FSI® Portable Mass‑Casualty Decontamination Showers

Rapid‑deploy, ANSI/ISEA 113–compliant systems for firefighter, HazMat, EMS, hospital, and military CBRN response. Both models are suitable for gross decon per NFPA 1851 practices immediately after fireground operations.

Why Choose FSI® DAT‑Series Decon Showers

• Under‑minutes deployment: Inflates and goes operational quickly (model/method dependent).
• Potable‑water hose systems: Polyurethane hoses (NSF/ANSI 61) are suitable for direct contact during decon.
• Heavy‑duty air‑berm construction: 1100 Dtex, UV/chemical‑resistant materials with quadruple‑overlapped, glued seams.
• Built‑in compliance: ANSI/ISEA 113; suitable for NFPA 1851 gross‑decon workflows.
• Scalable: Attach additional shelters and add heaters, detergent injectors, pumps, lighting, and manifolds as needed.

Which Model Is Right for You?

DAT®3030S — 2‑Line Decon Shower (3‑Stage)

• Best for: Compact footprints, smaller teams, quick drills, rapid initial set‑ups
• Throughput: 2 non‑ambulatory or up to 4 ambulatory simultaneously (or mixed)
• Setup time: ~1–2 minutes
• Footprint & weight: ~10′ W × 10′ L × 9′ H (≈100 sq ft); ≈139 lb
• Key highlights: Waterproof, reusable system with integrated containment floor (~200 gal), ~12 fixed heads + (4) handheld spray guns, ¾″ GHT water inlet

DAT®4070S — 4‑Line Decon Shower (3 or 4 Stage)

• Best for: High‑throughput incidents, multi‑agency surge operations, large events
• Throughput: 4 non‑ambulatory or up to 8 ambulatory simultaneously (or mixed)
• Setup time: Under 3 minutes
• Footprint & weight: ~14.5′ W × 23′ L × 9′ H (≈330 sq ft); ≈340 lb
• Key highlights: Four parallel lanes with undress → detergent → rinse → redress, integrated containment floor (≈450 gal), 24 fixed heads + 12 handheld spray guns, dual ¾″ GHT inlets

Side‑by‑Side Overview

Lines & Stages

• DAT®3030S: 2 lines, 3‑stage (undress → shower → rinse/redress)
• DAT®4070S: 4 lines, 3 or 4 stages (undress → detergent → rinse → redress)

Throughput

• DAT®3030S: 2 non‑ambulatory or up to 4 ambulatory
• DAT®4070S: 4 non‑ambulatory or up to 8 ambulatory

Containment Capacity

• DAT®3030S: ≈200 gallons integrated floor before pump‑out
• DAT®4070S: ≈450 gallons integrated floor before pump‑out

Spray Hardware

• DAT®3030S: ~12 fixed heads + (4) handheld spray guns; plan ≈1 gpm per outlet (supply dependent), with typical system planning up to ~8 gpm
• DAT®4070S: 24 fixed heads + 12 handheld spray guns; shutoffs and quick‑disconnects grouped for control

Water Connection

• Both models: ¾″ GHT threaded inlets to pressurized supply

What’s Included

All DAT‑series systems arrive mission‑ready with:

• Inflation hardware (electric inflator/deflator, inflation hose, pressure‑relief valve, high‑/low‑pressure valves; SCBA inflation fitting)
• Divider curtains (center and cross‑dividers) to manage lanes and privacy
• Dirty‑entry / clean‑exit doors for one‑way traffic and contamination control
• Windows & skylights for visibility and oversight
• HVAC/air‑duct inlets & vents for airflow and clothing/gear transfer
• Integrated containment floor (bermed) with reflective markings
• Anchoring kit (stakes, ropes, D‑rings, hammer)
• Potable‑water hose systems (NSF/ANSI 61)
• Repair kit, manual, and shelter sleeve/carry bag
• For model‑specific counts and dimensions, see each product detail page.

Deployment Workflow (Common to Both)

1. Stage & inflate on level ground; connect air or use the electric inflator/deflator.
2. Hook up water via 3/4″ GHT; verify flow at fixed heads and handheld guns.
3. Control traffic from dirty entry → showers → rinse → clean exit using included dividers and doors.
4. Manage wastewater by pumping out the integrated floor as it approaches capacity.

Frequently Asked Questions

• Do the hose systems meet potable‑water standards?
  • Yes—polyurethane hoses used in these systems meet NSF/ANSI 61 for potable water.
• How should we plan water supply?
  • Plan for approximately 1 gpm per active outlet (supply dependent). For the DAT®3030S, planning up to ~8 gpm total is common. Larger systems scale accordingly.
• Are these shelters stable outdoors?
  • Yes. When tied down/staked per instructions, they are engineered for high‑wind operation and harsh environments.