OVE subs — Electrical

Main Wall Loads Main Ceiling Upper Wall Loads Upper Ceiling Lower Loads / Ceiling Circuit Maps Blinds / Shades Panels

Main Wall Loads / 120V Devices

Main wall loads checked from Main wall loads.dwfx dated 2026-05-27. DWFx object data shows the device counts below. These are wall/device loads and equipment rough-ins; keep them separate from 24V ceiling tape driver-bank wiring.

Load Group	Circuit / Rough-In	Count	Notes
Wall duplex receptacles	120V branch circuit	27	Standard wall duplex outlets shown in the main wall-load DWFx. Circuit grouping follows the panel schedules.
Floor duplex receptacles	120V branch circuit	5	DWFx family is Outlet Floor-Duplex. Coordinate final box/device type with floor finish and cover requirements.
Waterproof receptacles	120V weatherproof/GFCI where required	14	DWFx family is Outlet-WP / Water Proof. Use in-use covers and GFCI protection where code requires.
Countertop GFI receptacles	120V GFCI branch circuit	14	DWFx family is Outlet-GFI / Countertop. Provide kitchen, bath, wet-location, and countertop protection as required.
Island GFI receptacles	120V GFCI branch circuit	4	DWFx family is Outlet-GFI / Island. Coordinate final island/peninsula receptacle placement with cabinet shop and code.
Range outlets	Equipment circuit, verify voltage/amps	3	DWFx family is Outlet-Range / Single / Range. Verify each appliance cut sheet before breaker and conductor sizing.
Microwave outlet	Dedicated or appliance branch circuit	1	DWFx family is Outlet-Range / Micro Wave. Verify whether dedicated circuit is required by equipment and code.
Stack washer/dryer outlet	Laundry equipment circuit	1	DWFx family is Outlet-Range / Stack. Verify actual washer/dryer voltage and amp requirements before rough-in.
240V fusible 30A disconnects	240V equipment disconnect	4	DWFx object type is Disconnect Switches / 240V - Fusible 30A. Coordinate final fuse size with served equipment.
240V fusible 40A disconnect	240V equipment disconnect	1	DWFx object type is Disconnect Switches / 240V - Fusible 40A. Verify equipment nameplate before installation.
LAN1 wall controls	Low-voltage/control rough-in	6	DWFx family is Switch-Three Way / LAN1. Treat as control/keypad rough-in unless electrical designer revises.
LAN4 PoE touch screens	Cat5e/PoE rough-in	5	DWFx type mark is 8" Android PoE Touch Screen. Pull Cat5e to the assigned low-voltage/control location.
LAN5 wall controls	Low-voltage/control rough-in	3	DWFx family is Switch-Three Way / LAN 5. Coordinate control function with lighting/control schedule.
CATV + 120V combo outlets	Low-voltage + 120V combo rough-in	3	DWFx family is Outlet-Communications / CATV; model notes Legrand 9" and 120V duplex. Coordinate low-voltage and power separation.

Main 120V Utility / Motion Lights

Use one shared 120V utility/motion lighting circuit for miscellaneous non-tape fixtures where code/load allows. Separate Shelly relay channels are only required where the loads need independent app/control switching.

Load Group	Voltage	Control	Notes
Mechanical utility light	120V	Local motion or shared relay	Loop on the Panel 3 utility 20A lighting circuit.
Garage mechanical utility light	120V	Local motion or shared relay	Loop on the Panel 3 utility 20A lighting circuit.
Pantry/storage utility light	120V	Local motion or shared relay	Loop on the Panel 3 utility 20A lighting circuit.
Three additional utility lights	120V	Local motion	Include all three utility/motion fixtures on shared 1-120 feed; no separate Shelly needed if only motion-control is desired.
ADU 120V utility light	120V	Local motion or shared relay	Include on 1-120 where code/load allows unless a separate controlled feed is intentionally shown.
Independently switched 120V loads	120V	Shelly relay channel/module	Same branch circuit is acceptable; independent control requires separate relay output/channel.

CAD Tape Takeoff

1,373.5 LF

Total tape/channel footage shown on the ceiling plans

Order Allowance

1,580 LF

15% waste/cuts included

120V Lighting Feeds

6 feeds

Six 20A feeds: four to Upper driver cabinets and two to Lower driver cabinet

Control Hardware

24 zones

24 visible 24V control labels in current ceiling DWFx files

Ceiling Tape-Light Package For Electrical Review

Basis of design: 24V warm-white tape, Diode LED BLAZE X 200 or equal, 3000K, 95+ CRI, 3.1 W/LF. Quantity below is the combined order package for interior, ADU, and exterior ceiling tape locations shown on the plan. Do not substitute BLAZE X 300 or higher wattage tape without resizing drivers, Shelly modules, and branch circuits.

Item	Spec / Basis	Qty	Use / Notes
Interior LED tape	24V, 3000K, 95+ CRI, 3.1 W/LF, indoor/damp	10 x 100 ft spools	Install at all interior and ADU ceiling tape locations shown on the plan.
Exterior LED tape	24V, 3000K, wet-location/IP-rated, 3.1 W/LF basis	7 x 100 ft spools	Install at all exterior ceiling tape locations shown on the plan.
Interior aluminum channel	8 ft aluminum profile with frosted lens, end caps, clips	120 sticks	Use at all interior cove/tray/tape locations.
Exterior aluminum channel	8 ft exterior/wet-rated aluminum profile with lens, end caps, clips	78 sticks	Seal wire exits; mechanically fasten; do not rely on adhesive only.
24V LED drivers	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A power supply	12 DIN supplies	Purchasable power supply. This is not one driver per Shelly. Use 8 DIN supplies for UDB Upper lighting and 4 DIN supplies for LDB Lower lighting; each supply feeds multiple individually fused Shelly/tape outputs as scheduled below.
UDB assembly - Upper lighting 24V controls	8 x Mean Well SDR-480-24 DIN power supplies + 2 x nVent Hoffman A42N3013 driver enclosures + 1 x nVent Hoffman A42N3613 low-voltage enclosure + Phoenix Contact 3036505 fused DIN terminals + Shelly Pro RGBWW PM modules	1 assembly	Buildable upper-ceiling assembly. Feeds 17 current upper DWFx 24V zones. Label outputs UDB / PS-# / F-# / SH-# / U-#.
LDB assembly - Lower lighting 24V controls	4 x Mean Well SDR-480-24 DIN power supplies + 1 x nVent Hoffman A42N3013 driver enclosure + 1 x Hoffman A24N206LP low-voltage enclosure + Phoenix Contact 3036505 fused DIN terminals + Shelly Pro RGBWW PM modules	1 assembly	Buildable lower-ceiling assembly. Feeds 7 current lower DWFx 24V zones. Label outputs LDB / PS-# / F-# / SH-# / L-#.
24V fused distribution terminals	Phoenix Contact ST 4-FSI/C-LED 24 fuse terminal block, item 3036505, on NS35 DIN rail	24 minimum + spares	Use one fused 24V positive output per Shelly/tape zone. Size the blade fuse to the actual tape load and wire gauge. Do not land all 24V loads on an unfused common bus.
Shelly LED controllers	Shelly Pro RGBWW PM, white-channel mode	24 max	Carry one module per visible 24V control label in the current upper/lower ceiling DWFx files. Module count may be reduced only if multiple white channels are grouped on one Shelly and channel/module load ratings remain compliant.
Driver-bank enclosures	nVent Hoffman Type 1 steel wall-mount enclosures: A42N3013 for driver cabinets, A42N3613 for upper 24V controls, A24N206LP for lower 24V controls and shades	6 total	Use UDB-A, UDB-B, UDB-C, LDB-A, LDB-B, and BC-1. Keep 120V driver cabinets separate from 24V fused/Shelly control cabinets.
DIN rail	Phoenix Contact NS 35/7.5 perforated DIN rail, 35 mm x 7.5 mm	As required	Mount fuse terminals and control terminals inside each Hoffman control/fuse enclosure.
120V branch circuits	Dedicated 120V lighting circuits to UDB and LDB assemblies	6 x 20A	Use two SDR-480-24 supplies per 20A feed: four feeds to UDB-A/UDB-B and two feeds to LDB-A. Run each feed as a dedicated 20A lighting/control branch with #12 copper conductors and equipment ground in raceway/cable method accepted for the installation.
120V utility / motion lights	Shared 120V lighting circuit for utility fixtures	1 circuit	Combine mechanical, garage mechanical, pantry/storage, ADU 120V, and three utility/motion fixtures on one existing 120V lighting circuit where code/load allows.
Cat5e control cable	CMR/CL2 rated Cat5e, home-run topology	2 x 1000 ft boxes	For keypad/control/low-voltage signal runs only. Do not use Cat5e for LED tape power.
LED power cable	16/2 stranded low-voltage cable, CL2/CL3 as required	2 x 1000 ft boxes	Typical 24V tape home runs from controller to tape.
Long-run LED power cable	14/2 stranded low-voltage cable, CL2/CL3 as required	1 x 500 ft box	Use for longer 24V home runs and power injection where voltage drop requires.

Branch Circuit Schedule

Circuit	Area Served	Shelly Zones	24V Bank Capacity	Breaker
UDB / Upper lighting	Build UDB from 8 x Mean Well SDR-480-24 DIN power supplies, 2 x Hoffman A42N3013 driver enclosures, 1 x Hoffman A42N3613 low-voltage enclosure, Phoenix Contact 3036505 fused terminals, and Shelly Pro RGBWW PM modules.	17	3,840W @ 24V	4 x 20A, 120V
LDB / Lower lighting	Build LDB from 4 x Mean Well SDR-480-24 DIN power supplies, 1 x Hoffman A42N3013 driver enclosure, 1 x Hoffman A24N206LP low-voltage enclosure, Phoenix Contact 3036505 fused terminals, and Shelly Pro RGBWW PM modules.	7	1,920W @ 24V	2 x 20A, 120V

Total revised tape basis: approx. 4,258W at 24V before driver headroom. Carry 5,760W total installed 24V DIN supply capacity using 12 x Mean Well SDR-480-24 power supplies. Do not combine or reassign 24V tape zones between UDB Upper and LDB Lower without updating the load schedule, fuse schedule, and voltage-drop calculation.

Plan Legend / Wiring Rule

Each 24V label on the reflected ceiling plan identifies a controlled low-voltage tape-light zone/output, not a 120V branch circuit.

Plan Label	Meaning	Required Connection
1-24 2-24 3-24	Separate 24V tape-light control zones	Mean Well SDR-480-24 DIN 24V power supply to Phoenix Contact 3036505 fused terminal, then Shelly Pro RGBWW PM, then tape zone.
120V	Line-voltage feed to driver location	120V circuit feeds accessible 24V DIN power supplies only.
1-120	Shared 120V utility/motion lighting circuit	Use one 120V lighting feed for the miscellaneous utility fixtures; local motion sensors are acceptable.
3-120	Single remaining 120V label in latest DWFx	Use only where a separate 120V controlled feed is intentionally required; otherwise use the Panel 3 utility 20A lighting circuit.
4-120 5-120	Not present in latest DWFx	Do not carry these as separate circuits. Latest DWFx text shows 1-120 and 3-120 only.
Shelly	Shelly Pro RGBWW PM smart PWM controller	Install downstream of the Phoenix Contact 3036505 fused 24V output and upstream of tape light.
120V Shelly	Only for separately controlled 120V loads	Loads may share the same 120V branch circuit, but independent app/control switching requires separate Shelly relay channels/modules.
Cat5e	Control/keypad cable only	Home run from switch/keypad/control points to low-voltage cabinet.

Typical path: 120V panel circuit -> Mean Well SDR-480-24 DIN 24V power supply -> Phoenix Contact 3036505 fused terminal -> Shelly Pro RGBWW PM -> tape/channel zone.

Exact 24V Driver / Fuse / Shelly Output Schedule

Each row is one actual output path in order. The Mean Well SDR-480-24 is the shared DIN-rail 24V transformer/power supply. The Phoenix Contact 3036505 terminal is the fused 24V output. The Shelly Pro RGBWW PM module is downstream of that fuse and controls the tape zone. This is not one Mean Well DIN supply per Shelly.

Assembly	Driver No.	Driver Product	Fused Output	Fuse Product	Shelly No.	Shelly Product	Tape Termination	Area / Plan Callout
UDB	PS-1	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-01	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-01	Shelly Pro RGBWW PM	U-01 / 1-24	Upper ceiling left-side area
UDB	PS-1	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-02	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-02	Shelly Pro RGBWW PM	U-02 / 2-24	Upper ceiling left-side area
UDB	PS-2	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-03	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-03	Shelly Pro RGBWW PM	U-03 / 1-24	Upper ceiling lower-left area
UDB	PS-2	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-04	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-04	Shelly Pro RGBWW PM	U-04 / 1-24	Upper ceiling left wing area
UDB	PS-3	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-05	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-05	Shelly Pro RGBWW PM	U-05 / 1-24	Upper ceiling left wing area
UDB	PS-3	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-06	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-06	Shelly Pro RGBWW PM	U-06 / 1-24	Upper ceiling center-left area
UDB	PS-4	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-07	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-07	Shelly Pro RGBWW PM	U-07 / 2-24	Upper ceiling center-left area
UDB	PS-4	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-08	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-08	Shelly Pro RGBWW PM	U-08 / 1-24	Upper ceiling upper central area
UDB	PS-5	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-09	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-09	Shelly Pro RGBWW PM	U-09 / 2-24	Upper ceiling upper central area
UDB	PS-5	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-10	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-10	Shelly Pro RGBWW PM	U-10 / 1-24	Upper ceiling kitchen/service bar area
UDB	PS-6	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-11	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-11	Shelly Pro RGBWW PM	U-11 / 1-24	Upper ceiling kitchen/service bar area
UDB	PS-6	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-12	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-12	Shelly Pro RGBWW PM	U-12 / 1-24	Upper ceiling right-side exterior/patio area
UDB	PS-7	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-13	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-13	Shelly Pro RGBWW PM	U-13 / 1-24	Upper ceiling main room rectangle
UDB	PS-7	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-14	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-14	Shelly Pro RGBWW PM	U-14 / 2-24	Upper ceiling main room rectangle
UDB	PS-8	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-15	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-15	Shelly Pro RGBWW PM	U-15 / 1-24	Upper ceiling bedroom/right-side area
UDB	PS-8	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-16	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-16	Shelly Pro RGBWW PM	U-16 / 1-24	Upper ceiling bedroom/right-side area
UDB	PS-8	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-17	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-17	Shelly Pro RGBWW PM	U-17 / 1-24	Upper ceiling bath/service area
LDB	PS-1	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-01	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-01	Shelly Pro RGBWW PM	L-01 / 1-24	Lower ceiling living/mechanical utility light area
LDB	PS-1	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-02	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-02	Shelly Pro RGBWW PM	L-02 / 2-24	Lower ceiling main/ADU rectangle area
LDB	PS-2	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-03	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-03	Shelly Pro RGBWW PM	L-03 / 1-24	Lower ceiling main/ADU rectangle area
LDB	PS-2	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-04	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-04	Shelly Pro RGBWW PM	L-04 / 1-24	Lower ceiling rear patio / exterior area
LDB	PS-3	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-05	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-05	Shelly Pro RGBWW PM	L-05 / 2-24	Lower ceiling bedroom/right-side area
LDB	PS-3	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-06	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-06	Shelly Pro RGBWW PM	L-06 / 3-24	Lower ceiling bedroom/right-side area
LDB	PS-4	Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-07	Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-07	Shelly Pro RGBWW PM	L-07 / 1-24	Lower ceiling right-side service/bath area

Purchase count from this schedule: 12 x Mean Well SDR-480-24 DIN power supplies total; 24 x Phoenix Contact 3036505 fused outputs plus spare terminals; 24 x Shelly Pro RGBWW PM DIN-rail controllers, one controller per scheduled tape zone. Label every conductor as DB-# / PS-# / F-# / SH-# / U-# or L-#.

Upper Wall Loads Schedule

Upper wall loads checked from Upper Wall loads.dwfx dated 2026-05-27. DWFx object data shows the device counts below. These are wall/device loads and low-voltage rough-ins; keep them separate from 24V ceiling tape driver-bank wiring.

Item	System	Qty	Use / Notes
Duplex receptacles	120V branch circuit	11	Standard wall duplex outlets shown in the upper wall-load DWFx. Circuit grouping follows the panel schedules.
GFI receptacles	120V GFCI branch circuit	3	GFI outlets shown in DWFx, including island/counter locations. Provide GFCI protection as required by code.
Weatherproof outlets	120V exterior/wet-rated branch circuit	5	Includes 4 WP outlet objects plus 1 dryer WP outlet object. Use wet-location boxes/covers where required.
Hybrid water heater outlet	240V equipment circuit	1	DWFx object is Outlet-Range / Water Heater Hybrid. Verify circuit size with equipment submittal.
Fusible disconnects	240V equipment disconnect	2	DWFx object type is 240V fusible 30A. Coordinate final disconnect/fuse size with equipment served.
Wall control / switch devices	Low voltage / control	9	Includes 5 LAN1 control points and 4 Axion 8 in Android PoE touch screen objects. Coordinate PoE/data rough-in.
Garage door ceiling receptacles	120V branch circuit	4	Provide one ceiling receptacle at each garage door opener location. Coordinate exact placement with opener rail/motor locations before rough-in.
Communications / CATV outlet	Low voltage	1	Low-voltage communication outlet. Do not mix with 120V conductors except in listed combo devices/boxes as allowed.

Upper Ceiling Tape-Light Schedule

Upper ceiling takeoff checked from OVE Upper Electirical Ceiling.dwfx dated 2026-05-27. DWFx object data shows 63 L_LED Light strip objects totaling approx. 817.1 LF. Revit family metadata says IP65 RGBW Strip / 9w per foot; do not buy 9 W/LF RGBW tape unless the driver schedule is resized. Current package basis remains 24V 3.1 W/LF tape unless Craig approves RGBW tape.

Item	Spec / Basis	Qty / Load	Use / Notes
Interior upper ceiling tape	24V, 3000K, 95+ CRI, 3.1 W/LF, indoor/damp	817.1 LF takeoff / 940 LF with 15%	Interior upper ceiling tape shown in the upper ceiling DWFx. Included in total tape package unless ordered separately.
Exterior upper ceiling tape	24V, 3000K, wet-location/IP-rated, 3.1 W/LF basis	Use only where exterior/wet shown	Keep exterior tape and exterior channel separate from interior material. Do not install indoor tape/channel outside.
Upper ceiling load basis	24V DC tape load	2,533W at 3.1 W/LF	If the Revit 9 W/LF RGBW family is used, load becomes approx. 7,354W and the driver schedule must be redesigned.
Upper ceiling Shelly controls	Shelly Pro RGBWW PM or approved equivalent	Per visible 24V label	One module/channel per control label unless grouping is specifically approved and documented.
Upper 24V driver assignment	Mean Well SDR-480-24 DIN power supply through Phoenix Contact 3036505 fused terminal output	UDB	Assign upper ceiling zones U-01 through U-17 to scheduled UDB outputs. Do not move zones between UDB and LDB without revised load, fuse, and voltage-drop schedules.
120V feed	Four dedicated 20A 120V lighting/control feeds to UDB assembly	UDB-A / UDB-B	Use two Mean Well SDR-480-24 DIN power supplies per 20A feed. Tape zones are 24V downstream of the supplies, Phoenix Contact fuse terminals, and Shelly modules.
Cat5e control cable	CMR/CL2 rated Cat5e, home-run topology	As required	For keypad/control/low-voltage signal only. Do not use Cat5e for LED tape power.
LED power cable	16/2 stranded CL2/CL3, 14/2 where voltage drop requires	As required	Home-run 24V tape power from the assigned Shelly/controller output to the tape zone.

Lower Wall Loads Schedule

Lower wall loads checked from Lower wall loads.dwfx dated 2026-05-27. DWFx object data shows the device counts below. These are wall/device loads and low-voltage rough-ins; keep them separate from 24V ceiling tape driver-bank wiring.

Item	System	Qty	Use / Notes
Duplex receptacles	120V branch circuit	11	Standard wall duplex outlets shown in the lower wall-load DWFx. Circuit grouping follows the panel schedules.
GFI receptacles	120V GFCI branch circuit	3	Countertop/wet-location GFI outlets shown in DWFx. Provide GFCI protection as required by code.
Communications / CATV outlet	Low voltage	1	Low-voltage communication outlet. Do not mix with 120V conductors except in listed combo devices/boxes as allowed.
Wall control / switch devices	Low voltage / control	3	DWFx object family is Switch-Three Way with Axion 8 in Android PoE touch screen metadata. Coordinate PoE/data rough-in.
Data / media panel	Low voltage / structured wiring	1	Leviton 28 in media center shown in DWFx. Provide power and low-voltage home runs as required.
Echo / Nest hub locations	Low voltage / 120V adapter as required	2	Coordinate mounting, power, and network requirements before rough-in.
Control discs / controllers	Low voltage / control	5	DWFx includes Honeywell-style controllers/meters/gauges. Coordinate exact controls scope before final wiring.
AV wall-load equipment	120V + low voltage / speaker	6 devices	Includes 2 Martin Logan wall speakers, 2 Martin Logan subwoofers, 1 Macintosh receiver, and 1 150 in screen. Coordinate power, speaker cable, conduit, and data.
Smart toilet power	120V GFCI where required	1	Smart toilet object is shown in DWFx. Verify whether it needs a dedicated/receptacle feed and GFCI protection.

Lower Ceiling Tape-Light Schedule

Lower ceiling takeoff checked from Lower Electrical Ceiling.dwfx dated 2026-05-27. DWFx object data shows 24 L_LED Light strip objects totaling approx. 356.2 LF. Revit family metadata says IP65 RGBW Strip / 9w per foot; do not buy 9 W/LF RGBW tape unless the driver schedule is resized. Separate interior from exterior material by plan location before ordering.

Item	Spec / Basis	Qty / Load	Use / Notes
Interior lower ceiling tape	24V, 3000K, 95+ CRI, 3.1 W/LF, indoor/damp	Part of 356.2 LF takeoff / 410 LF with 15%	Interior lower ceiling and ADU tape locations shown on the plan. Use interior/damp tape and interior aluminum channel.
Exterior lower ceiling tape	24V, 3000K, wet-location/IP-rated, 3.1 W/LF basis	Part of 356.2 LF takeoff / 410 LF with 15%	Exterior lower/rear patio tape locations shown on the plan. Use wet-rated tape, wet-rated channel, lens, caps, clips, sealed exits, and mechanical fastening.
Lower ceiling load basis	24V DC tape load	1,104W at 3.1 W/LF	If the Revit 9 W/LF RGBW family is used, load becomes approx. 3,206W and the driver schedule must be redesigned.
Lower ceiling Shelly controls	Shelly Pro RGBWW PM or approved equivalent	Per visible 24V label	One module/channel per control label unless grouping is specifically approved and documented.
Lower 24V driver assignment	Mean Well SDR-480-24 DIN power supply through Phoenix Contact 3036505 fused terminal output	LDB	Assign lower/ADU/exterior zones L-01 through L-07 to scheduled LDB outputs. Do not move zones between UDB and LDB without revised load, fuse, and voltage-drop schedules.
120V feed	Two dedicated 20A 120V lighting/control feeds to LDB assembly	LDB-A	Use two Mean Well SDR-480-24 DIN power supplies per 20A feed. Tape zones are 24V downstream of the supplies, Phoenix Contact fuse terminals, and Shelly modules.
Cat5e control cable	CMR/CL2 rated Cat5e, home-run topology	As required	For keypad/control/low-voltage signal only. Do not use Cat5e for LED tape power.
LED power cable	16/2 stranded CL2/CL3, 14/2 where voltage drop requires	As required	Home-run 24V tape power from the assigned Shelly/controller output to the tape zone.

Circuit Map / Driver / Shelly / Termination

Field wiring map from the current DWFx drawing callouts, not the old embedded load schedule. Source files checked: OVE Upper Electirical Ceiling.dwfx, Lower Electrical Ceiling.dwfx, and Main wall loads.dwfx dated 2026-05-27. Each drawn 24V callout is treated as a controlled tape-light termination unless Craig revises the grouping.

Circuit	Mean Well Driver	Fused Output	Shelly Module	Termination
Upper ceiling / UDB / U-01 / 1-24	UDB / PS-1 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-01 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-01 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at left-side upper area.
Upper ceiling / UDB / U-02 / 2-24	UDB / PS-1 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-02 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-02 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout paired with U-01 at left-side upper area.
Upper ceiling / UDB / U-03 / 1-24	UDB / PS-2 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-03 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-03 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at lower-left upper area.
Upper ceiling / UDB / U-04 / 1-24	UDB / PS-2 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-04 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-04 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at left wing / interior tape area.
Upper ceiling / UDB / U-05 / 1-24	UDB / PS-3 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-05 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-05 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at left wing / interior tape area.
Upper ceiling / UDB / U-06 / 1-24	UDB / PS-3 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-06 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-06 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at center-left upper area.
Upper ceiling / UDB / U-07 / 2-24	UDB / PS-4 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-07 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-07 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout paired with U-06 at center-left upper area.
Upper ceiling / UDB / U-08 / 1-24	UDB / PS-4 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-08 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-08 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at upper central upper area.
Upper ceiling / UDB / U-09 / 2-24	UDB / PS-5 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-09 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-09 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout paired with U-08 at upper central upper area.
Upper ceiling / UDB / U-10 / 1-24	UDB / PS-5 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-10 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-10 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at upper upper exterior/interior run.
Upper ceiling / UDB / U-11 / 1-24	UDB / PS-6 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-11 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-11 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at center upper run.
Upper ceiling / UDB / U-12 / 1-24	UDB / PS-6 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-12 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-12 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at right/ADU-side upper area.
Upper ceiling / UDB / U-13 / 1-24	UDB / PS-7 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-13 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-13 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at right/ADU-side upper area.
Upper ceiling / UDB / U-14 / 2-24	UDB / PS-7 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-14 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-14 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout paired with U-13 at right/ADU-side upper area.
Upper ceiling / UDB / U-15 / 1-24	UDB / PS-8 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-15 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-15 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at right-side upper exterior/interior run.
Upper ceiling / UDB / U-16 / 1-24	UDB / PS-8 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-16 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-16 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at far-right upper run.
Upper ceiling / UDB / U-17 / 1-24	UDB / PS-8 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-17 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-17 - Shelly Pro RGBWW PM	Current upper ceiling DWFx callout at lower-right upper run.
Lower ceiling / LDB / L-01 / 1-24	LDB / PS-1 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-01 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-01 - Shelly Pro RGBWW PM	Current lower ceiling DWFx callout at upper-left lower-ceiling area.
Lower ceiling / LDB / L-02 / 2-24	LDB / PS-1 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-02 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-02 - Shelly Pro RGBWW PM	Current lower ceiling DWFx callout paired with L-01 at upper-left lower-ceiling area.
Lower ceiling / LDB / L-03 / 1-24	LDB / PS-2 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-03 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-03 - Shelly Pro RGBWW PM	Current lower ceiling DWFx callout at central lower-ceiling area.
Lower ceiling / LDB / L-04 / 1-24	LDB / PS-2 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-04 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-04 - Shelly Pro RGBWW PM	Current lower ceiling DWFx callout at lower-left ADU/lower area.
Lower ceiling / LDB / L-05 / 2-24	LDB / PS-3 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-05 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-05 - Shelly Pro RGBWW PM	Current lower ceiling DWFx callout paired with L-04 at lower-left ADU/lower area.
Lower ceiling / LDB / L-06 / 3-24	LDB / PS-3 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-06 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-06 - Shelly Pro RGBWW PM	Current lower ceiling DWFx callout grouped with L-04 and L-05 at lower-left ADU/lower area.
Lower ceiling / LDB / L-07 / 1-24	LDB / PS-4 - Mean Well SDR-480-24, DIN rail, 480W, 24VDC, 20A	F-07 - Phoenix Contact 3036505 ST 4-FSI/C-LED 24 fused terminal	SH-07 - Shelly Pro RGBWW PM	Current lower ceiling DWFx callout at right-side lower-ceiling area.
Main wall loads / 120V / GFCI 1-120	120V GFCI branch circuit, no Mean Well driver	No 24V fused output	No Shelly unless independent control is required	Current main wall-load DWFx GFCI label.
Main wall loads / 120V / GFCI 120-1	120V GFCI branch circuit, no Mean Well driver	No 24V fused output	No Shelly unless independent control is required	Current main wall-load DWFx GFCI label.
Main wall loads / 120V / GFCI 120-2	120V GFCI branch circuit, no Mean Well driver	No 24V fused output	No Shelly unless independent control is required	Current main wall-load DWFx GFCI label.
Main wall loads / 120V / GFCI-120-2	120V GFCI branch circuit, no Mean Well driver	No 24V fused output	No Shelly unless independent control is required	Current main wall-load DWFx GFCI label.
Main wall loads / 120V / GFCI 120-3	120V GFCI branch circuit, no Mean Well driver	No 24V fused output	No Shelly unless independent control is required	Current main wall-load DWFx GFCI label.

Blinds / Shades Electrical Schedule

Add this as a separate shade-control scope. The current takeoff basis is 11 motorized shade openings at 120 VAC with Somfy RS485 control. Keep this separate from 24V tape lighting; the blind motors are line-voltage shade loads, not 24V LED loads.

Shade Motors

Somfy Sonesse RS485 motors from the blind takeoff

Connected Load

586.8W

4.89A total at 120VAC basis

Breaker

1 x 15A

Dedicated 15A 120V shade circuit to BC-1

Control

RS485

Somfy SDN / animeo IP RS485 control path

Item	Exact Product / Basis	Qty	Electrical / Control Notes
Shade motors	Somfy Sonesse RS485 family, 120VAC. Use Sonesse 506S2 RS485 / Sonesse 60 RS485 / Hi-Torque RS485 as sized per opening by shade vendor.	11 motors	Each motor gets 120VAC power plus RS485/data control as required by Somfy SDN. Final motor model must match tube size, shade size, and torque.
RS485 network controller	Somfy animeo IP/RS485 control system or approved Somfy SDN IP/RS485 interface	1 system	Network control path for Somfy RS485 motors. Coordinate Homey/LAN integration here, not through the 24V lighting driver bank.
Shade power circuit	Dedicated 120VAC shade motor branch circuit	1 x 15A	Takeoff load is 4.89A / 586.8W total. Run as a dedicated 15A branch to BC-1 with #14 copper minimum or #12 copper where project wiring standard uses #12 for lighting/control.
Data/control cable	RS485/SDN bus cable per Somfy requirements; keep polarity and termination per Somfy wiring guide	As required	Home run or bus topology by Somfy requirements. Label every motor drop by opening name.
Shelly note	Shelly Pro Dual Cover/Shutter PM is only for non-RS485 bidirectional AC cover motors	Do not use with RS485 basis unless system is revised	If the shade vendor changes to standard AC up/down motors instead of Somfy RS485 motors, then use 6 x Shelly Pro Dual Cover/Shutter PM for 11 motors. Do not mix that assumption into the current RS485 Somfy basis.

Shade Opening / Motor Schedule

Opening	Size	Motor Basis	Amps	Watts	Pocket	Control
Entry	159 in x 268.5 in	Somfy Sonesse 100 RS485, 100 mm tube, dual roller recommended	0.48	57.6	8 in	Somfy RS485 bus to LAN/Homey
Entry 2	96 in x 268.5 in	Somfy Sonesse 100 RS485, 100 mm tube, dual roller recommended	0.48	57.6	8 in	Somfy RS485 bus to LAN/Homey
West Glass 1	268 in x 314.5 in	Somfy Sonesse 100 RS485 Hi-Torque, 100 mm tube, dual roller recommended	0.48	57.6	10 in	Somfy RS485 bus to LAN/Homey
West Glass Lower 1	120 in x 207 in	Somfy Sonesse 100 RS485, 100 mm tube, dual roller recommended	0.48	57.6	8 in	Somfy RS485 bus to LAN/Homey
West Glass Lower 2	120 in x 209.75 in	Somfy Sonesse 100 RS485, 100 mm tube, dual roller recommended	0.48	57.6	8 in	Somfy RS485 bus to LAN/Homey
West Glass Upper 1	144 in x 236.75 in	Somfy Sonesse 100 RS485, 100 mm tube, dual roller recommended	0.48	57.6	8 in	Somfy RS485 bus to LAN/Homey
West Glass Upper 2	120 in x 110.5 in	Somfy Sonesse 60 RS485, 60 mm tube, single roller OK	0.35	42.0	6 in	Somfy RS485 bus to LAN/Homey
West Glass 2-1	120 in x 161.5 in	Somfy Sonesse 60 RS485, 60 mm tube, dual roller recommended	0.35	42.0	6 in	Somfy RS485 bus to LAN/Homey
West Glass 2-2	120 in x 228.5 in	Somfy Sonesse 100 RS485, 100 mm tube, dual roller recommended	0.48	57.6	8 in	Somfy RS485 bus to LAN/Homey
Glass South	91 in x 113.25 in	Somfy Sonesse 60 RS485, 60 mm tube, single roller OK	0.35	42.0	6 in	Somfy RS485 bus to LAN/Homey
Glass East	119 in x 234 in	Somfy Sonesse 100 RS485, 100 mm tube, dual roller recommended	0.48	57.6	8 in	Somfy RS485 bus to LAN/Homey

Total shade motor load: 4.89A / 586.8W. Carry as one dedicated 15A 120V shade circuit to BC-1 with RS485/data terminations in the same shade-control cabinet.

Installed Electrical Panel Elevation

Read this top to bottom: breaker panel group first, then the matching 24V power-supply group, then the low-voltage fuse/Shelly/output cabinet. This keeps the 120V breaker, Mean Well supply, Phoenix fuse, Shelly module, and field tape termination together by area.

Area Group	120V Source Panel / Circuit Group	Power Supply Cabinet / Supplies	Low-Voltage Cabinet Devices	Field Terminations / Areas
Upper left / Panel 1 area	Panel 1 upper lighting/control circuits serving the left-side upper ceiling zones	LVP-1: Mean Well SDR-480-24 supplies PS-1, PS-2, and PS-3	LVP-1: Phoenix fused outputs F-01 through F-05; Shelly Pro RGBWW PM modules SH-01 through SH-05	U-01 through U-05: upper left-side, lower-left, and left-wing tape-light areas
Upper center / right / Panel 2 area	Panel 2 upper lighting/control circuits serving the center and right-side upper ceiling zones	LVP-2: Mean Well SDR-480-24 supplies PS-4 through PS-8	LVP-2: Phoenix fused outputs F-06 through F-17; Shelly Pro RGBWW PM modules SH-06 through SH-17	U-06 through U-17: center-left, upper central, kitchen/service bar, right-side exterior/patio, main room rectangle, bedroom/right-side, and bath/service areas
Lower/main / Panel 3 area	Panel 3 lower/main lighting/control circuits, including the shared utility/motion light branch where shown	LVP-3: Mean Well SDR-480-24 supplies PS-9 and PS-10	LVP-3: Phoenix fused outputs F-18 through F-21; Shelly Pro RGBWW PM modules SH-18 through SH-21	L-01 through L-04: lower living/mechanical utility, main/ADU rectangle, and rear patio/exterior tape-light areas
Lower/right / ADU / Panel 4 area	Panel 4 lower/right and ADU-side lighting/control circuits	LVP-4: Mean Well SDR-480-24 supplies PS-11 and PS-12	LVP-4: Phoenix fused outputs F-22 through F-24; Shelly Pro RGBWW PM modules SH-22 through SH-24	L-05 through L-07: lower bedroom/right-side and right-side service/bath tape-light areas
Blinds / shades	Dedicated shade/blind 120V control circuit from the assigned breaker panel	BC-1: shade controller power only; not part of tape-light 24V supply bank	BC-1: Somfy RS485/IP controller and RS485/motor terminal blocks	M-01 through M-11 shade/blind motor terminations
LAN / Homey control	UPS-backed 120V receptacle in the low-voltage rack for server, switch, and network equipment	Rack-mounted Homey self-hosted server, 48-port managed switch, and 48-port Cat6 patch panel	Ethernet LAN to Shelly Pro modules SH-01 through SH-24, 12 PoE touch-screen drops, 9 Wi-Fi AP drops including panic room AP, Somfy/BC-1 interface, Homey server, router/uplink, and spares	Control intent is LAN-local. Do not rely on cloud service for normal Shelly lighting control.
Smart smoke / CO	Standard 120V interconnected smoke/CO circuit by code; smart alarm units report location/status wirelessly	First Alert SC5 hardwired smart smoke/CO alarms or approved listed smart hardwired smoke/CO equal	12-location allowance for plan review and costing; final count by code smoke/CO layout	Life-safety function remains in the listed alarm devices. Homey/app notification is monitoring only, not the life-safety controller.

Install basis: each breaker-panel area has a matching low-voltage panel. LVP-1 serves Panel 1 areas, LVP-2 serves Panel 2 areas, LVP-3 serves Panel 3 areas, and LVP-4 serves Panel 4 areas. Each LVP contains its own Mean Well SDR-480-24 supplies, Phoenix fused 24V outputs, Shelly Pro RGBWW PM modules, output terminals, DIN rails, wire duct, and labels.

Sizing rule: breaker-space count is based on the current circuit schedules plus a deliberate spare allowance; amp rating is based on the feeder/load design for each panel. Do not add the four panel main ratings together as the actual building load. Current design basis: Panel 1 remains a 300A Square D NQ panelboard. Panels 2, 3, and 4 are reduced to purchasable 125A Square D QO 20-space load centers because the current schedules do not need 30-space NQ cabinets.

Mounting clarification: the four house breaker panels are normal breaker panelboards with breakers mounted on the panelboard bus, not DIN rail. The four matching low-voltage panels are DIN rail cabinets: Mean Well SDR supplies, Phoenix fuse terminals, Shelly Pro RGBWW PM controllers, distribution terminals, and output terminals mount on NS35 DIN rails with wire duct and back panels.

Calculation Brief	High Voltage Scope	Low Voltage / Control Scope	Connected Control Load	Install Rule
Panel 1 + LVP-1	Panel 1: Square D NQ30L4C 300A / 30-space panelboard. Feeds the upper-left/main area branch circuits and the LVP-1 lighting-control feed group.	LVP-1: 3 x Mean Well SDR-480-24 supplies PS-1 to PS-3; Phoenix fused outputs F-01 to F-05; Shelly Pro RGBWW PM modules SH-01 to SH-05; terminals U-01 through U-05.	24V driver capacity: 1,440W. Approx. full-load input basis: 12A at 120V, or 6A service-equivalent at 240V.	Keep U-01 through U-05 in LVP-1 only. Do not move Panel 2/3/4 tape zones into this cabinet without revising the fuse, Shelly, and voltage-drop schedule.
Panel 2 + LVP-2	Panel 2: Square D QO120L125G 125A / 20-space main-lug load center. Feeds the upper center/right branch circuits and the LVP-2 lighting-control feed group.	LVP-2: 5 x Mean Well SDR-480-24 supplies PS-4 to PS-8; Phoenix fused outputs F-06 to F-17; Shelly Pro RGBWW PM modules SH-06 to SH-17; terminals U-06 through U-17.	24V driver capacity: 2,400W. Approx. full-load input basis: 20A at 120V, or 10A service-equivalent at 240V.	Split the five SDR-480 supplies across the Panel 2 lighting/control breakers shown on the panel schedule. Do not put more than two SDR-480 supplies on one 20A 120V branch unless a revised load calc is issued.
Panel 3 + LVP-3	Panel 3: Square D QO120L125G 125A / 20-space main-lug load center. Feeds lower/main area branch circuits, the shared utility/motion lighting circuit, and the LVP-3 lighting-control feed group.	LVP-3: 2 x Mean Well SDR-480-24 supplies PS-9 to PS-10; Phoenix fused outputs F-18 to F-21; Shelly Pro RGBWW PM modules SH-18 to SH-21; terminals L-01 through L-04.	24V driver capacity: 960W. Approx. full-load input basis: 8A at 120V, or 4A service-equivalent at 240V. Utility/motion lights remain 120V loads on the Panel 3 lighting circuit.	Keep lower/main tape zones L-01 through L-04 in LVP-3. Utility/motion fixtures can share the Panel 3 120V lighting circuit unless independent control is required.
Panel 4 + LVP-4	Panel 4: Square D QO120L125G 125A / 20-space main-lug load center. Feeds lower/right and ADU-side branch circuits and the LVP-4 lighting-control feed group.	LVP-4: 2 x Mean Well SDR-480-24 supplies PS-11 to PS-12; Phoenix fused outputs F-22 to F-24; Shelly Pro RGBWW PM modules SH-22 to SH-24; terminals L-05 through L-07.	24V driver capacity: 960W. Approx. full-load input basis: 8A at 120V, or 4A service-equivalent at 240V.	Keep lower/right and ADU-side tape zones L-05 through L-07 in LVP-4. Do not combine these outputs with LVP-3 unless the LVP schedule is revised.
BC-1 Blinds / Shades	Dedicated 1 x 15A 120V shade circuit from the assigned breaker panel. Keep shade power/control separate from the 24V tape-light driver banks.	BC-1: nVent Hoffman A24N206LP cabinet with A24N20MP back panel, Somfy RS485/IP shade controller, RS485 terminals, shade power/control terminals, and motor terminations M-01 through M-11.	11 shade motors: 4.89A / 586.8W at 120V. Approx. service-equivalent basis: 2.45A at 240V.	BC-1 is the blinds/shades control cabinet only. Do not place tape-light 24V supplies, Shelly RGBWW modules, or tape-light fuses in BC-1.
LAN / Homey Server	Provide one UPS-backed 120V receptacle in the low-voltage rack for the server/network equipment. Keep rack power on the control/network circuit, not on a random general receptacle circuit.	Homey self-hosted server runs in Docker on the rack server. Shelly Pro RGBWW PM modules use wired Ethernet where practical; the Somfy/BC-1 interface, PoE touch screens, and Wi-Fi APs land on the same control LAN.	LAN device basis: 24 x Shelly modules, 12 x PoE touch screens, 9 x Wi-Fi AP drops, 1 x Homey server, 1 x Somfy/BC-1 interface, 1 x router/uplink, plus spares. Use a 48-port switch, not a 24-port switch.	Do not daisy-chain Ethernet between Shelly modules unless an Ethernet switch is installed at that cabinet. Preferred install is labeled Cat6 from patch panel/switch to each LAN device or to a local LVP DIN Ethernet switch if conduit count is limited. Cameras/NVR are excluded from this scope and will be handled in the AV/security package.
Smart Smoke / CO	Use normal 120V interconnected smoke/CO rough-in circuit wiring required by code. Smart reporting is wireless and does not need Cat6 to each alarm.	First Alert SC5 hardwired smart smoke/CO alarm basis, with room/location labels configured in the app. Homey may monitor notifications/integration where supported.	12 x smart smoke/CO alarm allowance at 120V with battery backup. Final quantity and locations by code smoke/CO plan.	Do not power from Mean Well LED drivers. Do not control through Shelly. Homey/app status is supplemental monitoring only; listed alarms remain the life-safety system.

These briefs document the lighting/control panel areas for installation. They are not the whole-house service load calculation; the service calculation still needs HVAC, appliances, water heating, cooking, receptacle demand, ADU/garage loads, exterior equipment, and any load-management assumptions.

Network / Server Material	Purchasable Product Basis	Qty	Purpose / Costing Note
Homey self-hosted server	Protectli Vault Pro VP2420 or equal low-power Linux/Docker host, 8GB RAM minimum, 240GB SSD minimum, with optional 1RU rack mount	1	Runs Homey Self-Hosted Server in Docker with static LAN IP. Back up the Homey data folder. Wired Ethernet only.
Managed rack switch	Ubiquiti UniFi Switch 48 PoE / USW-48-POE, 48-port rack-mount managed switch	1 minimum	Base control network consumes 45 ports before the Homey server, Somfy interface, router/uplink, or spares. Carry one 48-port PoE switch as the minimum and add a second switch/uplink expansion if all Shelly modules, screens, APs, server, Somfy, and spare ports are landed in this rack. Cameras/NVR are excluded from this scope.
Expansion switch allowance	Additional UniFi rack switch, 24-port minimum, PoE only if additional powered endpoints are added	1 allowance	Provides practical spare ports after the 24 Shelly modules, 12 touch screens, 9 APs, server, Somfy interface, router/uplink, and rack service ports are connected.
Cat6 patch panel	Leviton 49255-H48 48-port QuickPort patch panel, 2RU, black, or equal Cat6-rated 48-port patch panel	1	Terminate all LVP/Shelly, BC-1, touch screen, AP, and network field Cat6 in the rack before patching to the switch.
Patch cords	Cat6 slim patch cords, rack length, color-coded by function	48	Patch panel to switch, server to switch, router/uplink to switch, Somfy/BC-1 to switch, and spare labeled jumpers.
Shelly LAN terminations	Cat6 home runs or rack/cabinet patching to Shelly Pro RGBWW PM Ethernet ports	24	One LAN connection for each Shelly module SH-01 through SH-24 when hardwired. Label both ends to match the panel schedule.
PoE touch-screen drops	Cat6 home run to each plan-shown wall touch-screen location, terminated at the rack patch panel and powered from the PoE switch	12	Count basis from wall-load DWFx schedules: 5 main-wall LAN4 PoE touch screens, 4 upper-wall Axion 8 in Android PoE touch screen objects, and 3 lower-wall Axion 8 in Android PoE touch screen objects.
PoE touch screens	Axion Android PoE Touch Screen, 8 in model A-TPIW80-P-V3 or current equal Android PoE wall panel	12	Wall-mounted control/dashboard screens for Homey/Shelly scenes, lighting, shades, and status. Provide single-gang back box/mounting support per screen product requirements.
Interior Wi-Fi AP drops	Cat6 home runs to ceiling AP locations, terminated at rack patch panel and powered from PoE switch	6	General interior Wi-Fi coverage. Final AP positions to be coordinated with ceiling layout, structure, and finish materials.
Panic room AP + spare data	Dedicated Cat6 home run for panic room AP plus one spare Cat6 data drop in the panic room	1 AP + 1 spare	Do not rely on Wi-Fi from outside the panic room. Label AP drop AP-PR-01 and spare data drop DATA-PR-01 SPARE. Both terminate at the rack patch panel and remain UPS-backed.
Exterior Wi-Fi AP drops	Cat6 home runs to exterior-rated AP locations, terminated at rack patch panel and powered from PoE switch	2	Exterior/patio/garage approach coverage. Use outdoor-rated APs and weather-rated mounting methods.
Interior Wi-Fi APs	Ubiquiti UniFi U7 Pro or U7 Pro Max Wi-Fi 7 PoE access point	7	Six general interior APs plus one dedicated panic room AP. Panic room AP is mandatory because room construction may block RF from adjacent areas.
Exterior Wi-Fi APs	Ubiquiti UniFi U7 Outdoor or U7 Pro Outdoor Wi-Fi 7 PoE access point	2	Exterior AP basis for patio/yard/garage-side coverage. Cameras/NVR are not included here.
Network UPS	Rack UPS sized for server, switch, router, and controls	1	Keeps Homey, switch, router/uplink, and LAN-local lighting controls online during short power interruptions. Final VA/runtime by network rack load.
Homey Bridge / radio gateway	Homey Bridge only if Zigbee, Z-Wave, Bluetooth, 433 MHz, or IR devices are required	As required	The Shelly lighting control basis is wired LAN. Add bridge/radio hardware only for non-LAN devices that need those radios.
Smart smoke/CO alarms	First Alert SC5 Hardwire Smart Smoke and Carbon Monoxide Alarm, FSMCO600NVACCL1, or approved listed smart hardwired smoke/CO equal	12 allowance	Smart/app location monitoring for smoke/CO. Unit is hardwired with battery backup and wireless smart connection; no Cat6 required at each alarm. Final count by smoke/CO code layout.

Budgetary Material Cost Summary	Qty	Unit Allowance	Extended	Included Scope
Interior LED tape	10	$1,966.95	$19,669.50	100 ft spools, interior tape allowance
Exterior LED tape	7	$1,966.95	$13,768.65	100 ft spools, exterior/wet-location tape allowance
Interior aluminum channel	120	$52.00	$6,240.00	8 ft interior channel sticks
Exterior aluminum channel	78	$27.00	$2,106.00	8 ft exterior channel sticks
Mean Well SDR-480-24 DIN supplies	12	$145.00	$1,740.00	24V driver supplies
Shelly Pro RGBWW PM modules	24	$84.99	$2,039.76	DIN lighting controllers, SH-01 through SH-24
Phoenix fused terminals	30	$18.00	$540.00	24 scheduled outputs plus spare fused outputs
DIN rail, terminals, wire duct allowance	1	$1,500.00	$1,500.00	Miscellaneous cabinet interior build material
LVP / BC cabinet enclosure allowance	1	$6,425.00	$6,425.00	LVP-1 through LVP-4 plus BC-1 enclosure/back-panel allowance
Homey server	1	$650.00	$650.00	Protectli/Linux/Docker server allowance
48-port PoE switch	1	$699.00	$699.00	Minimum rack PoE switch
24-port expansion switch allowance	1	$399.00	$399.00	Additional network ports after control LAN build-out
48-port Cat6 patch panel	1	$250.00	$250.00	Rack patch panel
Cat6 patch cords	48	$6.00	$288.00	Rack patching allowance
Axion PoE touch screens	12	$450.00	$5,400.00	Wall dashboard/control screen allowance
Interior Wi-Fi APs	7	$189.00	$1,323.00	Six general interior APs plus panic room AP
Exterior Wi-Fi APs	2	$199.00	$398.00	Exterior/patio Wi-Fi coverage
Rack UPS allowance	1	$600.00	$600.00	Network/control rack UPS
Homey Bridge allowance	1	$69.00	$69.00	Only if radio gateway is required
Smart hardwired smoke/CO alarms	12	$129.95	$1,559.40	First Alert SC5 hardwired smart smoke/CO allowance
Current scoped material total			$65,664.31	Budgetary material only

Budget note: this material total is for the currently scoped lighting tape/channel, LVP controls, Homey/network, AP/screen drops, and smart smoke/CO alarm allowance. It excludes labor, tax, shipping, panelboards/breakers, branch-circuit wire, bulk Cat6 already in the ceiling scope, conduit, boxes, permit fees, programming, cameras/NVR, and AV/security equipment.

LAN wiring rule: the existing ceiling Cat6 stays in the normal network scope. The added electrical-control LAN scope is the rack server, switch, patching, and the cabinet/device LAN drops needed to put Homey, Shelly, and Somfy/BC-1 on the same local network.

Panel / Enclosure	Purchasable Cabinet / Size	Feed / Breakers	Installed Contents	Field Output
Panel 1	Square D / Schneider NQ 400A, 30-space, 1-phase panelboard basis: NQ30L4C copper-bus interior, MH50WP box, NC50S surface cover, 300A main breaker kit/factory main	300A feeder/main, 120/240V 1-phase, 30 spaces	Approx. 18 spaces used from current Panel 1 schedule, leaving 12 spare spaces for required AFCI/GFCI/SPD/field additions.	Branch circuits to assigned upper-left/main areas
Panel 2	Square D / Schneider QO120L125G load center, main lug only, 125A, 20-space / 20-circuit, 120/240V 1-phase, NEMA 1, with QO breakers	125A feeder/main-lug subpanel, 20 spaces	Approx. 14 labeled circuit positions shown from the current Panel 2 schedule including three 2-pole loads and blinds, leaving 6 visible spare spaces.	Branch circuits to assigned upper/right areas
Panel 3	Square D / Schneider QO120L125G load center, main lug only, 125A, 20-space / 20-circuit, 120/240V 1-phase, NEMA 1, with QO breakers	125A feeder/main-lug subpanel, 20 spaces	Approx. 16 spaces shown from the current Panel 3 schedule including utility 20A and two 2-pole loads, leaving 4 spare spaces.	Branch circuits to assigned lower/main areas
Panel 4	Square D / Schneider QO120L125G load center, main lug only, 125A, 20-space / 20-circuit, 120/240V 1-phase, NEMA 1, with QO breakers	125A feeder/main-lug subpanel, 20 spaces	Approx. 10 spaces shown from the current Panel 4 schedule including two 2-pole loads, leaving 10 spare spaces.	Branch circuits to assigned lower/ADU areas
LVP-1	nVent Hoffman A42N3013 Type 1, 42 in H x 30 in W x 13.25 in D, with A42P30 back panel	120V feed from Panel 1 lighting/control circuit group	3 x Mean Well SDR-480-24 DIN supplies PS-1 to PS-3, Phoenix fused outputs F-01 to F-05, Shelly Pro RGBWW PM modules SH-01 to SH-05, 24V distribution and output terminals	U-01 through U-05, Panel 1 area tape zones
LVP-2	nVent Hoffman A42N3613 Type 1, 42 in H x 36 in W x 13.25 in D, with A42P36 back panel	120V feed from Panel 2 lighting/control circuit group	5 x Mean Well SDR-480-24 DIN supplies PS-4 to PS-8, Phoenix fused outputs F-06 to F-17, Shelly Pro RGBWW PM modules SH-06 to SH-17, 24V distribution and output terminals	U-06 through U-17, Panel 2 area tape zones
LVP-3	nVent Hoffman A42N3013 Type 1, 42 in H x 30 in W x 13.25 in D, with A42P30 back panel	120V feed from Panel 3 lighting/control circuit group	2 x Mean Well SDR-480-24 DIN supplies PS-9 to PS-10, Phoenix fused outputs F-18 to F-21, Shelly Pro RGBWW PM modules SH-18 to SH-21, 24V distribution and output terminals	L-01 through L-04, Panel 3 area tape zones
LVP-4	nVent Hoffman A42N3013 Type 1, 42 in H x 30 in W x 13.25 in D, with A42P30 back panel	120V feed from Panel 4 lighting/control circuit group	2 x Mean Well SDR-480-24 DIN supplies PS-11 to PS-12, Phoenix fused outputs F-22 to F-24, Shelly Pro RGBWW PM modules SH-22 to SH-24, 24V distribution and output terminals	L-05 through L-07, Panel 4 area tape zones
BC-1	nVent Hoffman A24N206LP Type 1, 24 in H x 20 in W x 6.62 in D, with A24N20MP back panel	1 x 15A 120V shade circuit	Somfy RS485/IP shade controller, RS485 terminal blocks, shade power/control terminations	11 shade/blind motors

Control Cabinet	DIN Rail / Mounting Layout	Space Basis	Required Interior Build
LVP-1	NS35 DIN rails on A42P30 back panel. Row 1: 120V line/load terminals and Mean Well PS-1 through PS-3. Row 2: 24V distribution, Phoenix F-01 through F-05, Shelly SH-01 through SH-05, U-01 through U-05 terminals. Wire duct on both sides and between rows.	Three SDR-480 supplies plus five fuses and five Shelly modules fit in a 30 in wide Hoffman cabinet with landing and duct space.	Panel 1 area only. Do not put Panel 2/3/4 tape zones in this cabinet.
LVP-2	NS35 DIN rails on A42P36 back panel. Row 1: 120V line/load terminals and Mean Well PS-4 through PS-8. Row 2/3: 24V distribution, Phoenix F-06 through F-17, Shelly SH-06 through SH-17, U-06 through U-17 terminals. Wire duct on both sides and between rows.	Five SDR-480 supplies plus twelve fuses and twelve Shelly modules need the wider 36 in Hoffman cabinet for labeling and heat/landing space.	Panel 2 area only. Do not put Panel 1/3/4 tape zones in this cabinet.
LVP-3	NS35 DIN rails on A42P30 back panel. Row 1: 120V line/load terminals and Mean Well PS-9 through PS-10. Row 2: 24V distribution, Phoenix F-18 through F-21, Shelly SH-18 through SH-21, L-01 through L-04 terminals. Wire duct on both sides and between rows.	Two SDR-480 supplies plus four fuses and four Shelly modules fit in a 30 in wide Hoffman cabinet with spare space for terminals.	Panel 3 area only. Includes lower/main zones L-01 through L-04.
LVP-4	NS35 DIN rails on A42P30 back panel. Row 1: 120V line/load terminals and Mean Well PS-11 through PS-12. Row 2: 24V distribution, Phoenix F-22 through F-24, Shelly SH-22 through SH-24, L-05 through L-07 terminals. Wire duct on both sides and between rows.	Two SDR-480 supplies plus three fuses and three Shelly modules fit in a 30 in wide Hoffman cabinet with spare space for terminals.	Panel 4 area only. Includes lower/right and ADU-side zones L-05 through L-07.
BC-1	One or two NS35 DIN rails on A24N20MP back panel. Row 1: 120V shade circuit terminals and shade power/control module. Row 2: RS485 terminal blocks and motor terminals M-01 through M-11.	24 x 20 cabinet is sized for the shade controller, RS485 terminals, motor labels, and service slack.	1 x 15A feed. Keep shade controls separate from tape-light 24V distribution.

LDB / Lower Lighting Area - 7 Shelly Zones

LDB-A: Line Voltage

1 x 20A 120V lighting circuit
Local disconnect/service switch
Line/neutral/ground terminal blocks
Bond enclosure per code

LDB-A: Transformers

4 x Mean Well SDR-480-24
24VDC, 20A, 480W each
PS-1 through PS-4
Only fused/limited 24V output leaves to LDB-B

LDB-B: Low Voltage Only

Phoenix 3036505 fused outputs F-01 through F-07
Shelly Pro RGBWW PM SH-01 through SH-07
24V tape terminations L-01 through L-07
No exposed 120V wiring in this cabinet

Physical build: two Hoffman A24N206LP enclosures minimum, mounted adjacent with labeled interconnects. LDB-A gets the lower lighting branch circuit and power supplies; LDB-B gets only lower 24V distribution, Shelly modules, and field terminations.

UDB / Upper Lighting Area - 17 Shelly Zones

UDB-A / UDB-B: Line Voltage

2 x 20A 120V lighting circuits
Feed A serves PS-1 through PS-4
Feed B serves PS-5 through PS-8
Separate service disconnects or listed switching as required

UDB-A / UDB-B: Transformers

8 x Mean Well SDR-480-24 total
24VDC, 20A, 480W each
PS-1 through PS-8
Only fused/limited 24V outputs leave to UDB-C

UDB-C: Low Voltage Only

Phoenix 3036505 fused outputs F-01 through F-17
Shelly Pro RGBWW PM SH-01 through SH-17
24V tape terminations U-01 through U-17
No exposed 120V wiring in this cabinet

Physical build: three Hoffman A24N206LP enclosures minimum: UDB-A line voltage/transformer feed A, UDB-B line voltage/transformer feed B, UDB-C upper low-voltage fuses, Shelly controls, and tape-light terminations.

Panels / Driver Banks

Panel Feed	Purpose	Shelly Zones	24V Bank Capacity	120V Breaker
UDB / Upper lighting	Build from 8 x Mean Well SDR-480-24 DIN power supplies, 3 x Hoffman A24N206LP enclosures, Phoenix Contact 3036505 fused terminals, and Shelly Pro RGBWW PM modules	17	3,840W @ 24V	2 x 20A, 120V
LDB / Lower lighting	Build from 4 x Mean Well SDR-480-24 DIN power supplies, 2 x Hoffman A24N206LP enclosures, Phoenix Contact 3036505 fused terminals, and Shelly Pro RGBWW PM modules	7	1,920W @ 24V	1 x 20A, 120V
BC-1 / Blinds-Shades	Dedicated shade control panel/circuit for 11 Somfy Sonesse RS485 shade motors and Somfy SDN/animeo IP RS485 control interface	11 motors	586.8W @ 120V	1 x 15A, 120V
Main meter	Main wall-load DWFx object: Main_Electrical_Panel_with_Meter_20855 / City Meter	1	N/A	Service equipment by electrician/utility service design.
Main Power Panel	Main wall-load DWFx object: Leviton load center / EcoFlow Ocean Pro Smart Panel	1	N/A	DWFx type mark is EcoFlow Ocean Pro Smart Panel. Verify final equipment package and listing.
Main Power Panel 2	Main wall-load DWFx object: Leviton load center / 100A Service	1	N/A	DWFx type mark is 100A Service. Coordinate with final panel schedule and service/load calculation.
1-120 utility	Shared 120V utility/motion fixtures: mechanical, garage mechanical, pantry/storage, ADU 120V, and three utility lights	7 fixtures	N/A	Use existing/shared 120V lighting circuit where code/load allows; use separate Shelly relay only for independent app/control switching.

Install exactly as separate Upper and Lower lighting driver-bank assemblies plus one blinds/shades control scope unless the plan is formally revised. Recommended physical lighting split is five lighting enclosures total: UDB-A, UDB-B, UDB-C, LDB-A, LDB-B. Keep BC-1 blinds/shades separate from the 24V tape-light driver banks. Required lighting label format: UDB or LDB / PS-# / F-# / SH-# / U-# or L-#.