The Association of Electrical and Medical Imaging Equipment Manufacturers Nurse Call Systems & Emergency Call Systems Overview of ANSI/UL 1069 and ANSI/UL.

Slides:



Advertisements
Similar presentations
Amateur Radio Technician Class Element 2 Course Presentation
Advertisements

Denver Fire Alarm Test FUNDAMENTAL, POWER SUPPLIES, CIRCUITS, INSPECTIONS, TESTING and MAINTENANCE.
Initiating Devices Manual Fire Alarm Boxes Ionization Smoke Detectors
Denver Fire Alarm Test Preparation Speed Drill © Ted Smitty Smith 2013.
NFPA 72 and NFPA 101 Supervised Automatic Sprinkler System Overview
Performance and Safety Issues Found in Offshore Communications Cable Products Improvements Needed to Conformance Testing Programs in North America October.
State Fire Marshal Question and Answer Session with the Louisiana Automatic Fire Alarm Association March 19, 1999.
of NFPA 101 Life Safety Code 2000 Edition Means of Egress
Utility Management Providence Health System - Oregon Environment of Care.
NERC Lessons Learned Summary December NERC lessons learned published in December 2014 Three NERC lessons learned (LL) were published in December.
CODE REVIEW: DOH Article 28 Compliance Establishing a Feasibility process that is focused on compliance with New York State Department of Health rules.
Visonic PERS Solutions A comprehensive product offering by Mike Streeter 2 product platforms- Endless solutions!
North Carolina Child Care Licensing 2.01 Notes. Critical Questions Journal Question: Why does NC require licensing of child care centers?
©LRI ULC S VERIFICATION OF FIRE ALARM SYSTEMS PART # 6 SYSTEM MODIFICATIONS Presentation for CFAA Annual Seminar May 5, 2010.
Emergency Lighting Code Review Presented by Iota Engineering LLC.
Fire Alarm System Notification Appliances
Nurse Call Systems & Emergency Call Systems Overview of ANSI/UL 1069 and ANSI/UL 2560 NOTES ABOUT THIS PRESENTATION: Review Oxygen-Enriched Environments.
Alarming The Insurance Company The perspective from the Risk Insurance Industry; The most common problems we see, and recommendations to overcome them.
Region 9 Healthcare Coalition Ebola Symposium April 23 rd, 2015.
Prevent False Alarms Eugene A. Cable, P.E., M.S.F.P.E. Life Safety Consultants NEHES Honorary Member 412 Horse Heaven Road Averill Park, New York
By Abdullah Al-Dossary Ahmad Al-Suhaibani
Section 10: Application Healthcare Location, tracking and monitoring of patients and assets in the new Hospital La Fe in Valencia, Spain Serafin Arroyo.
Inspection and Testing of Fire Alarm Systems (ITFAS)
Retirement Home Regulated under the Retirement Home Act, 2010.
FIRE ALARM SYSTEMS AND FUNDAMENTALS
WELCOME DBI & SFFD Meet the Pros October 11, 2007.
Ted “Smitty” Smith  This slide show contains multiple timed questions. All questions can be answered using the International Fire Code, The National.
P/1 NEMA/NFPA/UL LVDC Conference April 8, 2011 Product Standards Ken Boyce Underwriters Laboratories Inc.
Rapid Intervention Team & MAYDAY Procedures
Tek-CARE®400 P5 Features & Benefits
277 Industrial Park Rd. Franklin, NC (800) Tek-ALERT ® Introduction Platforms Event Monitor Messaging Reporting Tek-CARE.
EC4019PA Intrusion & Access Control Technology (IACT) Chapter 4- CAMS Prepared by Sandy Tay.
Emergency Action Plans
Presented by Gene Cable, PE, FPE Dave Dagenais, BS, SASHE, CHFM, CHSP Friday, March 19, 2010.
© 2012 Ted “Smitty” Smith  This slide show contains multiple timed questions. All questions can be answered using the International Fire Code and the.

Linear Health & Wellness. Presentation Overview Business Model & Demographics PERS Market Linear Personal Emergency Reporting Systems New Technology –
Building Codes and Interior Design
Systems technologies // healthcare solutions. What is messenger? Multi-user messaging platform Sends messages to: Wireless Telephones (WiFi / DECT) Pocket.
Smitty’s Speed Drills 2008 Code Drills Health Care Facilities (C) Copyright 2008 Ted "Smitty" Smith1.
Alarm Management in The NICU
CWNA Guide to Wireless LANs, Second Edition1 A Day in the Life of a Wireless User: Hotspots: Wireless local area network (WLAN Bluetooth wireless standard.
MINNESOTA CHAPTER AUTOMATIC FIRE ALARM ASSOCIATION Requirements of the 2003 Minnesota State Fire Code relating to Group R Occupancies September 14, 2006.
Firefighter III Module C Communications (4-4) Identify the policy and procedures concerning the ordering and transmitting of multiple alarms.
SIGNAMAX CABLING SYSTEM. Signamax Cabling System The Signamax Cabling System Design Principles and Installation Practices are based on the requirements.
Maine State Fire Marshals Office1 Laws and Codes Relating to Existing Apartment occupancies in the State of Maine Mark Stevens CFI-II, CFPS, CFPE Inspections.
Personal Emergency Response System under the ID Waiver Division of Developmental Services Department of Behavioral Health and Developmental Services 2013.
Jennie Sealy Hospital Patient Care Operations Orientation Click to Continue.
TELECARE Barry Fearon & Maddy Hill Community Commissioning Health and Community Services Hertfordshire County Council.
2009 WASHINGTON STATE BUILDING CODE (WAC 51-50) RESIDENTIAL CODE (WAC 51-51) FIRE CODE (WAC 51-54) CARBON MONOXIDE ALARM REQUIREMENTS IN THE 2009 WASHINGTON.
Utilities & Engineering Department16 Blossom St., Boston Introduction to the Hospital Emergency Power Supply System (EPSS) Jason D'Antona,
TRAINING SESSION ONE Overview  What is Telecare and Community Alarm  Role of Regional Communications Centre (RCC)  Assessment Process  How to Refer.
Fire Alarm Verification CAN/ULC-S561-03
The Repairing Standard ELECTRICAL INSTALLATIONS AND APPLIANCES.
Class A, B, and now N NFPA 72, 2016 Edition Dan Horon President
Emergency Preparedness. Proposed Emergency Preparedness Rules NFR/LMC §19.326(a) deleted and moved to § for Emergency Preparedness Rules Places.
Carbon Monoxide Detection: Code and Legislation Updates
Tek-CARE ® 500 Wireless Emergency Call System
Tek-CARE®400 P5 Features & Benefits
2014 NEC – Code Changes Pertaining to Wiring Devices
Florida Building Commission Lightning Protection Workgroup
Reliable—self-testing for increased confidence.
All Medical-Surgical and Critical Care
ASHRAE, California Title 24, NEC
Electrical Receptacle Testing
Chapter 8. Electrical Systems
National Fire Protection Association Update
2008 Code Drills Health Care Facilities
EPRI Truck & Bus Meeting SAE Medium and Heavy Duty Vehicle
Fire Protection Documentation
Presentation transcript:

The Association of Electrical and Medical Imaging Equipment Manufacturers Nurse Call Systems & Emergency Call Systems Overview of ANSI/UL 1069 and ANSI/UL 2560

The Association of Electrical and Medical Imaging Equipment Manufacturers Nurse Call and Emergency Call System Listing Requirements Overview of ANSI/UL1069 and ANSI/UL2560 Presenters Names/Contact Info 2

The Association of Electrical and Medical Imaging Equipment Manufacturers Overview National Consensus Standards  American National Standards Institute (ANSI) Nurse Call Systems Emergency Call Systems  Overview of new UL2560 Standard Differences between UL1069 and UL2560 Applicability of Standards 3

The Association of Electrical and Medical Imaging Equipment Manufacturers Nurse Call Systems & UL1069 4

The Association of Electrical and Medical Imaging Equipment Manufacturers Consensus Standards UL1069 complies with all relevant articles of NFPA70 National Electrical Code and NFPA99 Health Care Facilities Code NFPA101 (Life Safety Code) /3 defines Healthcare facilities to be “…where the occupants sleep there, but are not reasonably able to evacuate themselves in an emergency”  As such, these facilities have 24-hour staff on duty 5

The Association of Electrical and Medical Imaging Equipment Manufacturers Nurse Call Systems UL1069 Hospital Signaling and Nurse Call Equipment  Created in 1977 by UL and Nurse Call industry  7 th edition (October 2007) clarifications/additions focused on three areas: Wireless nurse call devices Definition and verification of core system elements Definition of oxygen-enriched testing for pendant controls 6

The Association of Electrical and Medical Imaging Equipment Manufacturers Wireless Nurse Call Devices  Wireless initiating devices, as part of the fundamental system, have clear limitations: 1)The intent of wireless devices is to extend the coverage of a hard-wired system, however, only initiating devices can be wireless 2)The fundamental notification devices MUST be wired 3)Wireless devices utilize a “shared” radio frequency (RF) space – Not guaranteed to be available or work in all real world environments – UL1069 adds requirements to assure best possible reliability Nurse Call Systems 7

The Association of Electrical and Medical Imaging Equipment Manufacturers Wireless Nurse Call Devices  Wireless initiating devices, as part of the fundamental system, have clear limitations: 4) Devices are supervised. Loss of contact with receiver for more than 90 seconds (including interference, loss of battery power, damage, etc.) = a supervisory alarm – This requirement is based on testing the LARGEST possible system – Note: On systems listed prior to Ed 7, the supervision time may be 24 hours  Extensive testing required to assure devices will work in predictable interference scenarios Systems must have designs that “hop” or move frequencies to work around potential interferences Nurse Call Systems 8

The Association of Electrical and Medical Imaging Equipment Manufacturers Nurse Call Systems Fundamental System Requirements  UL1069 defines the fundamental nurse call system devices: Patient Station Bath Station Emergency Station Corridor Light Console Power and Control Duty Station A system without corridor lights cannot be UL1069 listed 9

The Association of Electrical and Medical Imaging Equipment Manufacturers Nurse Call Systems Oxygen-Enriched Environments  UL1069-listed systems fully comply with NFPA 99 for safety of pendant devices (call cords and pillow speakers) in oxygen-enriched environments 10

The Association of Electrical and Medical Imaging Equipment Manufacturers Emergency Call Systems & UL

The Association of Electrical and Medical Imaging Equipment Manufacturers UL2560 Emergency Call Systems for Assisted Living and Independent Living Facilities  1 st edition published September, 2011  Addresses minimum performance of emergency call (e-call) systems in senior living communities 12 Emergency Call Systems

The Association of Electrical and Medical Imaging Equipment Manufacturers UL2560 Requirements  Placement Permanently fixed e-call station must be located in every resident bathroom Additional optional stations at resident beds, elsewhere in living areas and common areas are allowed  Pendants Pendants are optional, but if included, must comply with the standard Assigning pendants to residents does not remove requirements for at least one fixed e-call station in each resident bathroom 13 Emergency Call Systems

The Association of Electrical and Medical Imaging Equipment Manufacturers UL2560 Requirements  Call Indicator E-call stations and pendants must include call assurance indication  Central Notification Station There must be at least one notification station to receive all calls Must be at a fixed location Additional optional portable notification stations are allowed 14 Emergency Call Systems

The Association of Electrical and Medical Imaging Equipment Manufacturers Emergency Call Systems UL2560 Requirements  Origination Reporting The origin of a resident call must be reported at a notification station The origin must be specific – e.g.“Apt 117” or “3 rd Floor Men’s Room”  Cancellation Call (from fixed station or pendant) must be canceled at the source of the call Exception: If the system can separate non-emergency resident calls from emergency resident calls and there is voice communication between the e-call station and notification station – Non-emergency calls can be canceled from notification station after voice contact with resident has been made 15

The Association of Electrical and Medical Imaging Equipment Manufacturers Other UL2560 Requirements  Connection Testing  System Testing  Back-up Power  Low Battery Alarm  Interference Testing To obtain a copy of UL2560: Emergency Call Systems 16

The Association of Electrical and Medical Imaging Equipment Manufacturers 17 Comparison of the Standards

The Association of Electrical and Medical Imaging Equipment Manufacturers Standards Comparison UL1069UL2560 Required Call Notification Permanently installed primary console and corridor lights One or more call notification stations, at least one of which must be in a fixed location Supervision of Wireless Initiating Devices Every 90 secondsEvery 24 hours Mobility Assumes patient is not mobile Assumes resident is mobile Nursing Staff 24/7 RequiredNot required 18

The Association of Electrical and Medical Imaging Equipment Manufacturers 19 Applicability of the Standards

The Association of Electrical and Medical Imaging Equipment Manufacturers When UL1069 Applies  Systems covered by the standard are intended to be installed in either General or Critical Care areas in accordance with: National Electrical Code (NFPA 70) Health Care Facilities Code (NFPA 99) Life Safety Code (NFPA Chapter 18) 20 Applicability of Standards

The Association of Electrical and Medical Imaging Equipment Manufacturers When UL2560 Applies  Systems covered by standard are intended to be installed in: Assisted and independent living facilities – 24/7 staffing is not required – Residents can reasonably be assumed to evacuate themselves in an emergency 21 Applicability of Standards

The Association of Electrical and Medical Imaging Equipment Manufacturers 22 Importance of Listing

The Association of Electrical and Medical Imaging Equipment Manufacturers When nurse call systems are listed to UL1069 and emergency call systems to UL2560, you can count on:  Product safety for all users  System reliability  Corporate integrity to design to the highest standards now and as new requirements are implemented  Peace of mind for staff, patients, residents, and relatives 23 Importance of Listing

The Association of Electrical and Medical Imaging Equipment Manufacturers 24 Additional Resources

The Association of Electrical and Medical Imaging Equipment Manufacturers Additional Resources NEMA Presentation  A copy of this presentation is available for download at Communications-and-Emergency-Call-Systems.aspx Communications-and-Emergency-Call-Systems.aspx UL Guide Cards for Standards  UL Guide Cards for the UL 1069 and UL 2560 standards are available at Click Nurse Call Systems for a link to the Nurse Call System Guide CardNurse Call Systems Click E-Call Systems for a link to the Emergency Call System Guide CardE-Call Systems Note: for the links to work, go to Slide Show mode 25

The Association of Electrical and Medical Imaging Equipment Manufacturers 26 Questions? Thank You!

The Association of Electrical and Medical Imaging Equipment Manufacturers 27 Back Up Slides

The Association of Electrical and Medical Imaging Equipment Manufacturers  Connection Testing/Electrical Supervision Wireless and telephony based e-call systems must be self-testing so to report device faults Maximum time for fault to reported cannot exceed 24 hours 28 Emergency Call Systems UL 2560

The Association of Electrical and Medical Imaging Equipment Manufacturers  System Testing/Program Access and Control Many modern e-call systems incorporate one or several microcontrollers If one of these microcontrollers fails, a fault condition must be reported within 90 seconds 29 Emergency Call Systems UL 2560

The Association of Electrical and Medical Imaging Equipment Manufacturers  Backup Power UL 2560 requires a secondary power source that provide power when main power fails – Typically accomplished with batteries – Assisted living/independent living facility can have an on-site power generator but, if none exists, a secondary power source must be provided to self-power ECS Manufacturer must specify length of time the system will operate on backup power – e.g. “With 10% of the emergency call stations in alarm, backup batteries will continue to power the system for 12 hours” 30 Emergency Call Systems UL 2560

The Association of Electrical and Medical Imaging Equipment Manufacturers Emergency Call Systems UL 2560  Low Battery Alarm Wireless e-call system transmitters are typically powered by batteries (replaceable or permanent) Low battery must be reported at least 7 days prior to transmitter failure Manufacturer must state expected life of batteries and conditions that comprise expectation – e.g. “If five emergency calls are placed each day, the battery will last at least 38 months” 31

The Association of Electrical and Medical Imaging Equipment Manufacturers  Interference Testing Wireless e-call systems have to pass tests to minimize possibility that operation will be impaired by interfering signals 32 Emergency Call Systems UL 2560