Details
A blanket of foam — fast!
A convenient, self-contained system ideal for class A or class B AFFF foam application. Everything you need is contained in one portable unit that attaches to the end of your 1" or 1.5" fire hose.
The PRO/pak has a high impact 2.5 gallon foam reservoir with a built-in eductor that can be quickly set to the ratio of foam or wetting agents being used. A large, easy-open fill port has an indicator to show the type of liquid in the tank.
Flow is controlled by a twist grip valve on the carrying handle. Select the discharge velocity that meets your needs for inlet pressure between 40 and 500 psi. The nominal flow is 12 gpm at 100 psi.
The PRO/pak Portable Foam System comes with three different quick connect nozzles, a discharge hose, and a cap. The straight-stream nozzle gives maximum reach and penetration. The low-expansion nozzle works well with Class A and B foam solutions where reach is more important than expansion ratio. The medium-expansion nozzle produces dense foam that is best for vapor suppression and longevity.
With one tank of 1% concentrate the PRO/pak can make 15,000 gallons of finished foam using 250 gallons of water in 21 minutes, based on 60:1 expansion from the medium-expansion nozzle.
Features:
- 2.5 gallon foam reservoir
- High-impact engineering plastic case and reservoir
- Metallic components of hard coat anodized aluminum and stainless steel
- Operational pressures as low as 40 psi, up to 500 psi
- Large easy open fill port
- Backed by 5-year Manufacturer's warranty and 24-hour repair directly by Task Force Tips
Includes:
- 2.7 ft. hose
- 3 nozzles: straight stream, low expansion, medium expansion
- Shoulder strap for easier carry or extended operations
Specifications:
- 14.25"L x 11"W x 18"H
- Nominal flow: 12gpm@100 psi
Available with angled coupling |
Choose a Portable Foam System that fits your needs.
MODEL | COUPLING | THREAD |
UM12 | 1.0" (25MM) | NH |
UM12-ID | 1.0" (25MM) | NPSH |
UM12-NF | 1.5" (38MM) | NH (Angled Coupling) |
UM12-IF | 1.5" (38mm) | NPSH (Angled Coupling) |