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Drager SCIO Four OXI Plus CO2
24-Hour QuotesPricing up to 50% below the cost of new,
with service and warranty included.
Download Specifications
Drager SCIO Four OXI Plus CO2 Features
Drager Scio gas measurement modules deliver precise inspiratory and expiratory values for O2, CO2, and anesthetic agents such as N2O, enflurane, halothane, isoflurane, sevoflurane, and desflurane. In combination with Drager Infinity monitors, MAC values for anesthetic agents are displayed, helping to avoid under and overdosage
- With Automatic Agent ID and Integrated O2 Measurement
- The user can maintain optimal gas concentrations while making sure that ventilation is adequate
- There is the option to measure inspiratory and expiratory O2 concentrations using a paramagnetic oxygen sensor.
- Comes equipped with the new WaterLock 2 water trap. The 2 m pores of its dual hydrophobic membrane design let gases and water vapor pass freely with minimal pressure gradients while effectively preventing microbial contamination and condensation.
Drager SCIO Four OXI Plus CO2 Specifications
Dimensions
- Gamma: 196 mm height (7.7 in), 249 mm width (9.8 in), 134 mm depth (5.3 in)
- Gamma XL: 196 mm height (7.7 in), 267 mm width (10.5 in), 147 mm depth (5.8 in)
- Weight Gamma: 3.42 kg (7.54 lb) with lead acid battery, 3.22 kg (7.10 lb) with a lithium-ion battery, 2.87 kg (6.32 lb) without battery
- Weight Gamma XL: 3.87 kg (8.54 lb) with lead acid battery, 3.67 kg (8.10 lb) with a lithium-ion battery, 3.32 kg (7.32 lb) without battery
Materials
- Plastics: ABS, FR 110
- Printed Circuits: glass/epoxy, lead/tin solder, copper etch, lithium battery
- Battery: sealed lead acid, or lithium-ion (option)
- Heatsink: cast aluminum
- NBP assembly: silicon tubing, steel, copper wire
- Packing: corrugated cardboard, urethane foam
Disposal
- All materials must be disposed of or recycled properly and in accordance with local regulations. There are no known special disposal requirements for any accessories
Battery Pack
- Lead Acid: PANASONIC LC-T121R8PU or equivalent
- Li-ion: Dräger Li+ Battery Pack
Protection Class
- Internally powered, for use with specified Class I power supply
Mode of Operation
- Continuous (with an external source of power via AC adapter, CPS, or IDS).
DC Input
- 11 – 14 VDC, 2.5 A.
Battery Operating Time (NBP measurements every 15 minutes, no etCO2, at 25°C)
-
- Lead acid: 75 minutes
Lithium-ion: 180 minutes
Battery Recharging Time
- Lead acid: 5½ hours, typical.
- Lithium-ion: 8 hours, typical.
Refurbished Drager SCIO Four OXI Plus CO2 Agent Monitor
Soma Tech Intl offers the Drager SCIO Four OXI Plus CO2 up to 50% below OEM prices with the same service and warranty as new. Soma technically and cosmetically refurbishes these electrosurgical units back to the original engineering manufacturer’s specifications. Using highly skilled, trained, and certified in-house biomedical engineers these units are fully tested, disassembled, and if necessary, parts are replaced. Once all the parts of the Drager SCIO Four agent Monitor are in working order, the electrosurgical unit is calibrated back to OEM specifications, to make sure it works exactly the way it did when it originally left the manufacturer. Soma Tech Intl not only refurbished the product, but each unit also goes through a Special cosmetic restoration process. The Force ESU is cleaned and minor scratches and dentures are repaired, and decals are replaced if necessary.
Soma Tech Intl also purchases used and pre-owned Agent Monitor. If you or your facility wants to sell your Drager SCIO Four OXI, Soma Tech Intl has an experienced purchasing department that makes the process headache and hassle-free. When selling your agent monitor to Soma, there is no need for a middle man, it is a direct transaction to Soma which ensures that you get top dollar for your medical equipment. Soma Tech Intl not only buys agent monitors but a wide variety of different medical equipment as well if your medical facility is looking to free up space. If you have medical equipment you would like to sell to soma, send us a message here!
