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Category Description
AC‑powered sensor soap dispensers deliver continuous duty performance for high‑traffic facilities. Typical input is AC 110–240V with a low‑voltage adapter; many models include dual‑power (AC/DC) as redundancy. For contractors, the advantages are predictable service intervals, no battery swaps, and centralized access beneath the deck. For engineers, IR sensor logic, adjustable dosing, and BIM/spec files support coordinated submittals.
- Ideal for airports, hospitality, corporate campuses, education, healthcare, and transportation hubs.
- Deck‑ and wall‑mount options; viscosity ranges typically 1–3500 cP (check spec sheet).
- Common deliverables: specification sheet, installation instructions, BIM/Revit family, warranty.
FS9837DP — AC Powered Soap Dispenser (Deck)
Deck‑mount IR sensor dispenser; AC 110–240V adapter, adjustable dosing, chrome brass spout.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
FS10074DP — AC/DC Sensor Operated (Deck)
Heavy‑traffic model with dual‑power redundancy, below‑counter refill, sensor calibration for accurate dosing.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
FS9818 — Wall Mount Automatic Soap Dispenser
Commercial wall‑mount, IR sensor, multi‑voltage input 100–240VAC via adapter.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
FS9884G — Wall Mount Foam Dispenser (Gold)
Brushed gold brass body; 1500ml; multi‑voltage AC 100–240V adapter.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
FS18271‑C — Wall Mount Foam Dispenser (Chrome)
Commercial wall‑mount, chrome brass body; multi‑voltage power supply 100–240VAC.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
FST9924AB — Wall Mount (Antique Brass)
Milan series wall‑mount in antique brass; IR sensor and commercial capacity.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
FST9924AN — Milan Wall‑Mounted (Chrome/Nickel)
1500ml capacity, IR sensor, durable brass construction; great for offices & healthcare.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
BS9799‑DDP — AC/DC Powered Wall Soap Dispenser
1.32 gal (5L) capacity; multi‑voltage AC 100–240V; ideal for multi‑station restrooms.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
FS9086‑SDDP — Wall‑Mounted Commercial Soap Dispenser
Brass body, wall‑mount, multi‑voltage input; commercial‑grade reliability.
Product Page
Spec Sheet (PDF)
BIM / Revit
Install
Need help with specs or submittals?
Download catalogs, find a distributor, or message our team.
Engineer & Contractor Guide: Specifying AC‑Powered Soap Dispensers
1. Electrical & Power
- Input: 110–240VAC with included adapter to LVDC. Provide a GFCI‑protected receptacle within the cabinet or a dedicated transformer per model sheet.
- Redundancy: Prefer dual‑power (AC/DC) SKUs for uptime during maintenance; batteries act as failover only.
- Cable routing: Keep low‑voltage leads isolated from water supply lines; allow drip loops and strain relief.
2. Plumbing & Soap Chemistry
- Mount height and spout reach per sink geometry; avoid sensor washout from mirror glare or daylight.
- Use manufacturer‑approved viscosity ranges; if changing soap types, flush reservoir and lines completely to avoid clogging.
- Centralized under‑counter reservoirs reduce refill time in multi‑station restrooms.
3. Controls & Commissioning
- Adjust dosing time and sensor range during close‑out; validate with water running to ensure real‑world activation.
- Confirm auto‑purge (if available) to mitigate dried soap in idle periods.
- Capture serial numbers & power supplies in the O&M manual for spares tracking.
4. ADA & Maintenance
- Ensure clear knee/toe space and reach ranges per ADA; sensor activation supports accessibility.
- Design for front service where possible; below‑deck refill ports improve turnaround.
5. Submittal Package
- Include: cut sheet, wiring diagram, installation instructions, BIM/Revit family, finish schedule, and warranty.
- Reference manufacturer pages for the latest PDFs and videos.
Featured Models
- FS9837DP — AC powered, chrome brass, adjustable dosing. Product page
- FS10074DP — AC/DC dual‑power, heavy‑traffic. Product page
Quick Comparison: AC vs Battery
| Consideration |
AC‑Powered |
Battery‑Only |
| Uptime |
Continuous duty; ideal for high‑traffic |
Depends on changeouts; risk of downtime |
| Maintenance |
No battery swaps; planned service cycles |
Frequent battery replacements in busy sites |
| Install |
Requires outlet/transformer planning |
Simpler; no mains nearby |
| TCO |
Lower over multi‑year horizon |
Higher with consumables & labor |
Next Steps
- Download the latest catalogs and attach relevant BIM families.
- Confirm power provisioning at millwork drawings and coordinate GFCI receptacles.
- Submit finishes (chrome, matte black, brushed gold, antique brass) for approval.
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