This layer contains points representing locations for fire hydrants in the District of Columbia.

This set of punctual data shows fire hydrants on the island of Montreal. These bollards are high devices located along streets, equipped with a water outlet supplied from the water pipes, to which the fire-fighting hoses are connected in order to ensure fire protection. The information associated with the geographic data corresponds to the date of installation, status, owner and jurisdiction. CAUTION: This data is published annually, so it does not include updates made during the year. For this reason, they should under no circumstances be used for engineering purposes without validation by the City. This third party metadata element was translated using an automated translation tool (Amazon Translate).

Water (Fire) Hydrants.Data updated as needed.Data refreshed every 24 hours.

This data layer contains the locations of fire hydrants in Bloomington, Indiana. Hydrants owned by City of Bloomington Utilities (CBU) and privately owned hydrants are represented in this layer.

Public and private fire hydrants and fire department connections (FDCs). Includes those serviced by Citizens Energy Group and Indiana American.

For questions about this dataset please contact PublicWorksOpenData@minneapolismn.gov

The hydrant data is created using engineering drawings (as-builts), field measurements, GPS (survey shots-0.5 inch accuracy) or ortho photos (6 in accuracy). The data set is refreshed on a weekly basis on Fridays at 2:45 AM. The website will reflect the last time the data set was updated and the total count of rows. The grid on the “Data” tab will display the up to date data. However, in certain situations there is a delay in the refresh of the downloadable data file. Sometimes the downloadable file does not reflect the updates to the data in the portal. After a delay (duration has been variable; up to 30 minutes), the file will be updated on the server and then downloads will include the updated data.

2013 survey of fire hydrants

Fire Hydrants (DWP)

This is a dataset of fire hydrants within the City of Buffalo, NY.

Fire Hydrants which are owned and maintained by the City of London and are located within the City's public road allowance.

This dataset contains all the fire hydrants that are maintained by the City of Melbourne

Fire Hydrants

Dataset Summary About this data: The City of Rochester's award-winning water supply is primarily drawn from Canadice and Hemlock lakes; pristine Finger Lakes located approximately 28 miles south of the city and distributed along a system that includes reservoirs in the town of Rush and in the City's Highland and Cobbs Hill Parks. The City also purchases some water from the Monroe County Water Authority. This dataset includes a point for each of the 7990 hydrants in the city of Rochester and fields that describe some features about each. Data Dictionary: System Name: The system where the hydrant is located (Canadice, Domestic, Holly, Upland). Facility Identifier: The unique identifier for a given hydrant. Install Date: The date the hydrant was installed (if known). Hydrant Type: Notes if the hydrant is private or conventional. Flow Rate (GPM): Notes the hydrant’s flow rate (if known). NFPA Rating: The NFPA color code on the hydrant which indicates available flow rate. Address Number: The street number or description where the hydrant is located at. Street Name: The name of the street the hydrant is located at. Locked: Notes if the hydrant is locked (Yes/No). Location Description: More detailed instructions on where to find the hydrant. Rotation: Notes the rotation of the hydrant (if known). Manufacturer: The hydrant manufacturer. Model Year: The year the hydrant model was released. Operable: Denotes if the hydrant can be operated (Yes/No). Last Service Date: Last Service order data from the mainframe. Enabled: Unused field. Active Flag: Unused field. Status: Notes if the hydrant is currently in active. Field Book - Field Page 1: The page number in the field book where information on the hydrant is found. Field Book - Field Page 2: The page number in the field book where information on the hydrant is found. Field Book - Field Page 3: The page number in the field book where information on the hydrant is found. Owned By: The organization that owns the hydrant. Managed By: The organization that manages the hydrant. Comments 1: Location and first comment fields pushed in from mainframe. Comments 2: Location and second comment fields pushed in from mainframe. Comments 3: Location and third comment fields pushed in from mainframe. Comments 4: Location and fourth comment fields pushed in from mainframe. PilotTemp: Temporary field that notes the size, model, and year of the hydrant (if known). Field Book - Field Page Link 1: A link to where information on the hydrant is found in the field book. Field Book - Field Page Link 2: A link to where information on the hydrant is found in the field book. Field Book - Field Page Link 3: A link to where information on the hydrant is found in the field book. Comments 5: Location and fifth comment fields pushed in from mainframe. Map Status: GIS Status field (Active/Out of Service/Abandoned). Requires Inspection: Notes if the hydrant requires inspection (Yes/No). Photos and Files: Pictures and files related to the given hydrant. Source: This data comes from the Department of Environmental Services, Bureau of Water.

Water System Fire Hydrants for the City of Pflugerville, TX. This data updates automatically when SDE is edited. If downloaded from Open Data, this data is the most current to the day of download. This data does not include Pflugerville Water Treatment Plant Infrastructure.

Provide the location data of the fire hydrants under the jurisdiction of Taiwan Water Corporation in various counties and cities.

This hosted feature layer has been published in RI State Plane Feet NAD 83.Representative locations of exterior fire hydrants throughout Rhode Island. These data were originally designed and developed for Rhode Island E 9-1-1 Uniform Emergency Telephone System (RI E 9-1-1) purposes. This dataset continues to be maintained to provide an accurate spatial reference for RI E 9-1-1 telecommunicators. Portions of this dataset were collected as early as 2001. Inaccuracies do exist in these data and are therefore under constant revision. Any discrepancies, inaccuracies or inconsistencies recognized in these data should be reported to the pertinent municipality who should alert RI E-911. Users are also encouraged to email ri911gis@akassociates911.com with any suggested updates for this actively maintained dataset.

This dataset depicts the locations of fire hydrants within Mono County, CA excluding the Town of Mammoth Lakes fire hydrants which are managed by the Mammoth Community Water District and the Mammoth Lakes Fire Department.

Dataset of fire hydrants within the city of Syracuse. These only include ones that are owned by the Water Department and not any privately owned ones. Fire hydrants are primarily used by the Syracuse Fire Department, but can also be used by the Sanitation Department for street sweepers. These can also be used by contactors who have been granted a permit for this.Data DictionaryLabelDefinitionDefinition SourceModelThe model of fire hydrant. This is typically listed as the name of the company first followed by the name of of the hydrant model.Water DepartmentNozzleThe largest nozzle size on the fire hydrant. All have two, 2.5" connections, some of them have the 4.5" connection, but not all. Null values mean that this field has not been populated yet. Water DepartmentRiserThe depth from the hydrant flange to the underground connection. Water DepartmentDate_SetWhen the hydrant was installed, if known. Format is in YYYY/MM/DD. The time is not recorded, but ESRI adds a default time of 00:00:00. Water DepartmentLock_on_HydrantWhether or not the hydrant has a guard lock kit installed on it. The values are either Yes or No.Water DepartmentSize_Tapped_FromThe size of the water main that feeds the hydrant (in inches).Water DepartmentPressure_ZoneSyracuse is divided into districts, based on their elevations, with Low meaning a lower elevation and high meaning a high elevation. Possible values are Low Service, Intermediate Service, High Service, Super High Service, as well as various Booster Services which provide additional water pressure for residents in high elevation areas.Water DepartmentElevationGround elevation above the main sea level in feet. Water DepartmentCalc_PSIThe maximum possible pressure area available at that hydrant, measured in pounds per square inch.Water DepartmentOwnerThe owner of the fire hydrant. For this dataset we are only including the ones owned by the Syracuse Water Dept (SWD). Water DepartmentLocationThe location of the Fire Hydrant. This is typically the address for the closest parcel or the closest intersection.Water DepartmentAsset_IDAsset tag for the hydrant, used internally to keep track of service records.Water DepartmentDataset Contact InformationContact:Joe ZuckerbraunOrganization: Water DepartmentPosition:GIS SpecialistCity:Syracuse, NYE-Mail Address:jzuckerbraun@syr.gov

City of Boston fire hydrants. Maintained and updated by Boston Water and Sewer Commission (BWSC). Last updated January 2019.

Map of Quebec City fire hydrants**This third party metadata element was translated using an automated translation tool (Amazon Translate).**