1.- DESCRIPTION DIMENSIONS AND VOLUMES

1.1 DESCRIPTION
• The Hyperbaric Chamber OXICAB MO-13 is a chamber of the monoplace type, designed for 
medical treatments (therapies) of hyperbaric oxygenation in controlled conditions, in an 
atmosphere of medical oxygen at pressures up to 3 ATA. 
• The Hyperbaric Chamber OXICAB MO-13 is a pressure vessel made of special steel, with 
horizontal cylindrical structure, with transparent acrylic tube section of 1,300 mm long and 900 
mm. diameter, made of one single piece without seams or glue that allows the patient full 
visibility to the outside, reducing the feeling of confinement and providing comfort for its interior 
space.
• All the equipment, parts and pieces used in the manufacturing process are designated, certified 
and approved for its use especially in a hyperbaric atmosphere.
• Upon request of the customer, this model can be made with pressurization system with 
compressed breathing air and oxygen supply by mask.
1.2 DIMENTIONS AND MEASURES
• Material: Special Steel according to the ASME PVHO standard.
• Maximum treatment pressure: 3 ATA
• Pressurization with oxygen
• Material: Two sections, one of special steel and other acrylic tube.
• Exterior Diameter: 900 mm.
• Interior Diameter: 820 mm.
• Length of the acrylic tube section: 1300 mm.
• Length of the Steel section: 900 mm. 
• Overall exterior length: 2,600 mm. 
• Total height: 1,440 mm.
• Total width: 1,070 mm. 
• Total volume: 1,6 m3
.
• Approximated weight: 1,300 kg.
• Maximum working pressure: 3 ATA.
• Width of the stretcher: 700 mm. 
• Length of the stretcher: 2,130 Mts

2.- TECHNICAL FEATURES
2.1. The Hyperbaric Chamber OXICAB MO-13 is designed to attend one single patient.
2.2 Considering the amplitude of the stretcher width, in this chamber model, is feasible to treat a child 
accompanied by a parent, comfortably.
2.3 The control panel of the equipment is installed laterally, attached to the steel structure of the chamber.
2.4 This panel contains all the equipment commands, gauges, operation valves, emergency valves, intercom, 
etc… for the full operation of the equipment.
2.5 The control panels can be placed either to the left or right side of the steel tank according to the needs of 
the customer, allowing in the case of a clinic or hospital to have two chambers for example, requested one 
with left and the other with right panel, so that one single person can operate the two chambers
simultaneously.
2.6 The patient enters into the chamber in a comfortable telescopic and reclining stretcher of 750 mm wide.
2.7 This stretcher comes completely out of the chamber and allows the patients to enter very comfortable to the 
hyperbaric chamber.
2.8 Being telescopic, once the patient is lying on the stretcher, it softly slide and get inside of the chamber 
through a special telescopic system. This allows the stretcher to be always stored inside the chamber and 
doesn't take up any extra space in the barosala.
2.9 When the patient enters into the hyperbaric chamber, a special antistatic bracelet is placed in his wrist to 
give more security regarding the static charges in cities of dry weather.
2.10 Special medical penetrators are installed in the door of the chamber to allow the customer to put 
hyperbaric medical equipment in an optional way.
2.11 A special penetrator T-COM type of 1 inch is also placed in the door of the chamber to allow the 
placement of a transcutaneous oxygen monitor.
2.12 In the door of the monoplace hyperbaric chamber there is installed a security system for oxygen blockage, 
which doesn't allow this gas to enter to the pressurization system while the door of the chamber remains 
open.
2.13 This way we make sure that the oxygen doesn't contaminate the barosala because of a bad operation of 
the commands of the chamber while the door is open.
2.14 Double security device (One pneumatic and one mechanic) is also installed in the chamber door to block 
the opening while the chamber is pressurized.
2.15 A communication system (hands-free) between the patient and the operator of the chamber is supplied 
with the equipment to allow the constant communication with the patient.
2.16 A security or relief valve comes installed in the equipment and is automatically activated in the case of a 
not allowed overpressure inside the chamber.
2.17 An indicator of the internal temperature and humidity is installed in the control panel to continuously 
measure these two parameters.
2.18 An indicator of treatment time (Timer) is installed in the control panel to control the treatment time of the 
patients.
2.19 A special connection for the equipment grounding is installed on the back leg of the support system of the 
equipment.
2.20 A special holder or external arm is installed on the upper steel turnbuckles bars of the equipment to allow 
placement of a flat screen TV to entertain patients.
2.21 The exterior paint of the chamber is polyurethane type and includes anticorrosive scheme. 
2.22 The interior paint of the chamber is a special fireproof paint and food grade for human use called Jet Pox 
2000 of CPP.
2.23 Efficient noise reducers (Silencers) for the pressurization and depressurization are located inside the 
chamber avoiding annoying sounds for the patients.
2.24 The Certifying Authority of our hyperbaric chambers is the International Company INSPECTORATE, from 
the BUERAU VERITAS group

3. MEDICAL OXYGEN SYSTEM
3.1 Our Monoplace Hyperbaric Chamber MO-13 is pressurized with breathable medical oxygen for human 
use.
3.2 This allows the patients breathe pure oxygen during the whole treatment without any mask.
3.3 The cylinders and the whole system of oxygen supply external to the chamber must be provided by the 
customer with a local supplier of this gas.
3.4 We recommend, for this chamber model, a group of six (6) medical oxygen cylinders divided in two (2) 
groups of three (3) cylinders.
3.5 The oxygen cylinders must be 50 liters capacity and 200 bar of pressure.