VENTILATOR

PHANTER 5 - VENTILATOR

HIGHLIGHTS
• High performance and advanced features target the ICU environment
• Supports Neonates through Adults
• Utilizes an internal blower with a specially designed flow control valve removing the need for using compressed air without compromising performance
• Advanced modes and non-invasive support as required by an ICU ventilator
• A range of diagnostic and support maneuvers
• A range of advanced functions for better patient support and synchrony
• Support of Capnography and Sp02
• Small overall size and weight enables using the ventilator in the ICU as well as transporting the patient from the ICU without the need to change ventilators
• Large 15″ TFT display with a projective capacitive touch screen
• Low power consumption enables battery operation for up to 4 hours
• Flexible communication capabilities incorporated
• Very low cost of ownership
• The Panther line of Ventilators was designed from the start to make the clinician’s life easer and lower the cost burden or critical care by combining multiple therapies into one device solution (HF02)Therapy. NIV. Invasive). 02 theraphy is offered through the Panther ventilators with up up to 80 L/ min of flow negating the need for a standalone 02 therapy device.

ADDITIONAL SPECIAL FEATURES
• Pneumatic and Aerogen nebulizer support
• Suction maneuver – simplifies the suction process improving safety and patient comfort
• Special safety features in NIF maneuver
• Tube compensation
• Leak compensation
• Volume compensation during non-invasive ventilation

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 Time

0.4 – 5.0 sec adults

Recruitment 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 TLOW

1 – 5 sec

SMART window time Range

3 - 15 sec

Recruitment STEPS

1 – 20

APNEA time range

3 – 60 sec

Recruitment End PEEP

Same as 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)

122CSTAT

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

PeC02

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

Low 02

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