Toggle menu
Toggle personal menu
Not logged in
Your IP address will be publicly visible if you make any edits.

Mail is now working! Feel free to request an account. Accounts are available to invested enthusiasts/technicians in the industry. :)

675 Thibault Street, Winnipeg: Difference between revisions

From FireAlarmPedia
(Created page with "{| style="float:right;border:2px solid black" |- ! System Specifications |- | |- | FACP: Mircom FA-106R <br /> FACP Location: Bottom Floor Corridor <br />System Type: Convent...")
 
No edit summary
Line 23: Line 23:
====Automatic Detection Devices====
====Automatic Detection Devices====
There are Mircom C2W-BA conventional 2-wire plug-in photoelectric smoke detectors throughout the corridors of the building.
There are Mircom C2W-BA conventional 2-wire plug-in photoelectric smoke detectors throughout the corridors of the building.
[[Category:Facilities]]

Revision as of 15:00, 2 April 2023

System Specifications
FACP: Mircom FA-106R
FACP Location: Bottom Floor Corridor
System Type: Conventional
System Line Voltage: 120VAC
NAC Voltage: 24VFWR
System Coding: Temporal?
Date of last known Upgrade: 2021
Year Opened: 1970s?

675 Thibault Street is the address of a 9-unit apartment building in Winnipeg, Manitoba, Canada. The building age is unknown, but it was likely built in the 1970s. The fire alarm system was upgraded in December of 2021; only the notification appliances are original.

System Specifications

FACP

The building is protected by a Mircom FA-106R conventional fire alarm system. The panel is located in the bottom floor corridor. The system coding is likely temporal.

Notification Appliances

All notification appliances are Edwards 885-D remote horns (red, wall-mount). These are located throughout the corridors; the suites have no signaling devices.

Initiating Devices

Pull Stations

All pull stations are Mircom MS-401 conventional single-action pull stations.

Automatic Detection Devices

There are Mircom C2W-BA conventional 2-wire plug-in photoelectric smoke detectors throughout the corridors of the building.