Deskripsi
Automation during manufacturing
Full automated control of calibration, functional operation and performance are
done by automated programs, resulting in a higher level of verification and
control over the finished product while reducing costs and labor.
Burn in automated control and tracking
Burn-in of the ventilators is also controlled and monitored by automation
programs. These track the products during burn in, detect faults and provide a
complete bill of health when the burn in is completed.
MONITOR PARAMETERS
| lnspiratory Flow Range |
1 – 200 lpm | Bi Level PHIGH | 5-40 cm H20 | ||
| Tidal Volume Range | 5- 2,500 ml | Bi Level PLOW | Same as PEEP | ||
| Volume Waveform | Square or decelerating | Bi Level support | Same as PSV | ||
| PCV range | 5-90 cmH20 | Bi Level THIGH | 0.1 – 59.8 sec | ||
| PSV range | 0- 75 cmH20 | Bi Level TLOW | 0.2 – 59.9 sec | ||
| PSV inspiratory limit | 0.4 – 5.0 sec adults | Recruitment | |||
| time | PLOW | Same as PEEP | |||
| PSV Esens | 5-80% | Recruitment PHIGH |
Same as Bi-Level | ||
| Ti range | 0.10-10.0 sec | Recruitment | |||
| THIGH | 1 – 60 sec | ||||
| Plateau | 0- 3.0 sec | Recruitment | 1 – 5 sec | ||
| TLOW | |||||
| SMART window time | 3 -15 sec | Recruitment | 1 – 20 | ||
| range | STEPS | ||||
| APNEA time range | 3 – 60 sec | Recruitment | End Same as PEEP | ||
| PEEP | |||||
| Rate | 1 -150 b/min | PV Start PEEP | Same as PEEP | ||
| PEEP | 0-40 cm H20 | PV PEEPTEQ | 30 sec | ||
| 02 concentration | 21 -100% | PV PTARGET | 5-60 cmH20 | ||
| Flow trigger | 0.1 – 20.0 lpm | PV Ramp Speed | 2- 5 cm H20/sec | ||
| Pressure trigger | – 0.1 to -15 cmH20 | PVTPL | 0 – 30 sec | ||
| Smart trigger | 0.1 – 0.5 | PV End PEEP | Same as PEEP | ||
| Mandatory slope | 1-10 | SBT 02 level | Same as 02 | ||
| Spontaneous Slope | 1-10 | SBT PEEP | Same as PEEP | ||
| Apnea Rate | 2 -150 b/min | SBT PSV | Same as PSV | ||
| 02 Therapy flow | 1 – 80 lpm | SBT Esens | Same as Esens | ||
| 02 Therapy 02 | 21 -100% | SBT PSV lnp. Time | Same as PSV | ||
| Apnea PCV | Same as PCV | SBT PSV Slope | Same as PSV | ||
| TC Tube Types | ET, Tracheostomy | SBT Flow Trigger | Same as trigger | ||
| TC Tube ID | 2.0 mm -10.0 mm | SBT Pressure trigger |
Same as trigger | ||
| TC Tube Length | 2.0 cm – 30.0 cm | SBT Smart Trigger | Same as Trigger | ||
| TC%Support | 10%-100% | SBTTime | 15 -120 min | ||
MONITOR PARAMETERS
| Total Breath Rate | lnspiratory Leak |
| Spontaneous Breath Rate | lnspiratory Leak % |
| Mandatory Breath Rate | Average leak per 60 seconds |
| Peak Airway Pressure | VLEAK |
| End lnspiratory pressure | NIF |
| PPlateau | P0.1 |
| Mean Airway Pressure | PTP |
| End expiratory pressure (PEEP) | CSTAT |
| PEEP Total | RSTAT |
| Intrinsic PEEP | RCINSP |
| Delta airway pressure | RC EXP |
| VTI | CDYN |
| VTE | RSBI |
| Total Inspired Minute Volume | WOB |
| Spontaneous Inspired Minute Volume | Sp02 |
| Total Exhaled Minute Volume | Sp02/02 |
| Spontaneous Exhaled Minute Volume | Heart Rate |
| VTI/PBW | EtC02 |
| VTE/PBW | FetC02 |
| Last breath inspiratory time | PeC02 |
| l:E | FeC02 |
| TE | VTEC02 |
| TI/TTOT | VTIC02 |
| TH/TL | VC02/min |
| Spont% 1h | VALV |
| Spont% Sh | VALV/min |
| PIF | VD ANA |
| PEF | VDALV |
| VDNTPHY |
| ALARM | |
| High Peak Airway Pressure | Apnea |
| Low Airway Pressure | High Baseline |
| High Expired Tidal Volume | Low Baseline |
| Low Expired Tidal Volume | High 02 |
| High Expired Spontaneous Tidal Volume | Low02 |
| Low Expired Spontaneous Tidal Volume | High Sp02 |
| High Respiratory Rate | Low Sp02 |
| Low Respiratory Rate | High HR |
| High Expired Minute Volume | Low HR |
| Low Expired Minute Volume | High EtC02 |
| Occlusion | Low EtC02 |
| High Leak alarm | Additional C02 related alarms |
| Circuit Open | Additional external sensor alarms |
| Additional technical alarms |
Communications interfaces
Serial
- Serial RS232 sending automatic data to nurse call station. Can be configured to send the required data. Software plug-ins easily adapt to required protocols
Ethernet
Ethernet for sending automatic data as well as providing online monitoring, log reading
and remote control.
Software enables connection to dedicated control/monitoring software that run on
remote computers/tablets/phones or standard control centers
USB Memory
- USB Host connection for saving of logs, screen images and uploading software
- updates from standard USB memory sticks
External Sensors
- Capnograph module
- Sp02 sensors
- Aerogen Nebulizer
Remote Alarm
Dry contact remote alarm connections with/without cable disconnection detection
Options
- Adult and Neonate
- Galvanic or Paramagnetic 02 sensor
Environmental
Operating Temperature -10°C to +40°C
Operating Humidity 10% – 90% Non-Condensing
Power Supply 90V- 264V, 50/60Hz Automatic
Size (WxDxH) 400mm x 400mm x 350mm
Weight 10 Kg
Brochure & specification link download :
https://drive.google.com/file/d/1rs35SA1hNV1ucm6GjZDeoimai8xK3kle/view?usp=sharing
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