Product overview
CHEMGUARD in-line eductors draw concentrate into a flowing water stream using a venturi arrangement. The referenced CE95/CES95 configuration is a 95 gpm handline eductor with a variable metering valve and pickup assembly. Correct operation depends on inlet pressure, matching nozzle flow and downstream hose losses. The eductor does not maintain its nominal output independently of these conditions: a lower inlet pressure reduces flow, and excessive backpressure can prevent satisfactory proportioning. Select the exact coupling thread and concentrate compatibility rather than assuming every eductor in the range has the same capacity.
Technical specifications
| Brand / product range | CHEMGUARD |
|---|---|
| Product / system | In-Line Eductors |
| Product type | Foam Systems |
| Product family | Foam Discharge Equipment |
| Subcategory | Nozzles / Monitors / Eductors |
| Documented configuration | CE95/CES95 95 gpm in-line eductor |
| Nominal flow | 95 gpm / 360 L/min at the documented design point |
| Design inlet pressure | 200 psi / approximately 14 bar |
| Construction | Corrosion-resistant brass |
| Connections | 1½ inch swivel inlet and 1½ inch male outlet; NST or NPSH variant as ordered |
| Metering selections | 0.5%, 1%, 3%, 6% for the listed CES95 models |
| Pickup tube | 30 inches / 76 cm |
| Backflow protection | Ball check valve |
| Nozzle selection | Nozzle must have the equivalent rated flow |
| Level-ground 1½ inch hose limit | 150 feet / 46 m between eductor and nozzle in the source |
| Level-ground 2 inch hose limit | 300 feet / 91 m between eductor and nozzle in the source |
| Pressure loss | Approximately 35% of eductor inlet pressure in the referenced operating guidance |
| Model scope | Other family sizes require their own flow, pressure and metering data |
Key features
- Documented configuration: CE95/CES95 95 gpm in-line eductor
- Nominal flow: 95 gpm / 360 L/min at the documented design point
- Design inlet pressure: 200 psi / approximately 14 bar
Applications
Compatible foam handlines with a suitable pressurized water supply and correctly matched nozzle. Confirm hose routing, elevation, backpressure and the concentrate-specific pickup/proportioning performance during commissioning.
Selection and project integration
Provide UDCT with the fuel or test application, required capacity, available water pressure and flow, selected concentrate and compatible equipment. Confirm the exact part numbers, coupling threads, storage conditions and current manufacturer instructions. For foam systems, use the fuel-specific application criteria and approved proportioning/discharge assembly; commissioning must verify the actual hydraulic and proportioning performance.
Official product reference
View this product on the manufacturer website (opens in a new tab)