients Records.

 

Create/Edit Profile : User can create new profile or edit an existing profile. If user uses edit option during session, it will not affect Profile while session ends.

 

Select Profile : User can select Profile of Session. Button doesn’t work during Session.

 

Patient Records: User can record Patients of session. Button works when Profile Selected.

 

Close Valves: During session user can use this button to stop valves. Then software doesn’t control valves till click “Continue” button. This button stops valves also in Manual Session.

Note: Close Valves button will change on “Continue” button after pressing.

 

Manual : During session user can go into manual management and then software will not control valves till user click “Automatic” button. Button works only during session.

Note 1: Manual button will change on “Automatic” button after pressing. Note 2: User can’t go Automatic mode if Pressure Difference more than + / – 0.5 msw. User must catch profile firstly.

 

Oxygen: User can choose O2/Air during Manual session. Button works in Manual session and Oxygen level less than 23.5%.

Note: if Oxygen level is more than 23.5% software will ignore all requests of change on O2.

 

Start Profile: Starts profile if there is a selected profile. If not profile selection screen will appear. Button doesn’t work during session.

 

Stop Profile: Stops profile and close all valves. Then user must decompress chamber. Button works during session only.

 

Exit: Close program. If there is session software will stop profile firstly then close itself.

 

6.2.6 Settings

User can set max values of Input Valve, Output Valve, Ventilation, Pressure of Profile, Minutes of Profile and Operator warning Screen time. In Setting Screen there is User Settings, Patient Records, Calibration of FIO2 and O2, and Data Log details. Also user can change Software Language.

 

6.2.7 User Settings

On screen, the user can add new users easily.

6.2.8 Patient Records

User can see previous patient records of session. The user can print out document also and export to PDF file. Patient records screen has easy filter system. User selects year and month then software lists sessions in selected year/month with date and Profile name.

 

6.2.9 Calibrations

The software has easy calibration of FIO2 (Optional) and O2 sensors. User must give 100% Oxygen to FIO2 channels and then press calibration button for each of channel. And for O2 calibration in normal conditions (where O2 is 20.6%) user must press calibration button for O2.

 

6.2.10 Data Logs

User can see previous Data Logs of sessions. User can print out document also and export to PDF file. Data Logs contains also graph of sessions. When press the Data Logs button select file dialog will appear. Then user must choose profile (not Picture File).

 

6.2.11 Create/Edit Profile

User can use this screen for create new profile or edit an existing profile. At same time user can see graphic of Profile steps.

 

6.2.12 Create Profile

User should type a name for new profile. Then user should give Minute, Pressure and Air/O2 parameters. After parameters user can add step into profile. To delete a step user must go list of steps, right click on step which must be deleted and choose “Delete” option. To change step, on list of step user must double click on step. Then up of list user will see old values and “Update” button. User can change parameters and edit step easily.

 

On this screen, the parameters work like that:

Minutes: 15 Pressure: 15 Air/O2:Air -> 15 minutes goes 15 msw in Air.

Minutes: 15 Pressure: 15 Air/O2: O2 -> 15 minutes keep at 15 msw in O2.

Minutes: 15 Pressure: 0 Air/O2: Air -> 15 minutes goes 0 msw in Air.

 

6.2.13 Edit Profile

Firstly user must click “…” button near of Profile name box, then the same with Create Profile Step.

 

6.2.14 Patient Records

For each session user can record patients. To save patients user must choose profile firstly because software will save also profile into records. User can add new patients also via New Patient button on Patient Records Screen. To record patient user must double click to seats and then select which patient. Only nurse seat user must type not from patient list. User can delete patients also from list. To delete patients user must right click on patient and then choose Delete option.

 

7 Chamber internal equipments

 

7.1 Sound Power Telephone (Please see the 6.1.6 in this document)

There are two Sound power telephone as same as the Automation panel to talk between main chamber and ante chamber, main chamber and automation panel, automation panel and ante chamber, or three telephone together.

 

7.2 Seats

Chamber seats are specifically produced for hyperbaric use in accordance with EN14931“Pressure Vessels for Human Occupancy (PVHO) – Multi-place Chambers. The seats are certified oxygen-enriched atmosphere compatible foam suitable for hyperbaric applications (Flame Retardant).

 

7.3 Paint

Inside and outside of the chamber is both painted with certified flame-proof and non-poisonous paint. The paint starts burning at higher temperatures compared to similar products because of its flame proof characteristic, and the burning only occurs locally at the centre of the heat effect and when the heat source is moved away the fire goes out on its own. Moreover steam comes when burning this paint is not harmful for human. By this way harm caused by the steam of paint due to excessive heat is prevented that might be This special Chamber Paint is particularly ordered from an unrivalled manufacturer in world and applied by experts.

 

7.4 Bibs System

The Omega Hyperbaric Oxygen Treatment Chamber has BIBS (Built in Breath System) masks for each patient that provides treatment gas as oxygen or any mixed gas used for treatment. To provide continuous flow, every patient has separate line.

 

7.5 Medicine Cabinet

This Stainless Steel Cabinet installed in the chamber for Medical equipment and first aid kits.

 

7.6 Fire suppression Nozzles

Fire suppression nozzles well calculated and installed for the patient seat and fire risky area. There are two kinds of nozzles one for spraying water at very high flow rate and the second is for rapid air cooling to reach secure temperature level.

 

7.7 FSS Activation Valves

Fire suppression activation valves installed 2 in main chamber and 1 in ante chamber for easy reachable area. All valves release only belonging lock of the chamber. To use it, crack the seal and turn it to release position.

 

7.8 Operator Warning Button

Every seat station has button for warning to operator. When anyone need to help from outside it is enough one press to this button, which installed over the head.

 

7.9 Fire extinguisher & Fire blanked

3 units Fire blanked can be use for small and local fire for use remove blanked from the plastic cover, hold in upright position, place over the fire.

There are 3 Unit Fire extinguishers.

Class A: This is suitable for inside the chamber fires. It is filled with 2 1/2 gallons (9 liters) of pressurized water.

 

7.10 Fire detecting Sensors

There are 3 Unit Fire detectors installed in the each lock(1 for antre, 2 for main). The alarm will be activated only when the sensor detects a flame (ultraviolet rays) in accordance with the detection timer. The 4 following detection times are selectable by a slide switch located on the sensor body.

<0.2 sec., 1 sec., 6 sec., 30 sec.,>

The internal alarm sounder output is greater than 80dB at 3.3ft.(1m) in front of the sensor, and it can be turned off. Equipped with Tamper output.

Sensor is activated can be easily identified by Alarm memory indication. Memory LED on the sensor body blinks for 3 min. and lights on for 47 min. after alarm activation.

 

7.11 Led Lights and Fan Panel

This panel is allowing the very high efficiency air distribution and the lightening. Led Light

 Modules easily joined together to make seamless strip lighting and high efficiency.

 Low maintenance costs thanks to a lifetime of up to 50,000 h

 Simple fixing thanks to mounting holes

 Gently press down the edges of the plastic cover and pull down to open.

 The led board equipped with 14 LEDs each.

 Luminous flux: 700 lm/m

 Color rendering index Ra: 85

 Module efficacy: up to 96 lm/W

 

8 FSS system

Multi-place Hyperbaric Oxygen Treatment Chamber Fire Suppressing System (FSS) is designed and certified according to NFPA-99 (National Fire Protection Association) Article 20. NFPA 99 classifies for the Multi-place hyperbaric Chamber conditions as Class A. Main chamber and ante chamber is equipped by atomizer and spray fog nozzles on FSS pipe. internal spray fog ) that is 1- Water Tank 2- Water Tank 3- High pressure Cylinder 4- Pneumatic Valve 5- Pilot air tank 6- Regulators.

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