6515--Patient Monitoring and Telemetry System Salt Lake City, UT

This document outlines Medical Center Policy (MCP) 118PCS.29 for the VA Salt Lake City Health Care System, establishing the guidelines and responsibilities for managing clinical alarms on medical and patient monitoring equipment. Effective June 9, 2022, the policy aims to enhance patient safety and minimize alarm fatigue by standardizing alarm activation, setting limits tailored to individual clinical conditions, and reducing non-actionable, false, or nuisance alarms. Key responsibilities are distributed among facility leadership and staff. The Facility Director ensures overall compliance, while the Chief of Biomedical Engineering manages equipment performance and technical support. Service Chiefs oversee staff competency, and equipment users are responsible for active monitoring and reporting incidents. The Patient Safety Manager coordinates policy updates, monitors safety reports, and conducts annual risk assessments. Operational procedures dictate that staff must receive proper training and respond to alarms based on priority levels: Crisis/Critical, Warning, and Advisory. Staff are strictly prohibited from disabling alarm devices. If a unique clinical situation requires disabling an alarm parameter, a strict authorization and documentation workflow must be followed during or after business hours, involving Biomedical Engineering, nursing leadership, and providers. Additionally, the policy requires bi-annual alarm response observations, scheduled preventative maintenance for all alarm-equipped inventory, and immediate reporting of any safety threats or malfunctions. Attachments include frameworks for unit default parameters, risk assessments, and department observation tools.

This federal solicitation amendment (Amendment 001) modifies Request for Proposals (RFP) #36C25926Q0356, issued by the Department of Veterans Affairs Network Contracting Office 19. The purpose of the procurement is to acquire a replacement Patient Monitoring and Telemetry System for the George E. Wahlen VA Medical Center in Salt Lake City, Utah. Set aside for Economically Disadvantaged Women-Owned Small Businesses (EDWOSB), the final proposal deadline is set for July 31, 2026. The amendment compiles administrative and technical updates from a July 14, 2026, live industry Q&A session and subsequent written inquiries. Key administrative clarifications emphasize that the VA intends to award a single prime contract, though subcontracting is permitted, and warns that incomplete submissions will be disqualified. Technically, the amendment clarifies that dual invasive arterial line capability is prioritized over dual NIBP, and that proposed proprietary operating systems are acceptable if VA-approved. Additionally, it confirms that neonatal measurements (OxyCRG and TCPCO2) are not required, and BIS-only modules are acceptable in place of dual BIS/EEG. The VA also specified integration requirements for existing Hamilton T1 and C6 ventilators, provided details for 11 GE Aisys anesthesia machines connected to Draeger Innovian workstations, and outlined rolling stand requirements for seven monitors. Lastly, the amendment notes that vendors must quote new wall channels and include all necessary ancillary hardware to deliver a fully functional, turn-key system.

This combined synopsis/solicitation (36C25926Q0356) is issued by the Department of Veterans Affairs, Network Contracting Office 19, to procure a Patient Monitoring and Telemetry System for the George E. Wahlen VA Medical Center in Salt Lake City, Utah. The solicitation is 100% set-aside for Service-Disabled Veteran-Owned Small Businesses (SDVOSBs) under NAICS code 334510. The government intends to award a firm-fixed-price, all-or-nothing contract. The acquisition includes 17 line items covering various patient monitors (ICU, anesthesia, mid-acuity, telemetry, transport, and low-acuity), central stations, system management software, user and administrator training, installation, project management, and the de-installation, disposal, and trade-in of existing equipment. Key procurement milestones and instructions include: - **Site Visit**: Highly encouraged, scheduled for July 7, 2026, at 9:00 AM MST. - **Live Q&A Session**: Hosted via Microsoft Teams on July 14, 2026, at 10:00 AM MST. - **Questions Deadline**: Must be submitted in writing by July 17, 2026, at 12:00 PM MST. - **Quote Submission**: Due via email to Stephanie Cahill by July 31, 2026, at 12:00 PM MST. Quotes must be submitted in six volumes, encompassing technical capability (including FIPS and Enterprise Risk Assessment documentation), a completed limitations on subcontracting certificate, pricing, delivery/implementation timelines, a Buy American certificate, and an authorized distributor letter (if not the original equipment manufacturer). Evaluation will be based on a comparative analysis of these six factors to determine the proposal most advantageous to the government.

This document contains a comprehensive spatial data extract and floor plan mapping for the Ground Floor of Building 1 and Building 14, primarily detailing the layout of the Pharmacy, Radiology, Nuclear Medicine, Clinic, and Biomedical Shop areas. The data maps out various critical clinical, administrative, and utility spaces, including: - **Outpatient and Inpatient Pharmacy Areas (GB013A-1 / GB01-1):** Featuring detailed layouts for clean rooms, chemo rooms, buffer rooms, ante rooms, automated carousels (HD-10S models), workstations, and vault storage. - **Radiology and Imaging Suites (1E / 1H / 1D series):** Specifying rooms for CT Scanners, MRI Zones (Zones 2, 3, and 4), Bone Density (DEXA) Scanners, X-ray tables, and specialized control cabinets (Optimus 65 systems). - **Support and Utility Infrastructure:** Detailing extensive mechanical rooms, electrical closets, telecommunication/data rooms (TEL/DATA), soiled/clean utility spaces, and elevator shafts. This detailed layout and equipment list serve as a technical reference for federal facility planning, spatial coordination, or equipment modernization initiatives within a government healthcare facility.

This Statement of Work outlines the requirements for the Salt Lake City Veterans Affairs Health Care System (SLC VA HCS) to acquire, install, and transition to a new, replacement Physiological Monitoring / Patient Monitoring and Telemetry System. The winning contractor must provide a fully functional, integrated system spanning clinical areas such as the ICU, Anesthesia, Mid-Acuity, Telemetry, and Low-Acuity units. Key technical requirements include seamless, continuous clinical data tracking to ensure a single, uninterrupted patient record throughout a patient's stay, alongside integration with the Clinicomp Clinical Information System (CIS). The contractor is responsible for installing a new, dedicated wired and wireless network infrastructure covering approximately 106,000 square feet. This network must meet strict federal security standards, including FIPS 140-2 encryption, VA TRM approval, and an active Enterprise Risk Assessment (ERA) with VA HTM. Beyond hardware and software provision, the contract covers comprehensive on-site training for clinical staff, superusers, system administrators, and biomedical engineers, with a follow-up session six months post-go-live. Additionally, the vendor must manage the complete de-installation, trade-in, and disposal of 326 pieces of existing legacy GE monitoring equipment, submit a detailed Project Management Plan with weekly progress reports, and perform post-installation verification heat mapping and system testing.