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VA Pittsburgh Healthcare requires a Noninvasive/Invasive Ventilator system must be capable of providing both pressure control and volume control modes of ventilation via a passive BiPAP circuit. Pleas... VA Pittsburgh Healthcare requires a Noninvasive/Invasive Ventilator system must be capable of providing both pressure control and volume control modes of ventilation via a passive BiPAP circuit. Please provide your entities information on a brand name or equal to: Philips V60 system or an authorized distribution letter to Andrew Taylor, Contract Specialist by email andrew.taylor3@va.gov by 05-01-2019 at 400 EST; reference Source Sought Notice 36C24419Q0598 in the subject line of the email. STATEMENT OF WORK Philips V60 NONINVASIVE/INVASIVE VENTILATOR SPECIFICATIONS DESCRIPTION: NONINVASIVE/INVASIVE VENTILATOR (1) ONE COMPLETE The Noninvasive/Invasive Ventilator must be a microprocessor-controlled, ventilatory assist system that will provide continuous or intermittent positive pressure ventilatory support, either noninvasively or invasively, for patients weighing at least 5kg. The system must be capable of operating with single-limb passive BiPAP circuits, exhalation valve active circuits, and be capable of operating with or without a proximal flow sensor. The Noninvasive/Invasive Ventilator system must be capable of providing both pressure control and volume control modes of ventilation via a passive BiPAP circuit. The Noninvasive/Invasive Ventilator system must be cleared by the FDA to operate with noninvasive masks, endotracheal tubes and tracheostomy tubes. MUST MEET OR EXCEED SALIENT CHARACTERISTICS BELOW: DIMENSION REQUIREMENTS: Overall Dimensions of Noninvasive/Invasive Ventilator (without cart) not to exceed: Height 33.7 cm Width 39.4 cm Depth 16.5 cm Weight of the ventilator module (without cart), not to exceed: 10.9 kg with the optional battery installed UTILITY REQUIREMENTS: Electricity: 100 to 240 VAC, 50/60 Hz, 2.1 A Internal Battery: Capable of operating the ventilator for up to three hours Voltage: 14.4 VDC Capacity: 71 Wh Chemistry type: Lithium-Ion Medical Air: Should not require a Medical Air connection Oxygen: 50 PSIG, DISS O2 input AUTO-TRAK AUTOMATIC REGULATION SYSTEM: The Noninvasive/Invasive Ventilation System must automatically adjust triggering and cycling thresholds and automatically compensate for unintentional leaks in the system to maintain optimum patient-ventilator synchrony. VENTILATION MODES: The Noninvasive/Invasive Ventilator must include a range of conventional volume and pressure modes: CPAP (continuous positive airway pressure) with C-Flex to reduce the pressure at the beginning of exhalation and RAMP to slowly introduce the therapeutic pressure over time. PCV (pressure controlled ventilation) with RAMP to slowly introduce the therapeutic pressure over time. S/T (Spontaneous/Timed) pressure ventilation with RAMP to slowly introduce the therapeutic pressure over time. AVAPS (Average Volume Assured Pressure Support) available in the S, S/T, PC, and T modes to help patients maintain a tidal volume (VT) equal to or greater than the target tidal volume (Volume setting in the ventilator) automatically controlling the pressure support (PS) provided to the patient. VENTILATION SETTINGS PARAMETERS: The Noninvasive/Invasive ventilator must provide the following control settings and ranges: ALARM SETTINGS: The Noninvasive/Invasive ventilator must provide the following Alarms USER INTERFACE: The Noninvasive/Invasive ventilator must have a color display screen to allow the user to easily access ventilator settings and monitored parameters. MONITORING: The Noninvasive/Invasive ventilator must display monitored parameters, measured settings, Batteries, alarm pause and ramp function. ALARMS: The Noninvasive/Invasive ventilator must have operator-adjustable and nonadjustable alarms help ensure the patient s safety. BACKUP BATTERY: The Noninvasive/Invasive ventilator must use as its primary power source AC mains, but there must be an internal backup battery. INTEGRAL BLOWER: The Noninvasive/Invasive ventilator uses high-pressure oxygen, but must have an integral blower to provide pressurized gas for delivery to the patient. TRANSPORTABILITY: The Noninvasive/Invasive ventilator must be able to be mounted to a roll stand. There must be optional cylinder holders on the stand to accommodate two E-size oxygen cylinders.