USE OF THE NYC TRANSIT SUBWAY REPEATER SYSTEM

Similar documents
COMMUNICATIONS MANUAL CHAPTER 12 January 4, 2011 POST RADIO / CROSS BAND REPEATER TABLE OF CONTENTS 1. INTRODUCTION...1

COMMUNICATIONS MANUAL CHAPTER 9, ADDENDUM 1 September 30, 2008 BATTALION RECORDER SYSTEM 1. INTRODUCTION

KING COUNTY FIRE MODEL PROCEDURE Section 15 Abandon / Withdraw

STANDARD OPERATING GUIDELINES FOR MAYDAY OPERATIONS

COMMUNICATIONS MANUAL CHAPTER 11 October 8, 2015 UTILIZATION OF COMPANY HANDIE-TALKIE TABLE OF CONTENTS 1. INTRODUCTION...1

25 Rapid Intervention Team

STANDARD OPERATING PROCEDURES COMMUNICATIONS SYSTEM b RADIO DISCIPLINE AND TERMINOLOGY EFFECTIVE: JULY 2011

Policies, Procedures and Guidelines. Section: Operations Page: 1 of 10 Section No: 2.8 Date: November 1, 2014

Rulemaking Hearing Rules of the Tennessee Department of Health Bureau of Health Licensure and Regulation Division of Emergency Medical Services

RESPONSE TAPE 2 SIDE A, 10:22-11:10 a.m.

Title- RADIO PROTOCOL FOR EMERGENCY INCIDENTS CLASSIFICATION POLICY STATEMENT

PROCEDURES Page 1 of 5 Communications SVOM Revised

SULLIVAN COUNTY. Mayday Policy & Procedure Emergency Evacuation Policy & Procedure

References December 11 th, 2013 revised to reflect orange emergency activation button on the UHF Digital Trunked Radio System

800 System Procedures

Example: COUNTY: Engine 225, County, are you requesting to 2nd alarm? UNIT: Engine 225, Affirmative.

SAN FRANCISCO EMERGENCY MEDICAL SERVICES AGENCY EMS COMMUNICATIONS EQUIPMENT AND PROCEDURES

Chapter 3 Test. Directions: Write the correct letter on the blank before each question.

LIFE SAFETY DIVISION GUIDELINE. Subject: BDA Radio Amplification Checklist Date initiated: Date revised:

Lincoln County Fire and Rescue Association Standard Operating Guideline (SOG)

GREENE COUNTY DEPARTMENT OF EMERGENCY SERVICES. Standard Fire Radio Procedures. Director John P. Farrell Jr. Deputy Director Randy Ormerod

BUTLER COUNTY FIRE CHIEF S ASSOCIATION Standard Operation Guideline

Standard Operating Procedure Ottawa Fire Services. Radio Communications Procedures- Revised

RESPONSE TAPE 1 SIDE B, 9:31-10:22 a.m.

Mosier Fire & Emergency Services Standard Operating Procedure Communications

BUTLER COUNTY FIRE CHIEF S ASSOCIATION Standard Operation Guideline

FAIRFAX COUNTY FIRE AND RESCUE DEPARTMENT BASIC TRAINING SECTION MOTOROLA XTL/XTS5000 MOBILE & PORTABLE RADIOS

Confined Space Communications

VOLUSIA COUNTY SHERIFF S OFFICE FIRE/EMS COMMUNICATIONS CENTER

AMATEUR RADIO EMERGENCY SERVICES

MIRAGE BD-38-G DUAL BAND POWER AMPLIFIER

MIRAGE BD-35 DUAL BAND POWER AMPLIFIER

Buchanan County Communications. Public Safety Radio System Radio Regulations and Etiquette

EMERGENCY RESPONDER RADIO SIGNAL PERMIT APPLICATION

ARES Operations during the Joplin Tornado Event: May 22, 2011

STANDARD OPERATING GUIDELINE. Rapid Intervention Team

Communications Committee Meeting

LETTER OF PROMULGATION

11. INCIDENT COMMUNICATIONS/GENERAL OPERATING GUIDELINES

San Mateo County Fire Service POLICIES AND STANDARDS MANUAL

CITY AND COUNTY OF DENVER POLICY DENVER FIRE DEPARTMENT. Emergency Responder Radio Enhancement Coverage System (RES)

ESF 2. Communications

Best Operating Practice

Spotsylvania County VOPEX 2008 Emergency Drill

Clark County Fire Prevention Las Vegas Nevada

Amateur Radio Emergency Service Standard Operating Guidelines. For Grayson County, Texas

WELLINGTON RADIO CLUB

EFFECTIVE DATE: 01/01/2002 REFERENCES: RELATED DIRECTIVES: RESCINDS:

DRAFT. Daviess County Amateur Radio Operator s Emergency Communications Plan and Procedures

NEW YORK CITY FIRE DEPARTMENT. Notice of Public Hearing and Opportunity to Comment on Proposed Rule

Understanding Emergency Response

Use of UHF Radios in the Field Procedure. Issue Date: 02/05/2012 Review Date: 02/05/2014

DELAWARE COUNTY PUBLIC WARNING SYSTEM

KING COUNTY FIRE RESOURCE PLAN Section 9 King County Radio Interoperability

9/10/2012. Chapter 18. Learning Objectives. Learning Objectives (Cont d) Communication

MODEL CI-5120 SEWER & CAMERA LOCATING RECEIVER

II. Description of UHF Fire and EMS Radio System

LACDCS/TSB/METRO Emergency Communications Exercise

R E V I S E D 1. CALL TO ORDER 2. ACTION ITEMS. 2a. Approval of Minutes February 25, 2016* 2b. Draft Fire Communications Plan*

CONCEPTS TO OPERATIONS, INC.

HF-SSB MICOM - LINK - FDN6123 HF-SSB MICOM - LINK

TransLink go card user guide. Effective November 2017

Some Thoughts on Communications for CERT

Procedure Mining Two Way Radio Usage (Surface)

Emergency Alert System

CITY COMMENTS ON THE OMBUDSMAN S RECOMMENDATIONS

AES 7705i MultiNet Receiver System Initial Installation and Setup Guide

Field Software Notice

PUBLIC SAFETY DATACAST PAGING

Doug Joinson de joinson & associates

Mission Critical Voice Communications Use Case Development

Basic IMS A R E S. Amateur Radio Emergency Communications. IMS For Amateur Radio. Self Study Training Course. Amateur Radio Emergency Service

Fire Fighter Communication System

GAMA Emergency Alerting System Activation Procedures. Ascension Parish, Louisiana February 8, 2008

OhioHealth Emergency Medical Services Event Medicine

RMV25 / RMV50 RMU25 / RMU45

Firefighter Awareness. and. Survival Techniques

CLARK COUNTY FIRE CODE AMENDMENTS

WOOD COUNTY ARES EMERGENCY COMMUNICATIONS PLAN Effective June 3, 2008

Moline Illinois CODE OF ORDINANCES. Art. IX. Miscellaneous DIVISION 3. IN-BUILDING EMERGENCY RADIO SYSTEM COVERAGE

Air-to-Ground Data Link: Proof of Concept Test Report. CoE

Fireground Communications System. A critical tool for enhancing the safety and security of every emergency responder at the incident scene

TARGETuner Antenna Management System for Screwdriver Antennas

NEW YORK CITY FIRE DEPARTMENT. Notice of Adoption of Final Rule. 3 RCNY , entitled In-Building Auxiliary Radio Communication Systems

Allied Radio Matrix for Emergency Response (ARMER) Standards, Protocols, Procedures

Problem. How we solve the problem.

Compatibility. R142-R142A Compatibility Propulsion Network NEW YORK CITY TRANSIT. New Train Procurement for NYCT Division A (R142)

Mirage B-320-G FEATURES

Emergency Response/Recovery Plan

FREQUENTLY ASKED QUESTIONS ABOUT ALLOWABLE USES OF 911 FEES Updated January, 2018

Demonstration Experiment on Information Services Using Active RFID Reader Attached to Mobile Terminals

Sullivan County. for use of the Emergency Communications System. Fire Service Policy & Procedures 1 of 6

DIY. Setting up a cross-band repeater. 14 UVARC Shack April Worthwhile projects you can build on your own

PALM BEACH COUNTY DEPARTMENT OF PUBLIC SAFETY DIVISION OF EMERGENCY MANAGEMENT STANDARD OPERATING GUIDE COMMUNITY EMERGENCY RESPONSE TEAM

Cutting-edge Technology for Data and Communications

Alerting and Notification. By Jim Weichman Systems Manager City of Richmond

Emergency responder radio coverage in new buildings. California Fire Code Section is hereby amended to read:

Standard Operating Procedures for: VHF Marine Radio

Missouri Statewide Interoperability Network. DNR Park Rangers Conference April 2018

ASTRO 25 MISSION CRITICAL DATA YOUR LIFELINE FOR SUCCESSFUL MISSIONS

Transcription:

A.U.C. 207, ADDENDUM 16 August 21, 2009 1. INTRODUCTION New York City Transit Authority (NYCT) has installed repeater radio systems for all underground subway stations and subway tunnels throughout New York City, except Staten Island. When authorized by the Incident Commander, these repeater systems may be used for FDNY operations at subway fires and emergencies (as outlined below). FDNY handie talkies have been programmed to provide two subway repeater channels - channel 14 (Subway 1) and channel 15 (Subway 2). These are 5-watt channels. The repeater systems will also carry the H/Ts internal ID #s and will support the emergency alert feature. 2. PURPOSE The repeater systems were installed to provide the FDNY with clear and reliable communications at subway fires and emergencies. The systems make it possible to communicate between specific points located below grade, and from points below grade to points at street level. Using the repeater system, the Incident Commander at the Command Post at street level near the installed antenna will be able to communicate with members located aboveground at subway entrance/exits, aboveground emergency exit locations, and at underground public platform levels. Members underground on public platforms using the repeater system will also be able to communicate with members at each entrance/exit serving the station. 3. GENERAL 3.1 The subway repeater systems consist of coax cable, repeaters, amplifiers and street antennae. The coax cable is installed in below ground areas to receive and transmit signals to reach points at street locations. The street antennae will relay and transmit from the street to below grade points. There is one street antenna at each station. The antenna is positioned to provide maximum coverage of that station. Therefore, antenna position may vary station to station. 3.2 Completed systems are on 24 hours per day 7 days per week. It is not necessary to request activation. Power backup for the repeater provides a minimum of 4 hours of protection in the event of a power outage. The 4 hours is at continuous repeater operation, therefore the actual protection can be greater than 4 hours. 3.3 The Incident Commander must ensure that a method of communications is in place to cover every member operating at an incident. 1

4. OPERATIONAL PROCEDURES 4.1 Units must follow existing SOPs for Subway Operations. For example, establish H/T relay, contact token booth, get token booth phone number, sound powered phones, etc. 4.2 The Incident Commander will: 1. Determine the quality of existing communications. 2. Determine the projected communications needs. 3. Establish the H/T Relay (C O R E - on Channel 1). Extend the relay as needed to ensure the entire perimeter of the incident is protected. 4.3 Once operations are underway and conditions dictate, the Incident Commander (IC) can have the repeater system tested to see if it is functioning. Once confirmed it s functioning, the IC may attempt to use the repeater system as a Command Channel. The IC may direct the appropriate officers to switch to Channel 14 (Primary Subway Repeater Channel) on their HTs. Notes: All FDNY members, other than those designated to switch to the repeater channel, will remain on HT Channel 1. The NYC Transit duplex radio repeater system is always ON. Experience has shown that the Post radio may prove unreliable when communicating to below grade locations. Sound powered phones can be used as an additional communications network at subway incidents. An effective HT relay (Channel 1-Primary Tactical) must be established whether the station is equipped with a repeater or not. Members of the 1st truck and the Officer of the 1st engine shall be utilized when establishing a HT relay. 4.4 If the IC decides to use the repeater system, the following procedures shall be adhered to: 1. Choose the primary H/T subway repeater channel - Channel 14. Channel 15 may be used as a secondary repeater channel if needed at this incident. Example: Channel 14 is used as the Fire Operations Command Channel and Channel 15 could be used to coordinate evacuation efforts. 2. Channel 15 may be used as the primary H/T repeater channel at a second operation in close proximity to the first operation. 3. Test the repeater channel at street level. 2

4. Determine which members should switch to the repeater channel. Limit the number of members operating on the repeater channel. The subway repeaters are similar to building repeaters and cannot support multiple messages transmitted at the same time. A member needing to communicate on a repeater channel should wait for quiet air time and then transmit his/her message. Multiple transmissions will be unreadable and will require retransmission. As always, if a transmission is not acknowledged, assume it was unsuccessful. Any member operating on the repeater channel must be teamed with an H/T equipped member operating on H/T channel 1. Teamed members shall remain aware of any communications directed to their team or unit on both channels and respond accordingly. Example: Ladder 1 Officer is on Channel 14 and teamed with Ladder 1 Can Firefighter on Channel 1. If the repeater fails, the IC may try to contact Ladder 1 Officer on Channel 1. Division 1 to Ladder 1. Ladder 1 Can Firefighter must be alert to respond. Minor Operations: such as rubbish on the platform, medical emergencies, etc. The Company Officer shall determine the channel assignments of his/her members. Example: the ECC and the Officer switch to the repeater channel and other members remain on Channel 1. Major Operations: such as fire, train derailments, etc. The IC can use the repeater channel as a secondary command or tactical channel. The IC will determine which Officers / Firefighters, in addition to Chief Officers, will operate on the repeater channel. When the tactical channel (Channel 1) and the repeater channel are to be used, Chiefs will be on the repeater channel and their Aides will monitor the tactical channel (Channel 1). 4.5 On the Post Radio, Channel Subway 1 is for Channel 14 and Subway 2 is for Channel 15. The Post Radio should be used on Channel 2 as a command channel but can be used as a repeater channel, if deemed necessary, by the Incident Commander. Ensure that someone is monitoring the Post Radio at all times. 5. PROCEDURES IF THE REPEATER FAILS 5.1 Repeaters are used to increase the range of our handie talkies. A repeater is a two-way radio system that receives on one frequency, and then re-transmits what it hears on another frequency, at exactly the same time. If the repeater did not use two different frequencies, the repeater would hear itself when it is transmitting. If the repeater fails, H/T communications on FDNY Channel 14 and Channel 15 are not possible. 5.2 Members should be alert to the signs of repeater failure such as unusual periods of radio silence or continued inability to make radio contact on the repeater channel. If it is determined that the repeater is not operational, contact shall be attempted, through the H/T relay (Channel 1), by the accompanying member operating on H/T Channel 1. NOTE: Members may encounter dead spots in the repeater coverage. Prior to abandoning the use of the repeater channel, the team shall return to a safe location where previous communications were successful. If communications are now successful on the repeater channel, report the dead spot to the IC. If communications are unsuccessful, use H/T relay (Channel 1) to report the repeater failure to the IC. 3

5.3 Post Radios and UHF Mobile Radios in BC/DC vehicles have been equipped with a reverse frequency feature (AKA - a Talk Around feature). This feature allows these specific radios to broadcast emergency messages to members on the receive frequency and receive messages on the transmit frequency of the H/T repeater channel being used at the time of the failure. The signal strength of the UHF Mobile radio and the Post Radio (up to 45 watts) may penetrate into dead spot areas, but due to the limited wattage of the XTS 3500 H/T (5 watts), members may not be able to respond. A sample emergency message may be - The repeater system has failed. All members switch your H/Ts to Channel 1. On the Post Radio and the UHF Mobile radio, Channel Rev Subway 1 has been added for use if Channel 14 fails, and Channel Rev Subway 2 has been added for use if Channel 15 fails. 5.4 The Incident Commander should continue to monitor the repeater channel in case service is restored and a member tries to make contact. The Incident Commander should conduct a roll call of units on the scene after notifications are made and all members have switched back to Channel 1. 6. PROCEDURES FOR REPORTING PROBLEMS 1. The Fire Department unit experiencing a problem with the NYC Transit repeater system shall notify the Borough Communications Office via Department radio and advise the Dispatcher of the problem, including the exact location or station. 2. The Borough Communications Office shall forward this information, with all of the particulars to FDOC. 3. FDOC will transmit this information to the effected Borough Command during normal business hours, and to the effected Division at all other times, advising of the particulars, and requesting that the Borough Command / Division notify the appropriate units. 4. FDOC will fax a copy of this information to the Public Transportation Safety Unit. 5. The Public Transportation Safety Unit will confer with the effected Borough Command / Division and establish a NYC Transit repeater system outage folder, and monitor the status and the frequency of these outages. 7. The Public Transportation Safety Unit will liaison with NYCT to ensure prompt repair of system and provide periodic updates to FDOC until the system is repaired and is fully operational. 8. FDOC will transmit this information to the effected Borough Communications Office, and the effect Borough Command during normal business hours and to the effected Division at all other times with all of the particulars, and the Borough Command / Division will notify the appropriate units. 4

9. The Borough Command / Division shall have the unit that originally reported the problem conduct a re-inspection so as to verify that the repeater system is fully operational. The Borough Command / Division shall advise the Public Transportation Safety Unit of the results of this re-inspection. 5