Make Up a System (2.0)

Samuelsville Union Station (Samuelsville, Ind.); built in 1935 and expanded in 1949-50 with some significant changes in the early 70s. the design is a scaled-down copy of Cincinnati’s Union Terminal (10 track concourse rather than 16) by Fellheimer and Wagner with a new Railway Express/mail wing and an Emery Roth [& Sons]-designed art moderne 16 story office tower added in 1949–a scaled-down copy of NYC’s Look building. The structural members of the additions are reinforced concrete due to the postwar steel shortage. all office tower windows are aluminum and were made by the William Bayley company of Springfield, Ohio

HISTORY:

this station was constructed to replace a smaller 1890s union depot and four separate stations. The highest record of passengers was during WW2 and Korea. passenger traffic started declining in 1958 and the city proposed other uses for the property; the first being a new public auditorium/arena in 1963; a second was a two-level shopping mall seven years later as a final effort to keep some retailers downtown (which somewhat worked in the end). One by one, the private railroad services disappeared over the course of the decade (also due to industrywide mergers). The last private passenger train left on the last day of April 1971. (only six Amtrak services stop here and two tracks are used for light rail service in 2025.) Half of the train concourse was demolished two years later for a nearby freight yard expansion and parking garage; most of the main building was later converted into a mall, which opened in 1973, since there was already a significant presence of office space. the remainder was remodeled as the official Amtrak station. fast-forward to 2016, the mall began losing tenants due to online shopping and “big-box” chains. four years later, the whole property was shut down due to the COVID-19 pandemic, with the office tower nearly abandoned (with the exception of medical offices). once the restrictions were lifted, the mall+office tower were never the same again, with a quarter of tenants fleeing after declaring bankruptcy. over the next two years, the vacancies increased, attracting many dead mall enthusiasts. The decline finally ended with an announcement to repurpose the office tower for mixed use–a mid-tier hotel in the upper half, with the lower half still being office space and a mini AI data center for the mostly empty basement slated to start operations in early 2026. The hotel opened in 2024.

original station tenants were the B&O, CI&L (Monon), CMSTP&P (Milwaukee Road), C&O, Erie, KI&S, New York Central, NYC&STL (Nickel Plate Road), PRR, & Wabash. This property was owned by the city until 2023, when it was sold to a local commercial real estate firm. The office tower’s tenants were a mix of various accountants, advertising agencies, insurance agencies, employment agencies, law firms, medical practices, six local corporations leased halves of three floors, a handful of national corporations had sales offices in this tower as well. A branch of a national bank was present on the first floor.

FA Systems:

–main station

Coded IBM system with Autocall-designed NYSP pulls (semi flush in common areas; surface in lower material handling rooms) and 10" SS bells (OEM was also Autocall) in the common areas with Faraday-designed 4030-1s/2s in the baggage/parcel/express back rooms; 1949 expansion uses the same hardware except the 4030s are Benjamin Electric-designed. two four inch RV-4016–4 trouble bells (yet another Autocall design) are on the system; one in the stationmaster’s office and the other next to the panel. A sprinkler system was installed by Grinnell in the lower handling rooms and has a flow switch tied in.

Part of the system was upgraded for the 1973 mall conversion (the current one still in use). this is tied into the original IBM system still protecting the back areas. The set up is a Simplex Time Recorder 4247-4 with S. H. Couch-designed 4263 coded pulls and Statitrol-designed 4262 ionization smoke detectors. Signals are early 4050-80s with Faraday-designed 4080 10" SS bells.

–office tower

The office tower uses a similar system as the main station with a few differences: Fenwal heat detectors in closets, mechanical rooms, penthouse, and basement; Photoswitch beam smoke detectors on the HVAC fan-coil units; signals are flush mount versions of the 10 inch SS bells; a second trouble bell is in the lobby

the upper half was upgraded to a Simplex 4007 ES voice system in 2023 with ADA addressable T-bars and TrueAlarm smokes (sounder base equipped units in all the rooms) along with TrueAlert ES wall speakers (49SO-APPLW); a mix of wall and ceiling speaker strobes are in the hallways and common areas (49SVC-WWFIRE; 49SV-APPLC); all signals are white. A sprinkler system was also added to the whole tower as part of the hotel conversion–includes various Potter Electric Signal Co. sensors. The lower section is a separate system

The AI data center will have a Stat-X clean agent fire suppression system.

no system in 1974 parking garage, though it is protected with a Grinnell sprinkler system and Protectowire, tied into a supervisory zone on the IBM/Simplex 4247-4 system

Clock & communication systems:

All IBM; the master program clock (model 17) controls a bunch of early “digital” clocks using a series of B&W dots on rotating drums (Plato clock): The exterior clock is 10 feet in diameter with the movements being made by Seth Thomas. 2100-series employee punch clocks are also used on the system. The office tower system is a later IBM 25MC master clock, model 780 punch clocks, and round white (hallway units are double sided) slave/remote clocks. The remote clocks were re-installed as functional decorations during the hotel conversion.

PA systems:

RCA MI-6719 with an MI-6226 microphone and MI-6294 12" wall speaker cabinets; MI-6260 horn units are used in the back handling rooms. part of the system was replaced with Soundolier equipment; including model 310 wide angle ceiling and 420/60 wall speakers during the mall conversion. The office tower uses a Stromberg-Carlson system for radio programs and BG music with “round air diffuser-style” ceiling speakers and RH-26 molded plastic wall cabinets (many of these were modified for use with TV “surround sound” systems during the hotel conversion); the hotel received a generic Pyle Sound amp to power the original S-C speakers of the upper half.

Elevators are all Otis and consist of the following: “signal control” in the main station building; Two hydraulic scenic “Lexans” were installed during the mall conversion; office tower uses early Autotronics with the black “pop-out” buttons (the latter were surprisingly left alone during the hotel conversion except for one bank, which had newer MAD buttons installed alongside the existing fixtures to meet ADA requirements). The 1974 parking deck also has five story traction “Lexans.”

Electrical:

–original

all equipment is Westinghouse; wiring devices are a mix of Harvey Hubbell and Pass & Seymour; lighting fixtures are a mix of Lightolier (including exit signs) and Holophane units in lower back rooms.

–1973 mall conversion

newer Westinghouse equipment; light fixtures (and exit signs) were replaced with Keene Corp. fluorescent units (along with some newer Lightolier suspended fixtures) when the Armstrong drop ceiling grids were installed. exit signs were also installed by them Newer Hubbell wiring devices were installed too. The 1974 parking garage has Holophane mercury vapor fixtures

–office tower

original:

BullDog/I-T-E equipment with a mix of Hubbell and Leviton wiring devices; lighting fixtures and exit signs are all Day-Brite; emergency lights are U-C Lite MFG. Co. units. all wiring is run through channels in the floors.

all the equipment in the upper half was replaced with Siemens featuring newer Leviton wiring devices and newer Lithonia LED light fixtures and exit signs (also emergency lighting units)

HVAC systems:

–original

all air diffusers and reigsters were made by Anemostat and Hendrick MFG Co. (custom art deco design) all equipment was made by Boston’s [B. F.] Sturtevant Co. (purchased by Westinghouse in 1945.) with AAF filters. the 1949 mail wing uses L. J. Wing Co., “revolving” vertical discharge heaters; the original Sturtevant ones were subsequently replaced with these in the lower back rooms and the originals were scrapped; other equipment was made by successor Westinghouse. roof ventilators are all powered units made by DeBothezat. Boilers are H. B. Smith Co. “HY-TEST” oil-fired units.

1973 mall conversion:

some HVAC units were replaced with Buffalo Forge Co. units; boilers were converted for natural gas operation; newer air diffusers were made by the Carnes Co.

–office tower:

supply diffusers were made by Air Devices, Inc. with return vents made by A-J MFG. Co.

all equipment was made by the York corporation with AAF filters and blower fans made by New York Blower Co. Boilers are York-Shipley packaged units installed in the penthouse. ducts are aluminum to save on weight and have silencer sections in key areas made by Industrial Acoustics Co. Roof ventilators are ILG PRV units.

hotel conversion:

everything in the upper half was replaced with newer York equipment. boilers are still the originals that were rebuilt. roof ventilators were replaced with Greenheck spun-aluminum units

cooling towers of both buildings were made by the Marley Co. of Kansas City

Plumbing:

all piping is a mix of rolled steel and copper (supply lines). Roof drains are cast-iron units made by JOSAM MFG. Co.. all fixtures were made by the Kohler Co. The 1973 mall conversion had Elkay refrigerated drinking fountains installed; ADA units were installed during the hotel conversion of the office tower.

door hardware:

mix of LCN (concealed overhead and floor type door closers on all exterior doors and some interior ones), Corbin “Unilocs”, Von Duprin panic bars & Best Lock Co. Model B emergency exit alarms; Independent Lock Co. RFID locks used in the hotel conversion

other things:

Cutler Co. mail chutes and Wilkinson waste disposal chutes (located in a separate room with a fire rated door) in the office tower. (halved during the hotel conversion) all high rises in downtown Samuelsville have these. The whole complex has four large Onan emergency generators to power essential systems in the event of a power failure

The control tower (above the start of the train concourse) uses a large General Railway Signal interlocker. controlling the approaches on either end and two nearby junctions. some sections were removed in the early 70s when the concourse was halved. The tower is still active in 2025.

Jeffersontown High School Is Somewhere Else (Not In Kentucky)

If My House Had A Fire Alarm SYstem It Would Had This

Panel: 4100 Classic With Voice Evac In The BAsement Laundry Room

Annunciator: 4603 Classic In The Entrance

Pulls: 2099-9795 Pulls Upstairs And 2099-9761 Basement

Alarms: simplex 4903-9219 upstairs in the living room, kitchen, dining, and hallways, 4904-9137 in the bedrooms and restrooms, Wheelock e70 speakers on 4903-9105 strobe plates but they kinda look like 4903-9101, and 2901-9846 outside also with Wheelock e70 weatherproof speaker strobes

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This is for a 3-story, sprinklered, mostly A-3 building containing a halfcourt gym, some multipurpose spaces (A-3/B office and classroom spaces), and two commercial bays (one restaurant-ready, so A-2, and the other intended to be a “generic” A-3/B/M spec space) being built as a community center by a local church.

Panels

The fire alarm panel is a Napco Gemini Firewolf GEMC-FW32CNVKIT, mounted behind the front desk along with a GEMC-FK1 & paired with a Potter EVAX-25 system for voice evacuation. Intrusion, though, is handled by the ACS, an ICT Protege WX system consisting of a PRT-WX-DIN-IP controller, 9 PRT-RDM2-DIN-485 door modules, at least 2 PRT-ZX8-DIN zone expanders, and PRT-KLCD keypads at the main staff door, main gym entrance, and each main tenant bay entrance. The FACP reports via a GEMC-NL-MOD to the cell network router, which is a Teltonika RUT956A that has a backup connection to the main building network, and is powered from a diode OR of the elevator communicator and fire alarm 12V supplies.

The Protege system lives in a Trove2DR2 enclosure fitted with an AL1024ULXB2 power supply card, a VR6 with a PD8ULCB stacked atop it mounted on a BR1 bracket to provide 12V power to the Protege and to the intrusion notification appliances, a PD16WCB for 24V lock power distribution, and a PD4ULCB on another BR1 to power the ELRs on the main doors. There’s also a Trove2BWC below it holding the batteries for the intrusion/access control system.

Initiation

Fire initiation is handled using 4WTR-Bs for recall in the elevator lobbies and machine room, a 4WT-B for self-protection, a pair of zones for flow and supervisory switches, and zones for CO and fuel gas detection (if needed). A GEMC-EZM8 supplies additional zones for AOR and elevator communications power trouble supervision, restaurant hood system monitoring, and the FWC-CNV-PULLKs at the riser room and main desk.

Intrusion initiation is handled using recessed MSS series Magnasphere contacts for door service and Honeywell DT8035V dual tech motion sensors + FG1625RFM glassbreaks in the commercial bays. There are also intrusion zone inputs from the locally-recording dome cameras in the commercial bays and from the main building CCTV system.

That CCTV system consists of an InVid PN3A-8X8FNH-3TB NVR, 2MP dome cameras monitoring the back exit, back stair, and first floor lobby, and a Vivotek FE9180-H 5MP fisheye camera on the gym ceiling. The locally recording dome cameras are also 2MP units, and are powered from an AL125ULX set for 12V with a 7Ah battery fitted.

Notification

Fire notification consists of TOA SC-630TUs in the kitchen and gym, two each, with the gym units set to 4W and the kitchen units set to 1W, along with Eluxa ELSPSTW-N speakerstrobes (set for 15cd everywhere save for the one behnd the stage which is 75cd, along with either 1/8W for small rooms or 1/4W for larger ones), ELSPKW-N speakers for infill in corridors & the dining room, ELSTW-N remote strobes set to 15cd everywhere but the gym, which uses 75cd strobes, and EL3RSPST-FWs with ELLP-NW plates set to 15cd & 1/8W for the two covered balcony spaces. There’s also an Eaton MT4-115-WH-VFR multitone hornstrobe set to the HiLo tone outside to serve as the sprinkler hornstrobe. (This uses 1.127A of strobe power and 24.5W of speaker power.)

The EOL on the strobe circuit is replaced by a PAM-SD relay that cuts off 24VAC coil power to a contactor or power relay controlling the stage receptacles – this is used to provide audio cutoff for any sound reinforcement in the gym. A separate NAC is used to control and monitor the EVAX.

Intrusion notification consists of a Potter FSS-26T in the gym rafters on a relay controlled circuit, two ELK-74s and two WBox 0E-1GANGSIRNs in the first floor lobby on the Protege’s bell circuit, and two ELK-73 speakers in each ground floor commercial bay driven from ELK-110 voice cards located at the the Trove and connected to relay outputs. The tamper circuits on the ELK-74s, ELK-73s, and FSS-26T are brought back to inputs on the Protege, along with the supervisory contacts on the ELK-110s as they can supervise their speaker circuits for opens.

Access Control

The remainder of the access control system consists of ICT tSec readers, along with a mix of Yale 8897FLxREXxDBM electrified deadbolt mortise locks that have been wired for deadbolt privacy for the office bays and 8891xREX electrified mortise locks for classrooms and conference rooms. The main tenant space and main gym entrance doors, along with the balcony doors on the third floor, are in the “main entrance” configuration using push-pull hardware with a double-cylinder indicator deadbolt, while the restaurant and gym auxiliary exits, along with the various back exit doors from spaces, use straightforward exit only panics in a rim or rim by rim by keyed mullion configuration, with SDC and Marray retrofit REX switches used where needed. (There are a total of 35 doors and 18 areas, although only 20 of the doors have keycard access in this setup.)

The main lobby entrances, though, use Adams-Rite 8600C CVR panics (the C standing for cylinder dogging) retrofitted with SDC LR100ARK ELR kits to permit the future installation of low energy power operators. All doors with electrified or integrally monitored hardware have Cal-Royal DLC-40 concealed-type power transfers.

There is also a set of RS-485 to fiber converters that pass either ICT proprietary bus or OSDP communcations to the gate actuators for the parking lot, if it is desired that the gates be on this building’s PACS instead of being on an independent system.

Emergency Communication

The elevator video communicator is a K-Tech Connect with a James Madison Cat6 traveler running to it. This obviates the need for T1L or proprietary Ethernet-twisted pair converters. Power to this communicator is supplied by an AL175ULX, set for 12V and fitted with a 7Ah battery, that powers via a dedicated spare pair a MeanWell SD-15A-5 DC/DC converter mounted at the cab to supply 5V to the K-Tech Connect.

The AOR system, though, consists of a Rath/Janus/Avire 2100-VOIP2CS supplying a FXS port to a Talkaphone system consisting of an AOR-5 master at the main desk, an AOR-5-10-PSU 24V supply, and 4 AOR-CSE-FM stations: one at the 2nd floor elevator lobby, one at the 3rd floor elevator lobby, and one at each of the covered balconies on the third floor.

This system is for a previously partially sprinklered former office building that is being renovated into two tenants: one a 7k sf E/I-4 (infant-preK) daycare and the other a 20kft2 aggregate event venue containing 2 event halls. The daycare has an occupancy just shy of 100 and the event halls total up to 900-odd occupants.

Event Venue

Panels

The event venue has a Kidde FX-5R mounted in the main atrium as its fire alarm system, with a SigCom VECP-25 next to it for the NFPA 101 required voice evacuation system, and a Kidde KC2-OSH for self-protection. One of the event halls has its own vestibule, with a DVS-RM/B remote microphone and FSRSI/FSRZI-SA annunciator pair located there.

Intrusion for the space is handled by a DMP XT30 with 7060 keypads at both vestibules, sharing a DualComNF communicator with the fire alarm system. The DualComNF is powered from a diode-OR of fire and burglary power, and and is driven from the relays on the FX-5 on zones 1 and 2 while dial capturing the XT30. There’s also a DMP 866 NAC card at the DualComNF that handles providing an auxiliary NAC to the SigCom for fuel gas triggering; it is triggered by a spare output on the DualComNF that’s programmed for follower service.

The FX-5R is fitted with 12Ah batteries, while the VECP-25 has the standard 7Ah batteries fitted. The XT30 also has a 7Ah battery fitted.

Initiation

The panel zones are connected as follows:

  • Zone 1 is a combination sprinkler monitor/supervisory zone
  • Zone 2 monitors the UL300A hood system in the assembly area’s galley (and can also be programmed as a waterflow/supervisory zone to provide duct detector supervision for the lobby, if needed)
  • Zone 3 is connected to the KC2-OSH self-protection smoke detector at the panel, any pull stations in the common lobby/entry area, and the trouble outputs from the DualComNF and 866.
  • Zones 4 and 5 are connected to any pull stations in the event spaces (and also can be programmed to provide supervisories for any duct smokes desired there)
  • and Input 3 on the DualComNF is connected to a Macurco GD-2B in the mechanical room, powered from FA resettable power.

The pull stations themselves are Napco FWC-CNV-PULLKs.

The intrusion panel has:

  • A zone input for each of the two vestibules
  • a zone input for the exterior exits from each space
  • a zone input for the main interior doors from the lobby into each event hall.
  • and a zone input for the doors from the north wing into the patio there.

All the intrusion contacts are concealed-type GRI Magnaspheres.

Notification

All indoor life safety notification is handled via the voice evac system, with TOA PC-580RU speakers in the ceiling and Edwards V1GWF or V1GWN strobes on the walls. The VECP-25’s primary NAC is connected to a NAC on the panel, with the panel’s other NAC used for strobe drive. The secondary NAC on the VECP-25 is connected to to the “NAC” from the 866 card, and is used to trigger an evacuation should fuel gas be detected.

There’s also a SASH-120 near the main entrance for waterflow alarming, connected directly to mains power via the waterflow switch for the bay. Intrusion notification consists of a Potter FSS-26T located outside the galley area.

Daycare

Panel

The daycare bay, on the other hand, handles everything using a Vista-32FB in the main office. This panel is equipped with a 4208U V-Plex extender located at the panel, with its tamper switch serving as the panel’s tamper detection facility. There is also a 6160CR-2 keypad located at the entry vestibule and a LTE-CFA communicator providing the sole path to the monitoring station.

Initiation

The zones go as follows:

  • zone 1 is hooked up to a set of 2WT-Bs for corridor smoke detection
  • zone 2 is hooked up to a 2WT-B for the breakroom + the UL300A system on the daycare kitchen’s range hood
  • zone 3 is a supervisory zone for the duct detectors in the daycare’s AHU
  • zone 4 is connected to CO1224Ts in the classrooms (all 4 of them) and laundry room
  • zone 5 is connected to a GD-2B in the laundry room
  • zone 6 is the sprinkler waterflow zone
  • zone 7 is the sprinkler supervisory zone
  • zone 8 is connected to a 4WT-B for self-protection + a 270-SPO pull station in the main office
  • zone 9 (the first extender zone) is connected to the doors out to the play area
  • zone 10 is connected to the front doors
  • zone 11 is connected to the front office door
  • zone 12 is connected to the main office door
  • zone 13 is connected to the doors to the infant room
  • zones 14, 15, and 16 are reserved for future burglary updates
  • and zone 17 is connected to the monitor contacts on both playground gates (it’s on the 4101SN mentioned there)

All the contacts in the building are flushmounted GRI Magnaspheres, while the gates are monitored by Magnasphere MSS302Ss. All the resettable power is supplied via the Vista’s onboard auxiliary output and relay, and the Vista is mounted in a VISTA-ULKT cabinet with an 18Ah battery fitted.

Notification

Fire notification consists of an AL802ULADA with 7Ah batteries in it driven by a coded NAC on the Vista and driving both coded GHLF horns (to provide RAMO) and synchronized GES3-24 strobes (the horns use output-follows-input mode, while the strobes get a continuous output with Gentex sync enabled). The other NAC on the Vista is connected to a WAVE2PD for local intrusion notification. Finally, another SASH-120 provides the waterflow alarm for this bay.

Delayed Egress

Finally, the exit gates from the playground are equipped with delayed egress panics consisting of:

  • Detex V40EEX-Ws on the gates,
  • a Detex 10-800 power supply without a standby battery back inside,
  • a PAM-SD off the Vista fire NAC for fire trigger (yes, the 10-800 is fine with a coded fire trigger input),
  • a 4101SN to permit a code on the Vista to be used to reset the delayed egress system + monitor the door position output from it,
  • an Elk SS-30 siren mounted over the playground for the delayed egress system’s local alarm,
  • and System Sensor CHWLs with plain bezels in both offices to alert staff inside to the delayed egress system being triggered.

The 10-800 is set for delayed egress mode, NFPA code, a 30s egress delay, and a 3s nuisance delay. One of the macro keys on the Vista’s keypad is programmed to manually release the delayed egress gates by “blipping” the Vista’s fire NAC; this is done by putting the Vista into drill mode then taking it right back out again in the same keypad macro.

Emergency Lighting

The emergency lights and exit signs in the building are all generic LED units. However, the lighting for the exit discharges and over the delayed egress gates consists of Atlas WSPS20LED3Ks with RAB SB500W sensors and individual Assurance Si-10-PST inverters. This avoids the need for ALCRs on the sensors, as they can be wired to the microinverter’s switched hot input, and also provides lighting that doesn’t bug the neighbors (the WSPS20LED3K has a BUG rating of 1-0-0, which is about as good as wallpacks get.)

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Montgomery County High School

Panel: Siemens Cerberus Pro Modular

PULL STATIONS = Gym: Siemens MSM-K-WP’s The school itself: Siemens XMS-D Pulls

Devices: Siemens SET-MC-CR’s, SEF-MC-R’s, SET-S17-R-WP’s and ST-MC-Rs.

Elevators: Kone EcoDisc

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Nice system! I like the ST-MC-Rs, as I’ve never actually seen them on a Siemens system, and I feel that they go a lot better with the SEF-MC-Rs than the ZR-MC-Rs that are usually paired with them.

Are you sure they aren’t SEF-MC-CRs? I feel like those would make more sense in most environments, unless it is a loud environment. Just like the difference between the Wheelock E- and ET- devices, the SE- devices’ speakers go up to a maximum of 2w, while the SET- speakers go up to 8w, and are, therefore, very loud.

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Yes, SEF-MC-R’s, the building was made in 2019 Btw.

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The Marriot Palace Hotel, Opened in 1985 from a renovation of a old office building which had 25 Floors, located in NYC.

FIRE ALARM SYSTEM: Cerberus Pyrotronics System 3 with a CPV-90.

Pull Stations: Cerberus Pyrotronics MSI-10

Hotel Devices: Wheelock ET-1080-LS-24-VFRs, and Cerberus Pyrotronics SSET70-15/75-Rs

Room Devices: Wheelock ET-1090s

2014 REPLACEMENT OH BOY

The hotel has been renovated, and all of the old cerberus stuff is gone.

FIRE ALARM SYSTEM: Siemens FireFinder XLS

Pull Stations: Siemens MSI-20Bs, And Siemens MSI-10Bs in service corridors.

Hotel Devices: Siemens SEF-MC-Ws In Renovated Areas, and Original devices in semi-renovated Areas.

Rooms: Same as old Cerberus System.

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Chamisa Hills Elementary School was built in 1968. The classrooms were in two circular sections of building called “pods”. One pod was for grades K-3, and the other was for grades 4-6. The K-3 pod had sitting steps, but the 4-6 pod didn’t. There were plans to build a third pod due to an increase in enrollment, but they didn’t yet acquire the funds. So there were three portables put on to school grounds until the third pod could be built…which never happened at all. The K-3 pod became K-2, grades 3-4 were put into the portables, and grades 5-6 in the other pod. In 1994, the 3rd and 4th graders were moved into the main building and 5-6 in the portables.

  • It originally had Simplex 4050 horns; they were installed in the hallways, the gym, the pods, and outside.
  • In 1978, a new Fire-Lite system was installed, and the 4050s were replaced with Wheelock 7002s (indoor) and 34s (outdoor); now there were signals in each classroom in the pods (the K-2 pod had them in every other classroom however), as well as in the gym, library, music room, art room, and one right outside of the library’s west entrance. WS strobes were installed in the portables. There were two Federal Signal 4050-001T pull stations at the main entrances to the school building.
  • In the summer of 1983, a fire broke out in the school’s library. And repairs were made over the next couple of years.
  • Then in 1985, the 7002s and 34s were respectively replaced with 7002Ts and 34Ts (the 34Ts were rebranded by Notifier). The 4050-001T pull stations and notification signals at the main entrances were removed. The sole pull station in the office next to the NACP was a Notifier LNG-1R.
  • In 1991, Wheelock 34T-24-WS’s were installed in the portables, replacing the WS strobes.
  • In 1998, one of the classrooms in the K-2 pod was remodeled. Unorthodoxly, the 7002T in that room got replaced with a later-model 7002T.
  • In 2005, the LNG-1R pull was replaced with a Fire-Lite BG-12. Gentex Commander 3s were installed in the classrooms in the K-2 pod that previously didn’t have a signal, and were set to temporal horn. The 7002T in the office was replaced with a GEC3, another GEC3 was installed right outside of the office. And a 34T-24-WS in one of the portables was removed, and two GEC3s were installed.
  • Finally in 2016, a couple 34Ts were replaced with SpectrAlert Advances set on temporal.
  • In 2025, Chamisa Hills Elementary moved into a new building, and shortly thereafter, the original one got demolished. The new building has BG-12 pulls and System Sensor L series speaker strobes.
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My high school got pods.

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