Trilogy Evo Portable Ventilator - DS2110X11B - New

New Trilogy Evo Portable Ventilator

Description:

The next generation of the Philips Trilogy ventilators deliver proven performance for noninvasive (NIV) and invasive (IV) ventilation. The Trilogy Evo is designed to stay with your patients through changing care environments. Performance for expanded cross-functionality, Trilogy Evo presents an innovation for treatment in chronic and critical patients in dynamic settings, such as sub-acute or chronic care environments, a patient's home, or during activities patients partake in. The Trilogy Evo is constructed specifically for durability, protecting it against damage during travel and medical transport. The newest Trilogy device is made to be user-friendly without compromising the advanced features from the innovative Trilogy family technology. 

Features:

Long-lasting battery life

Ventilator-dependent patients are supported by internal and detachable batteries, now with 15-hour battery life. Compared to Trilogy 100's 100's six-hour battery, Trilogy Evo gives patients a new level of freedom and mobility. It's ready to be mounted onto a roll-stand or a wheelchair, with a mountable, easy-to-use carry bag.

Easy access to data

Trilogy Evo uses Bluetooth to send you patient and device data through Care Orchestrator, our cloud-based tool. This solution is designed to unite the technologies, resources, people, and information essential to managing your respiratory patients. With Care Orchestrator, you have the power to create custom health rules based on your best practices and proven processes. You can also download data at the point of care through a USB drive.

Intuitive navigation

Trilogy Evo is designed for easy navigation and fast set-up of prescriptions. New features can simplify day-to-day use for caregivers and patients, including an 8" touchscreen that uses patient-friendly displays to support the easy set-up and setting modification. It offers new, on-screen Help and Alarm guidance and user-friendly universal names for most ventilation modes.

Adapting with every breath

Proven innovations are designed to treat the varying needs of respiratory insufficiency. AVAPS automatically adjusts the ventilator support to reach the desired tidal volume, while Auto EPAP proactively adjusts to the lowest effective pressure to manage the upper airway. Auto Back-up Rate delays a machine breath until your patient exhales to maximize comfort.

Sensitivity when needed most.

Digital Auto-Trak provides an automated breath triggering and cycling algorithm that adjusts to the patient's natural breathing patterns. It assists with a ventilator to patient synchrony and comfort without manual adjustments.

Specifications:

Ventilation modes

A/C-PC	Assist control (pressure control)
A/C-VC	Assist control (volume control)
CPAP	Continuous positive airway pressure
PSV	Pressure support ventilation
S/T	Spontaneous/timed ventilation
SIMV-PC	Synchronized intermittent mandatory ventilation (pressure control)
SIMV-VC	Synchronized intermittent mandatory ventilation (volume control)
MPV-PC	Mouthpiece ventilation (pressure control)
MPV-VC	Mouthpiece ventilation (volume control)

Physical

Weight	5.2 kg
Size	16.5 cm D x 28.6 cm W x 24.5 cm H 6.48” D x 11.25” W x 9.65” H
Screen dimensions	8”, 20.32 cm

Oxygen

Low flow	0 to 30 l/min; maximum 10 psi
High pressure	280 to 600 kPa (41 to 87 psi)

Measured and displayed patient parameters

Tidal volume (Vti or Vte)	0 to 2000 ml
Minute ventilation (MinVent)	0 to 30 l/min
Leak	0 to 200 l/min
Respiratory rate (RR)	0 to 90 BPM
Peak inspiratory flow (PIF)	0 to 200 l/min
Peak inspiratory pressure (PIP)	0 to 90 cmH2O
Mean airway pressure	0 to 90 cmH2O
Percentage spontaneous triggered breaths (%Spont Trig)	0 to 100%
I:E ratio	9.9:1 to 1:9.9
Dynamic compliance (Dyn C)	1 to 100 ml/cmH2O
Dynamic resistance (Dyn R)	5 to 200 cmH2O/l/sec
Dynamic plateau pressure (Dyn Pplat)	0 to 90 cmH2O
Auto-PEEP	0 to 20 cmH2O
FiO2 with FiO2 sensor	21% to 100%
SpO2 with pulse oximeter accessory	0 to 100%
Pulse rate with pulse oximeter accessory	18 to 321 beats per minute
EtCO2 with CO2 accessory	0 to 150 mmHg

Electrical

AC input voltage	100V - 240V, 50/60 Hz, 1.7 - 0.6A
DC input voltage	12/24V 6.5A
Internal and detachable Li-on batteries	15 hours’ nominal total run time per method in IEC 80601-2-72 (7.5 hours each battery)
Charge time for detachable and internal battery	from 0% to 80%: 2.5 hours; from 0% to 100%: 3.5 hours

Alarms

Inspiratory Pressure	PEEP+1 to 89 cmH2O
Tidal Volume	OFF, 10 - 2000 ml
Minute Ventilation	OFF, 0.2 - 30 L/min
Respiratory Rate	OFF, 1 - 90 BPM
Circuit Disconnection	OFF, 5 - 60 sec
Apnea Interval	5 to 60 sec
No trigger	OFF; 0.5-15 min (ONLY in MPV)

Controls

AVAPS with passive circuit	PSV, S/T, and A/C-PC modes only
Tidal volume	35 - 2000 ml on Dual Limb and Active Flow circuits, 50 - 2000 ml on passive and active PAP circuits
Breath rate	0 - 80 BPM
PEEP	0 - 35 cmH20 for active circuits 3 - 25 cmH20 for passive circuits
EPAP/CPAP	3 to 25 cmH20
IPAP	3 to 60 cmH20
Pressure support/pressure control	0 to 60 cmH20
Inspiratory time	0.3 - 5.0s
Rise time	0 to 6
Triggering and cycling	Off, AutoTrak, Sensitive, AutoTrak, and Flow Trigger
Flow trigger sensitivity	0.5 - 9 l/min
Flow cycle sensitivity	10% - 90% of peak flow
Flow pattern	Square, Ramp
FiO2	21% - 100%
Inspiratory time min/max	0.3 to 3.0 sec
Backup ventilation	ON-OFF