Attachment 1 Salient Characteristics Official Release.docx
DOCX document 30 KB Posted
- Attached to
- Request for Quote MRI Patient Monitoring System
- Solicitation number
- FA301624Q5180
About this file
This document appears to be an attachment containing the essential/salient characteristics for an MRI Patient Monitoring System. The key details include:
The system must have an LCD screen with a five-wire resistive touch screen, 1366 x 768 pixel resolution, anti-glare, and adjustable tilt. It must operate on 100-240 VAC power with a rechargeable lithium-ion battery that can maintain functions for at least 8 hours. The system must have alarm indicators and sounds, and be able to continuously monitor various vital signs for extended durations. The system should be MRI-safe or MRI-conditional, with a detachable wireless monitoring component.
The related federal contract opportunity is a Request for Quote for one (1) MRI Patient Monitoring System for Joint Base San Antonio (JBSA) Lackland, TX. The NAICS code is 423450 with a size standard of 200 employees. Quotes are due by 4:00 PM CT on 6 Sept 2024, with all questions due by 30 Aug 2024 at 4:00 PM CT. The solicitation is being issued by the Department of the Air Force Air Education and Training Command.
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Text version
ESSENTIAL/SALIENT CHARACTERISTICS / OPERATION CONDITIONS
Essential / Salient Characteristics:
· Viewing Screen
· LCD Screen w/ five-wire resistive touch screen in color w/LED Backlight
· 1366 (H) by 768 (V) pixels
· Anti-glare
· Adjustable tilt between 5 - 35 degrees
· Voltage
· 100 to 240 VAC, ± 10 percent
· 50 to 60 Hz, single phase
· 1.4 A @ 100 VAC / 0.7 A @ 240 VAC
· Internally fused (3.15 A, slow blow @ 250 VAC), AC line and neutral
· Lithium-Ion battery
· Can maintain alarms and monitoring functions for a minimum of 8 continuous hours at 100% battery life
· Notifications
· Alarm Light Priority Indicators
· RED = High (960 Hz @ 10 pulses per sound burst and 5-second pause between bursts)
· Yellow = Medium (720 Hz @ 3 pulses per sound burst, with a 7-second pause between bursts)
· Blue = Steady (480 Hz @ 2 pulses per sound burst, with a 15-second pause between bursts)
· Loudness of alarm sounds at minimum 45–86 dB
· Performance Longevity
· ECG & SPO2 continuously for 8 hours
· CO2 continuously for 6 hours (with or without AGENT)
· P1 and P2 continuously for 6 hours
· AGENT analysis continuously for 6 hours
· Temperature continuously for 6 hours
· NIBP readings every 5 minutes for 6 hours
· Recharge Cart from a fully discharged battery in approx. 12 hours with unit turned off
· Battery charge time to 90% capacity in approx. 6 hours.
· Recharge Module from a fully discharged battery in approx. 4 hours
· Battery charge time to 90% capacity in less than 4 hours
· Automatic/Manual Heart Rate mode
· Height
· Cart: 127.3 cm (50.1 inches)
· Wireless ECG patient module: 18.2 cm (7.17 inches)
· Wireless SpO2 patient module: 13.0 cm (5.13 inches)
· Width
· Cart: 47.5 cm (18.7 inches)
· Wireless ECG patient module: 6.7 cm (2.65 inches)
· Wireless SpO2 patient module: 6.5 cm (2.55 inches)
· Depth
· Cart: 55.9 cm (22 inches)
· Wireless ECG patient module: 3.1 cm (1.24 inches)
· Wireless SpO2 patient module: 3.1 cm (1.24 inches)
Operating Conditions The proposed patient vital monitoring system must be MRI Safe or be in MRI Condition and able to be utilized in an MRI suite. Additionally, the unit must have wireless capabilities with a monitoring system that is detachable from the base and able to be monitored outside the MRI room while the base remains in the room hooked up to the patient. The system must be capable of monitoring cardiac vitals, SpO2, ECG, CO2, and blood pressure at a minimum. The system must have a rechargeable battery and be able to operate while unplugged from wall or charging station.
File details come from the government source that posted it. Updated .